摘要:

INDEX OF AUTHORS’ NAMES. TRANSACTIONS PROCEEDINGS AND ABSTRACTS 1912. (Marked T. P. and A i and A. ii respectively.) A. Abderhalden Emil preparation and estimation of tyrosine and glutamic acid A. i 261. melting point of 3:5-di-iodotgrosine A. i 261. notes [tryptophan selective absorp- tion nomenclature] A. i 521. feeding investiuation with completely digested nntAment ; solntion of the problem of the artificial prepara- tion of nutritive material A. ii 363. estimation of tyrosine and glutamic acid A. ii 395. the fate of protein cleavage products in the intestine ; the occurrence of individual amino-acids in difl’eront parts of the intestinal canal A. ii 574. feeding experiments with the amino- acids derived from protein and with ammonium salts A. ii 575. the occurrence pf peptolytic enzymes A.ii 576. formation of homogentisic acid after the administratiou of large quantities of I-tyrosine by the moutii A. ii 585. isolation of glycyl-Z-phenylalxnine from the chyme of small intestine ; bio- logical studies with the help of different protein cleavage products anti synthetically prepared polypept- ides A. ii 1190. anaphylaxis A. ii 1194. Abderhalden E’lnil and Hsing Laity Chang polypeptides containing d- aminobutyric acid A. i 338. Abderhalden Entil and Andois Fodor the possiblo isomeric tripeptides from the three monoaminocarboxylic acids. glycine d-alnnine and Z-leucine A. 1 960. C. ii. Abderhalden Emil and A!wlo~ Hanr- lian the use of the ester method for the detection of monoamino- acids in the presence of polypeptides A. ii 500.behaviour of inorganic constituents of nutriments in the alimentary canal. I. The behaviour of the iron and calcium of flesh in digestion A. ii 956. composition of bladder stones in the natives of Asia Minor A. ii 962. the behaviour of u-pyrrolidonecarb- oxylic acid in the animal organism A. ii 1196. Abderhalden Emil and Pati I Eirrch the formation of glycine in the animal organism A ji 579. synthetic capacity of cells in manimalia; protein need in dogs fed on ammon- ium salts and single amino-acids A ii 957. feeding experiments with gelatin ammonium salts completely hydro- lysed flesh and a niixture of aniino- acids on young dogs A. ii 1189. synthetic powers of animal cells ; the value of nitrogen frpm diffeyent sources in the dog s organism A. fi 1190. Abderhalden E?nil and Xyngo Inonye composition of different kinds of silk.XIV. Totd and partial hydrolysis of the cocoon of the Ailanthus spinner and of Tailung silk A. i 751. Abderhalden h’m’Z and T. Kashiwado the nnclein of the thymus and ana- phylaxis stndies with nnclear materials (nucleo-proteins nucleins and nucleic acids A. ii 1192. Abderhalden Enzil and Karl Kautzech detection of Z-proline as R primary product of protein hydrolysis A. i 492. 81ii. 1222 INDEX OF ACTHORS. Abderhalden Emil and Karl Kantmch esterification of the mono:3mino-acids by means of ethyl iodide ; separation of py rrolidinecarboxylic acid from glutamic acid A. i 492. glutamic and pyrrolidonecarboxylic acitle. 111. Mercury salts pyrrol- idonecarboxyl chloride and pyrrol- idonecarboxyl amide A.i 492. putrefaction researches with d-glutamic acid and studies on y-aniinobutyric acid A i 952. Abderhalden End and Friedrich Kromm the cleavage of the milk proteins t y gastric juice under various conditions A. ii 573. the cleavage of proteins in the in- testiual canal A. ii 574. Abderhalden Xmil and Amo Ed. Lam 6 the fat-splitting properties of bkod and plasma under various conditions A. ii 572. the replacement of protein or an equivalent mixture of amino-acids by gelatin and ammonium salts A ii 956. the fate of individuai amino-acida mixtures of amino-acids peptones and protoins in the alimentnry canal A. ii 1189. eynthetic powers of animal cells ; the value of nitrogen from digefent sources in the dog’s organism A. ii 1190. Abderhalden Einil and Chauncey J.VaZZette Pettibone the influence of the physical condition of proteins on the rapidit of their cleavage by enzymes; tge importance of peptic digestion on the further cleavage of proteins by trypsin; the degree of cleavage of proteins by enzymes A. i 1040. Abderhalden Emil and DomZd B. van Slyke estimation of amino-nitrogen in polypeptides by van Slyka’s method A. ii 105. Abderhalden Elnil and Arthur Weil losses in the isolation of the mono- amino-acids [from proteins] by the ester method. resolution of racemic histidine into the optically active components A. i 383. derivatives of monoamino-acids picrol- onates of glycine d-alanine and dZ- leucine A. i 422. losses in the isolation of the mono- aminio-acids by the ester method. 111. Liberation of the esters by mean8 of lehd hydroxide A.i 950. II. A. i 323. Abderhalden Ewd and Arthur Weil the rotatory power of blood plasma and serum of different animals of varying age and sex A. ii 1186. comparative investigations on the amount of amino-acids in various constituents of the nervous system. I. The amino-acids of peripheral nerves and the white matter of the spinal chord A. ii 1191. Abegg Erwim See Earn Bupe. Abel Emil the behavionr of iodine towards thiosulphate and tetra- tliionate in alkaline solution A. ii 486. selective catalytic reactions A. ii 927. hydrolysis of iodine A ii 1163. Abel John Jacob the action of drugs and the function of the anterior lyinpli hearts in cardiectomised frogs A. ii 1193. Abel John Jacob and David 1. Hacht two crystalline pharmacological agents obtained from the tropical toad (big0 agua) A.ii 1193. Abell Robert Dtcncombe 1 :3-keto-enolic ethers and derivatives of dibenzoyl- methane T. 989 ; P. 145. derivatives of phenyl styryl ketone. Part I. The tautomeric forins of dibenzoylmethane T. 998 ; P. 145. Aberuon Johnnnes Ecndrikzcs adsorption capacity of the soil A. ii 292. Aboulenc J. See Jean Baptisde Senderene. Abraham A. See Edouard Bourgeois. Abrahamsohn B. respiration of barley during germination especially its dependence on the amount of protein A ii 197. Achalme Pierre fiinction of iiiteratomic electrons in electrolysis A. ii 322. the r61e of intra-atomic electrons in catalysis A. ii 340. the function of interatomic electrons in catalysis and electrolysis A. ii 530. Achert O. inversion of sucrose by honey A.ii 394. Ackermann Dankwart the occurrence of trigonelline and nicotinuric acid in the urine after the administration of nicotinic acid A. ii 967. Ackermann Dankwart and Friedrich Kutscher the occurrence of lysine in the urine in cystinuria A. ii 72. Acree Solomon Farley catalysis. XII. Mechanism of organic reactions A.) ii 1047.INDEX OF AUTHORS. ii. 1223 Acme Solomon E’arley. See also Lucizcs Jujtius Derha aiid Nathaniel Edward Loomis. Adamr A(f?ed the effect of atmospheres enriched witti oxygen on living organisms ( a ) micro-organisms ; ( b ) mammals inoculated with tuberculosis; (c) nornial mammals ; oxygen pneu- monia A. ii 776. Adams Ern& Bryaib. See Percy Furaday Frankland. Adams L. H. and J O ~ L Johnston the standard scale of temperatures between 20O0 and 1100” A.ii 634. Adamr L. H. See also Joh7h Johnston. Adler @red periodic phenomena a t electrodes which can be made passive A. ii 891. Adler Ludwig detection of earthnut oil in olive oil A. ii 815. Adler Oskar pigment anomalies iii metabolism A. ii 467. Adwentowski Karol a i d Edward Drozdowski silicon hydride a t low temperatures A. ii 44. Ageno Fermizdo partition of sodium oxide between boric acid aiid carbonic acid A. ii 339. Ageno Ferwaqtdo and EIem Valla hydrolysis. I. Hydrolysis of carbon- ates A. ii 243. Ageno FeriLando. See also Aafuele Naaini. Agnew J. Watsoib and Bobin B. Groad constituents o f oil of savin A. i 636. Agnlhon Uewi mechanism of the destruction of diastases by light A. i 61. Agulhon Heitri and IZ. Sazerac action of uranium on certain micro-organisms A.ii 973. Agalhon Henri and Pierre Thomas colour reactions of amino-compounds in presence of mineral acids and potassium dichromate A. ii 308. Agnlhon Renri. See also Gabriel Bertrand. Ahrens E’eliz the colloidal nature of caoutchouc A. i 481. Aktien-Gesellschaft fur Anilin-Fabrika- tion [preparation of autliraquiuone- acridone derivatives] A. i 141. [preparation of p-aininophenyl methyl mercaqtole] A. i 183. preparation of 4-chloro-a-naphthol A. i 183. preparation of mercury p-amino- phenylarsinates A. i 228. preparation of a condensation product from dilydro-l:4-benzothiazone A. i 604. Aktien-Geeellachaft fur Anilin-Fabrika- tion preparation of indophenol cori- densation products from perimidine and its derivatives A.i 512. preparation of esters of salicylic acid .4. i 558. preparation of neutral phosphoric acid esters of phenols and naphthols with their homologues and deriva- tives A. i 760. preparation of o-aminoanthrayuinoiie- carboxylic acid A. i 981. preparation of indopheiiols of the benziminazole group and their leuco- derivatives A. i 1033. Aktien-Oesellschaft far Chemische Industrie and Hans Ktihne pre- paration of barium nitrate A. ii 1171. Albahary Jacques M. mehbolism of oxalic acid and oxalates A. ii 666. Al;britaky P. th “back action” and after action of carbon dioxide and tlre biological importance of the carb- onic acid normally present in the body A. ii 458. Albuquerque ill. d’A. valency and the evolution of the elements A. ii 1156. Aldrich Thoiizas Bailey the feeding of young dogs on the anterior lobe of the pituitary body A.ii 782. the feeding of white rats on the pitui- tary body A. ii 1192. the iodine content of the thyroid of sheep ox and pig A ii 1192. Aleixandre Peset a new micro-chemical rcactioti of semen A. ii 707. Aleksandroff W. G. See Wladimir I. Pplladin. Alessandri Luigi discetylfurazen A. i 655. Alexander Pram B. the gaseous meta- bolism of the brain A. ii 957. Alexander Franz G. and Geia BBvBrz the influence of optical stimula 011 the gaseous metabolism of the brain A. ii 957. Alexander W. B. See Walter Parke Bradley. Allemann O. the significance of the hydrogen ion in milk clotting A ii 1079. Allen Eugene Tltomas and J. L. Cren- shaw crystalline forms and genetic colditions of the srilphides of zinc cadmium and mercury A.ii 1055. Allen Euge?w Thomas J. L. Crenrhaw John Johnston and Esper S. Larren the miueral sulphides of iron A. ii 354. Allen Herman Camp reduction of nitro- benzene by means of ferrous hydroxide A. i 249,ii. 1224 INDEX OF AUTHORS. Allen Irving Cowaiz and Walter Abru- ?Lam Jacobr an electrically heated distillation apparatus for difticult dis- tillations A. ii 932. Aloy Jules [Fraiyois] and Piewe Charles Babaut cyanohydrins and the corre- sponding benzoylamides and alcohols A. i 462. Altberg W. simple molecules as carriers of electricity in gases and a new method of measuring molecular diameters A. ii 517. Alvarez Hector-H. See G. Wenger. Alvisi Ugo observations on the action of fluorine i n nature A. ii 357. Alvisi Ugo and a!.Orabona the bio- chemical behaviour of perchlorates chlorates nitrates and nitrites and the reducing power of the root nodules of Leguminosae especially of Vicia faha A. ii 863. Amadori Mario reciprocal behaviour of alkali sulphates chromates molybd- ates and tungstates a t low and a t high ternpcratures I. A. ii 757. capacity of sodium haloids for forming solid solutions a t high temperatures A. ii 758. mutual solubility of sulphates and carbonates in the solid state st high temperatures A ii 917. tendency of haloids and phosphates of the same metal to combine. I. Al- kali chlorides and phosphates A ii 940. Amadori Murio and G. Pampanini the capacity of potassium haloids for forming solid solutions in relation to temperature A. ii 48 154. Amadori Mario. See also Gitcsepp Bruni and Giovawi Pellini.Ambler Joseph A. See Trent L'nlclicin Johnson. Ammann Zouis comparative in fluen re of water and of crude spirit on the composition of [beetroot] pulp in sugar works and distilleries A. ii 382. Amouroux Gaetan and Hareel Murat syntheses starting from butyrone A. i 414. Amouroux Cuetan. See also Marcel Murat. Amsler H. K. See Alexaicdcr 3. Porai- Koschitz. Anderlini Franccs(q some ammonio- copper mercuric iodides and an am- monio-copper iodide A. ii 764. Andersen A. C. the detection and estim- ation of sugar in the urine A. ii 101. Andersen A. C. See also SiiTen Peter Latwit; Sorensen. Andersen Erik Buch. See Kwd Estrup. Andersen O k f epidote from Notodden Tcleniark Norway A. ii 1183. Anderson Dimcan G'eddcs. See Thomas Stetuccrt Patterson.Anderson Eriiest relation between the configuration and rotation of the lact- ones in the sugar and saccharinic acid groups A. i 161. Anderson R. J. phg tin and phosphoric acid esters of inositol A. i 607 676. organic phosphoric acid compound of wheat bran A ii 1205. Andr6 Eii~iZc action of hydrazine on ethylenic /%substituted amino-ketones A. i 628. Andr6 Franx. See Julius Tafel. Andr6 Gustnve soluble Substances in the plasma of potato tubers A. ii 198. displacement by water of soluble sub- Amaduzzi Lffivoro and JImi~riAo Padoa hysteresis of isomorpnous mixtures of sulphur and selenium and of selenium and tellurium A ii 227. the Hallwaclis effect aiid phototropy A ii 227. Amagat &mile Hikcirc variations in the coefficient of pressure with temperature tUDerS A.11 198. displacement by water of nutritive substances in seeds A. ii 591. the evolution of nitrogen phosphorus aiid sulphur during the growth of barley A ii 675. distribution of the mineral bases in pressure of liquids A. ii 428. Amann August. See Jzslius Bredt. Amann J . ultramicroscopy of iodine solutioiis A. ii 751. Amantea G'iueppe presence of erepin in the organs and its distribution in the mucous Inern1)rat;e of the digestive tract. A.. ii. 777. Amberger ~Co~~rcuE nietal organosols A. ii 1053. gold organosol A. ii 1059. Dariey auring growcn H. 11 w;5. Andrhff IwaiL I. chemical action of ultra-violet rays synthesis and decom- position of water A. ii 112. Andreeff N. and A. Saposhnikoff de- termination of the degrees of dissocia- tion of electrolytes in mixtures A.ii 892. Andrich K. See C'lcrl Schall. Angel Awdrca isomeric change of halogen-substituted diacylanilides in to acylaminoketones T. 515 ; P. 46.INDEX OF AUTHORS. ii. 1225 Angeli Angelo Angeli-Rimini reaction I Armstrong Henrzj Edward and BhaTd of the aldehydes A. i 117 626. Horton enzyme action; urease a interesting decomposition of some selective enzyme A i 594. oximes A. i 269. 1 Armstrong Henry Edward and Ernest chemistry of silver therapy A ii Hurry Rodd morphological studies of 964. benzene derivatives. 111. p-dibromo- Angeli Angelo and Briino Valori azoxy- benzenesulphonates (isomorphous) of compoiiiids A i 321. the “rare earth ” elements-a means Angrisani 3‘. See Maricssia Bakunin. of determining the directions of valency Angyan J.von and R. von ilen Velden in tervalent elenleiits A. i 7.56. lilood coagulation in man A. ii 954. I Arndt Kurt influence of painting on Anneler X. estimation of morphine in the riistiiig of iron A. ii 454. opiates especially in pantopon “ roche,” 1 Arndt Kurt and Beorg Schraube adsorp- A. ii 818. 1 tion by heated charcoal A. ii 1144. Anno Kinszcchi the formation of cl-lactic Arnold H. analysis of platinum alloys acid in incubated hen’s eggs A i $48. i A. ii 870. Ansaldo. Biovanni. See Lz~icli Rolla. Arnold Vinzenx a case of hematopor- phyrinuria in typhoid fever A. ii ’ i i n z Anschiitz Richard Loschmidi;’s graphic formulz ; history of the benzene theory A. i 247 iminotetrotiic acid A. i 836. sulphonylides A. i 852. Anschiitz Xchard and Osknr Motsch- mann hydrolytic deconipositiou of acetylnted hydroxy-acids. II.A. ii 1046. Anthes E. melting-point appai-atus h. ii 19. Anthes X. See nlso Hcrmnnn Staud- inger. Apostoi Th. See AT. Costgchescu. Archibald Ebenezcr Henry elcctrical conductivity of solutions of the alcohols in liquid hydrogen chloride A. ii 527. Archibald Ebenezey Hewy and Rr. A . Patrick electrical conductivity of solutions of platinum tetraiodide ant1 of iodine in alcohol A. ii 423. Argyris AIfrecZ and Otto Frank absorp- tion of monoglycerides of the higher fatty acids A. ii 1069. Arkwright J. A . the serum reactions (c.omplement fixation) of the meningn- cocciis mil tho go~~ococcus A. ,Yi 187. Armstrong f3d~ourcZ Fmnklnnd. Sre Hcirry Ed?unrtZ Arm8trong and 3 r d - wick Keeble. Armstrong Henry Edward Edward Frawklantl Armstrong and Edzcnrcl Horton enryme action.XVI. En- zymes of the emrilsin type. I. Prunase the correlate of prnnasin A. i 816. eirzyme action XVII. Enzymes of the emulsin type. 11. The distribu- tion of &enzymes in plants A. i 816. Armstrong Henry Edward and John Vnrgns Eyre enzyme action. XVIII. Enzymes of the emulsin type. 111. Linase and other enzynies in linarere A. i 816. Arnold TV. estimation of the molecular weights of small quantities of fatty acids A. ii 395. soiirces of error in the estimation of the Polenslie number of fats A. ii 702. Arnou (2‘. See A . Portevin. Arpi Ecigita?.. See Carl Benedicks. Arrhenius Xvmtc Azigust energy re- lationships in vapoiisation and electrolytic dissociation A. ii 131. chief law of adsorption phenomena A.ii 139. the secretion of gastric and pancreatic juice A. ii 182. eltktrolytic diesociaticn A. ii 419. Arsem William C. transformation of other forms of carbon into graphite A. ii 250. Asahina IFnsuhiko styracitol A i 832. Asahina ETmzihiko. See nlso Bicharcl Willstatter. Aschan Ossiau the osidation of cam- phene A. i 367. the decomposition of some higher acids of the oxalic acid group by heat A. i 536. liiiiene hydriodide (3-iodocamphane) and camphane A. i 879. Aschan Ossinn and E.Falck,mechanism of the Hell-Volhard reaction,A. i 599. Aschan Ossinn and Lnuri Lokka the availability of the potassium i n “ rapn- kivi ” and pegmatitic granites A. ii 252. Aschan Ossian A. Peterson and W. Sjostrom constitiition of isofencho- camphoric acid And of some componnds of the t’enchone series A.i 198. Aschner I:. and Otto Porgee the reapir- atory exchange in animals from which the pituitary body has heen removed A. ii 458.ii. 122G INDEX OF AUTHORS. Asher Leon phyeiology of glands. XVII. The internal secretion of the suprarenal bodies and their innervation A ii 660. Asher Leon and Ham Vogel physiology ofglands. XVIII. The function of the spleen as an organ controlling the metabolism of iron A. ii 959. Arhworth J. R. magnetic temperature- coefficients of the ferro-magnetic elements in corresponding states A. ii 127. Arkenaey Pad and A. Solberg thermal tlecomposition of potassium perman- ganate A. i 1167. Aeo Keijiro. See Otto Lemmermann. Anton Francis W. and Hwbcrt E. Wateon relation between current voltage pressure and the length of the dark space in different gases A ii 324.Aetruc A. See E Jadin. Athenetaedt and Etedeker preparation of hexamethylenetetramine borocitratea A. i 168. Atkinr William Ringrose Gelston and Emil Alphonse Werner the dynamic isomerism of ammonium thiocyanate and thiocarbamide T. 1167 ; P 141. the influence of certain salts on the dynamic isomerism of ammonium thiocyanate and thiocarbamide T. 1982 ; P. 233. Atkinr Williain Ringrose Belstoiz. See also Henmj H. Dixon and Thomas Arthur Wallace. Atkinson F. C. See J. ill. McCaudless. Atkinron Harford M. estimation of cnrbou dioxide A. ii 488. Atterberg Alhert the plasticity of barium sulphate A. ii 50. reduction of potassium platinichloride by magnesium A. ii 686. Aubert thermo-osmosis A. ii 900. Auerbach Friedrich potentials of the most important standard electrodes A.ii 123. the estimation of free cnrbon dioxide in water by Trillich’s method A. ii 996. Auger Victor action of hydrogen per- oxide oniodinecompoundscontaining oxygen A. ii 40. stability of the hypoiodites A. ii 751. periodates of the alkali metals A ii 757. estimation of iodine in iodides and in particular in the ash of seaweed A. ii 805. new volumetric estimation of uranium A. ii 1098. Auld Samzcel James Manson phos- phomolybdate estimation of phosphoric acid in soils A. ii 487. Auld Sainwl James Mammt and Samitel Shrozuder Pickles the constituents of West Indian satinwood T. 1052 ; P. 143. Aureggi P. C. Auschkap Y. 1. See Alexander E. Porai-Xoechitz. Aueterweil Gexa preparation of butadi- ene and its honiologues A.i 525. Austin William L. and Chrles Aler- aitder Keane analysis of lithopone A. ii 687. Autenrieth WilheEm [ Lzcdzuig] the action of phosphoriis thiochloride on alkaline solutions of phenols A i 104. Autenrieth Wilhelm and Albert Funk colorimetric estimation of lactose in urine and milk A. ii 101. Autenrieth Wilhelm and Gerlrard Muller colorimetric estimation of sugar creatine and creatinine in urine A. ii 101. Auwere Karl [Friedrich] simple rnethod of formation of hydroxyhydrindones A. i 107. the C-acyl derivatives of 2-hydroxy- coumarones A. i 484. preparation of O-alkyl and C-alkyl derivatives A. i 486. cyclopentadiene A. i 956. hydroxycarboxylic esters of coilmarone thionaphthen and indole and their products of alkylation A i 1009. spectrochemistry of enols and enolic derivatives A.ii 3. spectrochemical behsviour and consti- tion of ethyl acetoacetate A. ii 4. spectrochemistry of unsaturated coin- pounds A ii 109. spectrochemical investigations A. ii 213. constitution of camphene A ii 214. the absorption and refraction methods A. ii 505. spectrochemistry of unsaturated or- ganic compounds ; influence of nlkyl groups in conjugated systems A ii 1013. spectrochemistry of chloro-com- pounds A. ii 1015. Auwers Karl and Phidie Ellinger spectrochemical differentiation be- tween hydroaromatic compounds with endocyclic and with semicyclic double linkings A. i 187. Auwere Karl and W. Mooebrugger refraction and dispersion of organic substances containing several isolated double linkingcl A. ii 213 See Carlo Sandonnini.INDEX OF AUTHORS. ii.1227 Anzier J. A . A. the action of moist sulpli~r on cholic acid and taurine A. i 169. Awen Euyen detection of methyl alcotol in ethyl alcohol A. 11 695. B. Babini lincenzo. See Ci'ro Bavenna. Bach Alexis the reduction ferments ; the presence of a co-ferment of per- hyllridase in animal tissues A. ii 183. Bach A Zexis and MlJe. V. Maryanovitch the supposed specific action of phenol- ase A. i 739. Bach Hermann colorimetric estimation of phenols in waste liquors A. ii 98. Bachem Albert spectral investigation of the phosphorescence and the distri- bution of the excitation for certain phosphorescent alkaline-earth metal sulphides A. ii 713. Bachilli D. See Italo Belluaci. Bachmann Wzlhelm the ultramicro- scopic structure of jellies A.ii 145. Baahmann IVillu?lm. See also Richard Zrigmondy . Backer Hilinnr Johames electro-reduc- tion of ulkyl-iiitrosoan~ides T. 692 ; P. 65. electrocheniical reductions. I. Re- duction of primary nitroaniines into hydrazines A. i 339. eIectrochemica1 reductions. 11. Reduc- tion of secondary nitroamines to hydrazines A. i 730. Backer Hilmar Johannes. See also Axtoim Paul Nieolas Franahimont. Bacon Raymond Foss and P. B. Dunbar. I. Appratus for the continuous ex- traction of liquids with inimiscible solvents lighter than water. 11. Ap- paratus for quantitative reactions which depend on the measurement of an evolved gas A ii 679. Bacon Raymond Foss. See also P. B. Dunbar. Badiache Anilin- & Soda-Fabrik prepara- tion of derivatives of o-thiolbenzoic acid A.i 111. [preparation of anthracene derivatives] A. i 119 1006. [preparation of dimethylindanthren] A. i 142. preparation of chloroalkylarylsulpl~o- nic acids and of chloroalkylarylcarb- oxylic acids A i 176. preparation of aromatic sulphonyl ammonium compoiinds A i 176. Badiache Anilin- 6 Sods-Fabrik pre- paration of halogenated dehydro- indigotin salts their nuclear homo- logues and substitution products A. i 218. preparation of carboxylic acids of aromatic animoniurn compounds or their derivatives A. i 355. preparation of aldehydes in the anthra- quinone series A i 361. preparation of condensation products in the anthraquinone series A i 362 811 P96. preparation of chloro-substitu ted deriv- atives of anthranilic acid A. i 450. [preparation of anthraquinone deriva tives] A.i 468 996. [preparation of nitromethylbenzan- throne] A. i 475. [preparation of naphthanthracridone] A. i 504. preparation of nitrated derivatives of indigotin A i 512. preparation of condensation products in the anthracene series A. i 804. preparation of pinacone from aoetone and sodium A. i 881. preparation of anthra uinone deriva- tives containing sulAur A i 876 980 1013. [preparation of phenanthrene deriva- tives containing sulphur] A. i 877. preparation of crystalline zinc form- aldehydesulphoxylate A. i 945. preparation of l-arninoanthraquinone- 2-carboxylic acid and its derivatives A i 979. preparation of ammonia by the cata- lytic combination of nitrogen and hydrogen A. ii 936. preparation of molybdenum compounds containing nitrogen A ii 946.the catalytic preparation of ammonia from its elements by the employ- ment of pure iron as the contact substance A. ii 1052. Backrtrom Helmer. See Ham vm Euler. Baer Julius. See Jakob Parnas. Baerwald Hans excitation of the phos- phorescent alkaline earth-metal aul- phides by canal rays A. ii 1122. Bseyer Otto 0012 change in the velocit of &rays in their passage througl matter A. ii 617. Baeyer Otto von Otto Hahn and Lue Xeitner magnetic spectrum of & rays of radium A ii 7. the magnetic spectrum of S-rays of thorium A. ii 409.ii. 1228 lNDEX OF AUTHORS. Bogg Edward P. See Arthur I. Kendall. Baguley Allan phosphate nutrition of plants A. ii 293. Bahr Eva von the alteration of absorp- tion lines by foreign gases A. ii 2. influence of temperature on the ultra- red absorption of gases A.ii 506. Bailey Clenient William and Hurtzilton XbcCombie the effect of heat on a mixture of benzaldehydecyanohydrin with m-chloroaniline and with I ~ L - toluidine T. 2272 ; P. 266. Bailey Edward Monroe biochemical and bacteriological studies of the banana A. ii 379. Bailey H. C. Bailly 0.) application of the form- aldehyde titration method to the es- timation of amino-acids in plants A. ii 1009. Bain William pharmacology and thera- peuticsof lecithin and phytin A. ii Bainbridge James Scott and Samuel Henry Davier the essential oil of cocoa T. 2209 ; P. 253. Bairato George Edward and €2. Mercer alumiuium anode-films A. ii 123. Baitsell George Alfred. See Lorude Loss Woodruff. Baker Frank the viscosity of ether- alcohol mixtures T.1409 ; P. 165. Baker Herbert Brereton and (Nrs.) Muriel Baker the change in the boiling points of the trioxide and tetroxide of nitrogen in dying T. 2339 ; P. 282. Baker Julian Levett and Frank E. Day iodimetric titration of sulphites in presence of alcohol and sugars A. ii 1093. Baker ( A h . )Muriel. See Herbert Erere- ton Baker. Bakker Qerrit theory of the curved capillary layer A. ii 743. Bakanin Marussia indones and their transformation products in sun- light ; behaviour with ozone A. i 344. explosiveness of the residues from ethereal solutions of nitrophenyl- indones exposed to light. 111.) A. i 344. action of the ultra-violet rays on stereoisomerides of the ciniiamic aeries. II. A. i 356. Bakunin Marussia and T. Angrisani constitution of phenyl-o-nitroindone [4-nitro-2-phenylindone] and of its ozonide A.i 867. Balatschinsky G. See W'V2adimir AT. Ipatieff. See John 22. Murlin. 585. Balbiano Luigi Angeli-Rimini reaction of the aldehydes A. i 474. Baldea KarZ. See Gustav Embden. Baldoni Alcssandro estimation of quin- ine in urine and in blood A. ii 1219. Ball John the meteorite of El Nakhla El Baharia A. ii 361. Ball Walter Craven changes in the absorption spectra of " didyminm " salts A. ii 877. Ballo' Rexso and Emil Dittler the binary systems Li,SiO - A12(Si0.3& Li,Si04 - A1,(SiOJ3 LiAlO - SiO and the lithium alumiuosilicate minerals A. ii 758. Balls (Miss) Kathleen John Theodore Hewitt and Sidney Herbert Newman studies in the azine series. Part II. T. 1840 ; P. 231. Baly Edward Charles Cyril toxicity of paints A.i 533. Baly Edward Charles C y d and E~L- dolf Krulla a theory of fluorescence T. 1469 ; P.. 196. Baly E'dward Charles Cyril and Fran- cis Owen Rice chemical reactivity and absorption spectra. Part I. T. 1475; P. 197. chemical reactivity and absorption spectra. Part 11. The variation in absorption produced by a sol- vent P. 312. Bamberger Eugen phen ylm et h y Itriaz- ole ; a correction A. i 55. Cazeneuve's diphenylcarbodiazide and diphenylcarbazonk A. i 56. Bamberger Eugen and Oskar Baudisch unusual oxidation of an azo-conipouild A. i 733. Bamberger Eugen Louis Blangey and Josef Brun action of dilute sulphuric acid on phenyl- and p-tolyl-hydroxyl- amine in the presence and tho absence of phenol A. i 691. Bamberger E i ~ g e i ~ Umetaro Suzuki Marie Finkelstein and Jzdius Pot- schiwauscheg nitroglyoxime A.i 839. Banasinski E. See Joseph de Kowal- ski. Bancroft Wilder Dwight the theory of emulsification. I. II. and 111. A. ii 542 834. electrical endosmose A. ii 623. action of water vaponr on gelatin A. ii 838. the photochemical oxidation of beii- zene A. ii 1021. Banerjee Nanindra Nath the interar- tioii of phosphorus aiid potassium hydroxide solution P. 50,lNDEX OF AUTHORS. ii. 1229 Banerjee Mani.rLdru Nuth and Satish Chandra Banerjee a method of esti- mating tin in its ores alloys and compounds P. 102. Banerjee SatisiL Chadra. See Nunindra Nath Banerjee. Bang Ivur the distribution of reducing substances in blood A. ii 180. the estimation of sugar in urine A . ii 210. Bannister Charles Olden and W. Mc- Namara effect of calcium on the ammonium molybdate method of lead assay A.ii 689. Baragiola W. I. and CIL. Godet the state of combination of sulldiuric acid it) wine A. ii 981. Barbier Philippe. See Fercliwml Gdn- nard. Barbieri Giuseppe A. the analogy be- tween copper and silver A. ii 763. Barbieri N. Albedo the retina does not contain the chemical consti- tuents of the optic nerve A. ii 664. the colouring matter of egg-yolk or ovochromin A. ii 783. non-existence of free or combined lecithins in the yolk of eggs and in biological structures A. ii 957. Barbieri Pietro. See Ciucomo Pighini. Barboni I. analysis of commercial cal- cium citrate A ii 1106. Barcroft Joseph and l+aim Yiiller formation and estimation of methz- inoglobin A. i 58. estimation ofniethaemoglobin,A .,ii 107.blood-flow and metabolisin in the sub- maxillary gland A. ii 659. Barcroft Josepk and H. Piper the gaseous metabolism of the submax- illary gland with reference especially to the effect of adrenaline and the time relation of the stimulus to the oxidation process A. ii 782. Barcroft Joseph and Lewis E. Shore gaseous metabolism of the liver. I A. ii 1070. Barcroft Joseph. See also Ernest Hetwy 13 t a r ling. Bardach Friedrich. See ly2~yo Ditz. Bardach X. See F. Fischler. Bardroff Wilheln~ the constitution of the bimolecular cyanides of the fatty acids A. i 752. Bargellini Guido and Ledu B i d chalk- OW ilud hydrochalkones A. i 118. Bargellini Guido and Jfichele Gina some derivatives of benzoylpropionic acid ; (attempted synthesis of hy- droxyl derivatives of naphthaiene) A i 356. argentic persulphate A.ii 941. Bargellini Gthido and Emnanno Xar- tegiani some derivatives of hydr- oxyquinol. VII. and VIII. A i 292 981. Bargellini Guido arid Olin~pia Molina constitution of certain trimethoxyph- thalic acids A. i. 773. Barger George and Regimld Villiam Lane Clarke oxidation of picrotoxin A. i 1008. Barger George and (Aliss) Ellen Field blue adsorption compounds of iodine. Part I. Starch saponarin and chol- alic acid T. 1394; P. 157 ; discus- sion P. 157. Barill6 A . action of seltzer water on aluminium A. ii 943. Barker Thomas Yipond studies in chemical crystallography. Part I. Co-ordination isomorphism and valency T. 2481 ; P. 253. crystallographic notes on inosite pot- assium nitrate and carbrrmide ni- trate A.i 416. crystallochemical analysis A. ii 1207. Barkla Charles @lover and V. Collier absorption of X-rays and fluorescent X-ray spectra A ii 619. Barkla Charles Glover and Lewis Simons ionisation in gaseous mix- tures by Rontgen radiation A. ii 222. Barnebey 0. L. rare earth reactions in non-aqueous solvents A ii 996. Barnett Zduiurd de Barry note on the action of ethylene oxide on hydrazine hydrate P. 259. Barnett lznyiizond Theodore Frcd. See Gilbert Thomas Morgan. Baroni E. and 0. Borlinetto reaction of quinine and cither alkaloids with calomel A. ii 105. Barral Ethzne tests for salicylic acids A. ii 609. reactions of sulphosalicylic acid A. ii 609. Barratt John Oglethorpe Wakelin and Albert Buckley Harris electric osmosis and co~~centration of electrolytes A.ii 420. electro-osmosis A. ii 729. Barratt Thwms the numbers and ranges of the a-particles emitted by the emanation and active deposit of thorium A. ii 408. Barratt Thomas. See also Etwst Blare- den. Barre Nauriee double carbonates of preparation of anhydrons bromides calcium A. ii 254 350. A. ii 549.ii. 1230 INDEX OF AUTHORS. sulphate in sulphuric acid and in solutions of lithium sulyhate A. ii A. ii 233 331. conceiitratetl solutions A ii 1147. primary and accessory respiration,- A. ii 178. Barss W. R. measurements of radio- activity by means of a-rays A ii 616. ionisition lby collision in gases and vdpours A. ii 884. Bartell F. E. pore diameters of osniotic iiieiiibranes A. ii 628. Barth Otto methods of increasing the resistance of technical alloys to chemical action A.ii 6.19. action of the opium alkaloids with special reference to pantopon A. ii 1197. Barthe Llonce. See P. Carles. Baubigny Hcnri fluorescein as an indicator of bromine A. ii 200. action of alkali sulyhites on copper salts A. ii 351. formation of dithionic acid in the action of alkali sulphites on copper salts A. ii 447. the method of decomposition of copper sulphite A. ii 647. double sulpliites of the alkalis aild mercury A. ii 1175. assiinilatioii ; new hypothesis of the forination of the precursors of yro- teina in plants A. ii 286. nitrate and nitrite assimilation. IV. A. ii 1202. Baudiech Oskar and J. 13. Coert a new observation with Aiigeli’s aldehyde reaction A. i 605. Baudisoh Oskar and Nikulmrs Karzeff o-nitrosophenol A. i 441. Baudirch Oskar alid Erwin Mayer pliotochemicsl lecture experiments of plant physiological interest A.ii 750. new member of the iron-pyrites gronp A.. ii 949. nitric acid-water a t 2 5 O T. 576 ; P. 48. Bastet M. C. Bates Stuart J. iodine coulometer and the value of the faraday ; a correction A. ii 1130. Bates Slzuzrt J. See also Edward If’. Washburn. Batey John Percy. See Edi,izincl Knecht. Bsttelli Fr. and (MZEe. 1 Liiur. Stern. the See Jacob Boeeeken. Baxter Gregory Pad Clm-lcs James Hoore and Arthuy Clarence Boylston revision of the atomic weight of phosphorus. 11. Analysis of phos- phorus tribromide A ii 347. Bayer Alcxander separation and estima- tionof pyridine and ammonia A. ii 1009. estimation and separation of copper by means of hydroxylamine hydro- chloride A.ii 1212. giteea fusibility curves of certain binary systems volatile a t very low temperatures A. ii 329. Baume Georges and P. Pamfil fusibility curves of volatile systems ; mechaiiism of the formation of esters A. ii 1039. Baume Georges and f? Louis Perrot atoniic weight of chloriue A. ii 933. Baumert Georg polarimetric estimation of starch in bananas A. ii 1217. Banmhaaer. Heinrich arsenoferrite. aINDEX OF Bechtereff P. galvanic cells with carbon Bayer Joseph. See Ludwig Kalb. Bayliee WilZiam Maddock syutlictic action of enzymes A. i 328. the nature of enzyme action. 11. The synthetic properties of anti-emulsin A. i 328. Bayne-Jones Stnithope the presence of prothrombin and thromboplnstin in the blood platelets A. ii 459. Beadle Cluytm and €Ie?~iy Potter Stevene the so-called " int;oluble " constituent of caoutchouc and its influence on the quality A.i 789. influeuce of tempe~ature on hydratiou of and absorption of alkali by re- generated cellulose A. i 947. Beal George Deidoa. See Marstcnt Taylor Bogert. Beam WiZliam estimation of humus especially in heavy clay soils A. ii 820. oxalate poisoning A. ii 968. Beie Constantin new method of estima- Bearce H. Jt'. See N. 5'. Osborne. Beaufour H e w i some ethers of cinnamyl Beaujeu Jniibert de. See Chaepoul. Beoaia. JI. See Petr. Q. MelikofE alcohol A. i 621. AUTHORS. ii. 1231 Beckmann Xrnst Wdter Weber and Julius VO,L Bosse pressure regulators for ebullioscopic determinations A. ii 534. Becquet Marcel the nature of the com- pound of iodine and tannin A. i T91. Bedeau variation of the electromotive force of voltaic cells with the temper- ature A.ii 13. Beer h'obcrt. See Haus Meyer. Beggs Sydney A. BBhal Auguste propusals for a nonien- clature of heterocylic substances and its extension to cyclic substances in general and to acyclic compounds A. i 342. Bhhal Augzcste and; A . Detsuf action of nionochlorocarbamide on ketones A i 73. Behnke Mcrz. See Otto Wallach. Behnsen Feodor influence of oxide formation and of thermal treatment on the inagnetism of col'per A. ii 17. Behre A. the formation of succinic acid in the animal body in chronic See Lathnm Clarke. cnloriue as ebullioscopic solvents A ii 1136. Beckmann Ernst and Kwt Haring ebullioscopic deterniinations with heating by alternating current A. ii electrolytic estimation ot the tin in metal foil of lead tin and antimony externally tinned A.ii 1099. detection of antimony and of tin in metallic alloys A. ii 1099. DecKxnann m-nsc AZLTC naring ~ K L . Hanolian and Julius v m Bosse acetic acid as an ebullioscopic solvent A. ii 331. Beckmann Ernst and WaZter Weber improvements in the ebullioscopic method A. ii 234. ebullioscopic determinations at low temperatures from 35.7" to 8 2 * 9 O A. ii 431. muxciey soiumiicy or Droniine in aqueous solutions of sodium bromide A. ii 247. solubility of iodine in aqueous solutions of bromides of potassiuni and sodium A. ii 248. Bell William Blair a clinical method of estimating the amount of calcium in the urine and other physiological fluids A. ii 808.ii. 1232 INDEX OF Bellet E. See Victor Grignard.Bellucci Italo D. Bachilli and E. Garroni direct synthesis of the gIycer- ides A. i 935. Benda Lzldwiy S-nitro-2-aminoplien~l- arsinic acid A. i 61. p-pheuylenediaminearsinic acid A. i 62. o-aniiiiophen ylarsinic (o-arsanilic) acid A. i 63. 3-nitro-4-hydroxyphenylarsinic acid A. i 64. 4-amino-3-hydroxyplienylarsinic acid and its products of reduction A. i 148. the nitration of arsaiiilic acid A. i 328. 2:8-diaminoacridiue A. i 651. Benda Ludwig and Alfred Bertheim iiitrohydroxyarylarsinic aoids A. i 63. Benda Lwiwig. See also AIf?.ed Ber- theim. Benedicke Carl and Baq7ux;r Arpi .a :netallographic hygroscope A. 11 804. Benedict Francis Gano and Lmis E. Emmee the inflinence on metabolism of nou-oxitlisable material in the intesti- rial tract A. ii 656. Benedict Francis Gnno and Harold Leonard Higgins the iiifluence on tho respiratory exchange of varying amounts of carbohydrates in the diet A.ii 654. Benedict 2’~uneis Gnno and John Homane the metabolism of hypo1hys- ectoruised clogs A. ii 369. Beneker Jay C’. a rapid and accurate method for the analysis of white metal A. ii 493. Benenson J. See Hugo Simonis. Bengis Robert. Sea Treat EaZtlu*iiL Johnson. Bengongh Guy Dunstun the properties of alloys a t high temperatures A. ii 763. Benner Raymond Cdwier and JViZlinni H. R o ~ e filtration with nlunduni plates A. ii 245. Bennett,Chayles B. the purines of muscle A. ii 463. Bennett Charles W. 8 rotating cathode A. ii 622. tensile strength of electrolytic copper on a rotating cathode A. ii 646. glycerol as sensitiser A ii 1020.Bennett Charles W. See also Louis Alunroe Dennis. Benoist XugBne. See A Zbin Raller. Benrath &red photochemical reactions in aqueous solutions A. ii 881. AUTHORS. Benrath Alfred and Alcxnnder von Yeyer autoxidation of phenanthra- quiiione in the presence of aromatic hydrocarbons ,4. i 876. Benson 21. K. and Murc Darrin the oil of I)ouglns fir A. i 574. Berczeller I,. tho so-called “ lipolysis ” [in blood] A. ii 1064. the lipolytic action of’ the estracts of various organs A. ii 1078. the &intation of fats and lipoids in blood and the so-called lipolysis A. ii 1109. Berg Armand enzymatic activity of different organs of h’cbnZlium elateriibm; physiological rhle of the palpsnrroand- ing the seeds A ii 380. Berg ltagxnr estimation of the mineral constituents of foods A.ii 603. Berg lVilZic~71i N. contraction of striated niuscle A ii 1077. Bergell Clentens. See Otto Mumm. Bergell Peter atid I’nuZ Boll conipountls of amino-acids and ammonia. VII. A. i 326. Bergius Fm’edrich iisc of high pressures in chemical and technical chemical changes A. ii 939. formation and deconiposition of calcium peroxide A. ii 1171. Bergner 3. See Adolf Sieverts. Bergter F. rate of aljsorption of gases Berkenheim Boyis. See Nikolni Schiloff. Berkhout J. D. estimation of mercury Bernadi Alessandro the influence of the presence of peptoxies on sugar estiinatioiis by Fehling’s solution A. ii 697. the influenco of fish gelatin on sugar estimations of Fehling’s solution A. ii 1004. Bernardini Luigi chemical compnsi- tion of the enibryo of rice A.ii 380. Bernardini Luiyi and Giuseppc Horelli fiinction of magnesium in green plants A. ii 592. Bernardini Luigi. See also Cdso Ulpiani. Bernardis G. B. solid solutions among haloids of the bame element. I. A. ii 1178. Berndt G. determination of the quantity of emanation in spring waters A. ii 889. Bernetein Gustat7 cold vulcanisation of caoutchouc A. i 1006. Berry Arthur John distillation of binary mixtures of metals in a vacuum. I. Isolation of a compound of magnesium and zinc A ii 161. by charcoal A. ii 334. in smokeless powder A ii 689.INDEX OF Berthaud A . elementary deiiioiistratioii of the law of mass action A. ii 915. Bertheim Alfred and Ludwig Benda constitution of the isomeric amino- phenylarsinic acids and of Michaelis’s nitrophenylarsinic acid A.i 62. Bertheim Alfred and Fridn Leupold methylated diaminodihydroxynrseno- benzenes A. i 818. Bertheim Alfred. See also L11d7ciy Benda and Paid Ehrlich. Berthelot AZbcrf arid D. M. Bertrand the intestinal flora; isolation of a microbe capable of producing ,3- irninazolylethylamine from histidine A ii 668. toxicity of B-iminazolylethylaniine [4-B-aminoethylglyosaline] A. ii 969. Berthelot Dmiel and Hcwi Gaudechon pliotolytic decomposition of smoke- less powders by ultra-violet light ; influence of stabilisers ; damaged powders A. i 163. action of ultra-violet rays on gaseous hydrocarbons A. i 741. photolysis of ketoses by solar ant1 ultra-violet light A. i 750. stability of different types of smokeless powder towards ultra-violet light A. ii 210. photolytic decomposition of smokeless powders of picric acid and am- monium picrate by ultra-violet light A.ii 394. the r61e of wave-length in photocliemi- cal reactions ; analogy between the photochemistry making use of higli frequencies and thc chemistry of high temperatures A. ii 616. wave-length of the active radiations in the photochemical synthesis of ternary compounds A. ii 715. the radiations effective in the photo- chemical synthesis of quaternary compounds in the polymerisation of different gases and in the $10- tolysis of acetone A. ii 822. different methods of photochemical decomposition of dextrose a i d ga- lactose according to the wave-length of the radiations A. ii 1120. Bertoni C. See U. Colacicchi. Bertrand D. AX Bertrand Gabriel the importance of manganese i n thc formation of co- nidia o f Aspergillus nigel. A.ii 3 i 7 . extraordinary seiisitiveiwss of ~ f . q w ) y ; ? - I i i s liigcr to manganese A. ii 377. Ber trand Gubrid and 1FTei~i.i Agulhbn the iiormal prescnce of boron in a~~iitials A ii 854. See Albert Berthelot. AUTHORS. ii. 1233 Bertrand Gabriel and Arbhur Compton the supposed reversibility of the hydro- lysis of salicin by enzymes A. i 592. Bertrand Gabriel and Florentin Medi- greceanu manganese normally in the blood A. ii 459. presence and distribution of manganese in animal organs A. ii 662. presence of manganese in the animal series A. ii 786. Bertrand Gabriel M. Rosenblatt and (h1m.e.) Al. Rosenblatt activation of sucrase [invertase] by different acids A. i 148. comparative hydrolysis of sucrose by various acids in presence of invertase A.i 327. activity of the sucrase of ( ( aspergil- lus ” in presence of different acids A. i 401. comparative hydrolysis of sucrose by various acids in presence of the invertase of Aspergillus niyer A. i 522. Berwerth Friedrich and Gustav Tam- mann? the natural and artificial ‘( burnt zone of ,meteoric iron and the be- haviour of Neumann’s lines in heated kamacite A. ii 652. Beschke Erich Georg Kohrea and Lzidzoig Stoll isomerism of some un- saturated lactonic acids A. i 889. Beason A. A . analysis of lactic acid A. ii 500. Besson AdolpJcc [JzJcs] preparation of niagiiesium silicide and its decom- position by acids A. ii 255. observations on the silicon hydrides A. ii 641. Besson E. dissymmetry of positive and negative ions relatively to the conden- sation of water vaponr in an atmn- sphere of carbon dioxide A.i 1123. Betti Nayiu distinction betwecii aldoses and ketoses A. ii 498. Betti J h r i o and Jan ‘ z ‘ m Giffen the wsolution of raceinic cyaiiohydrins hy means of an optically active base A. i 625. Betti ilIario and Giuscppe Del Rio u-p- methoxyphenylethylanrine [a-anisyl- ethylaminel A. i 347. Beuel Johannes fluorescence of the platinnm double salts A ii 615. Beutel Emsf the composition of potas- siuru ferrocynnide gold-baths A. i 543. Beutell A l b z i f isoniorphons relatione and constitution of the marcasite- riiisl~icl;el-&laucodote group A. ii 652.ii. 1234 INDEX OF AUTHORS. Beutner Reinlmrd the distinction be- tween colloidal and osmotic imbibition in muscular tissue A.ii 462. Beatner Reinhard. See also Jacques Loeb. Bevan Edward John. See Chai*lcs Frederick Cross. Bevan Penry Vairghan spectroscopic observations lithium and cresiurn A. ii 403. Beyne Edgccr estimation of zinc in ferruginous minerals A. ii 998. Beyschlag Heiwrich. See Richard Hohlau. Beythien Budolyh nitrosodimethylur- acilnitriloxide A. i 587. Bhadnri Kshilibhushnn the glucoside and oil of CresaZpinn bonduceZZa P. 63. constituents of Yeriioii ia anthelmin- tica. Part I. P. 63. sodium copper thiosulphate and acetyl- ene cuproacetylide A. i 597. Bialobjeski Tchwlns the ionisation of liquid hydrocarbons A ii 825. Bianchi G. addition of ethylidenebis- urethane to acetylacetone. II. A. i 542. Bianu B. and Louis Wertenstein an ionising radiation due to radioactive recoil emitted by polonium A.ii 887. Bickel Ad& mesothorium thorium-X and tlioriuin emanation therapy A. ii 964. Biddle Hewy Chulmcrs rearrangement of cinchonine and uinine into their poisonous isomeriles cinchotoxine and qninotoxine A i 296. organic acids as catalysts A. ii 1048. Biddle Henry Chalmers and W. 1’. Xelley hnnic acid ethyl gallate aiid the supposed ester of tannic acid A. i 713. Bidet Fdix chemical equilibrium of the system ammonia gas and etliylenecli- amine hydrochloride A. ii 915. Bidtel E. valuation of fluorspar A. ii 997. Biehringer Joachim R. Glucksberg and A . Tanzen two new methods of form- atioii of dyes of the pyronine group A. i 891. Biehringer Joccchiiu and A . Tanzen m-methylaminophenol A. i 347. Bielecki Jmn and Viclor Henri quarr- titative iiivestigation of the absorption of ultra-violet rays by aliphatic alcohols acids esters aldthydes and ketones A.ii 882. Bielecki Jean and Aent? Wurmser action of ultra-violet rays 011 starch A. i 538. Bienenfeld Bianca the lipoid content of placenta A. ii 960. Biernacki. See Otolski. Biernath O. tlie detection of benzoic acid in foods A. ii 1006. Bierry Henri cleavage of carbDhyclrates by diastase A. i 672. the rGle of electrolytes in the action of certain animal ferments A. ii 656. the digestion of inulin A. ii 1066. the ferments capable of hydrolysing sucrose A ii 1069. the ferments capable of hydrolysing stachyose and manninotriose A. ii 1072. the ferments capable of hydrolysing raf6nose and gentianose A. ii 1072. Bierry Hewi and J.Qida the enzymes which attack niannans galactans and celluloses A. ii 657. Biesalski Ernst and Otto Hauler sodium pentacyanohydrazinoferrite [hydra- zinofeeroyentacyanide] A. i 341. Biesalski Ernst. See also Karl Andrens Hofmann. Bigelow Harold Eugene. See Ckurlcs Loring Jackson. Biilmann Einar Walden’s inversion A i 420. Biilmann Einar Agnes Hoff and Ulla Starcke the couniarin group A. i 461. Bijl H . J. van der behaviour of ioiiiscd liquid dielectrics on the passage of electric currents A. ii 890. Billiter Jca?z synthesis of ammonia from the elements A. ii 1165. Billows Edoakdo crystallography of soIne new organic compounds A. i 419. crystalline form o r some platinothio- cyanates A. i 422. crystallography of platinoselenocyan- ates A. i 422. mixed crystals of sulphur and tellurium A.ii 650. isomorphism of complex inolybdates of the rare eartlis A. ii 560. Billy LlIccuricc simple method for the preparation of metallic oxides A ii 1178. Biltz Arthur ureabromin A. i,244. Biltx Heinrich reductions in the glox- aline series. I. Reduction of di- phenylglyoxalone A. i 907. reductions in the glyoxaline series. V. Influence of substituents on the acidity of imino-groups A. i 910. Biltz Heinrich and Myron Heyn uric acid glycol A. i 589. tlie reduction of the uric acid glycols to hydantoins ; some salts of the uric acid glycols A. i 589.INDEX OF AUTHORS. ii. 1235 Biltr Heinrich and Paul grebe re- ductions in the glyoxaline series. 11. Reduction of thioldiphenyl- glyoxalone A. i 908. reductions in the glyoxaline series.111. Reduction of diphenylglyoxaline. and triphenylglyoxaline A. 1 909. Bilte Heinrich and Karl Seydel re- ductions in the glyoxaline series. IV. Reduction of thiodiphenylliydantoin A. i 909. Biltr IViZheZm czsium nitrate and the law of mass action A. ii 242. Bilte WiZheZm and E. Marcus the chemical composition of red salt clay A ii 1180. liineburgite A. ii 1181. the titration of phosphoric and boric acids IS. ii 1209. Bilta Wilhelm and Werner Yecklen- burg qualitative detection of zir- conium A. ii 1100. Bimar Henri oil from the sects of Jntropha mahafalensis A 1 Binder Karl. See Rudolf Friedrich Weinland. Bing 61. J . and V. Ellermann a phos- phatide as activator for tuberculin A. ii 738. Bingham Eugene C. fluidity and vapour pressure A. ii 333. Binghsm Eugene C.and George Pred- eric White fluidity and the hydrate theory A. ii 1144. Bini Leda. See Gziih Bargellini. Binz Arthur and Kzwl Schiidel theory of the indigo vat A i 817. Birckner Vietor a new glucolytic fer- ment of yeast A. i. 817. Birkner €I. See Ferdinand Henrich. Biron Eugen wou compressibility of theory of contraction on mixing nornial Biratein Giistctv €?. Denneler and Ayrcd Reiduschka the distillation of methyl alcohol A. i 67. Bishop Edwin S. an absolute deter- mination of the minimum ionising energy of an electron and the appli- cation of the theory of ionisation by collision. to mixtures of gaaes A. ii 9. Bistrzycki Aug7istin. See Zofjn Zaleska- Yaenrkiewicz. Bjelouss E. action of the Grignnrd reagcnt on methylethylacraldehyde and the preparation of some diolefines olefines and satnrated secoudary alcohols A.i 229. 826. certain liquids A. ii 331. liquids A. ii 1139. Bjerrum NieZs specific heat of gases. 11.. A ii 232. dissociation and specific heat of water vapoiir (i) and of carbon dioxide (ii) a t very high temperatures determined by the explosion method A. ii 540. ultra-red absorption spectra of gases A. ii 1114. Black Clarence L. See Frccnk PeZZ Underhill. Black John W. See Thomas Cock- burn. Black SiegniuiLd. See Rudolf Weg- rcheider . Blackman PlLilip a new method of determining vapour densities. IX. A. ii 134. simple method for vapour density determinations. XI. The dehy- dration of copper sulphate penta- hydrate A ii 134. a new and simple method for com- paring molecular weights. I. A.. ii 149.a new funnel. Blackstock Gibbs the phthalyl cyaiiides A. i 773. Blaise Edpnond dmiZe syiitheses by means of mixed organo-metallic de- rivatives ; mixed cycloacetals A i 236. synthesis by means of mixed organo- metallic zinc derivatives ; alde- hydes A. i 410. synthesis by means of mixed organo- metallic derivatives of zinc ; a- halogenated ketones A. i 006 Blaise Ed& $mile and L. Picard action of the chlorides of a-alkyloxy- acids on organo-metallic derivatives of zinc. I. and II. A. i 232 746. syiitheses by means of mixed or anic derivatives of zinc ; a-alkyfoxy- alkylacetic acids A. i 535. syntheses by means of nlixed organo- metallic derivatives of zinc ; U- ethoxydialkylacetic acids A. i. 602. Blanc Murizts tabular scheme for the detection of sugars and their deriva- tives in urine A.ii 698. Blanchard Arthur Alphomo and Harold B. Pushee viscosity of solutions of the metal ammonia salts A. ii 236. Blanchard William Afarlix simple method of illustrating the relative conductivity of salts and acids in dilute solutions A. ii 446. Blanck Edwin chemical and physical nature of red soils A. ii 482. HI. A. ii 150.ii. 1236 INDEX OF AUTHORS. Blanck Edwin composition of the clay obtained by the Schlmsing-Grandean method A. ii 483. mica as source of potassium for plants and its weathering A. ii 677. Blanck Edwin. See also Otto Lemmer- mann and Z'hcodor Pfeiffer. Bland Icrormn Willicirn H e w y Perkin j u g & . aud ltobcrt Robinson i s o o q - berberine T. 262. Bland Norntan and Jocelyn FieZdThorpe the chemistry of the glutaconie acids.Part 111. Glutaconic acid and its 8-alkyl derivatives T. 856 ; P. 49. the chemistry of the glntacoriic ncicls. Part IV. The esters of the glnta- conic acids T. 8 f l ; P. 56 70. the chemistry of the aconitic acids. Part I. The labile modification of aconitic acid and the hydroxyan- hydro-acid T. 1490 ; P. 195. the chemistry of the glutaconic acids. Part V. The preparation of esters of the labile acids T. 1557 ; P. 217. the chemistry of the glutaconic acids. Part VI. Conditions which confer stibility on the tram-forms of the labile acids T. 1739 ; P. 218. tlic chemistry of the aconitic acids ; preliminary note 1'. 131. Blangey Louis. See Eicgen Bamber- Blankama Jan Johannes action of sodium hydroxide on 5-niethylfrir- furaldehyde A i 291. action of sodium mcthoxide on trini- troveratrole A.i 553. preparation of halogen derivatives of benzaldehyde A. i 982. Blaadale Walter C. an improved ex- traction apparatus A. ii 1090. Blau H. Sec Ermt Winterstein Bleyer Benno and K. Boshart gravi- nietric estimation of glucinum A. ii 1211. Bleyer Bcnno and A . Xoormann voln- metric estimation of glucinum A. ii 491. Bleyer Ben~o and Br. Muller glucinum Bloch F. L. See Hcnna~n Glroes- Bloch Olto the magnetisatior of ulloys Bloch Otto. Bloch Si~zon secondary radiation in ger. glucinnni chromates A. ii i62. arsenates A. ii 644. mann . of nickel and cohalt A. ii 531. See also Pier)-c Weise. gases for high speed primary rays h. ii 715. Block Hciwich change of volume ac- companyin the fusion of crystals ; the thermaf expansion of crystals and of their products of fusion A.ii 128. Blockey John Reginald and P. V. Mehd estimation of snlphides in lime liqwi s A. ii 600. Blockey J o h Re:/irmld. See also JR~UCS Gordo?t Parker. Bloor W. R. carbohydrate esters of the higher fatty acids. 111. Man- nitol esters of lauric acids A. i 532. carbohydrate esters of the higher fatty acids. 11. Rlannitol esters of stearic acid A. ii 365. studies on malic acid. I. Transform- ation of malic acid into siigar by the tissues of the maple (Acer snccAnrimim) A . ii 478. fat absorption A ii 576. Blnm Ldoolt and Macis Koppel formation of methyl propyl ketone from a-ethyl- bntyric acid in the animal organism A. ii 188. Blum 117il/in?l& hydrolysis of sodium oxalate and its infloence on the test for neutrality A.ii 294. estimation of manganese as snlphate and by the sodium bismntliate method A. ii 1214. Blum WiUiam Sec also Williant Blumenreuter,Garl. See Fra7~2 Kunckell Blumenthal Ferdinand and Kwt Op- penheim aromatic mercury com- pounds. lE. A. ii 374. Blumer A . the electrolytic preparation of persulphates A. ii 41. Bobraynski J See Carl Engler. Bocci BnZtZuino simplitication of en- zymes by combined autolysis and dialysis A. ii 777. Bock Jules estimation of caoutchouc A. ii 301. Bockmuhl Augzik See Theodor Cur- tius. Bodenstein Max antl Fraw Kranen- dieck decomposition of sulphur tri- oxide in quartz tubes A. ii 747. velocity of decomposition of ammonia in quartz glass A. ii 11 55. Bodroux Fcrnand antl Felix Tabonry action of bromine in presence of aluminium bromide on the methyl- cyclohexanols A.i 253. bromination of some hydroaromatic compounds A. i 546. broniiuation of cyclohexanone and cyclohexanol A i 567. Boeck P. rl. new form o f extraction thimble A. ii 1090. Francis Hillebrand.INDEX OF AUTHORS. ii. 1237 Bodtker Eyvii~d the melting point of barium hippurate A. i 189. oxidation products of sebacic acid derivatives of menthone A. i 278. Boehme AIfred. See Hugo Himonis. Boehringer & Sohne C. F. preparation of mercury derivatives of indoles A i 64. preparation of arsinic acids of the indole series A. i 523. Boeke Hendrik Enno fusion and inver- sion of calcium carbonate A. ii 760. Bomer AZois and A. Limprich glyc- erides of fatty acids. 111. Heptatlecoic acid and its triglyceride A. i 600. Bonitsch Qottlieb.See Fritz Beitzen- rtein. Boee W. E. See Arfred Werner. Boeseken Jucob catalytic action. V. Friedel and Crafts' reaction A. i 65. the configuration of benzene the mechanism of benzene substitution and the contrast hetween the forni- ation of para- ortlio- aiid of meta- substitution products A. i 430. a method for the exact determination of the position of the hydroxyl groups in polyhydroxy-compounds A. i 742. affinity and valency A. ii 443. the configuration of ring systems. 11. Annular tension A. ii 444. Boeseken Jacob and Jf. c'. Bastet configuration of the dinitrosoacyls (diacylglyoxime peroxides) A. i 724. Boeeeken Jacob and B. P. Ross van Lennep action of primary amines on the dinitrosoacyls (glyoxiine peroxides or diacylf'uroxans). Boeaeken Jacob and A .wzn Roesem con- figuration of ring systems A. ii 147. Boeseken Jacob A . Schweizer and G. F. wun der Want the velocity of hydration of some cyclic acid anhy- drides A. ii 243. the configuratiun of riug systcins. 111. The velocity of hydration of some cyclic acid anhydrides A. ii 444. Boeseken Jacob and H. J. Waterman a biochemical method of preparation of Z-tartaric acid A. i 748. the action of some benzene derivatives on the development of Penicillium gZai6c1~i& A. ii 283. a biochemical method for the determ- inatiori of small quantities of sali- cylic acid in the presence of an excess of p-hydroxybenzoic acid A. ii 306. oxalic acid A i 160. A. i 237. III. A. i 723. C. ii. Boeseken Jacob and H. J. Watermann the action of some carbon deriv- atives on the development of Peni- cilliunz glaucum and their retarding action i n connexion with solubility in water and in oil A. ii 477.action of substauces readily soluble in water but not solublc in oil on the growth of the Pcnicillium glaucum A. ii 591. the protoplasmic membrane and the significance of' surface tensicin in the action of water soluble substances on the organism A. ii 902. poisonous properties of methyl alcohol A. ii 968. Boesler Walter. See Otto Fiecher. Bottcher Bruno and Stephanie Eoro- vitch rearrangement of quinine by sulphuric acid. Bottcher Paula. See Josef Herzig. Boetzelen Eriut. See Theodor Cur- tine. Bogdan Petru liquida considered aa molecular complexes A. ii 545. Bogert Marston Taylor and George Den- ton Beal dihydroquinazolines. XXIX.Further study of the stilbazoles hydrazones and SchiH bases of the 4-dihydroquinazolone group A. i 393. Bogert Marston Taylor and George A ugustus Qeiger dihydroquinazol- ines. XSX. Study of the bromina- tion and nitration of 4-dihydroquin- azolones the corresponding amino- quinazolones and certain other new 4-dihydroquinazolones A. i 395. quinazolines. XXXI. Action of methyl and ethyl iodides on dihydro- 4-quinazolones A. i 510. Bogert Narston Taylor and Michael Heidelberger quinazolines. XXVIII. 4-Qaiiiazolone-2-phthalonee and cer- tain of their derivatives A. i 214. Bogert Marstoit Taylor aiid Lmiis h'lsbcrg Wise p-aminobenzonitrile and certain of its derivatives. III. A. i 450. Bogorodsky Alexis J. nse of Dewar's vcssels in calorimetry A. ii 134. heats of solution of mono- and di- hydrated lithium chloridvs A.11 184. Bohrisch Paul aiid F. Kiirechner the estiination of arsenic in organic sub- stances especially organic arsenic com- pounds (salvarsan etc.) A. ii 203. Boismenn Etiennc hypoiodous amidcs II. A i 717. . _ A. i 15. 97. hypochloroiis [acid and] amidea A. i 82ii. 1238 INDEX OF AUTHORS. Bokorny Thomas the action of certain basic compounds on seedlings. Com- parison with their action on micro- organisms A. ii 482. the physiological action of neutral salts of alkalis and alkaline earths on green plants A. ii 975. injury of plants by tobacco smoke A. ii 980. the action of metallic salts on yeasts and other fungi A. ii 1201. Boldyreff A. K. crystals of l-bromo-2:4- dinitrobenzene and mixed crystals of 1-bromo- and l-chloro-2:4-dinitro- benzene A.i 958. Boll Marcel application of the electro- meter to the study of chemical reactions in electrolytes A. ii 384. Boll Marcel and Paul Job photochemi- cal kinetics of the hydrochloroplatinic acids in very dilute solution A. ii 407. Boll Marcel. Boll Paul. See Peter Bergell. Bollemont. See Qregoire de Bollemont. Bolte H. dissociation [tension] of hydrated salts A. ii 833. Bolton EZmr Keiser. See Charles Loring Jackson. Bolton Werner von the deposition of carbon in the form of diamond A. ii 45. Boltze W. See Herwumn Matthee. Bongiovanni Corrado rotatory power of electrolytes. Bongrand J. Charles the elimination of arsenic after treatment with organic arsenic compounds A ii 465. Bonitsch Gottlieb. See Fritz Beitzen- stein. Bonnerot S.See Georges Charpy. Bono Adolfo the estimation of methyl alcohol in ethyl alcohol and in alcoholic beverages A. ii 1103. Bonsdorff Waldemar proditcts of the dry distillation of calcium pinate A. i 34. Bookman SamwZ. See Albert A . Ep- stein. Borck Hermaim estimation of iron and aluminium A. ii 494. Borlinetto 0. See 3. Baroni. Bormann K. new gas-generating appar- atus A. ii 931. Bornemann Rarl hydrogen peroxide. potential of hydrogen peroxide A ii Bornemann Kad and C . von Ransch- enplat the electrical conductivity of’ metallic alloys in the liquid state A. ii 1034. See also Paul Job I and II. A. ii 314. II. A. ii 1050. 1127. Bornwater J. Th. anti Arnold Frederik Holleman chlorination of benzoic acid A. i 698. Boreche Walther [Georg Rzdolf] re- activity of side-chains in nuclear nitrated homologues of benzene A.i 180. the reduction of poly-unsaturated ketones with crossed double liokings by Paal’s method A. i 194. reduction of acids with several double bonds by Paal’s method A. i 264. Borsche Walther and Anna Fiedler 2-chloro-3:5-dinitrotoluene A. i 175. Borsche FValther and Arno Qeyer 0x0- nium compounds. I. Tricyclic benzo- pyryliam componnds A. i 891. Boreche WaltJLer and Paul Oppen- heimer benzisooxazoles A. i 652. Borsche lValtJz,m and J . Wollemann aK- diphenyldecane and the preparation of ww’-diarylated fatty hydrocarbons A. i 23. Boruttan H. diminution of the toxic action of poisons by proteins A. ii 969. Boshart K. See Benno Bleyer. Boshowaky W. See Alexei E. Fawor- Bosinelli G. See Ciro Ilavenna. Bosmana L. See Albert Jacques Joseph Vandevelde.Bosse Jidiics TOIL. See Eritst Beckmann. Bosshard Emil and K. Zwicky compar- ative experiments on certain methods of preparing perborates A. ii 551. the constitution of the perborates A. ii 640. SkY. Bosshard R. See Alfred Werner. Bossuet Aobert. See Lot& Hackspill. Bostock Cliford. See Robert L/ezuelZyn BOSZ J. E. Quintus and N. H. Cohen Bottazzi Filippo a more exact definition of colloidal systems and the classi- fication of colloids A. ii 33i. surface tension of protein solutions A. ii 1042. surface teusion of solutions and sus- pensions of soaps A. ii 1142. chemical and physico-chemical proper- ties of liquids expressed from stri- ated and plain muscle A. ii 1192. Bot tazzi Filippo and Gimqpe Bnglia dilatometric researches ; new form of dilatoineter for mixtures of liquids A .ii 135. dilatornetric researches. 11. Prelim- inary resnl ts regard i 11 g non - colloidal solutions A. ii 135. Taylor. so-called chicle gum A. i 125.INDEX OF AUTHORS. ii. 1239 Bottomley Willia?n Beecroft some con- ditions influencing nitrogen fixation by aerobic organisms A. ii 972. Bonchard Gcorges the colouring matters and nitrogenous substances in fats A. i 532. Bonchonnet A . action of heat on the ochres ; allotropic modifications A. ii 165. adsorption of dyes by ochres A. ii 540. Boudouard Octave electrical resistance of special steels A ii 119. Bougault J. benzylpyruvic acid A. i 770. Bouganlt J. and Charlcs Charaux latarinic lactaric and stearic acids in fungi A ii 289. Bouge H. detection of clilorine in iodine A.ii 988. Boulez Victor new method of analysis for citronella oil A. ii 1105. Boullanger E. action of flowers of sul- phur on vegetation A. ii 381. Boullanger E. and M. Dugardin mechanism of the fertilising action of sulphur A ii 971. Bourbon A . See &mile Vigouronx. Bourgeois Edouard and A . Abraham influence of sulphur and sulphur-con- taining groups on the order of substi- tution of hydrogen atoms in benzene by bromine A. i 108. Bourgeois &douard and P. Huber new derivatives of pliengl sulphide A. i 347. Bourion Fraqois separation of iron and titanium A. ii 691. Bourion Fraiccois. See also Gcoryes Urbain. Bourqnelot Eniilc [klie] and Marc Bridel action of emulsin on salicin in alcoholic solution A. i 522. a synthetic action of emulsiit A.i 592. action of emillsin on gentiopicrin in solution in neutral organic liquids A. i 593. the synthesising and hydrolgsing actions of emulsin in alcoholic solu- tion A. i GT2. syntheses of alkyl glucosides by means of emulsin ; 8-methylglucoside B- ethylglucoside and 8-propylglucos- ide A. i 738. synthesis of alkylglncosides by the action of emulsin ; 8-butylglucos- ide ~-isobut~ylgliicoside 8-all~lglu- coside A. i 790. new synthesis of an alkylglucoside by means of emulsin ; 8-benzylglucos- ide A. i 790. Bourquelot &mile [&lie] and Marc Bridel the reversibility of ferment actions ; influence of the dilution of ethyl alcohol on the synthesising action of emulsin in this medium A i 928. synthesis of alkyl glucosides by the action of emulsin ; 8-isopropylglu- c o d e and 8-isoamylglucoside A.i 946. Bonrquelot Emile and (Mlle.) A. Ficht- enholz application of the biological method to Kalmia Zatifolia an! preparation of a glucoside A. 11 196. identification of the glucoside from the leaves of Kalmia Zatifolia with asebotin A. ii 380. presence of arbutin in the leaves of Grecillea robusta (Proteacen) A ii 594. presence of quebrachite in the leaves of Grcvillen robusta A. ii 1085. Bourqnelot &mile and Henri Hdrirsey synthesis of alkyl galactosides by means of emulsin ; 8-ethyl galactos- ide A. i 946. choice of yeasts in the bio-chemical detection of sugars and glucosides A. ii 1104. Bonsfield William Robcrt the continu- ous fractional distillation of water T. 1443; P. 186. two thermo-regulators A.ii 828. Bouefield William Robcrt and Tlronins ~!fm+i?l Lowry the density of acetic acid ; a correction P. 72. Boutaric A. and Ch. Leenhardt cryo- scopy in decahydrated sodium sulph- ate A. ii 1136. Bontaric A . Bovini N. See JIa?e?-izio Pedoa. Bowden Richard Charlcs. See Janws Bowen If. L. coniposition of nephelite 11. ii 156. the binary system Nn,Al,Si,O (neph- elite caniegieite)-C!CaAl,Si,O (an- orthite) A. ii 774. Bowser Leo?? T. carbon dioxide its volumetric estimation A. ii 995. estimation of carbon dioxide in soils A. ii 1095. Boycott A?*thur Edu i i ~ infective metliz- nioglobinwmia A. ii 18G. the size m d ~ o w t l i of the blood in rabbits A.,-ii 572. Boyle James J. estimation of mangan- ese in steel A. ii 999. Boyle R. IV. sululility of the radium emanation ; application of Henry's law at low partial pressiires A ii 10.Seo also Ch. Leenhardt. William McBain.ii. 1240 INDEX OF AUTHORS. Boylston Arlhur Clarence. See Gregory Paul Baxter. Boysen-Jensen P. synthetic processes in plants. I. Sucrose synthesis A. ii 672. Brach Huyo the chemical degradation of chitin A. i 203. apparatus for working with ozone and for its quantitative estimation A. ii 1164. Bradley Barold Cornelius synthetic action of enzymes A. ii 368. Bradley Harold Cornelius and H. X. Gasser iutestiiial absorption A. ii 365. Bradley Waltcr Miitor. See IIarYy Ward Foote and lVillia?iL Ehilct.eq* Ford. Bradley Walter Parke and bV. B. Alexander action of ammonia on am- monium thiocyaiiate A. i 170. Brady Oscar Lisle the constitution of aconitine preliminary note P.289. Brady Oscar Lisle. See also John Can- nell Cain Braunlioh Fritz. See Edzutrd Donath. Bragg CVilliaiit Henry the direct or indirect nature of the ionisatioii by X-rays A. ii 412. Brame John S. S. constant temperature heating appqrjtus for explosives and experiments on the decomposition of nitrocelluloses A. ii 394. Branch Gerald E?yre Kirku-ood and Arthur Wulsh Titherley P-phenyl- 1 :4:5:6-tetrahydropyriniiiline and ben- zoyl-ay-diitminopropane T. 2342 ; P. 293. Brand Hcrmai~n the ternary system cadmium chloride-potassium chlor- ide-sodium chloride A. ii 255. the binary systems cadmium iodide- potassium iodide and cadmiurn iodide-sodium iodide A. ii 256. Brand Kurt coloured hydrocarbons of t tie diphensuccindene series. J. A i 960. Brand Kurt and A .Hoing electro- cheniical reduction of condensation products of aldehydes with amines A. ii 895. Brand Xurt and A . Wirsing tliio- phenols. 11. pp'-Axophenyl methyl sulphide and its derivatives A. i 666. Brsndl Joscf and Q. Schartel fago- pyrnm-rutin A. i 885. Brann Bertrand F. See CJULY~~S W Eaeley and Arthur Amos Noyes. Branner John Caspcr a hydrocarbon from the diamond-washings of Bahia Brazil A. ii 171. Brass Kurt oxidation of anilinoquiii - ones to benzidine derivatives A. i 874. Braun Julius von decomposition of quaternary ammonium hydroxides. II. A. i 165. syntheses in the fatty aromatic series. IV. Mercaptans A. i 551. Braun Julius von and E. Danziger synthesis of compounds of the nona- and undeca-methylcne series A. i 597. Braun Julius von and H.Deutach new halogen compounds of the normal butane series A. i 106. the action of aluminium chloride on the homologues of benzyl chloride A. i 435. pentanietliylenedicarbiniide A. i 686. syntheses in the fatty aromatic series. V. ow'-Diarylparafins A. i 687. syntheses in the fatty aromatic series. VI. Preparation of fatty aromatic thiocarbimides by thc thiuramdi- sulphide method A. i 693. synthesis in the fatty aromatic series. VIII. Braun JZL~~US von H. Deutach anil A . Schmatloch new applications of the Grignwd reaction A. i 433. Brann Julius van and 1Vludisnir Qaw- rilow cyclic imines. V. Dihydro-p- intlole and p-indolc A i 497. Braun J U ~ ~ U S von and G. Kirechbaum disruption of the scatole ring by means of phosphorus pentachloride A . i 499. Braun J i ~ l i i ~ ~ V O ~ and OLto Kruber syn- theses in the fatty-aromatic series. 111.[Amino-acids nitro-com- pounds aldehydes] A. i 265. syiltheses in the fatty-aromatic seiies. VIII. Tertiary derivatives of o- and p-amino-benzoyl alcohol 8.) i 968. Branne H. See Georg Bredig and F. Koref. Brautlecht Charles A ndrczo. See Trent Baldwin Johnson. Bray 1Villinnt Crowell fused salts as solvents ; the ionisation of dissolved salts A. ii 744. Brazier Sidney Albert and Hamiltoit McCombie the chlorination of iodo- phenols. Part I. The chlorination of p-iodophenol T. 968 ; P. 127. the condensation of a-keto-8-anilino- aB-diphenyletliane aiid its homo- logues with phenylcarbimide and with phenyltliiocarbimide T. 2235 ; I?. 287. Phenol bases A i 845. fused salts as solvents A.ii 836.INDEX OF AUTHORS. ii. 1241 BrBaudat L. the protective action of the bran of padi in a diet of white rice A.. ii 64. Bredig Georg and P. S. Fiske asym- metric synthesis moduced bv the action of “catalysts k i 983. Bredig Georg W S. Millar and B. Braune catalytic action of hydrogen ions in alcoholic solutions A. ii 748. Bredt Julius August Amann S. Linck and ill. de SOUZIL cis-trans-camphor- amide chloronitrilocaniphoric acid nnd camphoronitrile A. i 411. Bredt Julius and W. Hilbing bornyl- ene from B-iodohydroborriylenecarb- oxylic [B-iodocamphanecarboxylic] acid dibromobornylenecarboxylic [a~-dibron~ocamphanecarboxylic] acid and tlihydrobornylenecarboxylic [or- thocamphanecarboxylic] acid A. i 112. Bredt Jzslius Wilhelm Lund and August Amsnn electrolytic reduction of camphononic acid to cis-trans-cam- phonolic acid camphonolactone A i 112.Bredt J d i q and William Eenry Per- kin jun. epicamphor (&camphor) ; 1,reliminary note P. 56. Brenner Wdar nitrooen nutrition of Aspergillus niger A. ,*ii 77. Brersanin CTiuseppe purification of sul- phuric acid A. ii 638. organic arsenic products recently intro- duced into therapeutics A. ii 708. further applications of the precipitn- tion of iodides in sulphuric acid A ii 994. Bretschneider A. See E. Frank. Brewster Joseph F. See Kerrnann Leuchs. Bridel Marc the presence of sucrose in gentian root dried in the air without fermentation A. ii 82. Bridel Marc. See also Ihnile Bour- quelot. Brieger E. See Hermann Valdernar Fischer. Brieger Hichard estimation of mercury in hydroxyphen ylenedimercury acetato and mercurisalicyclic acid A.ii 206. Briem Herrnann. See Friedrich Strohmer. Briggs John Frederick action of oxalic acid on cellulose ; cellulose-oxalic acid ester A. i 539. Brigl Percy synthesis of closed rings by means of cyanamide. I. Cyanam- ide and ethyl acetoacetate A. i 533. Brill Harvey C. See William Jay Hale. ” Briner Emil velocity of reactions between gaseous substances ; false equilibria A. ii 544. Briner Eynil and E. L. Durand con- ditions of formation of nitrous and nitric acids from oxides of nitro en and water; application of the faw of mass action A. ii 1045. Brinton Paul H. &I. P. the estimation of manganese by the sodium bismuth- ate method A. ii 93 207. Brioux Ch. estimation of mustard oil in feeding cakes and in mustard A.ii 308. Briscoe Henry Vincent. Seo Philip Wilfred Robertson. Brielee Francis Joseph the density and coefficient of linear expansion of aluminium A. ii 847. Brizard L. Brochet Andrd configuration of equi- potential lines in an electrolyte A. ii 124. the polarisation of electrodes A ii 891. See Maurice de Broglie. Brockmoller I. See Gerlmrd Preuner. Brodie Thinas Gregor and Winifred C. Cullis the innervation of the coronary vessels A. ii 67. Bronsted Johnnes Nicolaus chemical affinity. VI. The formation ofnaph- thalene picrate A. ii 20. chemical affinity. VII. Formation of double salts and double decom- position A. ii 736. specific heats. Broglie Maurice de and L. Brizard the absence of penetrating radiations drfring chemical reactions A.ii 883. Broniewski Witold the electrical pro- perties of aluminium alloys A. ii 258. Bronson Howard L. See E. M. Wel- lisch. Brooks Benjamin T. new Philippine essential oils A. i 122. action of phosphorus trichloride on organic acids monoacetylphosphor- ous acid A. i 332. r61e of oxydases in the formetion of certain constituents of essential oils. I. A. ii 288. Browinski Jdzef and Stephane Dab- rowski estimation of amino-groups in the oxyproteic acids of normal urines A. i 324. Brown Adrian Johyz and Frederiek Palliser Worley influence of tempera- ture on the absorption of water by seeds of Hordeurn vulgare in relation to the temperature-coefficient of chemi- caI change A. ii 1086 I. A. ii 897.ii. 1242 INDEX OF AUTHORS. Brown Alexander Ilussell the absorp- tion of light by inorganic salts.VI. the cobalt chloridc colour change A. ii 507. Brown Orville Harry effect of quinine on cultures of pneumococci A. ii 376. Brown Percy E. sonie bacteriological ellects of liming A. ii 670. Browning Henry jun. See Frederick Belrling Power. Brubaker 1IotL.al.d W. modification of the modified Winkler method for the estimation of sulphates in water A. ii 385. Bruchhausen I; won the detection of salicylic acid A. ii 601. Bruckner S. See Paul Friedlander. Briihl J ~ l i i i ~ Wilhelm spectro-cliem- istry of nitrogen. VII. A. ii 311. spectro-chemistry of nitrogen. IX. Spectro-chemical constants of nitro- gen in heterocyclic unsaturated systems A. ii 401. Briinecke Kurt. See Ernst Laqueur. Brun Albert the behaviour of spodti- Brun Jospf.See & U ~ C ? L Bamberger. Brunck Otto taiitaluni electrodes A. ii 1128. Brunel Roger Frederick. See A ~ l l ~ u r BIichael. Bruner Ludwik and E. Bekier electro- lysis of fused iodirie chloride and bromide A. ii 732. Brani Ciirseppe theoretical and exljeri- mental researches on solid solutions A ii 1043. Bruni Giuseppe and Mario Amadori solid solutions of iodine in S O I I I ~ cyclic hydrocarbons A. ii 342. heats of formation of solid solutions A. ii 899. Bruni Giuseppe Angclo Contardi and Costante Da Ponte reactions of double decomposition in organic cheniistry A. ii 925. Bruni Gizrseppe and D. Meneghini formation of solid solutions of alkali salts by diffusion in the solid state A. ii 914. Brunner Otto the relationship between chemical constitution and pharmaco- logical action of preparations of antimony A.ii 584. Bruno Albeyt and P. T2crgziand D’buzay the estimation of sulph‘ates in solution by the voluiiietric plrysico- chemical method A. ii 600. Bruechi Diana formation of glycogen in yeast cells A. ii 283. mene 011 heating A. ii 569. Babanovid Ft-ax the removal of the blood-pigment from corpuscles under the influence of carbon monoxide A. ii 69. influence of substances soluble in fats on the viscosity and the surface tension of olive oil A. ii 434. Traube’s theory of cohesion pressnre A. ii 833. Buchner Edunrd refutation of Isiilow’s views concerning pyrazolinecarboxylic acids A. i 213. Buchner Ed2rcrrd and Jukob Meisen- heimer the chemical reactions occi~r- ring in alcoholic fermentation. V. A ii 671. Buchtala Hans keratin of elephant epidermis A.i 520. Buckley Jfelville L. See James Munsie Bell. Buckmaeter George AIfred and John Addyman Gardner the nitrogen content of blood A. ii 362. composition of the blood gases during the respiration of oxygen A. ii 459. Bndde Hans the explosion method. I. The molecular heat of arnnionia A. ii 1137. the explosion method. 11. The dis- sociation into atoms of sulphur vapoiir A. ii 1145. Budrick W. Buchner Emst Hmdrik the radium coiltent of rocks A. ii 525. the radioactivity of rubidium and potassiuin compounds A. ii 724. Biichner Erltst Hendrik and Atla Prina solubility and heat of solution of’ chromium trioxide in water A. ii 1177. Buckendorff Oskar alkyl derivatives of methyluracil A. i 54. Biilow Carl coiistitution of Ruchner’s so-called pyrazolinecarboxylic acids h.i 134 316. Burger A . See Daw% Reichenstein. Bury Otto relationship between the atomic weights and spectra of the alkali metals A. ii 841. Buttner Ernst. See Rdoy Friedrich Weinland. Biittner G. occurrence of boric acid in honey A. ii 394. Bugge Giinther. See flerdinund Hen- rich. Buglia Giweppe the biological iniport- aiice and metabolisni of proteins. V. The metabolism of young dogs fed on meat and the products of the artificial Cigestion of meat A ii 182 See Leo A. Tschugaeff.INDEX OF AUTHORS. ii. 1243 Bnglia Giuscppe the biological iniport- ance and metabolism of proteins. X. Total nitrogen and amino-acid nitrogen in the urine of animals fed on flesh or on the digestive products of the same introduccd intravenously A.ii 462. Buglia Giuseppe and A. Costantino muscle chemistry. I. The total amino-nitrogen titratable with form- aldehyde in the smooth striped and cardiac muscle of mammals A. ii 1077. muscle chemistry. 11. The nitrogen of certain extractives and purine bases in the smooth striped and cardiac muscle of mammals A. ii 1077. muscle chemistry. 111. The free amino-nitrogen titratable with forrn- aldehyde in the smooth striped and cardiac muscle of mammals A. ii 1078. chemistry of the embryo. I. The total amino-nitrogen titratable with formaldehyde in mammalian etnbry- onic muscle A. ii 1078. chemistry of the embryo. 11. The free nmino-nitrogen titratable with formaldehyde in the musculature of the ox-embryo A. ii 1078. Bnglia Giuseppe. See also Filippo Bottazzi. Buisson Henri and Charles Fabry wave-lengths in the iron spectrum A.ii 505. Buiseon Henri. See also Charles Fabry. Bulle Fritz. See George Senter. Bum Friedrich. See M o d s Kohn. Bumstead Hemy Andreics the emission of electrons (&rays) by metals under the influence of a-rays A. ii 8. Bnmsted Henry Andrews and A . G. McQougan the emission of electrons by metals tinder the influence of a-rays A. ii 1026. Bnnzel Herbert Horace quantitative measurement of oxydases A. i 403. measurement of the oxydase content of plant juices A. ii 378. Bnnaen. See Nieolai N. Ljubavin. Buraczewski Josef and L. Kranze oxyprotosulphonic acids. I. and II. A. i 58 1041. Buraczewski Josef and 2. Zbijewski red compounds from brucine A. i 49. Burbige P. W. See T. H. Laby. Burdakoff W.A. [hydration of calcium oxide] A. ii 1170. Burdick W. L. See Frank Austin Qooch. Burge W. E. the separation of rennet and pepsin A. i 148. Burgess George K. See Charles W. Waidner. Burgess Laurie Lorne and Oliver Kamm cobaltinitrites and their appli- cations to analytical chemistry A. ii 604. Burke Charles E. See William Albert Noyes. Bnrket I. R. the influence of adrenaline modified by salts on the blood pressure ofthe cat A. ii 789. Bnrkhard Kad. See Conrad Will- gerodt. Bnrkhardt WiZheZm [Friedrich] solu- tion phenomena on anhydrite A. ii 357. Burmann James development of active principles in some medicinal plants in 1911 A. ii 379. assay of digitalis A ii 503. Bnrmeister Fritz. See Berthold Rasaow. Burnham Gerald. See Trent Baldwin Johnson. Burrell G. A .new forms of gas analysis apparatus A. ii 1089. Burrows George W. and Gilbert Newton Lewis the equilibrium between ammonium carbonate and ammonium carbamattt in aqueous solation a t 25' A. ii 915. Burrows G. J . and Churles Edward Fawsitt corrosion of steel in water A. ii 558. Bnrsill A . Burt Bryce C. amount and composition of drainage-water collected during the years 1909-10 and 1910-11 A. ii 199. Burt Frank Playfair and Robert Whyt- law-Gray the weight of a normal litre of hydrogen chloride and the atomic weight of chlorine A. ii 152. Bnsch Max [Gz~stav Reinhold] deter- mination of configuration of stereo- isomeric hydrazones A. i 221. Busch Nax and Walter Kogel picryl- pyridinium chloride A. i 50. Bneqnet H. the comparative cardiac action of the physiological extract of digitalis and other digitalis prepara- tions A.ii 966. Bnsqnet H. and Marc Tif€eneaa the r61e of caffeine in the cardiac action of coffee A. ii 966. Busqnet H. Butavand F. the law of the ionising ranges of the successive radiations of radioactive substances A. ii 722. See Joseph H. Vincent. See also illarc Tiffeneau.ii. 1244 INDEX OF AUTHORS. Bntescu D. See Carl Liebermann Butkewitsch WZ. ammonia as a decom- position roduct of the nitrogenous compouni in higher plants. 11. A. ii 799. Butler B. S and Waldemar 17beodore Schaller some minerals from Beaver County Utah A. ii 56. Butterfield E. 3. photometry of blood- p i p e n t A. ii 820. Buttlar Richard (Freiherr) won the analysis of chlorates A ii 87. Butareanu Vasile C crystalline form of manganous chloride tetrahydrate A ii 944.manganese and iron minerals from the valley of Borca Roumania A. ii 949. Byere Horace Greeley and Floyd T. Voricl passivity of iron under boiler conditions A. ii 1058. BygdBn Arthur new silicanes A. i 341. C. Cwclar Beinrich quantitative investiga- tions on the changeof toxicity of mor- phine when in presence of other opium alkaloids A. ii 857. Cain John CannelZ and Osear Lisle Brady studies in the diphenyl series. Part 111. Diphenyldiphthalamic acids and pyronine colouring matters con- taining the diphenyl group T. 2304 ; P. 285 ; discussion P. 286. Cain John CanneZZ AEbert Coulthard and (Mim) Frances Mary Core Mickle- thwait studies in the diphenyl series. Part 11. The dinitrobenzidines a new form of isomerism T. 2298 ; P.277. Cain John Cannell and John Lionel Bimoneen researches on santalin. Part I. Santalin and its derivatives T. 1061 ; P. 139. Cain John R. the estimation of vana- dium in vanadium and chrome- vanadium steels A. ii 390. the estimation of manganese in vana- dium and chromovanadium steels A. ii 494. the estimation of chromium and its separation from vanadium in steels A. ii 692. Cein Joh?t R. and D. J. Demoreat a new method for the estimation of vanadium ; an explanation A. ii 1101 Cain John 3. and J. Clyde Hostetter re- duction of vanadic acid in concen- trated sulphuric acid solution by hydrogen peroxide and by per- sulphates A. ii 356. a rapid method for the estimation of vanadium in steels ores etc. based on its quantitative inclusion by the phosphomolybdate precipitate A.ii 1101. Calcagni Genmro basicity of acids con- taining alcoholic hydroxyl groups. 11. A. i 935. anhydrous salphates. 11. and III. A. ii 761 918. Calcagni Gennuro and D. Marotta an- hydrous sulphates A. ii 918 1056. Caldwell G. H. effect of intravenous injections of thyroid pressure liquid in dogs and cats A. ii 467. Calian J. the formation of osmondite in hypo-euteatoid steels A. ii 769. Callan Thomas and Frank Tutin chemical examination of the leaves of Anona niuricata A. ii 81. Callan Thomas. See also Frederick Bel- ding Power. Callendar Hugh Longbourne the varia- tion of tho specific heat of water with experiments by a new method A. ii 428. Calliese Franz Wilhelm propiophenone derivatives A. i 365. Calliess Franz Wilhelm. See also E m t Schmidt.Calvert R. P. Calzolari Filippo compounds of ferric salts with antipyrine A i 51. compounds of alkali and alkali-earth salts with organic bases A i 609. compounds of certain hydrated metal- lic salts with caEeine A. i 812. solubility and electro-affinity A. ii 905. Cameron Alexander Thomas. See AZ- brecht Koasel. Camilla Stefuno and C. Pertusi de- tection and identification of ‘‘ sac- charin ” and “dulcin ’’ in beverages foods drugs cosmetics etc. A. ii 104. detection and estimation of the xanth- iiie bases in cocoa tea coffee and their derivatives A. ii 1111. assay of ferro-silicon A. ii 1215. Campbell A . Y. carbohydrates of the mangold leaf A. ii 290. Campbell Edward D. and Henry S. Bawdon decomposition of methylene iodide aud its bearing on the constitu. tiou of steel A i 741 See H.I. Schlesinger.INDEX OF AUTHORS. ii. 1245 Campbell F. H. a niodiGed explosion eudiometer A. ii 86. Campbell Normun &rays. II. A. ii ionisation hy collision A. ii 411. ionisation by u-rays A. ii 411. further experiments on 8-r.ays A. ii 8-rays produced by &rays A. ii 1121. Campbell William alloys of lead tin and antimony A. ii 1056. Campo y Cerdin Angel del rare eartlis in Spain; spectra of the cathode phosphorescence of the fluorites of Aulestia and Mafiaria (Biscay) A. ii 564. Campo y Cerdin Angel del and Jaime Ferrer HernSndez detection of nickel and cobalt in mixtures A. ii 95. Camnr Jean toxicity of mineral salts in the cerebro-spinal fluid A. ii 968. Cannou Walter Bradford and h’oy Graham Hoskins the effects of asphyxia hyperpncea and sensory stimulation on adrenal socretion A.ii TO. Cannon Walter Brdford A . T. Shohl and N’. 0. Wright emotional glycos- uria A ii 72. Cantone Michele experimental researches on solutions A . ii 1043. Cappa A . See ?? Pasqnero. Cappelli A. alkaloid contained in the leaves of mate A. ii 1086. Carapelle E. See Albert0 Peratoner. Carcano Luigi. See Carlo Caranova. Cardoso,Ettore. See Albert F. 0. Qermann. Carles P. occurrence of manganese in animal organs A. ii 1193. Carles P. and Ldonee Barthe detection of arsenic and lead in wines wine lees and grape seed from vines sprayed with lead arsenate A. ii 594. Carleton Paul Whittier. See Lathanz Clarke. Carlier Edmond William Wme pliyei- ology of ally1 compounds A. ii 278. Carlson Anton Jziliw the condition of the digestive tract in parathyroid tetany in cats A.ii 787. Carlson Anton Julius J R. Rooks and J. F. McKie attempts to produce ex- perimental hyperthyroidism in mam- mals and birds A. ii 46. Carlron Anton Julius. See also L. K. Qould. Carhon Tor diffusion of oxygen and carbon dioxide in water A. ii 141. the decomposition of asprtragine by bacteria in presence of free oxygen. I. The couree of the oxidation processes A ii 191 221. 1027. Carlron Tor the decomposition of as- paragine by bacteria in presence of free oxygen. 11. Respiration quotient and proportion of gaseous product A. ii 972. Carney Roben3 J. two ncw and very delicate tests by use of the reageut ‘( tetramethyl base,” A. ii 298. Caron Hubert estimation of nitrates in iodomctric estimation of uric acid [in Carpenter Eleiiry Cort Harold the criti- cal point a t 470° in copyer-zinc alloys A.ii 764. Carpenter Henry Cort Harold and C A . Edwards the liquidus curves and constitutional diagram of the ternary system aluminium-copper-zinc A. ii 1057. Carpiaux Em. See Ach. QrBgoire. Carr Fruwis Rozoard the oxidation of aconitine T. 2241 ; P. 253 ; dis- cnssion P. 254. Carr Francis Howard and William Colebrook Reynolds nor-hyoscyamine and nor-atropine ; alkaloids occurring in various solanaceous plants T. 946 ; P. 124. C a d Paul constitution of glycerophos- phoric acid prepared by esterification of phosphoric acid or sodium dihy- drogen phosphate A i 155. Carriire E. acyclic aldehydes ; suc- cinic semi-aldehyde [B-aldehydopro- pionic acid] A. i 410. Carribre E.See also Paul Thidbaicd Muller. Carron E. C. estimation of calcium in the presence of magnesium A. ii 490. analysis of ferro-nickel containing zinc aluminium and manganese A. ii 691. Carter Sidney Raymond. See Percy Faraday Frankland. Carvallo J. condnctivity of pure ethyl ether A. ii 119. the law of Guldberg and Waage in the case of gaseous dissociation A. ii 632. Casanova Carlo theory of iiidicators in relation to the estimation of the acid- i t y of lecithin A ii 1109. Casanova L’arlo and Luigi Carcano behaviour of iodine towards tannin and peptone A. ii 934. Cssares Jose and S. Pida de Rubier concretions of the geysers and springs of the Yellowetone Park A. ii 357. Winkler’s method for the estimation of carbon dioxide in water A. ,ii 603 urine A ii 296. urine] A ii 502.ii. 1246 INDEX OF AUTHORS.Casare~ Xomcin stereochemistry of the Cash G. See Harmon Northrop Morse. Caseella & Co. Leopold preparation of derivatives of indophenols A. i 140. preparation of indophenol condensation products and their leuco-derivatives from carbazolecarboxylic acids A. i 512. preparation of 3:6-diarnino-lO-alkyl- acridinium compounds A. i 517. aromatic series A. i 247 616. Caetro de. See Leo Ubbelohde. Cathala. See Marcel Murat. Cats A. See Willena Reindere. Caw 1~illimx. See Geoqe Gerald Henderson. Ceoil H. L. preparation of thrombo- plastic extracts (thromboplastin) from tissnes A. ii 60. Celichowski K. See Eilhard Alfred Pitscherlioh. Centnerszwer Mieczyslaw and A. Petri- kaln nature of the luminosity of phosphorus A. ii 709.Cervello Carlo and Corrado Varvaro the oxidation relations of certain heavy metals A ii 634. CeBarie Pietro de. See Nicola Par- ravano. Chablay E. metallic alkyloxides A. i 3. reduction of aliphatic amides and esters by the metal-ammonias A. i 244. Chadwick. James absorption of y-rays by gases and light substances A. ii 515 718. the y-rays excited by the &rays of radium A. ii 1025. Chadwick Janacs. See also E ~ ~ L c s ~ Rutherford. Chain A . See J Herrmann. Challenger Frederick. See Otto Wallach. Chamberlain Joseplb X. further study of two of the products of the trans- formation of p-sulphamidobenzoic acid when heated to 220° A. i 354. Chandler E. E. modification of a previously described experiment on the migration of ions A. ii 548. Chang Hsing Lung. See Emil Abder- halden.Chanschy-Herzenberg. See Josef Tambor. Chapman A2fred Chston and Alfred Siebold the application of adsorption t o the detection and separatiou of certain dyes A. ii 1010. Chapman James Crosby the character- ietic homogeneous Riintgen radiation from elements of high atomic weight A. ii 316. metallic glycoloxides A i 528. Chapman James Crosby fluorescent Riintgen radiation from elements of high atomic weight A. ii 518. Chapman S. kinetic theory of a gas constituted of spherically symmetrical molecules A. ii 340. Charaux Charles. See J. Bouganlt. Charitschkoff K. W. asphalt theor of naphtha-formation new worE on the genesis of naphtha A. i 329. antiseptic properties of creosote A. ii 476. natural analytical classification of the metals based on the properties of their salts with naphthenic acid reactions of these salts in non- aqueous solutions A.ii 489. a new reaction for organic baqes A ii 817. Charpy Georqes and S. Bonnerot the permeability of iron to hydrcgen A. ii 336. Charrier G. and G. Ferreri etlierifica- tion of o-hydroxymzo-compounds. I. A i 812. Chaspoul and Jazcbert de Beaujeu the radioactivity of the waters of Val-les- Bains A. ii 12. Chattaway K-cderick Daniel the trans- formation of ammonium cyanate into carbamide T. 170. Chattaway Frederick Daniel and Alan Edulf Swinton N-chloro-derivatives of benzylidene-diamides T. 1206 ; P. 158. Chauvenet &dozcard hydrates of zircon- ium oxychloride A. ii 456. zirconium oxychlorides A. ii 650. Chavanne Georges ethylenic isomerism of acetylene dichloridc A.i 330. Chemische Fabrik auf Aktien vorm. 3. Schering preparation of santalol and menthol ethers A. i 479. preparation of 2-piperonylquinoline-4- carboxylic acid (piperonylcinchonic acid) A. i 503. preparation of aryl esters of 2-phenyl- quinoline-4-carboxylic acid A. i 582. preparation of glycols from dihalogen- butanes and their homologues A. i 743. preparation of 2-phenyl- and substi- tuted 2-phenyl-6:6’-diquinolyl-4:4’- dicarboxylic acids their homologues and derivatives A. i 811. preparation of compounds from 2- pheny lquinoline-4-carboxylic acid or its homologues with glycine A i 1018.INDEX OF Chemische Fabrik Orieeheim-Elektron [preparation of $-azimino-com- pounds] A. i 144. preparation of anthraquinone deriva- tives containing the $-azimino-ring A.i 588. preparation of epichlorohydrin from dichlorohydrin A. i 744. [preparation of anthraquinone deriva- tives] A. i 1035. Chemieche Fabrik Grunau Landshoff & Mayer Emil Franke arid Walter Kirchner preparation of formic acid from alkali formates A. i 408. Chemische Fabrik R. Scheuble & Co. 1:5-naphthalene(liamine A. i 902. Chemieche Werke vorm. Heznrich Byk preparation of readily soluble double compounds from dialkyl- aminodimethy lphenylpyrazolone caffeine and aromaticacids A.,i,516. preparation of aluminium glycollate A i 534. preparation of readily soluble double compounds from aminoacylpheneti- dines caffeine and mineral acids A. i 580. preparation of mineral acid esters of carbohydrates the corresponding hydroxy-acids and higher alcohols A.i 832. preparation of calcium perborate A. ii 1171. Chdneveau C. the viscosity of solutions A. ii 832. Chernoff Lewis H. See Treat Baldwin Johnson. Chevalier Jacques pharmacodynamic investigations of Catha ednlis A. ii 480. Chick (Uiss) Frances the supposed formation of dihydroxyacetone during fermentation and the action of animal charcoal and phenylmethylhydrazine on this substance A. ii 671. Chick (Miss) Harriette and CharZes James Martin heat coagulation of proteins A. i 519. heat coagulation of proteins. 111. Theinfluence of alkali on reaction velocity A. i. 734. heat coagulation of proteins. IT. The conditions controlling the agglutination of proteins already acted on by hot water A i 922. viscosity of casein sols A. ii 1042. Chikashigd Masumi the alloys of thal- lium and tellurium A.ii 1057. Chisolm Robert AZemnder the creatine content of muscle in malignant disease and other pathological conditions A. ii 787. AUTHORS. ii. 1247 Chodat Bobert oxydases. IV. Cresol- tyrosinase a reagent for peptides polypeptides proteins and proteoly- sis by micro-organisms A. ii 399. oxydases. V. Behaviour of proteins and their derivatives with the p - cresol-tyrosinase reagent A. ii 611. Chouchak D. See Isidore Ponget. Choudhuri Kumudnath. See Haridas Saha. Chouriguine alloys of platinum with aluminium A. ii 849. Chowrenko M. A . the reducing proper- ties of yeast ; hydrogenation of sulphur in alcoholic fermentation A. ii 972. Christiansen Johanne free and combined hydrochloric acid in stomach con- tents. I. Estimation of free hy- drochloric acid in gastric juice A.ii 1187. free and combined hydrochloric acid in stomach contents. 11. Titra- tions of the products of peptic digestion A. ii 1187. free and combined hydrochloric acid in stomach contents. 111. The titrations of pancreatin-erepsin digests and of amirio-acids and polypeptides A. ii 1187. free and combined hydrochloric acid in stomach contents. IV. The estimation of total hydrochloric acid in stomach contents A. ii 1187. Christoff A . dependence of absorption on surface trnsion A. ii 435. Christopher Hurold and Thomas Percy Rilditch molecular rotatory power in normal homologous series. Part 11. The rnenthyl esters of the a-bromo- aliphatic acids T. 202. Christopher Hurold and Samuel Smiles some reactions of &naphthasulpho- nium-quinone T.710 ; P. 93. Chrzaszcz T. diastase A. i 402. Chnard Ernest and B. Mellet varia- tions in the proportion of nicotine in the different orgaiis of the tobacco plant during growth A. ii 979. Chumanoff S. equilibrium in the systuni Znd0,-KOH-H,O A. ii 31:. hydration of calcium oxide A. 11 349. equilibrium in the systems CaX,-Me- OH-H,O A. ii 543. simple seal to vessel containing stan- dard stannous chloride A. ii 680. Ciamician Giacorno Luigi and Paul Silber chemical action of light. XXII. Autoxidations. I. and II. A. i 174 645. chemical action of light. XXIII. Eehaviour of methyl ethyl ketone A i 537.ii. 1248 INDEX OF AUTHORS. Ciusa Riccardo aromatic nitro-deriva. nitro-derivatives and nitro-hydrazones Ciuaa Riccurdo and G. Scagliarini strychnine and brucine A.i 798. C i n i ~ h’iccardo and Luigi Vecchiotti additive products of derivatives of trinitrobenzene with some nitro- genous aromatic substances A i 33. additive products of trinitrobenzene derivatives with certain aromatic nitrogen compounds A. i 755. Claaseen Oswnld new method for the estimation of sugars in potatoes A. ii 813. Claasz Haz sulphazone dyes A ii 389. “thionylindigo,” A. i 513. reduction of disulphides by dextrose ; preparation of mercapt:ins A. i 851. Claisen Ludwig and O.Eisleb rewrange- ment of ally1 ethers of phenols into C-allylphenols A i 965. Clark Ernest Dmbar Lintner soluble starch A. i 240. Clark Er?iest Dzmbar. See also Fred Jay Seaver. Clark R. H. Clarke Charles Hugh and Francis Ernest Francis some derivatives of triacetonaniine A.i 721. Clarke Frmk Wigglesworth chemical stability A ii 928. Clarke Hans Thacher 4-alkyl-l:4-thia- zans T. 1583 ; P. 218. the relation between residual affinity and chemical constitution. Part 111. Some heterocyclic compounds T. 1788 ; P. 220. Clarke Latham &methyloctane A. i 405. combustion of volatile organic liquids A. ii 602. Clarke Latham and Sydney A. Beggs Bt-dimethylheptane A i 150. Be-dimethylheptane A. i 150. Clarke Latham and Pad Whittier Carleton action of magnesium ethyl bromide on anthraquinone A. i 29. Clarke Latham and Webster Newton Jones BBy-trimethylpentane A i 150. Clarke Latham and Richard Harknevs Patch splitting of aminoarylcarbinols by the action of bromine A. i 696. Clarke Lathnm and Eniile Raymond Biegel y-ethylhexane A.i 405. Clarke (Miss) Bosalirlri See Alfred lenier tives A. i 101. A i 133. See Martin A . Basanoff. Clarke Xeginald William Lane. See Geoygc Barger. Claude H. and A. Baudodn effects of certain pituitary extracts A. ii 189. Clansen Heiwich influence of tern 1 era- ture on the density and electrical con- ductivity of aqueous salt solutions A . ii 119. Clausmann Paul. See Armand Oautier. Clayton Arthur and William Godden the thio-analogues of coumarin and its deiivatives T. 210 ; P. 6. Clewer Hqibert William Bentley. See Frank Tutin. Clibbens Douglas Arthw nnd Francis Ernest Francis the catalytic decom- position of nitrosotriacetonaniine L)y alkalis T. 2358 ; P. 291. Clough George N’illiam. See Aloxaiider McKenzie. Cobenzl A . soine apparatus aud nietliods for the photocheniical laboratory A.ii 931. Cockbnrn Thonurs A . D. Gardiner and John 1V. Black gravimetric separation of zinc and nickel A. ii 1096. Coebergh J. H. M. occurrence of tin in canned vegetables A. ii 693. Coehn AIfred arid Gustav Orote action of light on water vapour and electro- lytic gas A. ii 1118. Coert J. H. Cohen Julius Bercm? and Cor~~e2iu.v Philip Finn paraffins from a York- shire coal seam A. ii 264. Cohen N. 11. See J. E. Quintus Bosz. Cohn L. See Avred Werner. Cohnheim Otto gaseous metabolism of animals with plain and stiiated musculature A. ii 178. protein absorption. III. A. ii 182. physiology of the kidney secretion A. ii 959. Cohnheim Otto and 2%. Klee physio- logy of the pancreas A. ii 660. Cohnheim Otto G. Kreglinger L. Topler and 0. H.Weber the physio- logy of water and salt A. ii 572. Cohnheim Otto and J. TO?L Uexkiill the duration of coil traction of plain rnuscle A. ii 183. Colacicchi U. action of aldehydes on pyrrole substances ; pyrogenetic decompoeition of derivatives of dipyrrylmethane A i 491. syntheses of phyllopyrrole A i 646. new pyrogenic transposition in the Iyrrole group relative stability to heat of isomeric derivatives A. i 647. See O s h r Baudisch.INDEX OF AUTHORS. ii. 1249 Colacicchi U. and C. Bertoni action of sodium alkyloxides on esters of pyrrolecarboxylic acids A. i 647 1016. the action of aldehydes on pyrrole compounds A. i 653. Colin H. and A . SQnQchal is iroii a catalyst in the oxidation of phenols by the peroxydase of horse-radish 1 A ii 289. Collier V. Collins Sydney Hoare a combined governor and gauge for maintaining x regular flow of gas ; a thermostat with delicate adjustment and long range A.ii 548. a water-sealed constant pressure hydro- gen gas generator A. ii 548. rate of evolution of hydrocyanic acid from linseed under digestive con- ditions A. ii 586. Collins Stanley W. separation o f ar- senic from antimony and other metals with some applications in toxicological work A . ii 684. Collison R. C. estimation of lecithin estimation of inorganic phosphorus in Colman James. See Siegmund Qabriel. Colomba Luigi rocks and minerals from Colombano Amcdco solanidinc from I I . A. i 798. Colson Albert the dissolecule and van’t Hoffs formula A. ii 25. solution and dissolecules A. ii 25. theory of dissolutions compared with experience (case of nitrogen per- oxide) A.ii 238. procedure in observing the dissociation of nitrogen peroxide A. ii 334. peculiarities in certain verifications in physical chemistry A. ii 436. necessity for revising the law of mass action and of homogeneous equili- brium A. ii 631. dissocintion without change of volume and the lam of mass action A.,ii,632. the existence of four inactive tartaric acids ; the law of mass action with rcfcrence to the work of Dnrzens slid Le Chatelier A. ii 714. its contra- dictory verifications and its defence by Le Chatelier A. ii 1151. Colwell 13. A . and Sidney RUSS con- version of starch into dextrin by X- rays A. i 608. Compagno I. scparstion ant1 estimation of antimony in white bearing metal A. ii 810. See Chtrrles Glover Barkla.A. ii 498. plant substances A. ii 865. Beaunie Piedmont A. ii 568. Solai~z6m tz6beross~wt. the law of mass action; Compton Artimr. See Gabriel Bertrand and Albert Fronin. Compton Karl F. See Owen Willmts Richardson. Conner Bay B. See William Jfazwice Dehn. Conno E. dc. Con tardi Angelo inosi to1 hexaphospha te action of concentrated phosphoric acid Contardi Angelo. See also Gfiuaeppe Bruni. Cooper Charles. See Hubert Frank Coward. Cooper Evelyn Ashley the relations o f plieiiol and nt-cresol to proteins ; the mechanism of disinfection A. ii 1199. Cooper Hcrsnon C. Edward H. Xrans aud A . A . Klein lead silicates. 11. Optical and therinal analysis of the system PbO-SiO A. ii 452. Cooper Hermon C. See also Edward H. Kraus. Cooper William Francis and Walter Harold Nuttall furan-2:5 dialdehyde T.1074 ; P. 139. Copanx Hippotyte the constitution of the metatungstates A ii 454. Coppadoro Angelo equilibrium in the ternary system barium nitrate sodium nitrate and water A. ii 441. Coppin AToel Guilbert Stevenson the effects o f purine derivatives and other organic coinpounds on growth and cell- division in plants A. ii 1202. Coppin Noel Guilbert Stevenson. See also Arthur Walsh Titherley. Corbino 0. M . thermal constants of tungsten a t high temperatures A. ii 327. specific heat of tungsten a t high tem- peratures A. ii 531. Cordier Viktor von action of bromine and sodium hydroxide on carbamide and guanidine derivatives. I. A. i 684. Corelli Octnvian. See AdoLTf Grun. Cormimbsuf H. estimation of glycyr. rhizic acid in commercial ammonium glycyrrhizates A.ii 306. analysis of sodium anenate A. ii 684. detection of chlorides in the presence of tliiocyanates A. ii 1091. Cornalba B. detection of boric acid in butter A. ii 1094. Cornish (Miss) Elfreitla Comiancc Vic- toria. See James William McBain. Corper Harry J. chemistry of the dog’s spleen A. ii 274. See Arnaldo Pintti. A i 607. on glycerol. It. A i 743.ii. 1250 INDEX O F AUTHORS Corper Harry J . estimation of chole- sterol by Ritter's method ; influence of antolysis on cholesterol A. ii 302. a modification of Ritter's method for the estimation ofcholesterol A. ii 871. Corvazier H application of electrolytic conduction to the analysis of mixtures of snlphuric and nitric acids A. ii 1092. Costirchescu AT. complex chromium fluorides.III. A. i 493. Costkhescu AT. and TIL. Apoatoi the formation of complex compounds in solution A. ii 528. Coetiichescu A? and G. Spacu complex iron salts A. i 494. Costantino A . the potassium sodium and chlorine content of plain and striated musclcs froin various ani- mals A. ii 67. the chemistry of muscular tissue. 11. The content of striated and plain muscular tissue of mninnials in organic and inorganic phosphorus A. ii 961. muscle chemistry. IV. The sulI1linr of the smooth striped and cai*rliaa muscle also of muscle proteins in mammals A. ii 1078. Coatantino A . See also Gizueppe Coste John Henry a drying oven A. Coetee G. estimation of caffeine (in Cotton A . and H e w i Mouton magnetic double refraction and chemical con- stitution A. ii 426. new substances showing magnetic double refraction ; molecular and atomic nnisotrol)ism A.ii 426. Cottrell F. G. electrically-heated inicroscope slide A. ii 1160. Coulthard Albert. See JoIm Cnnncll Cain. Courtot CJmrlcs active priiiciplc of iodotannin solutions A. i 889. Courtot Charlcs. See also F'ictor Urignard Conein Hcwi action of bromine and chlorine on dehydrodicarvacrol A. i 254. Gonein Henri and Hcnri HQrieaey oxidation of y-tliymol deligdrotli- 2,-thymol A. i 695. Couyat J. a meteorite of the IIedjaz (Arabia) A. ii 1183. Cow DoTLgtus diuresis A ii 1080. Coward Hubert Fyank G'hndes Cooper an cl CIbristopheT He I L ry Warburt on the ignition of electrolytic gas by tlie electric discharge T. 2275 ; P.. 268. Bnglia. ii 678. coffee) A. ii 1012. Crabtree Jo?L,~ IckeriTtg and Arthur Lapworth the properties of o-bromo- naphthalene P.264. Cram ilIarshaZl PerZey determination of melting points with the aid of the microscope A. ii 829. Cramer IVilhcZni. See Hcnry 0. Feiee and IZ. A . Krause. Crampe E. See Ernst Laqueur. Crato E. estimation of lead in tinplate as lead chloride A. ii 908. Creighton Henry Jcrinaitc Maude he- liaviour of iron salts in the presence of albumins and other organic sub- stances towards certain reagents A. i 2040. optical activation of racemic bromo- camphorcarboxylic acid by means of catalysts Specificity of catalysts A. ii 927. measurements of the electrical con- ductivity of aceto~)henone solutions of certain organic bases and acids A. ii 1125. Creighton Hcizry Jernzailt Jfaude. See also David Fraser Harris. Cremer Fricdrich absorption spectrum of toluene in the ultra-violet A.ii 405. Cremer ilIaz and IZ. W. Senffert phlorin a product of the hydrolysis of phloridzin A. i 885. Crenshaw J. L. See Eugeiie Thomas Allen. Cripps Ricltmcl Stnforrl. See Htcbcrt 3tafb-d Patterson. Crites B. O. estimation of vanadium in stcel and iron A. ii 391. Croad ItObl'i~ 2. Sre J. Wafson Agnew. Crommelin C. A . See Heikc Kau~er- linqlt Onnes. Crompton Bolland the possible limit of molecular magnitude P. 193. Crompton 11olkt?id and (Miss) Wil- Jwtnaina h'cbcccn Smythe the products of the Oxidation of chloroacenaplithene with chromic acid P. 194. Crompton €follnnd and (Miss) Naggic Walker the monohalogen deriva- tives of acenaplithene T. 958 ; P. 127. Crook T~OIILTCS occurrence of ankerite in cod A.ii 565. Crook Thomas and S. J. Johnstone striiverite from the Fedcrated Malay States A. ii 566. Crookes (Sir) 1f7i11ia??z spectrum of devitritication of silica glass A. ii volatility of metals of the platinum boron A ii 110. 551. group A. ii 563.INDEX OF 4U’L‘HORS. ii. 1251 Cross Charles Frederick and Edward John Bevan estimation of cellulose in woods and spinning fibres A. ii 1105. Crops W. E. and Bernhard Tollens behaviour of pentoses in fermenting mixtures A. ii 78. Crossley Arthur William and (Miss) Nora Renouf acyl derivatives of the dehydroresorcins Part I. the action of hydroxylamine and of yhenylhydr- azine on 6‘-acetyldimethyl- and C- acetyltrimethyldihydroresorcins T. 1524 ; P. 223. Crossley Arthur William and Syditey Smith bromoxylenols obtained from dimethyldihydroresorcin preliminary note P.332. Cronrel Xd. detection of biliary pig- new reagent for testing Bordeaux mix- Crowther Horace Leslie and Hamilton XcCombie the formation of tetra- hydro-oxazoles from a-hydroxy-@- ani- lino-aS-diphenylethane and its homo- logues P. 315. Crowther J. A the scattered Rontgen radiation from different radiators A. ii 7. Croze F. the Zeeman phenomenon in the spectra of hydrogen and nitrogen A. ii 613. Crozier William. See George Frederic White. Crozier W. J. See Charlcs Basker- ville. Cruickshank JoJm lecithin and other lipoids extracted from tissnes fixed with formaldehyde A. ii 961. Cruikshanks George 5’. and Alexander Schwyrer seinicyclic 1:5-diketones prepared by the addition of 3-methyl- cycloliexanone to phenyl p-methoxy- styryl ketone and distyryl ketone A.i 784. Crymble Cecil Xegiwald the relation between the absorption spectra of metallic ions and their valency T. 266. Crymble Cecil Reginald Kenneth ROBS and Samuel Smiles the two sulphides of &naphthol T. 1146 ; P. 162. Cserna Stephen. See Camilla Rudi. Csonka 3’. von. Cncchiaroni A. See Rosario Spallino. Cuffaro A . See Giorgio Errera. Callie l.t/Ti?~ifrcd C. See TJLomns Gregos. Brodie. Camming Alexander Charles,a perforated silica plate for excluding flame gases from a crucible during ignition A. ii 598. ments in urine A. ii 400. ture A. ii 1213. See 3’. Edelstein. Camming Alexander Charles thermo- stats and devices used i n connexion with thermostats A ii 828. Cumming Alexander Charles and Alex- ander Gemmell the preparation and properties of basic copper nitrate and the hydrates of copper nitrate A. ii 556.Cumming A lexander Charles and E. FV. Haazilto?~ Smith the reduction of ferric iron (1) by sulphurous acid and (2) by zinc dust A. ii 606. Cumming Alexander Charles. See also Charles IVilliam Blyth Normand. Cunningham (Jliss) Mary and Charla DorBe the action of ozones on cellulose T. 497 ; P. 38. Curry B. E. and T. 0. Smith estima- tion of soluble arsenic in commercial lead arsenates A ii 994. Cartine Theodor hydrolytic degradation of triazo-acids triazo-acid-azoimides and triazourethanes (formation of triazoalkylamines). A. i 428. Cartius TJL~MZOY and August Bockmiihl the formation of triazomethylurethane from triazoacetic acid A. i 425.Curtius Theodor Ern& Boetzelen Gcorg Detoros Ri~dolJ^ Glaser Leo .Fra?ik Guttmann Er?ut Haager Gustnv Xiip- pers Hwrnam Panli Lep Frtwcis Potter Josef Schmittmann and Karl Traumann reduction of aromatic aldazines A. i 505. Curtius Theodor and Huns Franzen the hydrazide and azoimide of a- and P-triazopropionic acids A. 1 426. Curtius Theodor and Hwtwig Franzen presence of formaldehyde in plants A. ii 797. chemical constituents of green plants. I. Leaf aldehydes A. ii 797. chemical constituents of green plants. 11. The volatile acids of hornbeani leaves A. ii 978. chemical constituents of green plants. IV. Further volatile aldehydes of hornbeam leaves A. ii 978. chemical coiistituents of green plants. V. Volatile alcohols of hornbeam leaves A. ii 979. Curtius Theodor Hartwig Franzen 12eidtold Korte Fritz Xayer and Hermanit Wewer reduction of aroma- tic aldazines A.i 307. Curtius Theodor and 1YilhPlm Giulini the hydrazide and azoimide of y-tri- azobutyric acid A. i 427. Curtins Theodos. and Friedricl~ Hart- mann the hydrazide arid azoimide of triazosnccinic acid A. i 427.i. 12.52 INDEX OF AUTHORS. Gurtiue T h o d w and Karl Kof reduc- tion of the ketonehydrazines and ketazines of tetramethyldi-pamino- benzoyhenone and fluorenone A. i 732. Curtins Theodor Franz Schneiders and Gzbstav Sprenger the reduction of aromatic aldazines A. i 137. Curtman Lotcis J. and Harry Dubin influence of non-volatile orgariic mat- ter and certain acids on the precipita- tion of the ammonium snlphide group of metals A. ii 1212. Curtman Louis J.and Edward M. Frankel method for the systematic qualitative detection of barium and strontium A. ii 1211. Cushman Allerton S. the estimation of oxygen in iron and steel A. ii 88. Cusmano Guido and Arrigo Linari synthesis of a ketone derived from cineole A i 272. Cytronberg Seweryn the cholesterase of blood-corpuscles A. ii 1065. Czak6 Emel-ich estimation of ozone A. ii 1092. Czermak Willy changes in the so-called physical properties of soil by frost heat and addition of salts A. ii 198. Cziaer Stefan. See Paul Lindner. D Dabrowski Stcphane method of fraction- ation by diffusion and its application to the study of colloidal solutions. I. A. ii 1146. Dabroweki St6phane. See also Jdzef Browinski. D’ Achiardi Giovami pickeringite ( = picroallnmogene) from the Island of Elba A.ii 174. Dafert Fram Wilhekm and R. Miklanz the carbon-like substance occurring in Compositie A. ii 195. new compounds of nitrogen and hydro- gen with lithium A. ii 253. the compounds of cerium with nitrogen and hydrogen A. ii 942. Dafert Otto. See Nichael Pfannl. Dagaeff W. F. See Efim Semeit Lon- don. D’Agostino E. and G. Quagliariello application of curves of neutralising force to the determination of the molecular magnitudes and dissociation constants of chemical compounds i l l general and proteins i n particular A. ii 1158. Dainotti Cesarina. See Bermrdo Oddo. Dakin Henry Brysdale and Al/rcd Johi Wakeman katabolism of histidine A. ii 271. Dakin W. J. Dale Henry Hallett and Pntrick Play- fuir Laidlaw preparation of’ secretin A. i 592. a simple coagulometer A.ii 269. actions of pilocarpine and nicotine A. ii 667. the significance of the snprarenal capsules ill the action of certain alkaloids A. ii 854. Dale J. See M. Rotherxnundt. Dam V. van digestion of casein hy pepsin from the calf pig and ox A. i 671. the enzymes of rennet A. ii 460. Dam W. van and A. D. Donk equilibria in the system silver iodide potassium iodide and water A. ii 31. Dambergis Amstme and Tclein. Kom- nenoe products of the action of sodium alkyloxides on acid esters A. i 934. Dammann Hans. See Johaitnes Schro- der. D a d Aristide a hygienic limit for potable waters A. ii 485. D’Angelo A. See Albert0 Peratoner. Daniels Amy L. See Lafayette Benedict Mendel. D’Ans Joh. and JV. Frey direct pre- paration of organic per-acids A. 1 601. D’Ans Joh.and Walter Friederich de- rivatives of hydrogen peroxide A. ii 1.5 1 . Danysz Jean the &rays of the radium family A. ii 113 219. the retardation undergone by @-rays on traversing matter A ii 617. Danyez Jean and William Duane the electrical charges carried by the a- and B-rays A. ii 888. Danyez Jean and J. Qotz the 8-rays of the slow-changiltg active deposit of radium A. ii 220. Danzel Lucie?t [the gl ucoside of A d i a japonica] A. i 640. Danziger E. Da Ponte Cowstante. See Giuseppe Bruni. Darapeky August optically active Buchner’s pyraxolinecarboxylic acid Darapeky Airgust and Moorahwar Prab- hakar reduction of ethyl diazoacetate A i 543 841. Darms Hans the influence of radium on the body temperature of man A. ii 470. See Benjami7t Moore. See JZLE~ZLS voic Braun.hydrazino-acids A. i 307. A. i 391.INDEX OF AUTHORS. ii. 1253 Darrin Marc. Darton Nelson Horatio and C. E. Siebenthal [bentonite from laramie Wyoming] A . ii 267. Darwin C. G. Darzens Georges carbon pernitride A. i 542. Darzens Gcoryes and Ileiiri Leroux glycidic esters of decnliydro-8-nai)hthyl ketone decahydro-fl-napli tlialdehyde and methyldecahydro-B-naplithyl ketone A. i 627. Darzens Georyes and J. SQjourn6 the esters of diclilorosuccinic acid and their stereoisomerides A i 535. Das B. M. See Edmicnd Stiasny. Datta Rasik Lal the formation of dichlorocarbamide and its behaviour towards amines T. 166. preparation and decomposition of benzylnionochloro- and benzyldi- chloro-amiues A. i 962. Datta Easik Lal. See also Prqftdla Daabe Adow.See Martin Frennd. D'Auzay P. Ticrquami. See Albert Davidoff 1V. See Leoi~or Michaelis. Davidsohn Heinrich the stomach lipase A. ii 1067. Davidsohn Heiwieh. See also Leonor Michaelis. Davidson Alfi-cd. See Thomas Stetcart Patterson. Davidts AIfolts thermal expansion of aqueous salt solutions A. ii 427. Davies Harold Henry Stephen and Churles Weizmann as-derivatives of adipic and B-nicthyladipic acids; preliminary note P. 94. Davies Hchrold. See also Chnrlcs Weiz- msnn. Davies Hewy a relation between coeffici- ents of expansion of liquids and their critical temperatures A. ii 426. some applications of the law of the rectilinear diameter A ii 902. Davies Samuel Henry. See Ja?nes Scott Bainbridge. Davis C. and J. Louis Foucar rapid volumetric method for the estimation of free sulphur A.ii 384. D'Avis C. Sec Robcrt Pschorr. Davis Daniel intravenous iijjection of thrombin A. ii 60. Davis Harold S . conductivity of rosani- line hydrochloride in water and in certain organic solvents A. ii 894. Davis Oliver Charles Minty steric effects static and dynamic A. ii 32. Davis Oliver CJLarles Minty. See also James Vlliam McBain. See H. K. Benson. See Ernest Marsden. Chawirn RPy. Bruno. c. 11. Davis Z'. B. and Haw9 C h y Jones conductivity and negative viscosity coefficients of certain rubidium and ammonium salts in glycerol and in mixtures of glycerol and water from 25" to 75" A. ii 1124. Davisson Clidon J. positive thermions from the salts of the alkaline earths A. ii 116. the rble played by gases in the emission of positive thermions from salts A.ii 116. Dawson Harry Mcdforth and Fravk Powis the conditions of isodynamic change in the aliphatic ketones. Part I. ; the autocatalytic reaction between acetone and iodine T. 1503; P. 159. Dawson Lotoell! E. fruit of Diervilln FZorida A. ii 864. Day A?exa?ider A . See Arthur I. Kendall. Day Arthur Louis and Xobert B. 80s- man the nitrogen thermometer scale from 300' to 630" with a direct determination of the boiling point of sulphur A ii 531. Day Frank E. See Jiclian Leaett Baker. De,. Tiizcowry. See Prafulla Chandra RPy. Deakin (Niss) Stclln and Albcrt Chcr- bury David Rivett the conductivity and dissociation of diacetyltartaric acid T. 127. Dean E. W See William Allen Drushel. Dean Paul Af. Debye P. theory of specific heats A. ii 1134. Decker Herwzan preparation of dihgdro- isoquinoline derivatives A.i 581 1018. Decker Herman and Paul Backer action of formaldehyde on 8-phenyl- ethylamine A. i 844. Dede L. analysis of calcined magnesite A. ii 491. Dehn Willitrnt Mmrice action of tetra- brornoethane on organic bases A i 240. action of tetraiodoethylene on organic bases A. i 242. acetylations in ether solutions A. i 833. Dehn William Maurice and Ray B. Conner action of iodoform on organic bases A. i 834. Deihle P. 8ee Willianz. Kuster. Deischa Helene heterogeneous structure of " fluid crystals " of parazoxyphe- netole A. ii 109. See John B. Ekeley. 83ii. 1254 INDEX OF AUTHORS. Delacre illnncricr new dodecane A. i 1 a-isodypnopinacolin A. i 30. chemical individuality in the pinaconc Delattre A.application of' the bio chemical method to Hfpaticn triloba presence of a glucoside hydrolysed bj emulsin A ii 1085. Delava Pad rotatory power of the pro tein substances from the serum of dog's blood A. ii 363. Delesno N. T. carbohydrates and nitrogenous substances of vine leaves A. ii 1086. Deleano N. 2'. and Georg Trier presence of betaine in green tobacco leaves A. ii 800. Delbpine [Stkphane] ilfurcel action of sodium hypochlorite on hexamethyl- enetetramine A. i 12. new classes of oxyluminescent snh- stances A ii 509. physical properties of organic sulphur compounds A. ii 539. Do1 Bio Ciuseppe. Delvalez J. configuration of equipo- tential lines in an electrolyte A. ii 124. Demjanowski S. extractives of muscles. XIII. The precipitability of certain nitrogenous extractives by pliospho- tungstic acid and mercuric salts A.ii 1009. Demolon A. the fertilising action of sulphur A. ii 382. Demorest D. J. the bisniuthate method ti new method for the estimation of Demorest D. J. See also John II. Cain. Demoussy E'm. See Leon Maquenne. Deni Bs Georges a new very sensitive an! characteristic reaction of free bromine A ii 1208. Denis W. See Otto Folin and BalpJ~ Hopkins. Denneler H. See Gustav Birstein. Dennemark A. See St. Engel. Dennis Louis Munroc some new forms of projection apparatus A. ii 446. Dennis Louis Munroe and Charles W. Bennett fractional crystallisation of the picmtes of the rare earths A. ii 257. Derick C'. G. correlation of ionisation 3nd structure. 11. Negatively sub- stituted benzoic acids A. i 188. Deny John Newton.See Tom Sidney Moore. Desgres Alexandr~ and Dorlbans hypo- tensive action of guanine A. ii 585. Desgrea Alexandre and PeailliB estimn- tion of carbamide A. ii 104. series A. i 599. See Mario Retti. for manganese A. ii 690. vanadium A. ii 1100. Desgrez Alrxnndre and ( M l e . ) B?. Quende iiifluencc of sodium chloride in excess on nutrition and renal elimination A. ii 465. Desgrez Alerandre P. Regnier and A!. Moog influence of triinethylamine hydrochloride on nutritive exchanges A. ii 188. Desha Lucizu Juniits and Solommt Parley Acree difficulties in the list? of the hydrogen electrode in the measure- meiit of the concentration of hydrogen ions in the presence of organic coin- pounds A. ii 125. Deteuf A. See Aug?c.ste BQhal. Detoros Gcorg. See Th,t?odor Curtius.Dettmar Wilhelm. See F m x Kunckell. Deuss J. J. B. See Fram Antoon Hubert Schreinemakers. Deussen Ernst method for examining the purity of optically active com- pounds A. ii 510 1020. Deussen Ermt and Benno Eger the oils of copdba balsam A. ii 812. Deussen Ernst Benm Eger &urI Yeyer 6'. Vielitz arid Maz Ziem sesqui- terpenes. V. A. i 368. Deutsch G. See Paul Friedlander. Deutech H. Deutschland A. See Jolmnnes Scheiber. Dewar (Sir) James production ot' solid oxygeri by the evaporntion of the liyuid A. ii 40. Dewar (Sir) James and Hmnphrey Ou~c~i Jones the gaseous condensable com- pound explosive a t low temperatirres produced from carbon disulyhide vapoiir by the action of the silent electric discharge. Dewey Frederic P. the direct estima- tion of small amounts of platinum in ores and bullion A.ii 810. Dey Biman Bihrrri. See illnrlin O~islow Forster and Hemendm h'mzar Sen. Dhar Nilratan. See Prafulln Chmtclra RPy. Dhein Peter E. measurements in the spark spectrum of palladiuin A. ii 1114. DhBrB Chartes and TI7. de Ilogowaki absorption of ultra-violet rays hy a- and ~-chlorophylls and crystallised chlorophyll A. i 887. D k z de Rada Faustino analysis of the gases spontaneously liberated in the spring Sari Jose (bath of La Aliseda) ; radioactivity of the gases A. ii 570. determination of the fixed radioactive elements in the waters of La Toja and Lhez A. ii 724. See Jzdiw vmt Braun. II. A. ii 46. lickhauser i? See Robert Pschorr.INDEX OF 4UTHORS. ii. 1255 Dickson Charles. See Jmues W. Wilson. Dickson Ermst the ultra-violet fluores- cence of benzene and some of its deriv- atives A. ii 4.Dieckmann IVaZle?. Hagemann’s esters and their analogues A. i 856. alkyla tion of cyclohexanone-1 4 -carb- oxylic esters and the constitution of the mentlieiione derived from Hage- maim’s ester A. i 857. alkylation of benzoylacetone and desmotropy of methyl- arid ethyl- benzoylacetone A i 868. Diedrichs A . See H. Sprinkmeyer. Diefenthaler Otto. See E~ich Muller. Diele Otto and Harlckichi Okada the action of certain aeid chlorides on potassiuiii nitrate and the formation of acid anhydrides A i 3. constitution of the compound derived from benzoylchlorocarbarnide and alkali A. i 918. Diels Otto and Erich Stamm the forma- tion of basic derivatives of cholesterol and the preparation of a-cholestyl- amine A.i 698. Diele Otto and Pad Straumer isomeric diacetylcyanohydrins and their trans- formation into the imides of dimethyl- mesotartaric acid and diniethylracemic acid A. i 942. Diele Otto and AIf,.cd Wagner benzoyl- cyanamide and a synthesis of benzoyl- enecarbamide (diketotetrahydroquin- azoline) from o-nitro-benzoylcyana- mide A. i 511. Diena G. the influencc of the ingestion of thiocyanates A. ii 3i3. Dienert F. use of physico-chemical volumetric methods in the analysis of waters A ii 80i. Dienert F. and A . Gnillerd npplica- tion of physico-chemical volumetric methods to the estimation of sub- stances in water A. ii 68i. Dienes Lz.!dtoig the individual differ- ences of the blood corpuscles A. ii 181. Dieterich Kad 1)ce resin (pr01)01is) A.i 280. Dietrich lVctZler. See WiZheZm Voltz. Dilling 1VaZtcr J. a possible fallacy in Fleitniann’s test [for arscnic] A. ii 91. a spuricus reaction for cellulose aud quinine bark A. ii 304. D’Ippolito G. the influence of chemicals on the germinating capacity of’ Cimicta ur-rensis and C‘iiscuta tr<foliu A. ii 82. Dirhler E. G. See NicoZui A . Pushin. Dittler Emil melting point of silicates A. ii 552. Dittler EitiiZ and CoriLelio Doelter application of colloid cheiiiistry to mineralogy and gcology ; bauxite a iiatnral alumina hydrogel A.) ii 171. nomenclature of aluminium hydr- oxides A. ii 357. Dittler Emil. See also Jtexii Ball6 and V. Schumoff-Deleano. Dittrich Mas the applicability of the methods of cstinating w:tter in silicate minerals and rocks A ii 1207.Dittrich Max and V. Eitel improve- ments in Ludwig and Sipiicz’s method for the estimation of water in silicates A. ii 804. Dittrich Marc and AZfi.cd Leonhard the estimation of ferrous iron in silicates A. ii 299. Ditz €hyo and Friedkh Bardach the estimation of phenol and p-cresol in mixtures of the two A ii 98 871. Divizia Biaiica. See Vincenzo Paolini. Dixon Az6qiistus Edward and John Tav- lor Lubstituted isothiohydantoirls T. 558 ; P. 54. the constitution and reactions of thio- carbamides T. 2502; P. 265. Dixon Eciiiy H. and William IZingrose Gelsto?LAtkins changes in the osmotic pressure of the sap of the developing leaves of Syrimju vdgnl-is A. ii 802. Dixon Waltei. Eriwst and WiZliuiii Dobillson Kallibnrton the rapidity of absorption of drugs introduced into the cerebro-s])inal fluid A.ii 584. Dobbie James JohmtmL and John Jmob Fox the absorption spectra of quinine cupreine 6-methoxyquinoline and 6- hydroxyquinoline T. 77. Dobbie Jwim Johnston John Jucob Fox and A 4 u r Josiah Hofineiste.1. Gauge dipheiiylene. Part II. P. 327. Dobroserdoff Diiriitri K. niolecular refractions of organic colni>ounds for IigIit of infiGite wave-iength A. ii 309. dielectric constants of liquid mixtures of’ non-associated organic solvents A ii 729. Dockhorn W. detection of’ blood in Dodonow Jacob. See Jakob Meisen- Dodt J. See Arthur Strigel. Doelter Corwetio. See E ~ i l Dittler. Doerr It. and J. Moldovan the actioii ol’colloid soliltions which act as protein precipitants on warm-blooded animals and their relationship to auapliylactic processes A ii 654.faxes A. ii 504. heimer.ii. 1256 INDEX OF AUTHORS. Dohrn Max the behaviour of atophan Doht Aicharcl elenientary analysis A. Doll M See AndrC Wahl. Dominici H. G. Petit and A . Jaboin persistent radioactivi ty oi' tli e organism under the influence 01' injections of insoluble radiuni salts ; radium sero- therapy A. ii 18i. Dominicis Angclo de detection of minimal traces of' blood mixed with rust A ii 1111. Dominicis Axgclo dc. See also Celsio Ulpiani. Domke J. tables for sugar estimations A ii 499. Donath Eduard the removal of' rust from iron in reinforced concrete A. ii 52. Donath Edz6arc2 and Fritz Braunlich coal and carbonised residues A. I 33i. Donath Ecluarcl and A . Indra Arsa coal A. ii 1060. Donau Julius quantitative treatmeut of small quantities of precipitate A.ii 199. tho estimation of' sulphur and of halogens in small quailtities of organic substances A. ii 384. Donk A. D. Dong-HBnanlt Oclavc r61e of metallic salts in the assimilation of nitrates by grcen plants A. ii 862. Doornbosch H. R. iodides of thc elements of the nitrogen gwoup A ii 249. Doornbosch H. It. See also Fmns dl aurits Jaeger. DorBe CILnrZes and Clw-lcs Stotesbury the action of bromine on cholesteryl benzoate; preliminary note P. 196. Doree Charles. See also (Miss) Nary Cunningham. Dorfmuller GustaE. See Rudolf Pum- merer. Dorlkane. See Alemiidre Dergrez. Dormann Edniund. Dorner A@ed influences acting on the alcoholic fermentation in the cell and in tlie expressed cell juice A. ii 1083. Dorta W. See Fachini.Douetteau Red 2:3-dihydroxylbenzyl- methylamine and 2:3-dihydroxylbenz- yldiniethylamine A. i 620. Douglas Claude Gordon and John Scott Haldane absorption of oxygen by the lungs A. ii 653. the capacity of the air passages under varying physiological conditions A. ii 1063. in the organism A ii 965. ii 92. See W. %an Dam. See Oscar Piloty . Douglas Claude Gordon J O ~ L Scott Haldane and J . R. X. Haldane the laws of combination of h,-emoglobin with oxygen and carbon monoxide A i 591. Douglas Claiitlc ( i o d o ? i Jolm Scott Haldane Yalidell Henderson and Edica~cl C. Schneider the physio- logical effects of' low atmospheric prossure LS observed on Pike's Peak Colorado A. ii 4 5 i . DOX Ar1hr W(Lylaml and Lcoiinrd Maynard autolysis of mould cultures A. ii 862. Doxiades Leon idas tlie glucose of blood- seruni A.ii 269. Dranzbnrg W. See Ccirl Yannich. Drawe Pid,fluorine analyses A. ii 806. Dreaper Willinm Pwtcr and Alclcancler Wilson theory of dyeing ; dyeing with basic dyes with subsequent re-solution A. ii 442. Dreverhoff P(1zc2 the action of chlor- ine on hexone 'acids (liexonshuren) [maltol] A. i 8. Drozdowski Edicnrd. See Karol Adwen- towski. Drucker K d chlorides of zinc and mercury in aqueous solution A. ii 424. electrolytic dissociation of potassium bromide A. ii 732. [dissociation constants of sulphuric acid] A. ii 1035. Drugman Jzdien dimorphism and crystallirie fdrm of diphenylmaleic anhydride A. i 625. Drnshel William A Zleit hydrolysis of esters of' substituted aliphatic acids A. i 599 ; ii 147. Drushel William Allen and E.W. Dean hydrolysis of esters of sulsti- tuted aliphatic acids A. ii 927. Duane WiZliain. See Jean Danysz. Dubin Hawy. Dubois IkpliaZZ atmolysis and an Dubovitz Hugo the distillation of difficult boiling substances A. ii 133. estimation of stearin and oleiu ill fatty acids A. ii 701. Dubrisay Een6 chemical equilibria in solution A. ii 32 339. Dubsky J. V. constitution of tlie complex metallic salts of the fatty acids A. i 675. Dubsky J. V. See also Antoinc Paid ATicolas Franchimont. Ducca W. A. iiiethods of testing rubber contents in raw and vulcanised rubber A ii 1103. See Louis J. Curtman. atmolyser A. ii 193.INDEX OF AUTHORS. ii. 1257 Ducelliez I? cobalt-zinc alloys A. ii Ducelliez 3’. See also 3 h i k Vigouroux. Duclaux J ~ ~ L c s a1)sorption 01’ gases by porous niaterials A.ii 140. Dudley bYiZlinm L. and E. V. Jones a spectrogiaphic study of telluriuni A. ii 935. Diirr LucieIL. See Edgar Wedekind. Diirrfeld V. lanmontite from Kcimbach Oberstein Germany A. ii 359. adamite from Reichenbacli Lalir Baden A. ii 1181. Dufay A. galvanic deposition of copper on plaster A. ii 1174. Duffour A Zexis isomorphism of alkali iridium and rhodium chlorides A. ii 849. Dugardin -11. See E. Boullanger. Dumanski A. colloidal arsenic tri- sulpliide A. ii 153. Dumont J. new iiietliod Or the pliysicnl analysis of soil A. ii 108. Dunbar P. B. and Raymmd Foss Bacon estimation of malic acid A. ii 699. Dunbar P. B. See also Raymond Foss Bacon. Dunhnm Edzoani KcZlogg. See J o ~ ~ L AIfred Mandel. Dunlop John Gim?Li)ig Moore a study of‘ some dicyclic quaternary ammonium compounds T.1998 ; P. 230. Dunlop J O ~ L Gzimiiiig!rVoore. See also Himpkrcy Owen Jones. Dunningham Alfred Charles an exact investigation of the three cornpoileiit system sodium oxide acetic nnliy- dride water T. 431 ; P 16. Dunoyer LOZL~S fluorescence of‘ sodium vapour A. ii 406. an apparatus for the rapid distillatioii of mercury in ;I vacuum A. ii 647. the disruptive charge through puye sodium vapour A. ii 891. Dnnetan Albert Ernest and Thomas Z’ei*cy Hilditch relations between viscosity and other physical properties. I I. Iiifiueiice of contiguous unsaturatcd groups A. ii 435. Duns tan A Lbert Eriiest Z‘homas Perq Hilditch and Ferdinand Bermrtl Thole the relation between viscosity and chemical constitntion. Part VII.‘l’he effect of’ the relative position of two iinsatarated groups on viscosity P. 269. Dunstan Albert Emest and I?aroZd Langton the vivcometric determina- tion of transition points T. 418 ; P. 14. 53. Dunstan Albcyt Ernest and Ferdinand Ucrnmd Thole the relation between viscosity and chemical coiistitution. l’art V. The viscosity of lioinologous series l’ 269. the relation between viscosity and chemical constitiition. Part VI. Viscosity an additive fiinction P. 269. Dunstan Arbert Eruest. See also Tiwinas Percy Hilditch and A16crt George Mussell. Duparc LOW^ JIaz Wunder nnd R. Babot beryl from Madagascar A. ii 360. Dupon t Gcorges h y d ro xy h y d ro furans A . i 290. oxidation of some kctoliyihofiirans h. i 483. the aci-nitro-derivative of ketotetm- methyltetrahydrofuran A.i 483. Dupont Gcorges. See also lVladkiii,~ Luginin. Dnpont Justiit ant1 Loui.7 Labanne direct estimatiou of geraniol in essence of citronella A. ii 697. Dupont Justin. See also Roure-Ber- trand Fils. Durand E. A. Duschetschkin A. biolooical absorption of phosphoric acid in s&,A. ii 67i. Duschsky J. E. beliaviour of sucrose and its decomposition products OH heating. IV. Reducing substances ill the refinery products A i 9. Dntta J((tind.ra Jfohan and Edioix Roy Watson some hydroxy-ketonic dyes T. 1238 ; P. 106. Dnval lien?*i endo-azo-compoun Cls A. i 398. Dziewonski Karl G. Rapalski a d %. Leyko pliotocliemical changes of acenaplithylrne. I. A. i 844. See Ei,til Briner. E. Eaeley Cim~Zcs V. and Bertram2 F. Brann study of the atomic weight of msrcnry through the analysis of wer- curic bromide A.ii 257. Eberle Frita. See Rolmd Scholl. Ebler Erich determination of radium in minerals and rocks A. ii 723. Ebsen Josize. See Peter Ilona. Eckmann Qerhard the migration and diffusion of radium-Aatoms A. ii 620. Eckstein E. See Paul Friedlander. Edelmann J. glycolysis A ii 572. Edeletein F. arid E’. vou Csonka the iron content of cow’s milk A ii 184.ii. 1258 INDEX OF Edelstein F. and P. VOIL Csonka de- tection and estimation of volatile fatty acids by steam distillation in vaciium A. ii 872. Eder Josef Maria and Eduard Valenta the band spectrum of sulphur A. ii 613. Edie Edward S. 11.. H. Evans 3 e z - janrin Moore G. C. E. Simpson and A . Webstsr the anti-neuritic bases of vegetable origin in relationship t o beri- beri with a method of isolation of torulin the anti-neuritic base of yeast A.ii i 9 4 . See also Be??&zrnh Moore. Edie Edicmd S. Edmunds Walter the thyroid gland. VIII. A. ii 579. Edwards C A . See Henry Cart Harold Carpenter. Edwards (J1i.w) Muriel Gwe?Ldoolen Ralph Eddowes earrod mnd Humphrey Owen Jones the constitution of the aldol bases T. 1376 ; P. 163. Effkont Jean action of light and hydro- gen peroxide on proteins and amino- acids A. i 521. action of hydrogen peroxide on lnctic acid and on dextrose A. i 534. action of hydrogen peroxide on glycerol A. i 675. Eger Benno. See Ermt Deussen. Egerton Alfrcd Charles Glyn Hofniann's method for the determination of vapour density A. ii 22. a flame experiment A. ii 635. Ehlers 17 See Yolkmar Kohlschutter.Ehlert Hcmnann and Walther Hempel solubility of certain salts A. ii 905. Ehrenreich Franz products of thc COII- densation of 9-methylcarbazole and phthalic anhydride A. i 130. Ehrenzweig Egon. See Christian Seer. Ehrhard Oskar. See K a ~ l Audreccs Ehrlich Felix tryp toph ol (&in do1 yl- ethyl alcohol) a new product of the fermentation of amino-acids by yeast A i POO. isolation of betaine hydrochloride from molasses residue A i 835. the formation of fumaric acid by moulds A. ii 192. Ehrlich Felix and P. Pistschimuka synthesis of tyrosol and its con- version into hordenine A. i 853. conversion of amines into alcohols by yeasts and moulds A. ii 590. Ehrlich Pad and Alfred Bertheim 3 3'-diamino-4 4'-dihydroxy,zrseno- benzene hydrocliloride (salvarsan) and allied substances A.i 523. Hofmann. AUTHORS. Ehrlich Viktor and Franz BUSS the oxidation of nitrogen by the electric discharge in the presence of ozone A . ii 41. Eichholz W. See Emaiiwcl Merck. Eichhorn W. See Fcrdinaiid Henrich. Einecke AZbert. See Otto Lemmer- mann. Einhorn AIfrctZ Leo Rothlauf and ILudoV Seuffert ncylated salicylic acids A. i 32. Eisenberg Philip)? hremolysis of form- aldehyde A. ii 1065. Eisenlohr Fritz spectrochemistry of auxiliary valency A. ii 2. recalculation of atomic refractions. 11. The constants for nitrogen A. ii 402. molecular refraction and dispersion as aids to the organic chemist A. ii 709. Eisenmann Kzwt the spectral exten- sion. of nltra-red and ultra-violet vibrations and its relation t o the different crystal systems A.ii 506. Eisleb 0. See Ludwig Claisen. Eitel W. See Max Dittrich. Ekecrantz Thor the formation of resin by the action of alkali hydroxides on aliphatic aldehydes. Ekecrantz TJior a i d 27. Erikeon the correction-factor in the estimation of urea in urine A. ii 703. Ekecrantz YJm and H. Palnle apparatus for solttbility determinations in the absence of atrnosphcric carbon dioxide A. ii 484. Ekecrantz Thor and K. A . Soderman a modification of Riegler's method of estimating urea in urine A. ii 212. Ekeley John B. and Paid Jf. Dean action of acetic anhydride on some benzylideneanthranilic acids A.,i 211. Elder Frmk R. and IVillinnb Jolt i~ Gies enzymes as possihle factors in the development of crdema. IV. A . ii 1080. See KnrZ von Noorden .jicn. I. A. i 788. Elf&.Elfer AZacEar. See Sipnic?id Frankel. Elissafoff G. von influence of electrolytes on electric enilosmosis A. ii 419. Ellermann Y. Ellerton J. Q. estimation and elimina- tion of sulphur compounds in coin- inercial benzene A. ) ii 300. Ellinger Alexander and Claude Flamand tri-indylmethane dyes. III. A. i 587. Ellinger Philipp Sce Karl Auwers. Elliott J. H. and H. S. Raper a case of pentosuria presenting unusual features A. ii 466. See H. J. Bing.INDEX OF AUTHORS. ii. 1259 Elliott 2'. R. the control by the splanchnic iierve of adrenaline secretion A. ii 367. the control of the suprarenal gland by the splairchiiic nerves A. ii 781. Ellis G'eorgs Jbridlia/l~ and Joh/L AtMy 7na12 Gardner the origin and destiny of cholesterol in the aniinal organ- ism. VIII.The cliolesterol coiitent of the liver of rabbits uiider various diets and during inanition A. ii 2iG. the origin and destiny of cholesterol in the aiiimal organism. IX. The cholesterol content of the tissues otlier than liver of rabbits under various diets and during inanition A. ii 958. Ellis *Aiddale oil emulsions. I. The electric charge A. ii 13. 11. Stability and size of the particles A. ii 1036. Elsdon George Davidson the estimation of nitrites in potable waters A. ii 683. Elsdon Geoi*gc Duvidson and I\.'ornzu,t Evers estiniation of aniiiionia in carboiiated wateis A ii 601. Eleenbaet Arthicr S. See G'eorye E. Grant. Elvove Elias estimation of formal- dehyde A. ii 103. Embden Gwtav Kns.Z Baldes a i d Emut Schmitz the cheniical mc~clianisni of the formation of lactic acid from dextrose in the aiiimal body A.ii 1 OT3. Embden Gustav FP. Kalberlah and H. Engel lactic acid foriiiation in axliressed muscle juice. II. A. ii 1071. Embden Gwtuv and Pricdrich Kraus lactic acid formation in the artificially perfused liver. Embden Guslav and N a x Oppenheimer the degradation of pyruvic acid in the aniinal body A. ii lOi5. Embden Gustav and h h 9 t Schmitz the synthetic formation of amino-acids in the liver. Embden Gustnu Eynst Schmitz and K. Baldes the cheniical mecliaiiisin of the formation of glycerol in the animal body A. ii 1076. Emde Hermum propenylbenzene from ciniiamylammonium salts A. i 20. fission of phenyletliyltrimethyl- aninionium [chloride] A. i 250. doubly-linked carbon atoms and the carbon-uitrogeii linking. Y.De- gradation of yuirioline and of iso- quinoline by reduction A. i 801. oil emulsions. I. A. ii 1070. II. A. ii 258. Emmanuel Emamnuel J. oleo-resin of Cretan ladauum A. i 372. Emmert B ~ w w electrolysis of yhenyl- dial kyllr ydroxy ethylanimonium iod- ides arid some derivatives of choliue A. i 252. Emmert Briirw and Augzut Herterich electrolytic reduction of clielitlainic acid to 4-hydroxypiperidine-2 6-di- carboxylic acid A. i 384. Emmes Louis E. See FmiLcis Gaw Benedic t. Emmett A . D. W. E. Joseph and R. H. Williams effect 0 1 the quimtity of protein iiig-ested on tlie nutrition of animals. VI. The chemical composi- tion of the entire body of swine A. ii 366. dbies cephalonicu A. i 372. Empson J . See Karl Fries. Emslander R. See E r i c h Mbiiller. Endell Kicrd and RehLhOEd Eieke the melting point of spodumene A.ii 266. Endler Josef the passage of salts through protoplasm. I. The in- fluence of salts on the absorption of dyestuffs by the living cell A ii 863. the passage of salts through proto- plasm. 11. A method for estimat- ing the isoelectric point of proto- plasm which depends on the influence of the hydrogen and hy- droxyl ions on the passage of dyks A. ii 1083. Endo Shigekiyo. See A'agamichi Bhi- Engel H. See Girslav Embden. Engel St. and A . Dennemark the pasage of colostrum into milk es- pecially in relation to nitrogeuous substances (cow sheep mare) A. ii 184. Engel St. Engelbertz E. See Karl Fries. Engels Otto action of some solvents on soil nutiients ; phosphoric acid potas- sium and calcium in the original and absorptively combined condition A.ii 596. Engler Carl the formation of the chief constituents of petroleum A. i 525. Engler Curl and J. Bobrzynski the origin of petroleum A. ii 850. Engler Carl and E. Severin catalysis and the formation of petroleum A. i 149. Engler Carl and Wilhclnz. Steinkopf presence of cholesterol in Javtt naph- thas A i 149. bata. See also Julius Bauer.ii. 1260 INDEX OF AUTHORS. Enklaar Contelis Jacobus synthesis of an aliphatic terpene A. I 301. the essential oil of the catkins of wild myrtle (Myrica gale) A. i 371. Enklaar Johunnes EZiza neu tralisation curve of sulphuric acid A. ii 239. Ephraim Pritz diamidothiophospholic acid A. i 26. the nature of auxiliary valencies. I. Metal ammonias A ii 546. Ephraim Fritz and M.Sackheim hy- drazidophosphoric acid A. i 27. Ephraim Fritz and Eebecca Stein thio- phosphate8 and thiophosphites A. ii 42. Epstein Albert A. and Samuel Book- man formation of glycine in the body. I. A. ii 70. Epetein Albert A. and H. Olean the effect of lecithin on the fermentation of sugar by bacteria A. ii 588. Eprtein F. and H. Polonyi paraffins A. ii 695. Ercnlieee P. variation of the cathode potential duringelectrolysis A. ii 204. ErdmaM l h z s t autoxidation of tri- chloroethylene A i 65 597. Erhard I?. and F Zieglwallner the appearance of glycogen after feeding on sugars and fat and niorphological observations on the mail (helixpo- matia) A. ii 779. Xrikson Henry A. recombination of ions in carbon dioxide and hydrogen a t different temperatures A. ii 518.Erikeon S. See Thor Ekecrantz. Erlenmeyer Emil and Gustav Hilgen- dorff induced molecular asymmetry in unsaturated compounds A. i 772. Ermen Walter F. A. some basic copper compounds A. ii 453. Erochin Peter dispersion and absorption of mercury and tin for the visible and ultra-violet spectrum A. ii 878. Erp Henri van the reactions of 4-nitro- sophenol 2:6-dibromo-4-nitrosophenol and &nitroso-m-cresol with bromine A. i 28. Errera Giorgio and A. Cuffaro hydroxy- ketoperinaphthindene (peri-naphth- indandione) A. i 273. Erve J. can de the rGle of the kidneys in the regulation of the concentration of the Berum diastases A. ii 61. Eecales Richard and Huns Koepke purification of ammonium hydrogen salts of a-hydroxy-acids A. i 827. Eacard Jean new densivolunieter for determining the density of solids A.ii 1138. Esoher Heinrich H. See Richard Will- statter Escher Itobert von. See Juliics Sohmidlin. Esaon William. See Augzcstus Gcorgc YemojL Harcourt. Eetrup Kniid adsorption A. ii 742. negative adsorption isotliernis I,. ii Estrup Kiiud and Erik Bi~ch Andersen adsorption experiments with varying degree of dispersity of the adsorbent A. ii 435. Eetrup Knud. See also The Svedberg Ettinger Jakob. See Emst Laqueur. Ettinger Leo and PCIIL~ Friedlander N-methyl derivatives of indigotin A. i f27. Eucken Amolcl dependence of the ther- mal conductivity of certain gnses on the temperatuie A. ii 17. molecular heat of hydrogen a t low temperatures A ii 232. Eucken AmtoZcZ and Ccorg Oehlhoff electrical and thermal conducting power and the Weidemann-Franz ra- tio for antimony -cadniinni alloys between 0’ and -190° A.ii 319. Euier [-Chelpin] Hans *on cellulase A . i 327. the mode of action of Ihosphatese. III. A. i 594. biocliemical reactions in light A. ii 112. behaviour of yeast enzymes free and attached to protoplasm A. ii 193. Euler Ham uon and Heher Back- etrom fermentation by yeast. I I. A. ii 589. Euler Hans von and Yngw Funke hydrolysis of carbohydratephospliol.ic acid esters A. i 336. Euler Baits von and Dmid Johansson enzymatic phosphate union A. i 750. the influence of toluene on zyinases and phosphatese A. i 817. formation of invertase in yeasts A ii 376. destruction of sugar aiid formation 01 carbon dioxide in alcoholic ferinenta- tion A. ii 377. chemical composition and formation of enzymes.Iv. The adaptation of a yeast to galactose A. ii 590. Euler Hmis ron and Sixtex Kullberg action of phosphntese A . i 148. Enler Hans zon and E. Lindberg Lio- chemical reactioiis in light. I. A ii 407. Euler Haits von and Rernzann Meyer chemical composition and formation of enzymes. V. Formation of in- vertase A. ii 793. 912. 6:6’-dibromoindirubin A. i 729.INDEX OF AUTHORS. ii. 1261. Euler Ham von and Herinanit Meyer chemical composition and formation of enzymes. VI. Acid formation by certain micro-organisms A. ii 970. Euler Hans von ant1 1$4d?ncw OhlsBn the influence of temperature on the action of phospliatese A. i 61. the mode of action of phospliatese. II. A. i 403. Euler Huns *on and BjCr9~ Palm chcmi- cnl composition and formation of en- zymes.VII. Development of yeasts in various nutrient solutions A. ii 1201. Euler Hans ran E. Thorin and D. Johansson behaviour of carbohydrate- phosphoric acid esters i u the animal body A. ii i88. Evans C. Lovatt the amyloclastic pro- method for the determination of amyl- fate of secretin in pancreatic diabetes the gaseous metabolism of the heart Evans Petcy Edzvin. See Ralph Ed- Evans W. H. Evans William Lloyd and Edgar J. Witzemann oxidation of propylene glycol. I. The action of alkaline permanganate giving carbonic acetic an(l oxalic acids. A. i 743. Eve Art/~z67* Stercart the coeficieii t of absorption by air of the &rays from radium-C A ii 717. a comparison of the ionisation within closed vessels due to Rimtgen and y-rays A. ii 885. Evers .&’ritz. See C d Dietrich Har- ries.Evers Norman. ,See George Davidson Elsdon. Eversheim P. measurements of the mave-lengths of normal lines in the iron spectrum A. ii 110. Ewald C. See Alezadeer Gutbier. Ewins Arthur James the constitution and synthesis of damascenine the alkaloid of Nigella dantasceiia T. 544 ; P. 38. the constitution of cytisine the alkal- oid o f Cytisus labwnzim. Part I . The synthesis of o-cytisolidine and of 8-cytisolidine P. 329. Ewins Arthur James and Harold King the synthesis of some new dimethyl- tetrahydroquinolines P. 328. perty of saliva A. ii 573. oclastic activity A. ii 573. A. ii 787. and lungs A. ii 1063. dowes Garrod. See Edward S. Edie. Eykman Jo7tan Prcclcrill refractometric investigations A. ii 310. Eynon Lczuis and J. I?cnry Lane esti- illation of furfuraldchyde by means of L~’eliling’s solution A ii 205.Eyre JoJm Yargas. See l1ei~1.y Edward Armstrong. Eyster J. A . E. See I?. E. Jordan. F. Fabinyi R ~ i d o v appzratus for deter- mining the melting point and mole- cular weight of organic compounds A. ii 329. the colorimetric estimation of col- chicine A. ii 603. the colorinietric estimation of morph- ine A. ii 504. Fabry Charles and Henri Buisson the mass of the particles which emit the two spectra of hydrogen A. ii 613. Fabry Charles. See also 1TiCiLl.i Buiseon. Fachini S. and W. Dorta fatty acids A. i 532. Fairchild John G. accurate volumetric estimation of phosphoric acid in phosphate rock A. ii 488. S O I ~ I C new features in the electrolytic eatirnation of lead A ii 688. Fairhall L.T. and Philip Bouvier Hawk studies in water drinking. SII. The allantoin output of manas influenced by water ingestion A. ii 465. Fairlie Dorian illacejield. See J o h Norniux Pring. Fajans Kasinzir the branching of the iadium disintegration series A ii 824. Fajans Kasimir and Wdtcr Jhfakower the growth of radinni-C from rad- inm-B. A. ii 220. Falck E. See Ossiun Aschan. Falk Ktmf/iian George the electron conception of valency. 11. The organic ncids A. ii 930. Falk Kaufqmn George aiid John Jfaurice Nelson enzyme action. I. Some experiments with the castor bean lipase A i 522. enzyme action. 11. Hydrolytic action of some amino-acids and poly- peptides on certain esters A. i 593. Falk Kaufnaan George. See also Arthur Fallada Ottolcar. See Friedrich Amos Noyee. Strohmer.ii. 1262 INDEX OF AUTHORS.Faltis Pranz alkaloids of pareira root Faltis Frmiz. See also h'udolf Weg Farbenfabriken vorm. Friedr. Bayei & Go. preparation of benzoyl aiiiinoliydroxyantliraquiiioiies A. i 118. preparation of anthraquionne deriva tives A. i 140 141 1020. preparation of epiclilorohydiin fron dichlorohydrin and alkalis A. i 155. preparation of bronioacylisocarbaniid 6 ethers A. i 169. preparation of cinnamic esters of poly. atomic alcohols A. i 189. preparation of o-aminodianthraquin- onylamine typos of coiiipounds A. i. 198. preparation of hydrocarbons with two double and one triple linking A. i 329. preparation of methyleneacetone [Aa-buten- y-one] and its deriva- tives A. i 414. preparation of bronio-a-etliyllutyryl- carbamide A. i 422.[preparation of triplieiiylnicthaiie derivatives] A. i 459. preparation of ~entachlorobenzalcle- hyde A. i 473. [preparatioii of triarylmethane deiiva- tives] A. i 474. preparation of acylarylaminonapli tltol- sulphonic acids A. i 552. preparation of homopiperonylarnine A. i 653. pruparation of glycol esters A. i 554) 973. preparation of carboxylic acid esteis containing mercury and the pro- ducts of tlieir hydrolysis A. i 596 754 preparation of 8y-dimethyl-Aay-buta- dieue A. i 741. preparation of isoprene A. i 742. preparation of erythrene and isoprene A. i 742 821. [preparatiou of derivatives of 3-111- aminophenylacetyl- 5 - formyldiaini- nobenzoic acid] A. i 768. preparation of amides carbamides or esters of cinnamic acids containinp; iodine in the side-chain their horn;- l o p e s and substitution products A.i 772. preparation of compounds from alkyl- arylbarbituric acids and cinchona alkaloids A i 798. preparation of aminobenzoyl com- pounds A. i 856. A. i 796. scheider. Farbenfabriken vorm. Friedr. Bayer & Co. preparation of a-homo-a- ethylbutyrylcarbamide A. i 953. preparation of amides and carbarnidas of higher bromo- or iodo-fatty acids A. i 954. preparation of di- and poly-hydroxy- benzene derivatives A. i 967. preparation of acids containing an aryl groiip i n the a-position A. i 974. preparation of derivatives of a-aryl acids A. i 974. preparation of dihalogenated nitro- anthraquiiiones A. i 995. preparation of arylaminoanthraquin- one derivatives A. i 995. yrepara tion of substituted 2 3-d i- yhenylquinoline-4-carboxylic acid A.i 1018. preparation of pyrazolone derivatives in the benzene series containing a free hydroxyl group A. i 1022. preparation of derivatives of barbitnric ilcid A. i 1024 1025. preparation of niono- anil di-alkyl- barbituric acids A. i 1025. Farbwerke vorm. Meister Lucius & Briining preparation of dianthia- quinonyl- or polyanthIaquinony1- carbamides A . i 119. preparation of l-p-dimetliylamino- phenyl-2 3:4-triniethyl- 5 - pyiazol- one A. i. 135. [preparation of subs ti tuted pyrazo- lones] A. i 136. preparation of anthraqninone deriva- tives containing sulphur A i 197. [preparation of benzoylaminoanthra- quinone derivatives] A. i 197. preparation of a-1iydroxy:tnthraquin- one alkyl ethers A. i 4'76. preparation of niercaptans in the anthraquinone series A.i 477. preparation of isatinnaphthalides tlieir homologues and substitution prodnc ts A. i 500. preparation of derivatives of 4-methyl- arnino-1 -phenyl-2 3-dime tliyl-5 - py- razolone A. i 516 preparation of phenylbenzyldimethyl- ainmoniumsulphonic acid A. i 548. preparation of amiiioanthraquinonyl- triazoles A. i 588. preparation of nitrohydroxyary larsinic acid A. i 595. preparation of neutral aqueous soluble derivatives of 3:3'-diarnino-4:4'- dihydroxyarsenobenzene acid A. i 595. preparation of 5-nitro-2-aminophenyl- l-arsinic acid A. i 595.INDEX OF AUTHORS. ii. 1263 Farbwerke vorm. Meister Lncius & Bruning preparation of p-amino-wz- hydroxyarylarsinic acids A. i 596. preparation of aminohydroxy-deriva- tives and homologues of arsenobenz- enes A.i 596. preparation of p-nitroacetoacetanilide A i 759. [preparation of 14-chlorocoeramidonine and allied compounds] A. i 794. [preparation of benzoyl-a-isatinanilide] A. i 801. preparation of hydroxyanthrimides A. i 996. preparation of 1 pdimethylaniino- phenyl-3 :4:4-trimethyl-5-pyraz- olone A. i 1033. preparation of 2:5-diaminophenyl-l- arsinic acid A. i 1044. preparation of neutral readily soluble derivatives of 4:4'-dihydroxy-3:3'- diaminoaisenobenzene A. i 1044. preparation of pure nitric oxide by an electrolytic method A. ii 551. Parkas B. See G. Mansfield. Farmer Cheslo. J. See Otto Folin and i l rthur 1. Hendall. Farnau 3. F. electrolytic reduction of nitrobenzene without a diaphragm A. i 436. Farr Fr. See Theodor Zincke. Farrington Oliver Cu?nwzinys analyses of stone meteorites A.ii 361. Farrow Frederick Dciiny the viscosity of aqueous solutions of sodinni palmi- tate and tho influence of electrolytes on the same T. 347 ; P. 19. Farrow Frederick llcnn?J. See also Roland Edgar Slade. Fasal Hugo a colorimetric method for the estimation of tryptophan and the tryptophan content of horny sub- stances and other proteins A. ii 1220. Faucon A . rotatory power of camphor in carbon tetrachloride solution A i 279. Faucon A . Faust Otto viscosity of liquid mixtures their dependence on the temperature and the relationship between the vapoiir pressure and the viscosity of liquids A ii 333. the structure recrystallisation and See also Custnve Massol. strength of 'electrhytic copper A. ii 1173. Faworskv AZexei E.and W. Boshow- sky possible existence of cyclic hydro- carbons containing nuclear triple linkings A. i 616. Fawsitt Charles Edward. See G. J. Burrows. Fedoroff Ezcgraph Stepamwitsch the practice of crystallochemical analysis A. ii 772. Fedotkeff P. P. a special case of hctero- geneons equilibrium A. ii 146. Fedotoff 8. See Niliolai Schiloff. Feilitzen Hjalmar von after-effect of Palmaer phosphate basic slag and superphosphate on peat soil A. ii 85. Feilmann Ernest the tendency of atomic weights to approximate to integral and semi-integral values P. 253. Feinschmidt J. the agglutination of lecithins and lecithin-protein mixtures by acids A. i 156. Feiss Henry O. and Wilhelm Cramer nerve degeneration A. ii 664. Feist Fm?iz the condensation products of chloral with acid amides A.i 420. Feist Karl tannin A. i 566. Feist Karl and Heinrich Haun the tannin of Chinese galls A. i 888. Feld !VuZther the absorption of' am- monia alone or with hydrooen sulphide by sulphurous acid g t h formation of ammonium sulphate and free sulphur A. ii 448. Felle Ebcrlinrd. See Paid Rabe. Fellner Hmni the synthetic formation of amino-acids in the liver. IV. The formation of alanine from glycogen A. ii 279. Felsinger Leonhard the fixation aiid release of nitrogen A. ii 473. Fenger Fredcric the presence of active principles in the thyroid and suprarenal glands before and after birth A. ii 660 782. Fenton Hcnry John HorstmaiL and Wi 1 linm A rt hu Begin ald Wil k B studies on certain aliphatic hydroxy- acids T. 1570 ; P. 187. Fergueon Alfred L.See Eiclzard 12. Tolman. Fernbach AiLguste new form of soluble starch A. i 832. Fernbach Auyiute and Jfitrccl Schoen saccharification of starch by dilute acids A. i 336. production of laevulose by biochemical methods A. ii 793. Ferns John and Arthw Lapworth. the preparation and properties of sulphonic esters T. 273 ; P. 18 263. Ferratini Adovo double salts of hydra- zine A. ii 345. Ferrer Hernandez Jaime microchemical investigation of alcohols A . ii 607. Ferrer Hernandez ,Jaime. See also A?igeZ rlcl Campo y Cerdan,ii. 1264 INDEX OF AUTHORS Ferreri G. See G. Charrier. Ferry Edna L. See l'lmras BUTT Osborne. Ferry Y C I ~ improved apparatus for tlic voliiiiietric estimation of nitrogen A. ii 486. Feremann Alex. Eussian xeolites leonhardite and Inumontite froni tlie Crimea A.ii 176. quantitative composition of the earth's crust in percentage numbers of atoms A. ii 447. FBry Ch. and EugBne Tassilly a new spectrophotometer and its application in analytical chemistry A. ii 1000. Feuilli6. See Alexandrc Deegrez. Feulgen R. behaviour of the true nucleic acids to dyes. I. A. i 926. Fichtenholz (MZZe.) A . the applicatiou of biochemical methods in the analysis of the bilherry (wliortleberry) A. ii 108. Fichtenholz (MlZe.) A. See also Entile Bonrquelot. Fichter [C'arl] A.ik [RudoZj] electro- lytic oxidation of ammonin A. ii 936. Fichter Fritz and TJmdor Beck electrolytic reduction of nitrated phenyl thiocyanates A. i 105. Fichter Fritz and Ber7tlm-d Becker the formation of symmetrical dial- kykarbamides by heating the cor- respoiiding carbamates A.i 15. the formation of carbamide by heating ammonium carbamate A. ii 45. Fichter Fritz and G. Oesterheld mer- curous chromate A. ii 766. Fichter Fritz and Walter Wenk electro- lytic oxidation of organic sulphur componnds A. i 423. Ficlten K. See Beinrich Ley. Fickewirth G. See Arthzw Heffter. Fieber R u ~ o ? ~ rapid and correct estima- tion of tuiigsten in ferrotungsten A. ii 495. Fiedler Ansza. See Wallher Borsche. Fiedler F. See Hans Bupe. Field (Miss) Ellen. See Gewgc Barger. Filippi Edicnrdo some iodine compouiids and preparations in common tlieia- peutic use A. ii 74. Fillinger Fram ron new method for the estiitiation of sugar A. ii 209. Finch George volumetric estiniation of combined sulphnric acid A. ii 806. mtimatiori of sulplinric nitric and nitrous acids iii mixed and waste acids A.ii 991. Fincke Heinrich the quantity of formic acid in honey A. ii 608. Findlay Alcamder and B i d w k Shen the influence of colloids and fine suspensions on the solubility of gases in water. Part 11. Soluldity of carbon dioxide and of hydrogen T. 1459 ; l'. 195. Fine Mowis Scidc. See Lafc6yeltc Bewc- cE ict Mendel. Fingerling Gastau the physiological utilisation of the phosphorus coin- pounds in fodders by ruminants A. ii 63. the formation of organic phosphorus compounds from inorganic phos- phates in the animal body A. ii 272. the influence of organic and inorganic componnds on tlie secretion of milk A. ii 464. Fingerling Gicstctv and Arm@ Heck- ing the quantitative separation of' organic phosphorns and phosphates in fodders A.ii 91. Fink Hemtam. See Oscar Piloty. Finkelstein Jfarie. See Ez~yen Bam- Finn Comelius Philip. See Julius Finzi Bier formation of complex coin- pounds of salts of silver and rncr- ciiry A ii 158. some new basic silver-mercury com- ponnds A ii 158. Finzi Ccsare some derivatives of nceto- phenoneacetone A. i 995. 6-~~henyl-a-metl~yltetramethyleiiedi- amine[a6-diamino-a-phenylpentane] A. i 1022. Finzi Ccsnre and Jfarti7~ Freund the elcctrolytio rednction of narcotine A. i 897. Fiore Aadrd See Ernest Fourneaa. Firth James Brierlc!j arid Jnvtes EckersZcy Myere the action of sodiuni hyposulphite on copper sulpliate in aqueous solution 1'. 101. Fischer Arthw,and Renzigiits Fresenius simple stand tor electrolysis with gauze electrodes without disturbance of the liquid A.ii 484. Fischer Arthur and J. Weise tlie electrolytic estimation of inolybdeiiiun A. ii 869. Fischer Enti.? the Walden inversion and substitution processes A. i 187. Fischer Emil and Karl Freudenberg tannin and the synthesis of similar substances A. i 4 i 1 857. Fiecher h'mil and Ferdinand Oerlach pyrroline-2-carboxylic acid A. i 899. berger. Berend Cohen.INDEX OF Fischer Einil a d €Curt Hess com- pounds of cubohydrate derivatives with magnesium methyl iodide A i 415. Fischer Eniil K w t Kess and Alrx. Stahlschmidt conversion of diliydro- furandicarbox ylic acid in to h yd roxy- pyridinecarboxylic acid A. i 901. Fiacher EiiiiZ and K m t Hoesch niethy lcarbonato-derivatives of plienol- carboxylic acids and their iise for Synthetic olierations. VII.Didepsides of hydroxynaphthoic ferulic and o- couniaric acids methyl derivatives of orsellic acid A. i 859. Fischer End Jiilius Holzapfel and Hans von Gwinner optically active dialliylacetic itcids A i 157. Fischer Eiiiil and Aitxibnle Yoreschi tlic \Yalden rearrangement. VIII. Con- vtarsiolis of tl-glutamic acid A. i 836. Fischer Emil and Otto Pfeffer methyl- carbonato-derivatives of phenolcarb- oxylic acids and their use for synthetic operations. VI. Partial methylation of phanolcarboxglic acids A. 1 559. Fischer Eiiiil Hel-maim Strauss and Jusrf Severin syntliesis of phenolic glncosides A . i 884. Fischer EmiZ and Karl Zach new anhydrides of dextrose and glucos- ides A i 239. new transformations of anliydrodextrose A. i 678. Firrcher A.mr and Richard Lepsius a constant form of a galvaih element with carbon anode (Brennstoff element).A. ii 1036. Fischer Pran=. and Ham Ploetre the electric pressure furnace. I. Con- struction of the farnace and its temper'iture-gradien t under pressure A. ii 530. the electric pressure furnace. IV. Alkali peroxides from alkali Iiydr- oxides and oxygen A ii 553. the electric pressure furnace. 11. Strontium peroxide from strontium oxide and oxygen A. ii 554. the electric pressure furnace. 111. Preparation of lead peroxide from lead oxide and the dark brown compound Pb509 A. ii 555. Fischer Fraitz and XmiZ Stecher rapid electro-analysis under diminished pressure A. ii 1096. Fischer Franz and Max Wolf synthesis of hydrogen peroxide A. ii 447. Pischer Hmis and Erich Bartholomaur hzmopyrrole A.i 50 580. syntheses of phyllopyrrole cliemietry of hEmopyrrole A i 297. AUTHORS. ii. 1265 Fischer Ilans and Erich Bartholomaus azo-dyes from substituted pyrroles A. i 323. action of sodium ethoxide on pyrrole derivatives. I. and II. A i 384 901. preparation of phonopyrrolecarboxylic acid from hxmin A. i 493. the solution of the hamopyrrole question A. i 646. synthesis of 2:4-dimethylpyrrole-5- acetic acid and 2:4-dimetliylpyrrole- 5-propionic acid A. i 647. Fischer Htczs and Paid Meyer isolation of choleic acid stearic acid and cholesterol from ox gall-stones A. ii 71. Fischer Ham and Eieiitl-ich Eose bili- rubic acid a new degradation product of bilirubin A. i 575. Fischer Hcrmann. See Eilhard Alfred Mitscherlich. Fischer Hcrmanz TVuZdrmar and E.11. Iron poisons A. Fischer Hugo the transformations of nitrogen in different soils A ii 594. Fischer Hugo. See also Otto Lemmer- mann. Fischer J. See Herbert Freundlich. Fischer Martin H. the colloid-chemical theory of water absorption by proto- plasm A ii 856. Fischer Martin H. See also James J. Hogan and Mario?& 0. Hooker. Fischer [PhiZipp] Otto and Walter Boesler harmaline derivatives A i 645. Fischer Otto and Hans Gross the nitro- soarnine rearrangement with hydro- brornic acid A. i 439. Fischer Otto Bans Grosrr and Hugo Ziegler oxonium salts of some hydr- oxyantliraquinone ethers A. i 765. Fischer Otto and Edicard Hepp action of methyl iodide and alkali on p - nitrosodimethylaniline A. i 439. Fischer Otto and Peter Neber the he- liaviour of monohalogenanilines A.i 438. Fischer Otto and Hugo Ziegler 1- methylmthracene and some anthra- cene derivatives A. i 454. Fischer UZrich affinity between iodine and silver A. ii 536 1054. Fischer Wddemnr. See Arthur Hantzrch. Fischer IVaZdei)iar M. and" Steinbach a new volunietric estimation of nitrites and separation of nitrous and nitric acids A ii 1093. Brieger iron in blood A ii 269. ii 924. iron iu blood.ii. 1266 INDEX OF AUTHORS. Fischler F. and K. Bardach phos- phorus poisoning in a dog with partial exclusion of the liver (Eck's fistula) A ii 668. Firchmann Em&. See Yolkimr Kohl- schiit ter . Fisher Gertriide and Mary B. Wiahart animal calorimetry. IV. The absorp- tion of dextrose and the effect it has on the composition of the blood A . ii 1185.Fiske Augustus Henry a new silver spiral for use in organic elementary analysis A. ii 603. Fiske P. S. Fittipaldi Emil Hugo detection of albumoses in urine A. ii 107. Flack Martin. See Leonard Erskine Hill. Flade Fr. and Hans Koch passivity of Flamand Claude. See Alexawder El- Flanders Fred F. Flecker Leo. See Wolfgang Pauli. Fleckreder BudoZf calomel diuresiu A. ii 582. Fleig Charles the comparative toxicity of concentrated arid diluted arseno- benzene solutions in intravenous injcc- tions A. ii 469. Fleischer Karl. See Nartiit Freund. Flemming Paul. See Schiilke and Mayr. Fletcher Arnold L. radium content of Fletcher Jai?zs and Daniel Tyrer an easily adjustable vaponr thermostat P. 189. the latent heats of chloroform and benzene and of their mixtures be- tween 0' and 80° P.319. Fletcher Walter Morley the alleged formation of lactic acid in muscle during autolysis and in post-survival periods A. ii 67. Flint William 12. complexity of tel- lurium A. ii 1061. Flood F. 0. Sce Eocwier Ilcx Benohaw. Florentin I). See Aiidrc! Kling and ill. Marqueyrol. Flourens 1'. See C. hrber. Fliigel F ~ i t z freezing-point deterniinn- tions with very dilute aqueous solu- tions A. ii 533. Flury Ferdinand chemistry and toxic- ology of the ascarides A. ii 464. Flury Yeidinand. See also Alexander Gutbier. Fodor Awdur. See Etnil Abderhalden. Foerster Otto. See Otto Lemmermann. Foex E. Zopf's " fibrinkorper " and their relation to the metacliromatic corpuscles A. ii 1082. See Gcorg Bredig. iron A. ii 558 linger. See Otto Folin. secondary rocks A.ii 224. Fokin Scrgius reduction of higher unsaturated aliphatic acids to satu- rated acids by the action of zinc and water on their halogen derivatives ; Grignard reaction applied to the lattcr A. i 234. CH;[CH,];CH:CH~[CH,],;CO,H and new isomerides of oleic acid CH,*[CH,],*CH :CH*[CH,];CO,H influence of disihceinent of the double linking in-the molecule A i 534. Folin Otfo estiniation of urea in urine A. ii 702. Folin Otto and ?V. Denis protein metabolism from the standpoint of blood and tissue a~alysis A. ii 271. protein metabolism from the stand- point of blood and tissue analyses. 11. The origin and significance of the ammonia in the portal blood A. ii 364. creatine in the urine of children A. ii 465. an apparatus for the absorption of fumes A. ii 635.new methods for the estimation of total uon-protein nitrogen urea and ammonia in blood A. ii 703. protein metabolism from the stand- point of blood and tissue analysis. 111. Further absorption experiments with especial reference to the be- haviour of creat,ine and creatinine and to the formation of urea A. ii 780. protein nietabolism from the stand- point of blood and tissue analysis. IV. Absorption from the large in- testine A. ii 853. phosphotungstic - phosphomolybdic compouuds as colour-reagents A ii 1011. tyrosine in proteins estimated by .? new colorimetric method A. 11 1012. Folin Otto and Chester J. Farmer a iiew method for the estimation of total nitro en in urine A ii 702. Folin Itto and Fred F. Flanders new inethod for the estimation of hip- puric acid in urine A.ii 396 501. is ionisation as indicated by con- ductivity a necessary prerequisite for the combination of acids with Lases '! A ii 634. Folin Otto and Henq Lyman proteiu metabolism from the standpoint of blood and tiosue analysis. V. hbsorp- tion from the stnmnrh A. ii 853.INDEX OF AUTHORS. ii. 1267 Polin Otto and Archibald Brim Mao- allurn a blue colour-reaction of phosphotungstic acid (1) with IW!C acid and other substances A . 11 495. estimation of ammonia in urine A ii 683. Fomin 1V. Foote l?arr?/ IVard mixed crystals of am inoninm chloride with II i c l d cobalt and copper chlorides A . ii 847. Foote Hurry Ward and Walter ilfixor Bradley solid solution in minerals ; composition of analcite A . ii 568. composition of nephelite A. ii 569.Foote Warren M. shower of meteoric stones near HoIbrook Arizona A. ii 1183. Forbes Gcorge Sl~rtmon lecture experi- ment on nawent hydrogen,A. ii 38. solubility of silver chloride in chloride solutious and tlie existence of com- plcx nrgentichloride ions A. ii 49. Forbes 1Y. I:. a hygrometric method of vapour-pressure determination A . ii 897. piirification of mercury A. ii 942. [lecture experiment] apparatus t o study the diffusion of chlorine gas A. ii 1162. a simple potash bulb A. ii 121 0. Forcrand [de Coiselet] [Hippolytc] Eobcrt de calcium ethoxides A. i 67. some physical constants of cyclo- hexanol A i 548. the system water-cyclohexanol A. i 694. ethoxides of calcium and barium A. i 742. cryoscopy and heats of solution fusion and vaporisation of cycloliexaiiol A.ii 735. Ford Thomas B improved extraction apparatus A.,';i 445. Ford William Ehenexcr and Wtlftcr Minor Bradley pseudomorplis atter stibnitt from Mexico A. ii 948. Fornet A . See Paid Pfeiffer Forachbach J. and Severin colorimetric estimation of dextrose in blood A ii 697. Forssner,"Gtc?t?tar the action of alanine on the excretion of acetone A. ii 72. Forster Martin OusZoui and Bimaic Bihari Dey hydrazoxinies of b e n d and diacetyl T. 2234 ; l'. 275. Forster Martin Onslow and Huberl Arthxr Harry Howard .stndies in the camphane series. Part S X X I I . Orientation of Tiemanil's isoamino- caiiiplior P. 313. See L r o A. Tschugaeff. Forster X w t i I G Onslow and Johnnites Heinrich Schaeppi perhalides of di- phenyliodininm iodide T. 382 ; P. 3 i ; discussion P.37. tlie triazo-group. Part XXI. Benze- noid azoimides containing multi- valent iodine T. 1359 ; P. 219. Forster Martin Omlow and Hms Spinner studies i n the camphnne series. Part XXXII. Stereoisomeric modifications of isonitrosoepicamphor the third and fourth monoximes of camphorquinone T. 1340 ; P. 46. Foreter Martix Onslow alld John Charles Withers the triazo-group. Part XX. Azoirnides of the propane series T. 489 ; P. 50. Part S X X I . Condensation of camphor- quinone with nitromethaue ethyl cyaiioacetate,and phenylacetonitrile T. 1327. Foreyth 1Villiaiit Collins. See Thomas Fort M. new neutral salt reaction A. Fortini Y. saponification of triglycer- ides A. i 826. estimation of [calcined] magnesia in magnesium carbonate and in mix- tures of asbestos.A.. ii. 388. studies in the camphane series. Stewart Patterson. ii 1047. Fortineky 6. F. derivatives ok diphenyl A,. i. 770. Fortrat X. structure of solar bands due to oxygen A. ii 402. structure of some special bands A. ii 505. Foase Boberl direct production of carha- xnide from proteins during oxidation or hydrolysis A. i 519. synthesis of carbamide by the oxida- tion of amnionia and carbohydrates qlycerol or formaldehyde A. i 541. th; production of carlbamide by hydro- lysis of protein A. i 668. carbamidc [in plants] A. ii 1203. Fossler Miwg h. a safety siphon A. ii 1161 Fouard Eu{/thc nieclianis~ii of osmosis A ii 141. osmotic measurements of sal t solutions and Arrhenins' theory A . ii 436. Foucar J. L u ~ c ~ s . Foachet A estimation of formic acid alone or mixed with its ho~iiologues 1)y means of alkaline permanganate A ii 499.oil from the seeds ol'tlle hybrid Juy1~1,is ?ri!lrtcx Juglnns cincrea A. ii 675. Fourneau Er)ie.d and A?idrt! Fiore isonierism of corynanthinc w i i 1 1 yo- himbine A. i 4 9 . See C. Davis,ii. 1268 INDEX OF AUTHORS. Fourneau Ernest and Karl Ochalin 1:4-dichloroarsinobenzoyl chloroide. Esters of benzarsinious and benznrsinic acids A. i 928. Fourneau Ernest and Mfltirice Piettre proximate analysis of lipoids by alcoholysis A. ii 1109. Fourneau Erncst ilnd AIig"stc Vila salts and esters of alkylaminoditliio- carbamic acids A. i 26. Fowler AIfred and Herbcrt Shaw the less refrangible spectrum of cyanogen and its occurrence in the carbon arc A. ii 215. Fowler A!fred. See also (Ro~L.) Bobcrl John Strutt.Fox JOI~IL Atcob and Frank Ceoryc Pope substituted thiolazo-derivatives of benzene T. 1498 ; P. 200. Fox John Jacob. See also Jnincs John- ston Dobbie. Fraenkel (MZle.) B. See Leo A . Tachu- gaeff. Frankel Sigmund and Aladar Elfer lipoids. XV. The drying of tissues and blood for the preparation of liyoids A. i 521. Pranceaconi Lztigi and P. Scarafia essontial oil of Stmtolinu chauiac- cyparissus A. i 38. Francesconi Lzbigi ant1 3. Sernagiotto action of nitrosyl chloride! 011 the essential oil of BuplewitwL fmtcti- comm. Nitroso-cliloridcs. Deriva- tives and decomposition products. Dihydrocuminaldehyde. III. A. i 37. the essential oil of Scseli hoccmii A i 123. localisation and distribution of the essential oil in Seseli boccmi and Crithmzim maritimum.( I . ) A. ii 381. Fran chimon t A nloii r e €'a r i 1 i\'icoZas and Hibmar Johames Backer absorption spectra of the cobalto-derivatives of primary aliphatic nitroaniines T. 2256 ; P. 264. Pranchimont Antoine Pnul NicoIas and J. V. Dabsky the direct nitration of aliphatic imino-compounds A. i 752. Franchimont Ant o ijee Pa it 1 NicoZas and Ericin Kramer derivatives of piper- azine A. i 391. Francis Francis Erwst. See Charlcs Hugh Clarke and D o u g h Arthur Clibbena. Franck J. transformntion of the reson- aiicc s jectrum of lluoresceiit iodine into a Landed spectrum by admixed gases A. ii 509. Franck J. and G. Hertz the flnores- cence of iodine vapour excited by polarised light A. ii 509. Franck J. and It.'. Weatphal influence of fluorescence 011 ionisation by col- lision A .ii 314. Frank E. estimation of dextrose in urine and blood A. ii 608. Frank E. and A . Bretschneider physi- ology of blood sugar. IV. The carho- hydrates of red corpuscles A. ii 180. Frank E. and Przedborski uric acid formation from nucleic acid and hypoxanthiiie under the iirfinence of atophan A. ii 659. Frank F d z estimation of antimony in red caoutchouc ware A. ii 497. Frank Fritz and Edttard Marckwald direct estimation of nitrogenous by- products and impurities in raw caout- chouc A. ii 1003. Frank Gcorp Herbert and Artkrir Georgc Perkin analysis of indigos containing starch A. ii 706. Frank Josef heat o f liquefaction of colloids A. ii 20. Frank Otto. See Ayred Argyris. Franke Adou and Hc?mamt Wozelka the polymerisation of certain aldelrydcs of the series C,,H,,O A.i 413. Franke A d o v Sce also Xichard Pribram. Franke Em&?. See Chemimhe Fabrik Qrunan Landahoff BE Mayer. Frankel E'dicaro! -11. See Louis J. Curtman. Frankforter GcoTgc Bell and Andrew P. Peterson lignite. 11. Volatile constituents A. ii 55. Frankland Edward Percy and Hwry Edgar Smith the action of aliphatic amines on s-dibromosuccinic acid. Part I. T. 57. the action of aliphatic amines on s- tlibroinosuccinic acid. Part 11. Allylamine T. l i 2 4 ; P. 224. Frankland Percy F ~ m d a y presidential address T. 654. Frapkland Pcrcy Faraday Sidney Ray- uioxd Carter and Ernest Bryan Adama position-isomerism and optical activity Halogen derivatives of methyl dibenzoyltartrate T. 2470 ; l'. 292. Frankland Pcrc?j Fmv.day and Hugh H c w y O'Snllivan menthyl nitrilotri- acetate T.287 ; P. 19. Franklin Xdirnrtd Curtis ammonia system of acids bases and salts A. ii 451. theory of the mercury ammonia com- pounds A. ii 557.INDEX OF AUTHORS. ii. 1269 Franklin Edward Czwlis action of potessaniide on cupric nitrate in liquid ammonia solution. Cuprous imido cuprous nitride and potassium ani- moniocuprite A. ii 1174. Franklin Edward Curtis and Thoiiias R. Hine potassiuni ammoniotitanate N ITi.NHK A. ii 1168. Frane Fr. the toxicity of alkali salts of thiocyanic acid A. ii 668. Fran~en H a w Franzen Hartwig action of formalde- hyde 011 potassium cyanide A. i 677. bio-chemistry of‘ in icro-organisni a. V I. The fermentation of formic acid by Bacillus yrodigwsus in a medium of coustant composition A. ii 669. Franzen Hartwig and 0.Steppuhn Lo-chemistry of micro-organisms. V. Fermentation and productiou of formic acid by yeasts A ii 475 589. Franzen Elartwig. See also Theodor Curtina. Fraps George S. effect of ignition on the solubility of soil phosphates A. ii 85. Fred Xdwin Brouii quantitative re- duction of methylene-blue by bacteria found in milk and the use of this stain in estimating the keeping quality of milk A. ii 1199. Fredenhagen Karl emission of negative electrous by heated metals A. ii 617. Freeborn Albert experiments on a yellow colouring matter from ergot P. 71. Frenoh AiuErcw Cordon a new element probably of the platinum group A. ii 54. French E E. the comparative toxicity of different animal tissues to animals susceptible to thyroid feeding A. ii 468.Freseniua Lidwig. See Otto Lemmer- mann. Freeenius Ludwig R. determination of small hydrogen ion concentrations from the intensity of the residual current A. ii 894. Fresenius h?catigius. See Arthur Fischer. Fresenius FYilhclm and Leo Qriinhut specific gravity table of alcohol- water mixtures a t 17*5* A. i 154. volume-condition of alcoholic sugar solutions and the indirect determina- tions of the extract. I. and II. A. ii 303. indirect estimation of alcohol in beer A. ii 870. estimation of extract in worts and beers,. A. ii 1112. See The odor Curtius. c. 11. Freseel Ham. See Heinricli Wieland. Freadenberg,l Ernst fat metabolism A. ii 1069. Freudenberg Kart. See Emdl Fischer. Freund Ermt and Hugo Popper glycogen formation i n the liver after intravenous injectioii of sugar A.ii 661. Freund Hermaim and E. Qrafe riietabolisni in experimental salt fever A. ii 186. Freund Martin preparation of liydr- astinine and analogous bases froin berberine A. i 383. preparation of berberine derivatives A i 487. preparation of tetrah,ydroberberiiio derivatives A . i 487. preparation of metliylenedicota~nine A. i 579. Freund illartin a i d AdoZf Daube n~etl~ylenediliydrocotarnine A. i 491. Freund Martin aud Karl Fleircher convtitutiou of isonarcotine and the ~yntliesis of narcotine derivatives of high molecular weight A. i 490. Freund Murtin and Keita Shibata diliydrohydrastininc the stereo- chemistry of compounds containing nitrogen A. i 488. Freund illartin. See also Cesare Finzi. Freund Micimel thermometer holder for distilling flasks tlie entire scale beiiig visible A.ii 932. Freundlich Hcrbert and J. Fiecher iiifluence of colloids on the electrolytic deposition of lead A. ii 1131. Zreundlich Herbert and 3. Posnjak diminution of crystallisation velocity ae adsorption phenomenon A ii 438. Freundlich Herbert and Marimr B. Bicharde kinetics of the transforriia- tion of chloralkglamines into hetero- cyclic compounds A. ii 633. Freundlich Hcrbert aiid H. Schucht precipitation of arsenious sulphide sol by salts of tlic rare earths A. ii 1044. Frey Emst the concentration of ethyl chloride in the blood of warm- and cold-blooded animals a t the onset of narcosis A. ii 584. 477. Frey Henry C. Frey Hm dicliloroquini~arins A. i Frey JV. See Joh. D’Ans. FrBzouls Jtiles derivatives of hexahydro- beuzaldehyde A.i 629. catalytic hydrogenation of Iihenyl styryl ketone dipheiiylpropane and s-dicyclohexylpropane A. i 629. See Carl 3. 8mith. 84ii. 1270 INDEX OF AUTHORS. Fric B. modifications undergone by nitrated celluloses and powders derived from them under tlic influence of heat A i 73. Fridericia L. S. the cxplanatioii of Chauvean's experimental results from which the conclusion was drawn that fats have less value than carbohydrates as a source of energy for muscular work A ii 853. Friederich Walter. See Joh. D'Ane. Friederici Kurt. See Alfred Stock. Friedl Frau thc preparation of nitro- pyridine A. i 299. Friedlander Pad S. Bruckner and G. Deutsch bromo- axid methoxy- derivatives of indigotin A i 318. Friedlander Paul 3. Ecketei? and AV. Woroshzow " thio-indigo dyes of' the naphthalene series A.i 293. Friedlander Paul and E'?niZ Lenk o- and p-mercaptobenzaldehyde A. i i02. Friedlander Pad. See also Lea Ettinger . Friedmann A . new analyses of water from the Dead Sea A. ii 268. Friedrich I<. estimation of small quantities of antimony in lead-anti- nioiiy alloys by means of the quartz niercary thermometer A. ii 1102. Friedriche Fritz a new extraction apparatus A ii 37. a phosphorus pipette of coloured glass A ii 933. a modified Soxlilet extraction apparatus with.. arrangement for distillation A. 11 1160. some new forms of laboratory apparatus A. ii 1161. Friemel Carl. See Richard Stoer- mer. Friend John Albert Neictolt the porosity o f iron and its relation to passivity and corrosion T. 50. Fries J. August adiabatic device for bomb calorimeter A. ii 535.Friee Karl J. Empaon J. Kohlhaas K. No11 arid Ermt Both dicyclic compounds aiid their comparison with iiaphthalene A i 656. Fries Karl and E. Engelbertz a- anthraquinonesulphenic acid A. i 1005. Friee h7arl and Fv. Pfaffendorf coumarandione the oxygen analogue of isatin A. i 204. Fritsch Otto. See Gustav Eeller. Fritrmann I. E. complex compounds of platinum with organic selenides A. i 71. Froloff-Bagreief. See IV. Lubimenko. Frouin Albert and Arthzcr Compton inactivation of trypsin by dialysis against distilled water ; reactivation of the diastase by addition of salts A. i 60. Fry Ilarmj Shipley critical survey of some recent applications of the electron conceptioii of valence A. ii 546. applications of the electron conception of positive and negative valencies. IV.Fluorescence antiiraceiie and phenanthrene A. ii 713. Fuche Dionys and Nittolaus Ro'th action of adrenaline on respiratory metabolism A. ii 654. Fucha JYilhelm and Pml Wagner estimation of phosphoric acid soluble in citric acid in Thonias slag A. ii 993. Fiihner Herim-mt the toxicological detection of aconitine A. ii 105. the degree of acidity by monatomic alcohols A. ii 188. pituitrin and its active constituents A. ii 660. the syncrgic action of poisons. I. The combination of heart poisons (methyl-violet with alcohol and glycerol) A. ii 792. Fuhner Hcr)iian~ and IV'. Greb tlie synergic action of poisons. 11. Mixed Iiaemolysis A. ii 970. Fiirstenberg Albert. See FraiLz Kunckell. Fiirth Otto VOIC and Hi~*oniu Ishibara degradation of oholic acid.111. Thc capacity of' cliolic acid derivatives for coinbiuiiig with ozone A. i 749. Puller Gcorge PTcscott. See A ~ t h z ~ r Michael. Funk Albert. See 1Vilhem Auten- rieth. Funk Cusisnir tlie constitution of aminotyrosine and the action of oxydases 011 some tyrosine deriva- tives T. 1004 ; P. 140. the cheniical nature of the substance which cures polyneuritis in birds induced by a diet of polished rice A. ii 186. the effect of a diet of polished rice on the nitrogen and phosphorus of the brain A. ii 467. proparation from yeast and certsiii foodstuffs of the substance the de6ciency of which in diet occa- sions polyneuritis in birds A. ii 856. Funke Yngve. See Ham von Enler.INDEX OF AUTHORS. ii. 1271 G. Gabriel Siqiiitmd reduction of acyl derivatives of o-nitrobenzylamine A.i 391. Gabriel Sicgniwtd and Jmics Colman aminosnlplioues and allied coni- pounds A. i 115. B-aniinoethyl mercaptan A. i 529. Gabrilowitach 0. 3. See E~%IL Semen London. Qadamer Johnniics [Georg] corydalis alkaloids. X I . Corytuberine A. i 46. corydalis alkaloids. XII. Corydine isocorydinc A. i 47. corydalis alkaloids. XIII. Glaucine sub-grouy A. i 48. cyclic ammonium bases h. i 127. theory of racemisation substitution and the Walden inversion A. i 934. Gaebel Guslrcv Otto estimation o f un- saturated organic compounds with potassium bromidc-bromate solution A. ii 497. Gaebel 1V. See Thcorlor Zincke. Gaehlinger H. and A . Tilmant action of certain lipoids in producing casc- ation A. ii 72. Gaisbock Felix the influence of diuretics of the nurine series on the Derme- ability Gf the 181.blood-vessels k. ii the action of pilocarpine on the heart A. ii 189. Gajewski Fritz. See ArtJlur Hantzsch. Galecki Aid coagulation of gold hydro- sols A.,’k 263. action of Rontgen rays on gold hydro- sol A ii 417. reduction of auric chloride by an ether- eal solution of phosphorus A. ii 1060. Galecki A. voiz. See Bichnrd Zsig- mondy. Galeotti Gim dilatometric investiga- tions on the precipitation of pro- teins A. i 590. dilatometric investigation of certain synthetic processes A. ii 738. Galeotti Gino and Eriicsto Signorelli the water balance in the human organism when a t rest and a t work in high alti- tudes A. ii 781. Qambarjam X. Sec Hciiirich Wieland. Glans R. the shape of ultramicroscopic gold particles A.ii 508. Garcia-Banus Antonio. Sec Julius Schmidlin. Oardiner A. D. See Thoinns Cock- burn. Qardner D. See Hamld LnndBn. Qardner JoJiii Aildyirinn. See Gcorp Alf,.cd Bnckmaster and Gcorp lViZ- liim Ellis. Garmus A?itonius the physiological permeability of cells. 1V. The pcr- nieability and the partition coefficient of gland cells for dyes and a new method of “vital” observation A. ii Gi8. Garner James Bert rediiction of mer- curic chloride by plios~ihorous acid and the law of mass action A ii 146. Qarner William Edward a model o f an asymmetric carbon atom P. 65. dioximes of benzil A. i 995. Garnier Charlcs. See Paul Joye. Garratt Frmk the rapid estimation of vanadium in steel A. ii 1102. Garrod BnlpJ~ Eddozocs Hmivhrey OiueiL Jones and Percy Edwiii Evans some quinoliiie and tetrahydroquiiioline derivatives obtained from aldol bases T.1389 ; Pa 164. Garrod Ralph Eddowes. See also (ilriss) Muriel Giuc?ulole?t Edwards. Garroni E. See ltalo Bellncci. Gcarver Afadism MoiLroc a new method of dcterniining the range of mole- cular action and the thickness of liquid films A. ii 536. a therniodyria~nic measure of the degree of polymerisation of liquid sub- stances A. ii 830. niolecular attraction in liquids and in liquid films A. ii 831. Gascard Albert three normal sdturated hydrocarbons triacontnne tetratri- acontane and hexatriacontane A. i 65. Gaskell J. F. the suprarenal medullary tissue in PetroiiLyzon Jltccintilis A. ii 464. Gasser H. S. See Hcwold Conieliiu Bradley. Gastaldi Cado the sa”oni6cation of a cyanohydrazone A .i TOO. Gaataldi Carlo. See also Ginconto Ponzio. eastaldi E. Halphen’s reaction for cottonseed oil A. ii 1108. Gattermann Lzdtuig synthesis o f aronia- mercaptans of anthraquinone A. i Gattermann Ludwig and LIans Lieber- mann constitution of dyes containing negative substituents derived from sulphonic acids of a-naphthylamine and of a-naphthol A. i 1038. tic aldehydes. 998. III. A i 984.ii. 1272 INDEX OF AUTHORS. Qanbert Paul refractive indices of mixed liquid crystals A. ii 109. circular polarisation of liquid crystals A. ii 510. Qaadachon Benri. See Daniel Berthe- lot and AchiZle Miintz. Qandion Geo~ges general method for the preparation of aliphatic amines by catalytic reduction of' alkgl nitrites A. i 163. Gauge Arthur Josiah Hofmcistcr.See James Johnstow Dobbie. Qault Henri lactonisation of a-ketonic esters ; ethyl pyruvate A i 237. preparatioii of glutaric acid by Knoe- venagel's method A. i 412. dibasic ketonic acids ; a-ketoadipic acid A. i 412. Qans Ollo. See Kichard Stoermer. Qantier Arniand and Pad Clausmann detection and estimation of minute quantities of fluorine in miuerals waters arid living tissues A. ii 661. colorimetric estimation of very small quantities of fluorine A. ii 805. control of the new method for the esti- mation,crndtests for the merest traces of fluorine A. ii 806. Oawalowski A sodium carbonate and sodium hydrogen carbonate A. ii 940. Qawrilow AT. See AZbrccht K088el. Qawrilow Wlndinzir. See Julius *on Brann. Qay Frederick P. and Thorbzcrn Bmils- ford Robertson a comparisoii of para- nuclei11 split oil' from caseinogen with a synthetic parannclein based on im- munity reactions A.i 737. Qayda Tullio investigations by means of tlie dilatometer on the heat coagula- tion and solution of albumin A. i 399. Qebhard Kurt the nature of solvates and the relationships between ad- sorption and dissociation A. ii 141. relation between the photosensitive- ness and constitution of dyee A. ii 242. theory of vat dyeing A. ii 242. bleaching of methylene-blue in the visible spectrum A. ii 513. Qedroiz K. K. action of acids alkalis and some inorganicsalts on plants A. ii 482. Qehlhoff Georg. See Arnold Eucken. Qehrcke E I T ~ L s ~ and A. aeeliger lumin- osity of gases under the influence of cathode ray* A ii 517. Qeiger George At~guslzcs.See Marston Taylor Bogert. Geiger Haihs and J. M. Nuttall the ranges of the a-particles from ur- anium A. ii 408. the ranges o t the a-particles froin the thoriuiii arid actinium products A. ii 1022. Geiger Hans and Eriiest Batherford photographic registration of a- particles A. ii 1021. Qeiger Lzmhig a powerful stigmatic grating spectrograph without glass and its application to tlie photographic tletcrniiiiation of the red and ultra-red iroil arc' spectrum between A = 6750 and A = 9809 A. ii 1113. Geissler J. E. if. concentration cells with teniary electrolytes A. ii 322. Gelbke ill. new example of the coupling of' short- aud long-waved fluorescence hands A. ii 713. Qemmell AZcxan~!er. See Alexa~der Clmrles Cumming. Qeorgi Robert and Alexaiuler Schwyzer attempts to combine d-fenehone or camphor with phenyl styryl ketone arid other as-unsaturated ketones A.i 787. Qeorgi &bed and Hans Volland seini- cyclic 1 :5-diketones from cyclopenta- none and plienyl styryl ketone A. i 780. Qeorgievics Gcorg wm adsorption in solution. 11. Dualistic nature of adsorption phenomena A. ii 140. adsorption in solutions. 111. Rela- tions betmeii t lie adsorbability and other properties A. ii 236. Georgitses Ntioptoldme. See Georges Gephsrt Frank. See John Harper Long. Gkrard A . the resiii of Khnya mada- gascaricnsis A. ii 481. Gkrard Entest and J. Leroy action of intestinal and pancreatic extracts on various organic derivatives A. ii 461. GQrard Picrre potassium and sodium content of the different organs of a dog A. ii 463. influence of the diet on the amount of sodium and potassiuni in the dog A.ii 656. GQrard P. J. the characterisation and estiinatioii of potassium aiid sodium A. ii 996. Gerb L. See Alfred Werner. Qerber C. hydrolysis of starch by hydrogen peroxide alone or in the presence of animal and veget- able amylases A. i 538. the latex of the fig tree a vegetable pancreatic juire with proteolytic diastase predominating A. ii 801. B aume .INDEX OF AUTHORS. ii. 1273 Qerber C. and P. Flourens rennet ferment of Calotropis pocera latex A. ii 977. Qerlach Fcrdinand. See Emil Fiacher. Germain A . oxidation of sparteiiip with potassium permanganate A. 1 579. Germain E. See Ach. GrLgoire. Germann Albert 3'. O. and Ettore Cardoso a mercury pump (laboratory type) A. ii 933. Qerngroes Otto condensation of 5(4)- methylglyoxaline with chloral A.i 314. Gers J. Qaube du and Ladislas Kopac- zewski preparation of colloidal copper A. ii 51. Gereten Ewald. See Otto Ruff. Qesellsohal't fiir Chemische Industrie in Basel preparation of derivatives and substitution products of 3-keto-(l)- tliionaphthen A. i 487. Qeeellaohaft fur Teerverwertung pre- paration of derivatives and homologues of indole A. i 128. Qererick Arthur the standardisation of sodium hydroxide solution for nitrogen by means of ammonium chloride A ii 490. Qesaard C. action of salts on the coagulation of the blood A. ii 181. Qentewitz Kurt the behnviour of carbon monoxide blood to certain precipitating agents A. i 325. Qetman Frctlerick Hdton and Veruette L. Qibbons potentials of zinc in alcoholic solutions of zinc chloride A.ii 894. Getman Fyedeyick Huttosi and %elen T. Qilroy the refractive indices of solutions of the cadmium lialoids A . ii 873. Qettler A. 0. See Henry C l a p Sherman. Gewecke J~L'ICS the thallic salts of halogen oxy-acids A.. ii 646. Qeyer Arao. See JV~d?her Borsohe. Qhiglieno Mario action of phorone on catechol and pyrogallol A. i 186. Qisja J. See Henri Bierry. Qianoli Biuseppe direct synthesis of the Gibbons Vernette L. See Frederick Qibbons Willis A . See John Willimi Qibbs Earry Drake action of sunlight on methyl alcohol A. ii 1119. interference of hydrogen peroxide with the milk tests for formaldehyde A. ii 1218. glycerides A. i 72. Hutton Qetman. Turrentine. Gibbr Earry Drake R. R. William and David Sheyard Pratt methyl salicylate.111. Coloration of methyl snlicylate and some allied compounds in sunlight A. ii 1119. Gibson Chades Stanley. See William Jackson Pope. Gibson John significance of maximum s ,ecific electrical conductivity in chemiatry A. ii 726. Qibson Robert Banks the nature of ao- called artificial globulin A. i 669. Qiemaa O. the excretion of qninine by the dog and a new method for the estimation of this alkaloid A. ii 186. Qies William John enzymes as possible factors in the development of cedema A ii 856. Qies William John. See also Prank R. Elder. Qieeeler Erich. See Hermann Leachr. Giffen Jan van. Qigli Torqwato natural gas in the neigh bourhood of Pisa A. ii 564. estimation of uric acid in urine by mealis of iodine A. ii 814. Qiglioli Italo probable function of the essential oils and other volatile pro- ducts of plantr as the cause of the movement of sop in living tissues A.ii 79. Oil Jlamel T. modi6cation of V. Meyer's vapour density apparatus A. ii 537. Qill Ernest W. B. and F. B. Pidduck ionisation by collision in helium A. ii 515. Qillels M. R. See Elfirn Scmen London. Qillet Alf. mechanism ofosmosis A. ii Qillet Camille transformation of ferri- cyanic acid into ferrocyanic acid and the hydrolysis of ferric zinc and aluminium chlorides A i 614. reduction of zinc oxide by hydrogen A. ii 554. osmotic pressure of aqueous solutions A. ii 1043. influence of sodium chloride on the composition of calcareous waters A. ii 1171. Qillette C. E. the effect of continued grinding on water of crystallisation A. ii 150.Gilroy HelC71 T. See Frederick Hutton Getman. Gimingham Conrad Theodore formation of calcium carbonate in the soil by bncteria A . ii 75. Ginneken P. J. H. von sugar solution and lime A. i 9. See Mario Betti. 1043.ii. 1274 INDEX OF AUTHORS. Ginsberg A. 3. some artificial alnniino- silicatea of the type R0,A1,0,,2SiOo A. ii 163. fusion experinients with calcium and magnesium [and potassium] sili- cates and sulphates A. ii 919. Ginsberg Wilhclm diuresis A. ii 1079. Qirard Pierre the electrical charge of the red blood corpuscle A. ii 954. GCirard Pierre and Victor Henri mole- cular state of substances in solution A ii 24. Gireewald Conway won the action of hydrogen peroxide on hexamethylene- tetramine A. i 835. Qiua Michele. See Gicido Bargellini and Hermaim Lenche.Giulini Wilhelnt. See Theodor Curtius. Qjaldbaek J. K. See Valdentar Henriquee. Qlaessner Karl human pancreatic j uice A . ii 778. Qlaessner Karl and Emst Peter Pick the relationship between the pancreas and suprrrrenals A. ii 782. Qlaeer Aladar new receiver for vacuum distillations A. ii 548. Qlaeer Fritz tlic valuation and technical extraction of uranium micas A ii 1098. Qlaser Fritz. See also Ferdinand Henrich. Qlaner Rt~,do.Z$ See Theodor Cnrtiue. Qlendinning William Gerctld and Alfred Wnlter Btewart some time- reactions suitable for lecture experi- ments P. 254. Qlinin S. Qlover lVnElcr Hamis and Thomas Martiir Lowry studies of dynamic isomerism. Part XIII. Caniphor- carboxylamidc and camphorcarboxy- piperidide. An illastration of 13arlow and Pope’s hypothesis T.1902 ; P. 185. Qlover Waller Hanzis. See also Thomcts Martia Lowry. Qlilckeberg 22. See Joachim Biehringer. Qockel AZbert the penetrating radiation present in the atmosphere A ii 416. Qodchot Mrmel and FeZiz Taboury derivatives of cyclopentanone A. i 34. some cyrlopentane glycols A. i 552. Qiodden William. See Arthw Clayton and Frederick 1Viltimn Pavy. Qodet C?i. Qiiokel Heinrich laboratory apparatus of colourecl glass for working with substnnces sensitive to light A. ii 1160. See Leo A . Tschugaeff. See 7V. I. Baragiola. Qoschke A . and Josef Tambor syn- thesis of butein A. i 30. synthesis of butin A. i 195. a contribution to the knowledge of pliloroglucinol A. i 446. Qotz J. See Jca?i Danysz. Goz Herntam. See Wilhelm Wislicenus. Qolblum Hemyk estimation of perchloric acid i i i certain perchlorates A.ii 87. Qolblum Henryk and [Mllc. 3 i l d l l n e Gunther electrolytic estimation of manganese and its separatioii from iron A. ii 869. Bolblnm Hcnryk nnd (M7ne.) L. Lew the order of tlie reaction between hydriodic and chromicacids A. ii 924. Golblum Hcnryk and F. Terlikoweki preparation and properties of some perchlorates A. ii 261. solubility of nickel perchlorate and cobalt perclilorate A ii 354. Qoldberg Harry behaviour of potassium trinitride [azoimidc] towards maiigan- ese dioxide a t high temperatures A. ii 845. Qoldenbnrg H. Sec Bichard Josef Meyer. Qoldmann A. [the ionisation of liquid hydrocarbons] A. ii 515. Qoldechmidt Fram and I;. Weisemann physico-chemicrrl investigation of soft s o q A. ii 728.Qoldeohmidt Heiwich and Arthur Thueeen ester formation in methyl alcohol A. ii 1154. Qoldatein E?qe?t production of canal rays in potassium rubidium and czsiuin A. ii 8. emission spectra of aromatic coni- pounds exposed to ultra-violet light cathode rays radium rays and canal rays A. ii 216. cxcitation of the principal spectra of aromatic compounds by ultra-violet light A. ii 614. Golodetz A . fractional distillation with steam A. ii 234. a new method for the separation of mix- tures of liquids with boiling points very close together and of mixtures of constant boiling point A. ii 430. fractional distillation in the laboratory and a new rectifying apparatus A. ii 626. Qolubeff P. Q. action of siilphuric acid on borneol A. i 787. Wmez L. See E?iriqiic Moles. Qonnard Ferdiviand and Phitippe Barbier analyses of French felsprrrs A.ii 359. augite and hornblende from volcanic rocks of Ceutral France A. ii 360INDEX OF AUTHORS. ii 1275 Qooch Frank Austin and W. L. Bnrdick electrolytic analysis with platinum electrodes of light weight A. ii 986. Goodman Edward H. the excretion 2f iron in the urine in pneumonia A. 11 787. Goodwin Joseph N. estimation of tin and antimony in soft solder A. ii 496. 6008 I; wave-length nornials from the arc spectrum of iron in the inter- national system A. ii 404 1016. Gori Q. See Qiuseppe Inghilleri. Goris A a second crystalline compound of phenolic character from fresh or preserved cola-nut A. i 376. Qorie A and M. Maacr6 chemical com- position of some higher fungi A. ii 79. Qoreky Alexander I.mechanism of the Grignard reaction A . i 622. Goraline E. E. See Williain Albert Noyes. Qorter K. the glucosides in the seeds of Hcvea brasilienais Miill. Arg. A ii 864. Gortner h’oss Aiken melanin A i 290. Qoske A. simplificd apparatus for the estimation of the Reichert-Meissl and Polenske nmnbers (of fats] A. ii 1107. Goelinge N. See Avred Werner. Gottlieb Em. fresh dammar resin from Central Borneo A. i 38. rccent fossil dammar resin from Central Borneo A. i 39. Gottlob Kurt the nitrosite of caoutchouc and its application in analysis A. ii 301. Qould L. K. and Antox Julius Carleon relation of the pancreas to the serum and lymph diastases A. ii 61. Goupil B. Amylonqces rozixii A. ii 193. Gontal E. See P. Yahler. Qoy S. See Erwin Rnpp. Graber Howard T. assay of digestive ferments A ii 706.Orabowaki J. and Lt!07& Marchleweki hzpmopyrrole A. i 297. the blood pigment. S. A. i 1015. Grafe Eduald protein-sparing action of ammonium salts in the diet A. ii 659. the action of ammonia and ammonia derivatives on oxidation processes in cells A. ii 862. Grafe Ed?6urd and V. Schliipfer nitrogen retention and nitrogen equilibrium on feeding with mi- monium salts A. ii 363. Qrafe EduanZ and Charles Qcorge Lewis Wolf pathology and treatment of severe diabctes A. ii 855. Grafe Eduard. See also Hermann Freund. Grafe Yilctor and V. Vouk the inulin metabolism of Cichoriuni iutybus (L.) (chicory). I. The seedling meta- bolism A. ii 977. Qraham Joseph Ivon the optical activity of salts and derivatives of d-camphor- 8-sulphonic acid T.746 ; P. 108. Graham nlii~nie A . II study of the change from violet to green in solutions of chromium sulphate A. ii 944. Qramont (Comte) Amaud de ultimate rays and the great sen+tiveness of chromium manganese iron nickel and cobalt A. ii 876. Orandmongin Eugenr salicylic acid azo- dyes A. i 145. Glrandmougin Eugdne and Em. Eavaa the volumetric estimation of azo-dyes by means of hyposulphite A. ii 1220. Qranell Conr. tungsten minerals from Spain A. ii 666. Qrant George E. and Arthur S. Elsen- baat rapid testing of dyes and pig- ments A. ii 1219. Graeaer (reorg chemical investigation nf the substance of the birch A ii 593. Grau Q. K. Gray Jaws Gordon magnetic properties of a graded series of nickel-manganese alloys A. ii 733. Qray James Qordon and Alexunder David ROBE influence of oxide forma- tion and thermal treatment on the magnetism of copper A.ii 530. Qray William Eerbert. See Kennedy Joseph Prkvitt! Orton. Qreathouse Lucieu H. See Richard C. Tolman. Greaves J. 3. Qreb W. See Herniann Fiihner. Grebentechikoff I. V. See Nicolai A . Green Arthur George and Trederick Muurice Eowe the alkaline con- densations of nitrohydrazo-com- I’ounds. Part IT. T. 2003 ; P. 233. the alkaline oondensations of nitro- hydrazo-compounds. Part 111. In- fluence of ortho-groups on their formation and condensation T. 2443 ; P. 251. the existence of quinonoid salts of o- nitroamines and their conversion into oxadiazole oxides T. 2452 ; P. 252. See Ludwig Wolff. See Robert Stewart. Pnehin.ii. 1276 INDEX OF AUTRORS. Green Arthur George and Rajendra Ndh Sen azo-dyestuffs of the tri- phenylmethane group T.1113 ; p. 137. Green Arthur George and Salmon Wolff aniIine-black and allied com- pounds P. 250. Green Arthur George and Arthur Ed- mund Woodhead aniline-black and allied compounds. Part 11.) T. 1117; P. 136. Qreene Charles WiZson absorption of fat by the stomach in the salmon A. ii 272 659. the absorption of fat in the salmon's muscles and its resorption during the migration fast A. ii 274. Qreene Charles Wilson and William F. Skaer absorption of fat by the mammalian stomach A. ii 273. Oreenlee A. B. osmotic activity in the egg of the common fowl A. ii 463. Greenwood Harold Cecil boiling points of metals A. ii 534. Grdgoire Ach. and Em. Carpianx estimation of oxalic acid in vegetable substances A.ii 1217. Griigoire Ach. and J. Hendrick con- tamination of water by the combustion of turf A ii 803. Qrhgoire Ach. J. Hendriok Em. Carpi- ana and E. Germain acidity of soils A. ii 1088. Gregoire de Bollemont E. See G. Reboul. Greinacher Heinrich estimation of radium emanation in spring waters A. ii 621. Qreiner AIfrd. See Williain Kiister. Greulich R. See Ludwig Wolff. Qrezes Q. the invertase of A.ycrgillus niger ; the influence of carbonaceous food on the secretion of enzymes A. ii 976. Orieb C. liberation of electrically charged particles from an incandescent p1:itinnm wire during the catalysis of mixtures of oxygen with hydrogen and with carbon monoxide A. ii 413. Orieft cle. See Anloine Quntz. Grignard Victor system of nomenclature fnr '' bridged rings," A.i 177. Qrignard Victor and E. Bellet syn- thesis of nitriles in the cyclic series A. i 622. Grignard Victor and ChurZes Coartot new derivatives of indene A. i 250. Grimbert Ldon and J. Morel deter- mination of urinary acidity A. ii 395. Qrimlund Edwin the action of Twitch- ell's reagent A. ii 810. Orimm H. See Alfred Heidnechka. Grimm Max the chief phases of the lactic acid fermentation and their practical significance A. ii 191. Grimme Clemens the fat of Picramnia Zindenkna A. ii 675. Grimmer Walther. See Arthur Schennert. Grinakovaky K. linear velocity of crystallisation in capillary tubes A. ii 911. formation of combined striations and combined faces and destruction of crystals of chrome alum on solution A. ii 946. Grineff W. See Leonor Michaelis. Griehkewitsch-Trochimowsky E.and Ippolyt Matechurevitsoh transforma- tions of thiophen-2-aldehyde,A. i 641. Grode Julius the action of protracted cocaine administration in animals A. ii 280. Groer Franx von the gelatinase of Bacillus prodigiosus A. ii 283. Groger Max chromatea from basic chromates A. ii 770. Qronvall Helga the reducing substances in the urine of women during the lying-in period A. ii 582. Gr6h J. existence of liquid racemates A. i 411. Gros Oskar narcotics and local antes- thetics. 111. The stability of the bases of local anaesthetics in soh- tion A. ii 280. narcotics and local antesthetics. IV. The action of novocaine salts A. ii 280. Grosohnff Erich stability of emulsions ofwater in hydrocarbon oils A. ii,144. Groee Jl. R. See FViZZiam Homer Warren. Groes Abraham.See Henry Clap Sherman. Qroes Hans. See Otto Fiecher. Groeser Paul and Joseph Hualer the presence of glycerophosphatase in animal organs A. ii 367. Grosemann Hermann and F. L. Bloch rotatory dispersion and mutarotation of the carbohydrates in water pyridine and formic acid A. ii 218. Qrote Gzutav. See AZfred Coehn. Glrovea Clarence Richard and Thomas Turner the behaviour of alloys when heated in a vacuum T. 585 ; P. 62 ; discussion P. 63. Qrnbe Q. passivity A. ii 424. Grube Karl and Karl Eeifferrcheid pregnancy toxzmia A. ii 470. Qriin Ado$ aud Ocluwian Corelli hydrolysis of fats by sulphuric acid A. i 409.INDEX OE Oriin AdoZf and Fritz Kade prepara- tion of glycol and glycolhydrin esters of phosphoric acid glycerides A. 1 156. Griineisen Eduard sublimation vapor- isation and liquefaction of mon- atomic elements A.ii 534. theory of the solid state of monatomic elements A. ii 1048. Orunewald W. See Alexander Qutbier. Orunhut Leo. See Wilhelm Freaenins. Oriinthal Erich. See Qustav Keller. Gruttner Gerhard. See Siegfried Hilpert. Grnmbach Albert contact electrification A. ii 12. researches on very small quantities of matter by the direot electrometric method A. ii 389. Glrund George chemical pathology of muscle A. ii 463. Orunmach Leo experimental determina- tion of the surface tension of alcohol- water mixtures by the method of capillary waves A. ii 903. Omtterink Miss ( A Zide) microchemical testing of some alkaloids A. ii 502. Brzeschik Theo. development of heat by R mass separated from iron contain- ing graphite silicon and phosphorus A.ii 552. Quaresohi Icilio international table of atomic weights A. ii 929. sensitive reaction for bromine in pre- sence of other halogens A. ii 989. diffusion of bromine in nature and its detection in organic substances A. ii 989. Onaeco A. construction of a toximeter Onende ( M l l e ) . BZ. See Alexandre Qunsburg S. See Josef Tambor. Qiinther M. See Ir’riedrzch Kehrmann. Onerbet Marcel action of potassium hydroxide on primary alcohols ; preparation of the corresponding acids A. i 67. action of potassium hydroxide on secondary alcohols ; diagnosis of primary and secondary alcohols of high molecular weight A. i 154. action of potassium hydroxide on tertiary alcohols ; new method for the diagnosis of alcohols A. i 331. condensation of the sodium derivatives of primary alcohols with secondary alcohols A.i 527. Qnerdjikoff (MZle.) V. See Paul ThiL- baud Yuller. Onkrin Qabriel purification of cther to be used as an anEsthetic A. i 744. for carbon monoxide A. ii 995. Desgrez. AUTHORS. ii. 1277 Onhrithanlt B. detection and estima- tion of small quantities of copper in plants A. ii 998. Gnertler W. the tin-cadmium alloys A. ii 650. conductivity measurements on alloys as a method of determining their constitution A. ii 1034. Quest Rerbert Hartley. See Treat Baldwin Johnson. Ouggiari Pedro Bruno metallic salt precipitates of dyes containing hydr- oxyl groups A. i 876. Qnichard Marcel formation and de- composition of anhydrous sub- stances; case of iodic anhydride A. ii 152. gases dissolved in solids A.ii 295. union of iodine and oxygen A. ii Qnichard Marcel and Pierre Roger Jonrdain the gases in aluminium A. ii 847. Qnillaume CharZes Ed. the speci6c heat of water according to Regnault’s ex- periments A. ii 624. Ouillerd A . See F. Dienert. Onlliver Gilbert H the structure of ternary alloys A. ,’ii 655. Glundermann Karl. Sec Karl Bernhurcl Lehmann. Ounn James A adrenaline-like actions the pliarniacologic~l action of harmine Qunther (Mlle.) Hkldnc. See Henryk Oolblum. Ountz Antoine silver subflnoride A. ii 941. Guntz Antoine and de Grieft copper amalgam A. ii 351. Gurney Hayold P. method of nieasuring absolute viscosity A. ii 235. Gurwitsch L. adsorption phenomena A. ii 833. Gutbier A lcxander Ferdinand Flnry and C. Ewald halogen-salts of tellur- inm [tellurihaloids] A.i 689. Qntbier Alexander and W. Griinewald hexabromoselenates [selenibromides] A. i 211 ; ii 343. Qnthrie Frederick Backell suggested ex- planation of allotropism based on the theory of directive valency A. ii 980. Gntmann Augzcst the action of amenitas and cyanide-sulphides on diazo-com- pounds A. i 397. Outmann S. See Walther Lob. Guttmann Leo Frank. See Theodm Curtius. Quy J. Sam. See Harry CZary Jones. 549. of cobra venom A. ii 687. A. ii 057.ii. 1278 INDEX OF AUTHORS. Qnye PhiliDe Az~guste relations be- tween critical temperatures boiling oints and expansion coefficients of Equids A. ii 131. the proportion of potassium chloride contained in potassium chlorate and its estimation by the nephelometer ; atomic weight of silver A. ii 552.the law of mass action A. ii 835. Qnye Philippe Augzcste G. Kovac8,and E. Wonrtzel weight of a normal litre of atmospheric air n t Geneva A . ii 636. Guyot Alfred and A . Kovache action of formic acid on triarylcarbinols A. i 186 972. Qwinner Hans von. See Emil Fischer. H. Haager Ernst. See Thodor Cnrtine. Haager J. behaviour of nitrosomono- arylcarbamides towards primary amines and phenols A. i 108. Haan J. de. See Hartog Jakob Ham- barger. Haar A . W. van der saponin-like glucosides from the leaves of Poly- scias wdosa and Hedem helix A i 885. estimation of hydrastine in hydrastis extract A. ii 105. Haae Auqwt mineral occurrences in fossils of the Tyrolese limestones A. ii 564. Haae Jzrlizu. See Wilhelm Manchot. Haan H. de. See LodeuyJi. Hendrik Siertrema. Haas Paul a-hydroxyhippuric acid and a new test for hippuric acid T.1254; P. 163. Haae W. J. de isotherms of diatomic gases and of their binary mixtures. X. Control measurements with the volumenometer of the conipressibility of hydrogen a t 20") A. ii 1138. Haas W. J. de. Sea also 1ieih.e Ka7ner- I'i7cgJ~ Onner. Hackepill Loo& vapour pressure of the alkali metals between 250' and 400° A. ii 430. Hackepill Louis and Robert Bossuet new alkali phosphides of the type M,P A. ii 252. Hadfleld (Sir) Robert Sinhalese iron and steel of ancient origin A. ii 268. Hadley Harry I? derivatives of ethyl a-cyanophenylacetate and ethyl a- cyanobutyrate A. i 699. Hadlock W. L. an improvement on the Kjeldalil distilling apparatus A. ii 983. Ragglnnd Erik affinity qeasurements in alcoholic and aqueous alcoholic solutions A.ii 120. hydrolysis in absolute and aqueous. alcoholic solutions A. ii 910. Hamalainen Jziho the forensic-chemical detcction of oil of savin A. ii 812. Hagan H. IT. and J . K. Ormond the relation of calcium to the cardio- inhibitory function of the vagus A. ii 278. Hagedor Fritz. See Carl Dietrich Harries. Hageman A . M. Hagemann Oskar the action of mineral suhstances in the animal body A. ii 778. Hahn Otto ant1 Lise Meitner the dis- tribution of &rays amoug the single products of the active deposit of thorium A. ii 514. See H. B. North. Hahn Otto. Haid Augzist. See Julius Schmidt. Haid II. See LiiduAg Kalnza. Haigh F. L. certain physical properties of the alkali nitrates and chlorides A. ii 929. Halban Hans voi~ and AZexander Kirsch lecture experiments on the influence of solvents on the velocity of reaction A.ii 1046. Haldane J. B. S. Seo Clazicle Goydon Douglae. Haldane JohiL Scott. See Clawle Gordon Douglas. Hale Arthzcr James. See Raphael Meldola Hale Clarence Fredcric the measure- ment of very small gas pressures d. ii 230. Hale William Jay the behaviour of acetonylacetone towards 8-dialde- hydes A. i 566. s tutlies in the cyclopentadiene series. I. 5-Nitro-2:3-diacetylcyclopentadi- ene A. i 994. Hale William Jay and Harvey C. Brill formation of pyriniiclincs by use of nitron7nlonaldehyde A. i 216. formation of 1:3-thiazines from thio- carlmmidc A. i 306. Hale Worlh and Atherton Seidell colorimetric and physiological estima- tion of the active principle of the suprarenal gland A ii 106.Hall Isaac Walker. See J. JV. Taylor. Haller A l b h preparation of ae-di- phexiyl-~~66-tetramethylpentan-y-one and of a-phenyl-j3866-tetramethyl- pentan-y-one derivatives of dibenzyl- acetone (ae-diphenylpentan-y-one) and of a-plienylpetitan-y-one A. i 269. See also Otto z'on Baeyer.INDEX OF AUTHORS. ii. 1279 Haller Allrin hydrosyphenyl- hydroxy- p-tolyl- and hydroxydiphenyl-honio- campholic acids and their transforma- tion into benzylidcnc- p - tolylidene- and diphenylmcthylene-camphors A i 359. Haller A?& and Eughze Benoist action of sodamide and alkyl haloids on benzoylcyclopropanc A. i 570. Halliburton IVillinnt Dobinson. See 1Falter Ernest Dixon. Halnan E. 7'. Halphen Gcoqes Fielie's reaction A. ii 498. Halpin J. G. See Ehlcr Verner Xc- Collum. Halse 0.M. normal chromium nitrate A. ii 944. Hambloch Anton estimation of soluble silica in trasa A. ii 1095. Hamburger Elisabeth narcosis and want of oxygen. IV. A. ii 75. Hamburger IIfwtog Jalcob and J. de Haan the effect of substances which dissolve in fat 011 the niobility of phagocytes and other cells A. ii 65. Hammett Frederick X. Seo Burt Laws Hartwell. Hamsik Ant. preparation and re- crystallisation of hzemin A i 933. Handy Jas. O. a method of analysing some commercial gold alloys metals present gold silver copper and occasionally zinc and tin A. ii 694. Hannover porous metals A. ii 645. Hanriot Maurice tempering of metals A. ii 1137. Hanslian Rudolf. See Emil Abder- halden and Ermt Beckmann. Hansaen C. J. T. reform of chemical and physical calculations A. ii 1157.Hantzsch Arthur [h'udolf] the homo- chromoisomerism of the phenyl- methylpicramides A. i 182. keto-enolic isomerism of indandione and oxindone derivatives A. i 869. existence of primary arylnitrosoamines as well as the isomeric anti-diazo- hydrates A. i 1039. observations on valency-isomeric ammonium salts A. ii 3. red and bluo cobal tous hydroxide A. ii 166. absorption and refraction methods in relation to ethyl acetoacetate A. ii 313. significance of the absorption method for the chemistry of the terpeiies A. ii 313. alkaline solutions of zinc hydroxide A. ii 644. See L. F. Newman. Hantzech Artlmr [R2idolfJ the absorp- tion and refraction methods A. ii 709. Hantzsch Arthur and Waldemar Fischer tris- and hydroxytris-indand- iones A.i 872. Hantzsch Arthur and Fritz Qdeweki simple indandione a d oxindone derivatives A. i 870. Hantzsch Arthi~r and Israel Lifschitz optical investigation of diazo- and azo- compounds A. ii 1116. Hantzsch Arthur and Joseph Lieter bisindandione and bisoxindone deriva- tives A. i 871. Hantzsch A~thur and Yuji Ilhibata cobalt thiocyanates and the cause of the colour changes in cobalt aalts A. i 97. Hantzsch ArtJmr and Kurt Voigt conjugated aci-nitro-compounds A. i 151. absorption spectra of nitro-compounds in the ultra-violet A. ii 508. Han tzach A ?.thti r and Isrue1 Hy~naw Zortman bindone and aci-bindone derivatives A. i 872. Hanzlik Paul J. the recovery of alcohol from animal tissues A. ii 302. Harcourt A?igustzis Gcorp Verne? and William Eason variation with temperature of the rate of a chemical change A.ii 923. Harden Arthz~r and (Miss) Janet Elizabeth Lane-Claypon enzymes in sterile milk A ii 664. Harden Arthur and (Mrs.) noyothy Norria the bacterial production of acetylmethylcarbinol and By-butylene glycol from various substances A ii 282 474. Harden Arthw and Sydney Gross Paine action of dissolved substances on the nuto-fermentation of yeast A. ii 284. Harden Arthur and William James Penfold chemical action on dextrose of a variety of Bacillus coli conintunis (esclierich) obtained by cultivation in presence of a chloroacetate A. ii 970. Harden Arthur and JVilliam John Young the preparation of glycogen and yenst-gum from yeast T. 1928 ; P. 235. the mechanism of alcoholic fermenta- tion A. ii 670. Harding Victor John B-hydroxy-aB- dimethyladipic acid and B-hydroxy- aab-trimethyladipic acid T.1590 P. 219. action of enzymes on hexose phosphate A. i 928.INDEX 0 1 - - - -. - - - - _- - - . - - - - - - . . - - - 1 - --- - 3 A. ii 128. Esrnack Alfred comparison of spectra - - 1 ~~ 1 -1.1 ! Hsrdman Robert Taylor and Arthur Lapworth electromotive forces in alcohol. Part 111. Further experi- ments with the hydrogen electrode in dry and moist alcoholic hydrogen chloride T. 2249 ; P. 263. Hardy WilZiam Bate the formation of a heat reversible gel A . ii 836. general theory of colloidal solutions A. ii 837. the tension of composite fluid surfaces and the mechanical stability of films of fluid A. ii 838. Hardy &'illhm Bate. See also Ernest Biri Paul the influence of adrenaline on gaseous metabolism A.ii 179. the influence of intravenous blood- transfusion on gaseous metabolism A. ii 952. the influence of carbohydrates on energy metabolism A. ii 953. the action of intraperitonenl infusion of blood on the consumption of energy A. ii 953. Hhi Pad and Stefan von Pesthy has the temperature of the food any in- fluence on the gasaous metabolism of man 1 A. ii 952. Haring Kurt. See Ernst Beckmann. Harker John Allen and George William Clarkson Kaye the emission of electri- city from carbon a t high temperatures A. ii 525. Harkins William D. effect of es!ts on the soliibility of other salts. V. Solubility of uni-bivalent salts in solutions of salts of different tvnes. Henry Starling. r - - - - - - . - - - - - -r .__._ - _ ates T. 826 ; P.109. Hartley (Sir) Walter Noel and 2Tenl.y TI 1 1 .-. ~ 11.. - . 1 L _... L . I:- ~~ _ _ 2 .I& I A. ii 27. effects of salts on the solubilitv of other salts. VII. Discussion of the solubility relations of uni-bivalent salts A. ii 23. Harkins William D. and W. J. Winninghoff effect of salts. on the solubility of other salts. VI. Solu- bility of difficultly soluble uni-bivalent salts A. ii 27. Hsrlay Victor pectins of tiuciiba and sweet orange A. ii 479. Harlow Frederick J . cubical expansion of fused silica and the variation of the hnilinrr nnint nf aniline wit.)] nressiire. AUTHORS. Harries Carl Dietrich 8-aldehydopro- pionic acid A. i 827. behaviour of ozone towards concen- trated sulphuric acid A. ii 343. Earriee Cad Dietrich Fritz Zvers and Erik Riedl von Riedenstein action of ozone on organic compounds III.A. i 673. Harries Carl Dietrich Fritz Hagedor and Richard Seitz the constituents of ozone A . i 407. Harris Albert BuckZey. See John Oglethorye Wcdke 1 in B arra t t . Harris Dwid Fraser iiifluence of protoplasmic poisons on reductase A. i 328. the intimate associations of inorganic ions with native and derived proteins A. i 1040. Harris Bnvid Fraser and Henry Jernwin Maiide Creighton reduct- ase of liver and kidney A. ii 1077. the reduction of ferric chloride tiy surviving organs A. ii 1191. Harrison Edward Frank two modifica- tions of Fehling's solution A. ii 98. Harriaon Edward Frank and Percy Arthur CViZZinm Self estimation of nicotine in tobacco A. ii 704. Harrison William elcctrical theory of dyeing A.ii 16. colour and degree of dispersity of colloidal solutions A. ii 240. Hart Edwin Bret Elmer Verwr McCollum and H. Steenbock physio- logical effects on growth and repro- duction of rations balancod from restricted sources A. ii 364. Hart Edwin Bret and H. Steenbock the etrrct of high magnesium intake on calciuni excretion by pigs A. ii 370. Hart Edwin Bret and J. J. Willaman volatile fatty acids and alcohols in corn silage A. ii 1205. Hart Edwin Bret. See also Elmer Vemw McCollnm. Earthy ErnaEd Geoyge Jiistinian the alkylation of the ferro- and ferri- cyanides T. 705; P. 101. Hartrey (Sir) It'alter Noel the absorp- tion spectra of some ntetallic solu- tiow T. 820 ; P. 109. the Rhqni*nt.ion Rnectra nf aprmanvan- in m e oxy-nyarogeri anu ciiiorine- hydrogen flames A.ii 215. Harries Carl Dietrich A13 -cyclohexadi- ene A i 343 842. ..rnr\nm+:,.. ,P A A ~ C w eoscer mom m e uiriiriace lines anu the quantities of the elements produc- inn these lines. in snectra of the oxv- pupaicab~ui~ UL LJU~LUUG A. 1 ~ V V . I PIILLIIIIIUU 1.1 LCWI W I D . L-GG ~ I * C I ~ V I artificial caoutchouc A. i 706. Curtius.INDEX OF AUTHORS. ii. 1281 Hartmann Walter. See Ludwig Knorr Hartmnth R. See Alfred Werner. Hartridge H. the action of various coiiditions on carboxyhcemoglobin A. i 399. heat coagulation of liaemoglobin com- pounds A. i 400. a spectroscopic method of estimating carbon monoxide A. ii 488. Hartang Curt action of crystallised aconitine on respiration A. ii 965. Hartwell Biirt Lam and Kwlerick S. Hammett the effect of phosphorus nianuring on the ainount of inorganic ~)hosphorus in flat turiiip roots A.ii 676. Haee R. modified Ostwsld’s hydrogen salphide apparatas A. ii 1051. Hasenbaumer J2iEi2LS. See Joscf Konig. Haeenfratz Victor brom o- derivati ves of the alkaloids of Pcpnwn harniala and their basic derivatives A. i 209. apoharminecarboxylic acid apoharm- ine and some derivatives of this base A. i 383. triniethyldiapoliarmine a new base obtaiiied by the application of Hofmann’s reaction to apoharmine A. i 577. hydrogenated derivatives of apo- harmine A. i f 9 i . Haelam H. C. pseudo-globulin A i 591. Haslam H. T. qualitative detection of alkali hydrogen carbonates A. ii 686. Haeselbalch Karl Albert. and CJw. Lundsgaard the electrometric method for measuring the reaction of the blood a t body temperahre A.ii 180. Haneler Carol. See Josef Konig. Haasreidter V. rapid estimation of ziiic A. ii 687. Hatechek Emil theory of Liesegang’s simple apparatus for preparing emul- reactions in silicic acid gel A. ii 449. cainphorylphenyl tliiosernicarbazide jellies and observations on the structure of jellies A. ii 1149. Hatechek Emil and Alfred Leo Simon reduction of gold in silicic acid gels and the formation of gold deposits A . ii 7i2. Hatt David. See Richard Willstlitter. Haun Heiwich. See Xarl Feist. Hauser K-. the initial velocity of the and 0. Liittig. layers A. ii 439. sions A. ii 415. &rays A. ii 1026. &-rays A. ii 1026. Haneer Olto and A. Lewite behaviour of phenols naphthols and phenol- carboxylic acids towards quadri- valent titanium A i 847.hydrosols of colunibic and tantalic acids and the separation of columb- iuni and tantalum according to the inetliod of Weiss and Landecker A. ii 262. Haueer Otto and Fritz Wirth the chemistry of thorium A. i 827. Hauser Otto. See also Ernst Bieealeki. Hannknecht Bella. See Stephn Yinovici. Havas Em. See Eugthe Qrandmoagin. Havelock T. H. influence of tlie Bolvent 011 the positiou of absorption bands in soliitiolis A. ii 110. Hawk PJLilip Boiivier post-anmthetic fasting studies. X. A glycogen-free See also L. T. Fairhall Paul E. Howo Henry Albright Mattill E. L. Boss and C. P. Sherwin. Haworth Walter Norman and Albert Theodore King the constitution of camphene. Part I. The structure of eamphenic acid T. 1975; P. 236. Haworth Walter Nor?nan. See also Otto Wallach.Hayakawa Masataro and Tonionori Nakano the radioactive constituents of the sediments from the springs of Hokuto Taiwan A. ii 1123. Hryden J. L. R. electrolytic corrosion of iron by direct current A. ii 425. Heard W. Nevill the precipitation of suspensoid protein by various ions A i 134. Heath aeorge L. estimation of oxygen rntl occluded gases in copper and a correction to the electrolytic assay in the complete analysis of copper A ii 1091. Heaven B. S. See Leonard P. Wiluon. Hbbert Alcxandre oils from different varietios of oil-palm A ii 196. composition of the seeds of Funtuinia elccatica the rubber tree of the Ivory Coast A. ii 802. Hooking Arnuv. See Qzcstav Finger- ling. Heorko Arnold estimation of sulphur in pyrites A. ii 89 296. Eedin Sve)b Quatau the apecific inhibi- tion of rennet action A.ii 365. Hedinger E. See Rend Metmer. Eedlep E. P. See Richard Willstiitter. Hedvall A Rinmsnn’s green A. ii glycosuria A. ii 466. liver A ii 660. Hawk Philip Bouvicr. 846.ii. 1282 INDEX OF AUTHORS. HefPher B. See Wilhelm Manchot. IIefFter Arthur and 8. Fickewirth the behavionr of atropine in the organ- ism of the rabbit A. ii 586. the resistance of the rabbit to atropine A. ii 586. Eeffter Arthur and Fritz Saohs stro- phanthus glucosides from various sources A. i 482. Heide Karl von der and Erwin Ilchwenk direct estimation of extract in mines A ii 695. the formation of volatile acids by yeast during the process of re- fermentatiori of wine A. 11 860. estimation of phosphoric acid in wine A. ii 992. modification of the processes for the estimation of succinic and malic acids in wines A.ii 1005. Hefdelberger I f ichael. See Marston Taplor Bogert. Heiduschka Avred and IT. G r i m retene. XI. A. i 107. Heiduschka AIfred a i d 0. Rothacker l-plienyl-3-niethyl-5-pyrazolone and 4-amino-1 -phenyl-3-methyl-6-pyrazo- lone A i 51. Heiduachka Aured and R. Wsllen- reuter oil of the seeds of Xtrychnos mix vomica A. ii 1087. Heidnschka Alfred. See also Qzutuv Birstein. Heike JV. the system lead snlphide-tin sulphide A. ii 763. Heilbron Isidor Morris and James Alexandcr Rwsell Henderson action of semicarbazide hydrochloride on p-quinones ; preliminary note P. 256. Heilbron Isidor Morris and For8yth James Wilson contributions to our knowledge of semicarbazones. Part I. Seniicarbazones of phenyl styryl ketone T.1482 ; P. 192. Heine comparison of the forensic value of haemin and hamochromogen crys- tals A. ii 1011. Heinitz B. See Otto Lemmermann. Heintz new burettes with automatic zero A. ii 294. Heise George W. equilibrium i n sys- tems consisting of ,lead haloids and pyridine A. i 722. Heitman Arnold H. C. new aromatic ethereal salts formed by the inter- action of o-sulphobenzoic anhydride and phenols in the presence of water and an alkali hydroxide A. i 973. Iieitr W. See Fritz Btraus. Helbronner Andrt?. See Victor Henri. Helle Karl Paid Th.. Miiller Wil- Iielm Prausnitz and 1TTeiwich Poda changes in the composition of the milk of the cow on different diets A. ii Heller Gustav simplest indophenols and indamines A. i 916. Heller Qustav and Otto Fritsch trans- formation of pyrogallol triacetate A .i 874. Heller (rustau and Erich Griinthal Friedel-Crafts’ reaction. 1I. A. i 357. Heller Gustav h’rich Grunthal and Hms Rnhtenberg abnormal Friedel- Crafts’ reactions. Heller Qiutar and Qeorg Kretzachmar transformation of a phloroglucinol de- rivative into one of cyclohexantrione. II. A i 274. Heller QzCstav and Hans Buhtenberg a-naphthol-4-carboxylic acid A. i 358. Hemmelmayr Franz volt some new de- rivatives of the dihydroxybenzoic acids A. i 977. Hempel Walthcr estimation of hydro- gen and methane in gas mixtures A. ii 987. Hempel Walthcr and Carl Schubert dissociation of certain oxides car- bonates and sulphides A. ii 904. Hempel Walthcr and Gcorg Vater adsorption of gases by carbon and other porous substances A.ii 903. Hempel WaltJ~er and 111~ Guvtav Weber the preparation of hydrogen selenide aGd telluride A. ii 1165. Hempel WaEthcr. See also Hermann Ehlert. Hemptinne A lcxaitdre de synthesis of hydrogen peroxide A. ii 247. the action of the electric discharge on liquids and gases A. ii 323. atoms molecules ions electrons A. ii 749. Hemealech Gustaue Adolphc relative velocities of the luminous vapours of different elements in the electric spark A. ii 403. Henderson Gcorge Qemld arid William Caw contributions to the chemistry of the terpenes. Part SIII. The preparation of pure bornylene T. 1416; P. 187. Henderson George Gerald and Schachi~o Peisnch Schotz contributions to the chemistry of the terpenes. Part XV. Synthesis of a menthadiene from carva- cro1 T.2563 ; I‘. 314. 7s~. 11.’ A. i 358.INDEX OF AUTHORS. ii. 1283 Henderson Gcoryc Gcrnltl and (il1iss) Jfaggie Afille?~ Jefs Sutherland con- tributions to the chcmistry of the terpenes. Part XIV. Tlie oxidation of pinenc with hydrogen peroxide T. 2288 ; P. 270. Henderson Jnn~cs Alcxander Rruscll. See Isulor Morris Heilbron. Henderson William 3. niodificcl jackct for a Victor Meyer vapour density apparatus A. ii 432. Henderson Ytciidcl7 and Do~iald G. Russell a simple method for determin- ing the carbon dioxide content of the alveolar air by Incans of baryta A ii 38:. Henderson Z'ndell. See also Clazbde Gordm Douglas. Hendrick J. See Ach arkgoire. Hendrixson Waltcr S. perchloric acid in electrochemical analysis A. ii 486. Henins Kwt the utilisition of car- bonyldicarbamjde A.ii 659. Hennig W. See Ernst Schmidt. Henri Victor Axdrd Helbronner and M m ZO?L Recklinghausen new lamp with very powerful ultra-violet radia- tion and its use in sterilising large quantities of water A. ii 1132. Henri Victor and ( J h c . ) Victor Henri excitability of organisms by ultra- violet light ; latent period ; law of thermic independence fatigue and recovery phenomena A ii 964. Henri Victw and AZbert Ram cleconi- position of glycerol by ultra-violet rays A. i 528. Henri Victor and Rend Wurmser the law of photochemical absorption for the reaction products by nieans of ultra-violet rays A ii 883. Sce also Jean Bielwki Pierre Girard and (Jfmc.) Victor Henri. Henri (Afme.) Victor and Victor Henri variation of the abiotic power of the ultra-violet rays with their wave- length A.ii 873. Henri (Xnte.) Victor. See also Victor Henri. Henrich Fewlinmd and Gu nther Bugge sinter from the Wiesbaden thermal springs A ii 570. Henrich Ferdinniui and W. Eichhorn an apparatus for the rapid quantita- tive removal of nitrogcn from a gaseous mixture by means of electric sparks A. ii 385. Henrich Ferdiqtand and Fritz Glaser apparatus for the determination of the radioactivity of springs A. ii 119 724. Henri Victor. Henrich Fcrdiikaiid G. Taubert and H. Birkner derivatives of 4-amino- orcinol (2-amino-3:5-dihydroxytolu- ene A. i 184. Henriques Valdentar and J. K. Gjald- baek hydrolytic decomposition of proteins by pepsin trypsin acids and alkalis A. i 59. plastein formation. II. A. ii 1188. Henry AIfrcd determination of the absolutc value of the mass of molecules of liquids and particularly of the mercury molecule A.ii 443. Henry Es/Lile new theory of nitrogen fixation by plants A. ii 797. Hensel Marie estimation of phenol in. urine A ii 695. Rentschel G the technical analysis of cement A. ,*k 867. Henze JInrtin the blood of ascidians. II. A. ii 654. Hepbarn Joseplt S. studies on chicken fat. 11. Oxidation of chicken fat by means of hydrogen peroxide A. ii 275. Hepburn JOSC??L S. See also (Xiss) Mary Eiiyle Pennington. Hepp Eduard. See Otto Fiecher. HBrisrey lfens.i presence of mandeloni- trile-glucosidc in Photinia serrz~latn A. ii 675. Hbissey Hciiri. See also &ntiZc Bourqaelot and Henri Cousin. Herlitzka Amedeo the condition of chlorophyll in plants and colloidal chlorophyll A.ii 287. colloidal chlorophyll and certain colloidal derivatives of chorophyll A. ii 1115. Hermann H u g o estimation of tungstic acid and silicic acid A. ii 1215. Hermanns L. toxicological investiga- tions on bio-electric currents. 11. The pharmacological specificity of chemical alterations in the current A. ii 663. Herrmann Ednticnd and Julius Neu- mann the lipoid content of the blood of nornial and pregnant women and of new-born children A ii 954. Herrmann F. See Karl IV. Roaen- mund. Herrmann J. and A. Chain plastcins A. i 401. Herrmann Karl fatigue efrects and initial velocities in the photo-electric action in a vacuum A. ii 716. the photo-electric effect in antimony cadmium al!oys A. ii 716. Herrmann Otto a biological method for the detection of morphine A.ii 611.ii. 1284 INDEX OF AUTHORS. Herrmannsdorfer AdoZf the course of the daily excretion of clilorides in the uriue A. ii 276. Herrmuth 3. See Carl Liebermann. Hertenstein Heinrich spectra of the arc spectrum of arcjlight aureols A. ii Herterich August. See Bruno Emmert. Hertz G. See J. Franck. Hertz Paul dependence of the con- ductivity of binary normal electrolytes on the concentration A. ii 120. Herz AZfred. See Rmiolf Fyiedrich Weinland. Hem Walter [George] the solubility o f alkali salts in the corresponding acids A. ii 154. distribiition law A. ii 1152. Herzen Edouard a generalisation of van’t Hoffs formula A. ii 226. Herzfeld A Zexailder and Herniaitn Zim- mermann estimation of crystal sugar in raw sugar A. ii 303. Herzfeld E. methods of estimating sugar in blood A. ii 608.estimation of sinall quantities of bili- rubin A. ii 612 706. Herzig Josef tannin A i 641. methyltannin A. i 792. Herzig Josq and Paida Bottcher colourless tetratnethylquercetin A. i T07. Eerzlg Josff and A. Bchonbach niethyl- a t i w of glucosides A. i 707. Hesehns Nicolaics A . electric properties of substances in relation to their allo- tropic state A. ii 121. Hess C. L. won physiology of lymph. XVIII. The relation of the pancreas to t h e lipase of the blood and the lymphs A ii 62. Hess C. L. V O ~ L . See also Hicgh lKcGuigan. Hes8 Kwt. See E?itil Fischer and Ludwig Knorr. Hes8 Viktor F. Hesse Albert and W. D. Kooper the nature of peroxydasc A. ii 1107. Hesse Oswald commercial chrysarobiti physcion A i 284. Hetper Jos@ action of potassium per- manganate on organic compounds.III. A. ii 811. Heublein 0. See J. Tillmans. Keubner Wolfgang and H. Rosenberg photugraphic determination of the in teuaity distribution in blood spectra A. ii 313. Heurung A. the magneto-optical effects in chlorine and iodine A. ii 510. light aureol A. ii 505. 614. See Stefan Meyer. A i 277. Heuse Wilhelwt. See Karl Scheel. Hevesy Georg %.on the detectioii nf actinium emanation in minerals con- taining actinium A. ii 116. the solubility of actinium emanation in liquids and charcoal A. ii 117. electrochemistry of’ radioactive sub- stances A. ii 414. Hewitt Johit Tlteodore William Lew- cock and Frnnk Gcorye Pope deriva- tives of 21-hydroxystilbene T. 604 ; P. 69. Hewitt Joht Thcodore and Gladys h’iiby Mann estimation of ferric iron in the presence of’ certain oqpnic substances A .ii 606. Hewitt Jokit TlLeodore Frank Georgc Pope arid (Miss) WinifTed Isabel Willett the absorption spectra of nitro-compounds T. 1770 ; l’. 230. Hewitt John Theoclow and William Heitry Ratcliffe derivatives of o-hydr- oxynzobeiizcne T. 1765 ; P. 229. Hewitt John Theodore and David Bernard Steinberg action of Grignard rearrents on esters of’ dibasic acids; prJiminary note P. 140. Hewitt Johii l’hcodore. See also (iViss) Kathlcc?~ Balls. Heycock Chrcrles Thonias and Fra?rcis h’dtcard Xvermtl Lamplough the boiling points of mercury cadmium zinc potassiuni and sodium P. 3. Hey dweiller Adov connexion between the physical properties of solutions. 111. The ionic moduli of the density in water A.ii 433. Heygendorff VWL exact reading dovice for the Mohr-Westphal balance A. ii 150. Heyl Georg examination of benzalde- hyde for chlorine compounds A. ii 502. Heymann Harry heterogeneous reac- tions A. ii l i 5 5 . Heymann Paul. See Richard Stoer- mer. Heyn N~TON. See Heinrich Biltz. Heyne Cerharcl. See Ermt Wilke- Dorfurt. Hezner Laura a new chromiferous mag- nesiuin hydroxycarhonate A. ii 1061. Hibbert If arolcl the quantitative esti- mation of hydroxy- amino- and imino-derivatives of organic com- pounds by means of the Qrignard reagent and the nature of the changes taking place in solution T. 328 ; P. 15. a method for determining the relative reactivity of organic-. compounds T. 341.INDEX OF AUTHORS. ii. 1286 Hibbert Harold and Archibald Wiee a new method for the separation of tertiary from secondary and primary amines T.544. Hibbert Harold. See also Arthur Michael. Hiboch Joseph E. and Arthur Bcheit dense minerals from the leucite- basanite of the Eulenberg near Leitmeritz Bohemia A. ii 774. Hiaks Williawz Mitchinson a critical study of spectral series. 11. The y- aiid s-sequences and the atomic volume term A. ii 512. Hidding Hubert. See Hans Mureah- hauser. Higgins Harold Lcoiutrd. See FraiLcis Game Benedict. Higginr Sidney Herbert an experi- mental investigation of the bleach- ing process T. 222. an experimental investigation of the bleaching process. Part 11. The action of neutral salts on bleaching solutions P. 130. Higgins William Frederick. 8ee 8a.m- uel 1Vdter JO~TWO~E Bmith. Hilbing W. See Jtrlius Bredt.Hildebrand Joel H. thermal dissociation Hilditch Thomas Percy molecular rota- tory power in normal homologous series. Part I. Optically active derivatives of the higher aliphatic alcohols and acids T. 192. intrariiolecular rearrangements of aliphatic sulphoxides A i 71. Hilditch Thoinas Percy and Albert Eriwst Dunstan relations between viscosity and 0th er physical properties. 111. The influence of neighbouring unsaturated groups A. ii 1143. Hilditch Thmrts Percy and SrcnizieZ Smiles thc intramolecular rearrsnge- ment of diphrnylainine o-sulphoxides. Part IV. T. 2294 ; P. 276. Hilditch Thomas Percy. See also Hnrolrl Christopher and Albert Emst Dunstan. Hilgendorff Gustnv. See Einil Erlen- mayer. Hill Arthur Joseph. See Trent Baldwin Johnson. Hill Archibald Vivian a differential micro-calorimeter for the estiruation of Iiest-production in physiological bacteriolagical and enzyme actions A.ii 20. total energy exchanges of in tact cold- blooded animals a t rest A. ii 181. the absence of temperature changes durinz the transmission of a nerve- impulse A. ii 367. of barium peroxido A. ii 335. C. ii. Hill Archibald Vivian a new calori- meter for small warm-blooded animals A. ii 462. heat production of surviving amphibian muscle during rest activity aiid rigor A. ii 784. Hill Leonard Erskine,and Martiit Flaok tho physiological influence of ozone A. ii 187. Hill Thomas Henry properties of mixtures of ethyl alcohol carbon tetrachlorideand water T. 2467 ; P. 290. Hillebrand William FraqLcis and Wil- liam Blnm estimation of manganese by the sodium bismuthate method A ii 207.Hilpert Siegfried and Gerhard Qrutt- ner aluminium triphenyl A. i 939. Hilpert Siegfried and Wnlkr Idethe- sine niagnetic properties of manganese and nickel steels A ii 229. Hinde JohVb Ircdelle Billard precipita- tion of the copper-arsenic group and the separation of its divisions A. ii 688. Hine Thomaa B. See Edward C. Frenk- lin. Hinrichs Qzutave DethZef the true atomic weight of silver deduced from the laboratory determinations of a ccn- tury A. ii 253. systeriiatic errors in the determination of atomic weights A. ii 642. Hinrichsen,Friedrkh Willy and Riehurd Kempf hydrogeuation of benzene A. i 686. Hinricheen Friedrich Willy and Erich Kindraher Hiibener’s method of cstimatingcaoutchouc as its bromide A.ii 397. the desulphurisation of vulcrtnised caoutchouc A. i f 0 6 . theory of the vulcanisation of caout- chouc A i 1007. Hinsberg Oscar sulphoxide and sul- phone grou s A. i 546. the action of &ht on sulphoxidee and sulphides A. i 852. thiophen and furan derivatives A. i 894. Hintikka S. V. and Qustav Komppa the camphenilone group. 11. iuo- Camphenilone and constitution of cam- phenilene and of apobornylene A. i 278. Hiros6 Yasusabro reduction of some hydroxyanthraqninones A. i 875. Hirsch Aka?& preparation and proper- ties of metallic cerium A. ii 258. Hirech Pad. See Enzit Abderhalden and Oscar Piloty. 85ii. 1286 INDEX OF AUTHORS. Hiesink David J. chemical and physi- cal nature of red soils A. ii 981. Hoagland D. R. See Carl L. A. Sohmidt. Hoagland Ralph estimation of gliadin or alcohol-soluble protein in wheat flour A.ii 706. Hoben F. Jf. Hober Rudolf and Felix Sperling the division of the blood sugar between the corpuscles and plasma A. ii 1064. Hodge Willard Wellington. See Treat Baldwin Johnson. Hodgson B. absorption in Geissler tubes and allied phenomena A. ii 725. HOdgEOn Eerbert Hewy the action of sulphur on amines. Part I. o-Tolui- dine T. 1693 ; P. 322. Hobold Kurt. See Karl Adreas Hofmann. Hoing A. See Kurt Brand. Honigechmid Otto revlsion of the atomic weight of radium and the pre- paration of standards of radium A. ii 523. Horhammer Clemem the calcium con- tent of the cell-nucleus A. ii 459. Hoesch Kurt. See End Fiecher. Hiiyrup Margrethe. See Siiren Peter Lauritz Soreneen. Hofbauer P. H. new formulae for re- presenting the vapour pressure of water vapour A ii 735.Hoff Agnes. See Einar Biilmann. Rofieinr Martha. See Jakob Meisen- heimer. Hoffman Charles. See Treat Baldwin Johnson. HofBnann F. La Roche & Co. separa- tion of ni- and p-cresols A. i 549. preparation of piire m-cresol A. i 849. preparation of sulphuric acid esters of alkylamine hydroxy-acid esters A. i 896. pre arntion of sulphuric acid esters of af!kylammonium salts of hydroxy- acid esters of alkylamines A. i 897. preparation of aposcopolamine A. i 1014. Ho5ann Fritz the conversion of per- centages by weight into atomic or moleculnr percentages in ternary and quaternary systems A. ii 340. Hoffmann Josef colours due to sulphur A. ii 752. Hoffmann Paul the action currents of muscle poisoned with veratrine A.ii 374. Hof’mann Fritz synthetic caoutchouc A i 706. See Charles James. Hofmann H. O. and FV. Mostowiech the reduction of calcium sulphate by carbon mouoxide and by carbon and the oxidation of calcium sulphide A. ii 159. Hofmann Karl Adreas and Ernst Bieealski amidosulphonic acid A. i 444. Hofmann,Knrl A?dreas Ernst Biesaleki and Ella Soderland sulphonated metal-amides of mercury silver and gold obtained from amido-snlplionic acid A. ii 765. HofmaM Karl Awlrcas and Oskay Ehrhard action of hydrazine on di- cyanodiamide A i 919. HOfmaM Karl A?u€rcas Kiirt Hobold and Fritz QUOOB ammonium and sul- yhoniuni perchlorates ; relations between solubility and constitution A. i 164. Hotmann Karl Andrens and Douglas Storm tetraforinaltrisaziiie from form- aldehyde and hydrazine hydrate a new reducing agent for analytical chemistry A.i 665. Hofmann Karl B. knowledge of the ancients regarding vitriols and styp- teria A 5 931. Hofwimmer Pram thc testing of dyna- mite glycerol A. ii 302. Ho an James J. and Martin H. Fiecher t%eory and practice of transfusion A. ii 953. Hohensee a new apparatus for gas analysis A ii 297. Holden Thomas Halstead. See Arthur Walsh Titherley. Holderer Jlauriee mechanism of the arrest of diastases by filtration A. ii 903. Holland Curl dissociation of gaseous acetic acid and phosphorus penta- chloride A. ii 436. Holland E. B. the estimation of arsenic in insecticides A. ii 91. Holland William West. See Barnton Northrop Morse. Hollely William Francis. See Raphncl Meldola. Holleman Arnold Frederik two methods of treating the problem of substitu- tion in the benzene nucleus A i 20.Holleman Arnold Frederik and T. van der Linden simultaneous formation of isomeric substitution product8 of benzene. XVI. The introduction of a second halogen atom into monohalo- genated benzenes A i 20. Holleman Ar?wld Frederik. See also J. T. Bornwater.INDEX 01 cular fluid of the hedgehog A ii 69. Holmberg Bror the optically active dibromosuccinic acid A. i 4. ester acids of thiocnrboxylic acids with aliphatic alcohol acids. V. A. i 130. ethyl orthotritliioformate A. i 161. optically active phcnylmetliylcarbi- nols A. i 448. the Wnlden rearrangement A. i 603. hydrolysis of I-acetylmalic acid A. i 943. catalysis by cations. 1. and II. A ii 443 1048. Holmberg Ollo atomic weight of hol- mium A.ii 163. Holmberg 0. J. See Efiin Semen London. Holmes Harry N. atmospheric ozone A ii 636. Holste Arnold the relation of members of the digitalin group towards enzymes A. i 575. Holzapfel Julius. Seo Emil Fiacher and f i b e r t Sto116. Holzbach Ernst the treatment of peri- tonitic fall of blood-pressure A. ii 1195. Homans John. See Francis Gnno Bene- dict. Homer (Jliss) Annie condensation of tryptophan with certain aldehydes A. i 401. Hommel W. Indian and Chinese zinc the history of zinc A. ii 942. Hooker DonaZd R. effect of carbon dioxide and oxygen on muscular tono in the blood vessels and alimentary canal A. ii 1185. Hooker Donald R. See also C. S. Xet- cham. Hooker Marion O. and Hartiw 23. Fiecher absorptiou of water by nerve tissue A.ii 784. Hope Edward the condensation of ethyl sodiomalonate with ethyl citraconate and the synthesis of 8-methyltri- carballylic acid T. 892 ; P. 93. the addition of hydrocyanic acid to derivatives of glutaconic acid and itaconic acid ; preliminary nete P. 192. Hope Edward and Robert Robinson 8-gnoscopine P. 16. anliydrohydrastininemeconine ; pro- liminary note p. 17. Hopfgartner KarZ the electrical con- ductivity of solutions of alkali acetates in acetic acid A.. ii 320. A. ii 255. Howard Hqcbert Arthur flurry. Seo dlartin Oiislozo Forster. AUTHORS. ii. 1287 Hopkine Frederick Gowland feeding experiments illustrating the import- ance of accessory factors in normal dietaries A. ii 779. Hopkins Kalph and W. Denie inter- relation of the ammonia and carbon dioxide of the blood A ii 58.Hopwood Avlhur and Chnrles Weix- mann condensation of bromoacyl haloids with glucosamine; preliminary note I’. 261. Horn van der BOB J. L. M. van der. See Frans Antoon Hubert Schreine- makers. Horovitz Stephanie. See Bri6n0 Bot- tcher. Horrmann Paul tlie composition of picrotoxinin A i 709. Horrmann Paul and Karl Beydel picro- tin A i 1008. Horst C. See Edgar Wedekind. Horton Edward. See Henry Edward Armstrong. Horton Frank the positive ionisation produced by phosphates when heated A. ii 8. Hoskine Rmj Gmhant the effect Ef adrenaline on the intestine A 11 189. Hoskins Rq Graham and C. W. McClure the relation of the adrenal glands to blood pressure A. ii 579. the comparative sensitiveness of blood- pressure and intestinal peristalsis to adrenaline A.ii 1196. Hoekins Roy Oraham See also Walter Bradford Cannon. Hostetter J. Clyde. See John R. Cain. Honben H. the solubility of metallic oxides and sulphides in fused sodium chloride A. ii 1056. Hoaben Josef condeusation of mer- captans with formic acid to esters of orthotrithioformic acid A. i 941. Honben Josef and Karl M. L. Sohaltze preparatiori of esters of orthotrithio- formic acid A. i 5. carbithionic acids. V. Preparation of new esters of carbithionic acid and of ethyl chlorocarbithionate A. i 5. Iiongh Theodore the influence of muscular activity on the alveolar tensions of oxygen and carbon dioxide A. ii 457. Honetonn Robert Alexander the ab- sorption of light by inorganic salte. V. Copper and the alkali metals A.,ii. 1288 INDEX OF AUTHORS. aowe Paul EdwaTd and Philip Bouuiey Hawk data front two ftists each ex- ceeding one hundred clays in length in the same dog A.ii 273. studies in water-drinking. XIII. (fasting studies. VIII.) Hydrogen ion concentration of fxces A. 11 369 fasting studies. IX. Differential leu- cocyte couut during rirolonged fast- iiig A. ii 576. Howe Paul Edward Iieary Albright Mattill and Philip Boucicr Hawk fasting studies. V. Studies on water- drinking. XI. The influence of exccwive water ingestion on a dog after a prolonged fast A. ii 65. fasting studies. VI. Distribution of nitrogen dnriiig a fast of one hundred and seventeen days A. ii 369. Howell William Henry the r61e of anti- thrombin and thromboplastin in the coagulation of blood A. ii 60. the nature and action of the thrombo- plastic (zymoplastic) substance of the tissues A.ii 1078. Hryntschak Theodor estimation of hippuric acid in urine A. ii 1007. Habbard W. S. tryptic digestion of silk. I. A i 60. Hnber P. See E'douard Bonrgeoie. Hiibbenet E. See S. Kostytacheff. Htibener Gerhard Hubener's method of estimating caoutchoucas its bromide A . ii 1102 1103. Hiihn Fr. See Josef Konig. Hiillweck Gustav. See Wilhelm Schnei- der. Hiittinger K. See Robert Kremann. Hug Ermt the action of scopolamine A. ii 790. Hug Ernst. See also Richard Will- statter. Hughes A . LZ. photo-electric effccts of certain compounds A ii 5 880. emission velocities of photo-electrons A. ii 883. Hughes Ernest Chislett and Arthur Walsh Titherley the action of xiti- monia on 6-chloro-2-ph~nyl-1:3-ber1z- oxazine-4-one T.219 ; P. 6. Hugoanenq Louis and A lbert Morel compounds of chromic hydroxide with amino-acids derived froin proteins A. i 168. Euiah Horace C. See Henry Droop Richmond. Huizinga (Miss) Alida estimation of nitrogen in drainage water and rain water by Schloesing's method A. ii 89. Kambert Maurice. See Wilhclm Prendtl. Humfrey J C. W. the intercrystalline fracture of iron and steel A . 11 1058. Eundeehagen Franz a flat filter A. ii 484. Hnnnius Theodor. See Paul Rabe. Hunter Andrew urocauic acid A. i Hunter William Hummett. See Henry Huppert Oskar. See RirdoEf Wegeche- Kusler Joseph. See Paul Cirosser. Kuesakof Louis and William H. Wel- ker egg capsules of two species of shark A. ii 369. Hutchinson Arth?6t* identity of neo- colemnnite with colemanite A.ii 565. Hutchinson Renrg Urouglium a simple valve for filter-puinp A. ii 933. Kutchison Archibald Moritz and Samuel Smiles syntheses of 3-oxy-(l)- thionaphtlien T. 570 ; P. 62. Hyde A. L. unusual case of specific gravity A. ii 1138. Hynd Alexander. See James Colquhmn Irvine 584. A'zigustirs Torrey. ider. I. Icole the thermal conductivity of giaphite and copper sulphide a t various temperatures A. ii 231. Iljin Leo F. the composition of tannin A. i 43. Imadsu Akira the solubility of sodium dihydrogen phosphate and the transi- tion points of the hydrates A. ii 348. Indra A. See Ecluard Donath. Inghilleri Giuseppe action of aniline on uranyl salts. influence of sunlight on the synthesis of alkaloid bases by the action of alcoholio ammonia on aldehydes. IV. A.i 831. Inghilleri Giuscppe and B. Gori com- 1)lex salts of quinoline with uranyl salts A. i 650. Inoetzanzeff A . A. native iron from Russian Island Vladivostok A. ii 170. Inouye Kntsuji the xanthoproteic re- action A. i 922. the origin of creatine in the body A. ii 1079. Inouye KcLtsuji. See also The Svedberg. Inouye h'pngo. See EmiZ Abderhalden. lI. A. i 620.INDEX OE IpatiefE Wladimir N. the replacement of metals from aqueous solutions of their salts by hydrogen a t high temperatures and pressures A ii 5 0. Ipatieff JYladimir N. arid G. Bala- tschinsky catalytic reactions at high pressures and temperatures. XXIII. Hydrogenation of acetone in the presence of copper oxide and zinc dust A. i 7. catalytic reactions a t high pressures and temperatures. XXIV.Hydro- genation of the terpenes A. i 37. Irvine James Colquhoun and Alexander Hynd the conversion of d-glucos- amine into d-glucose T. 1128 ; P. 54 126. synthetic aininoglucosides derived from d-glucosamine P. 319. Isgarischeff N. normal and liquid potentials of non-aqueous solutions A. ii 729. Isham Helen the loss of carbon during solution of steel in potassium cupric chloride A. ii 387. Ishida Migaku. See Card Nenberg. Ishihara Hiromu nitrogen distribution in the urine of dogs in cases of sub- acute phosphorus poisoning A. ii 792. Ishihara Hiromu. See also Otto von Fiirth. Ieler Max. See Richard Willstiitter. Ismailsky von new synthesis of benzyl- idine-2-methylquinoline A. i 128. Issekntz Bdla von the synergic action of local anmthetics A ii 666. the synergic action of the opium alkal- oids A.ii 667. the antagonism between the opium alkaloids and apomorphine A. ii 667. Ltrati Constantin I. reiriarks on the nomenclature of organic chemistry A. i 597. Istrati Constantin I. and AI. Mihail- escn albanite A. ii 773. Itsllie LeopoLd can dipterocarpol A. i 352. Ildlie Leoyold van and Max Kerbosch minjak lagam A i 372. Ivanoff A. di-p- hyd rox y diplieny liso- pentane A. i 761. Iwakawa K. cynanchotoxin the poison- ous constituent of Cynnnchm cawla- tzrm Maxim. and phytolaccotoxin A. ii 202. Iwanoff A . A . qualitative analysis of complex mixtures by boiling with sodium carbonate A. ii 199. origin of naphtha A. ii 171. AUTHORS. ii. 1289 Iwanoff Konstuntin emission of the D- lines bydiffcrent sodium compoui:ds A. ii 1113. determination of the optical para- meters of the D,-line A ii 1114.Iwanoff Leonid the action of oxygen on the alcoholic fermentation of peas A. ii 197. IwanofT Nicolazu N. See Wladimir I. Palladin. Iwanoff IY. N. a simple apparatus for the estimation of small quantities ot arsenic A. ii 296. explosibility of uranium nitrate A. ii 455. the detection of nitric acid in sulphur trioxide A. ii 1093. Izar Guido lipolysis A. ii 655. J. Jabkzyhski Kasimir and 8. Przemyski reactions in heterogeneous systems. I. The rate of evaporation of water and aqueous solutions A. ii 908. reactions in heterogeneous systems. 11. Rate of absorption by potassium hydroxide of carbon dioxide mixed with a current of air A ii 909. Jaboin A . See €I. Dominiai. Jack Robert magnetic resolution of the spectrum lines of niobium A.ii 1017. Jackson Charles Loring and Harold Eugene Bigelow l-bromo-2:4:6-tri- iodo-3:5-dinitrobenzene and some of its derivatives A. i 101. Jackson Charles Loring and Eher Keiser Bolton octaiodoquiii h ydrone A. ii 476. Jackson Charles Loring and Qeorge Leslie Kelley certain derivatives of tetrachloro-o-benzoquinone A. i 275. Jackson Dennis Emerson pharmaco- logical action of vanadium A. ii 278. Jackson Frederick Gray specific heats of crystallised salts A. ii 1134. Jacobs Charles. See Frbddric de Hare. Jacobs WaEtcr Abraham the prepara- tion of glucosides A. i 946. removal of phospho-tungstic acid from aqueous solutions A. ii 1177. Jacobs Walter Abraham. See also Irving Cozcan Allen and Phebus A . Levene. Jacobsohn WilEy. See Kurl W.Bosenmnnd. Jacobson Clara the effects of blood- transfusion in parathyroid tetany A. ii 468.ii. 1290 INDEX OF AUTHORS. Jaoobson C. A. alfalfone a ketone of the formula C,,H,O obtained from alfalfa ; alfalfa investigation II. A. i 239. improved extractor A. ii 37. myristone obtained from alfalfa A. ii 80. alfalfa investigation. 111. Tlie colouring matters in alfalfa A ii 976. a delicate method for determining minute quantities of chlorophyll A. ii 1011. Jacobson C. A and LLon Marchlewski duality ofchlorophyll A. i 285. the chlorophyll group. XV. Methods for eetimation of the components of chlorophyll (allo- and neo-chloro- phyll) A. ii 705. Jadin F. and A. Astrac hydrogen apparatus for Marsh's test A. 11 387. presence of arsenic in some vegetable foods A.ii 478. presence of arsenic in plant parasites and in plants supporting parasites A. ii 976. determination of manganese in the vegetable kingdom -4. ii 976. Jaeger Frans Mawits the protochemical transformations of solutions of ferric trichloroacetate A. i 3. a remarkable case'of isopolymorphisni with salts of the alkali metals A. ii 47. Jaeger Frans JIazLrits and H. R. Doorn- boach the iodides of elements of tlic nitrogen group A. ii 640. Jaeger Pram Mawits and H S. van Klooster natural nnd artificial thio- antimonites and thioarsenites A. ii 1169. Jaeger Frans Mawits and ,T. R. N. van Kregten miscibility in the solid con- dition between aromatic nitro- and nitroso-compounds A. ii 338. Jaeger Frans Mawits and J. B. Menke tellurium. 11. Compounds of telluriuni and iodine A.11 344. Janeoke Ernst the constitution of Portland cement clinker A. ii 159. molecule or atomic percentages and percentages by weight in binary and ternary systems A. ii 750. the compound 8Ca0,2Si02,A120 A ii 761. reciprocal salt pairs. 11. The salt pair K,CI,-MgSO MgCl,-K&30 A. ii 762. Jineoke Ernst and K. H. Schamann the constitution of Portland cement clinker. II. A. ii 450. Jarvinen K. K. the estimation of sul- phuricacid A ii 486. Jaff6 George electron theory of metals A. ii 418. Jager L. de the influence of magnesium salts and sodium acetate on the acidity of urine A. ii 276. Jahn Max. See Conrad Willgerodt. Jak6b TV. and Stanislaw Toffoczko analysis of thorianite from Ceylon A. ii 172. James Charles separation of the rare earths A ii 690.James Charles F. M. Hoben and C. H. Bobinson new compounds of samarium and neodymium A. i 233. James Charles and T. 0. Smith the quantitative Separation of lanthanum from yttrium A. ii 999. James Charles and C. F. Whittemore hydrates of lanthanum oxalste A. ii 943. James Charles. See also T. 0. Bmith and C. F. Whittemore. James Dan Ivor and Humphrey Owe?& Jones the mechanism of the racemisa- tioii of some hydroxy-acids by heat T. 1158 ; P. 143. Jamieson George S. a volumetric method for estimating antimony in alloys A. ii 96. volumetric method for the estimation of hydrazine A. ii 487 new volumetric method for the estima- tion of mercury A ii 493. Janetaky 3. See Iiobert Kremann. Janicki L. structure of the mercury line h = 5461 A. ii 1017. Jankowitsch Urosch detection of chromium sesquioxide insoluble in acids A.ii 692. Jannasch Paul use of a mixture of nitric acid and hydrogen peroxide in analyti- cal investigations A ii 383. Jannasch Pad and Oskar Bontala the quantitative separation of copper froni arsenic aluminium zinc tungsten and tin in sodium hydroxide solutions containing sucrose by means of hydro- genperoxide A ii 388. Janney N. the excretion of ammonia in human urine by the administration of urea and sodium hydrogen carbonate A. ii 185. Jansen F. C. Jf. See Lodeiuyk Th. Beichef. Januen Hans and Ove Strandber is the bactericidal action of ragurn emanation due to the evolution of ozone? A. ii 974.INDEX OF AUTHORS. ii. 1291 Jantech Guslav the double nitrates of Jaubert George F. [the measurement of Javillier Maurice,. effect of withdrawing zinc from the culture medium of Aspergillus niger on the secretion of sucrase [invertasel by this mould A.ii 377. influence of zinc on the consumption of its hydrocarbon nitrogenous and mineral food by Aspergillus niger A. ii 861. conipounds of silicotungstic acid with antipyrine and pyramidone A. ii 948. Javillier Xaurice and Benja?lrin Sauton is iron indispensable t o the forniation of conidia of Aspergillits niger? A. ii 192. Jeanneret 22. See Mux Wunder. Jegoroff Af. A . the properties of phytin A. i 676. Jentgen H. cellulose. 111. Xyloidins A i 416. Jerusalem Gemye morphotropic rela- tionships between racemic compounds ancl their optically active components T. 1268 ; P. 165. Jesse RiclLard H. juir heat of combus- tion of ethylbenzene A.ii 1041. Jeeeen-Hansen H. wheaten flour. I. Influence of the hydrogen ion concen- tration on the baking value of flour A. ii 675. Jeiek B. natrolite from San Benito Co. Crtlifornia A. ii 774. Jimeno Bil Emilio decomposition po- ten tials of certain double thiosulphates and their application to electro-analy- sis A. ii 987. Job Pad and iliareel Boll photochemi- cal hydrolysis of very dilute solutions of the chloroplatinic acids A.. ii 1119. Job Pad. Jobling Edgar. See Gilbert Thomas Morgan. Jodidi S. L. chemical nature of the organic nitrogen in the soil. II. A ii 292. Johaneen E. S. a peculiar luminous effect in the Buiisen flame and the flame spectrum of aulphur A. ii 402. Johaneaon David. See Hans vmz Euler. Johanaeon Hj. velocity of reaction of different bases with halogen-substi- tuted acids.Johns Carl Oscar purines. IV. 2-Oxy- purine and 2-oxy-8-methylpurine A. i 224. purines. V. 2-0xy-l-methylpurine A. i 320. the rare earths. gases] A. ii 1090. II. A. ii 767. See also Marcel Boll. I. A. ii 544. Johne Carl Oscar purines ; 2:8-dioxy- 6:9-dimethylpurine and 2:8-dioxy- l:methylpnrine A. i 588. purines. VII. 2-0xy-6:8:9-trimethyl- purine 2-oxy- 6 9-dime thylpurine and 2-oxy-8:9-dimethylpurine A. i 799. Johneen Arrien glauconite from the Kurische Nehrnng East Prussia A. ii 178. Johnson Alfred E. the phenolsulphonic acid method for the estimation of nitrates in water A ii 89. Johneon Arden Richard organic boro- nitrogen compounds A. i 171. Johneon Frederick the influerice of tin and lead- on the rnicro-structure of brass A.ii 762. Johneon Frederick M. G. dissociation. pressures of phosphonium bromide and iodide A ii 833. a simple automatic mercury piimp A. ii 840. nlumina as a drying agent A. ii 847. Johnaon Frederick M. Q. See also Douglas XcIntosh. Johneon Treat Baldwin hydantoins. IX. Action of potassiuni thiocyanate on alanine A. i 390. Johneon Treat Baldwin ancl Joseph A. Ambler desmotropism in the JI-thio- hydantoins A. i 799. Johnion Treat Baldwin and .Robert Bengie hydantoina. XVII. Syn- thesis of the hydantoin of 3-amino- tyrosine A. i 808. hydaritoins. XVIII. Synthesis of 3- broinotgrosine A. i 809. Johnson Treat Baldwin and Chades AiLdrew Brautlecht hydantoins. XII. Synthesis of thiotyrosine A. i 805. Johnaon Treat Baldwin Rnd Qerald Bnrnham thioamides.IV. Action of hydrogen sulphide on nitrogen-substi- tuted aniinoacetonitriles A. i 304. Johnaon Treat Baldloin and Lewis H. Chernoff action of alkyloxitles and amines on benzoyl isocyanocliloride [benzoylcarbylamine chloride] A i 219. hydaritoins. XIX. Synthesis of 5- thiohydantoins A. i 810. Johneon Treat Baldwin and Herbert Hartley Oueet hydantoins. X . Action of potassium thiocyanate on pyrrolidonecarboxylic acid ; 2-thiq- hydantoin-4-propionic acid A 1 316. XIV. The action of po- tassium thiocyanate on asprtragiue hydantoins. A. i 807.ii. 1292 INDEX OF AUTHORS. Johnron Treat Baldwin and Arthur Joseph Hill pyrimidines. LIV. Con- densation of carbamide and guanid- ine with esters of allylmalonic and some alkyl-substituted allylmalonic acids A. i 134.pyrimidines. LVII. Action of potas- sium thiocyanate on primary haloids A. i 912. Johnson Treat Baldwin and Charles Hoffman hydantoins. VIII. Action of bromine on tyrosinehydantoin A. i 136. Johnson Treat Baldwin and Robert C. Moran pyrimidines. LVIII. Oximes of sonie thioglycollide compounds and their behaviour on reduction A. i 913. Johnson Treat Baldwin and Ben H. Nicolet hydantoins. VII. Syn- thesis of 2-thiohydantoin A. i 53. hydantoins. XI. New method of synthesising N-alkyl derivatives of a-amino-acid s. RI ethyltyrosine A i 685. hydantoins. XVI. The alkylation of 2- thio-4 -benzylidenehydan toin A . i 808. Johnson Treat Baldwin and William B. O’Brien hydantoins. XIII. A new method for the synthesis of phenyl- alanine A. i 806. Johnson Treat Baldwin George Morton Pfau and Willard Wellingtmr Eodge hydantoins.XV. The tiesulphuris?- ‘ tion of 2-thiohydantoins A. 1 807. Johnson Treat Bsldwin and Norman A. Shepard pyrimidines. LVI. Action of liydroxylamine on 4-methyl-l:g-di- hydro-6-pyrimidone-2. thioloxalylace- tic acid. a-Oximino-8-thiolpropionic acid A i 910. Johnston John a correlation of the elastic behaviour of metals with certain of their physical constants A. ii 129. Johneton Joh?t and 1;. H. Adams density of solid substances with espe- cial reference to permanent changes produced by high pressures A. ii 687. Johnston John. See also L. E. Adams and Eugene Thrmtas Allen. Johnston Robert A. A [Canadian mine- rals] A. ii 358. Johnrtone S. J. Jolibois Pierre the yield in the Grig nard reaction A. i 675. the formula of organo-magnesium de- rivatives magnesium hydridc A.i 753. See T7wmas Crook. Joller Adolf the physico-chemical basis of the Seliwanoff laevulose reaction A. i 608. estimation of sucrose in urine in the presence of other,sugars A. ii 1004. detection of glycuronic acid in dis- betic urine A ii 1217. Joly John radioactivity of the rocks of’ the St. Gothard tunnel A ii 224. radioactivity of terrestrial surface materials A. ii 1032. Jona Te?nistocZe bromo- and chloro- guaiacols A. i 760 detection of small quantities of chloral in the presence of chloroform A ii 698. nitrogenous compounds in meat ex- tract A. ii 786. dipeptides in the extractive subetances of the muscle A. ii 785. cryoscopy of meat extracts A. ii 785. Jona Temistocle. See also Ewico Rimini. Jones Ernest Grifiths William Henry Perkin j21n.and Robert Eobineon isonarcotine T. 257 ; P. 4. Jonen E. V. See WiZZhm I;. Dudley. Joner Francis the volatility of sulphur and its action on water A ii 934. Jonee Earry Clarp absorptiou spectra and the solvate theory of solution A. ii 607. Jones Harry Clary and J. Sam Qny absorption spectra of aqueous solutions of salts of neodymium and praseody- mium rn rneasured by means of the radiomiorometer A. ii 711. Jones Harry Clary and William Walk6r Strong absorption spectra of comparatively rare salts. XXXV. Spectrophotography of certairi chem- ical reactions and the effect of high temperature on the absorption spectra of non-aqueous solutions A ii 216. Joner Hawy Clary. See also P. B.Davie Henry R. Kreider A. Springer j w t .and E. P. Wightman. Joner Eumphrey Owen and John Gunning Moors Dunlop the configura- tion of substituted ammonium com- pounds T. 1748 ; P. 221. Jones Humphrey Owen and Charles StanEey Bobinson nickelo- and pal- ladio-dithio-oxalic acids T. 932 ; P. 129. dithiomalonates T. 935 ; P. 129. Jones Humphrey Owen. See also (Sir) James Dewar (Miss) Murirl Qwendolen Edwards Ralph B d m e s Garrod Dan Ivor James Hichard William DadRI Preston and Charles Stanley Bobinnon.INDEX OF AUTHORS. ii. 1293 Jones Lauder William Beckmann re- arrangement of hydroxamic acids A. i 692. Jones (Miss) Marian. See Kennedy Joseph Previtd Orton. Jonem Walter the formation of guanylic acid from yeast nucleic acid A i 870. Jonea Webster Newton. See Lnthnm Clarke. Jong Anne Wi2lern Karel de decom- position of gynocardin by the enzyme of the leaves of Pnitgiuin edule A. i 39.influence of calcium benzoate on the solubility of calcium cinnamate A. i 699. plants containing essential oils A. ii 80. estimation of cinnamic acid in aqueous solutions by means of bromine A. ii 103. Jonker Willern Peter Andries colloidal chemistry and the phase rule. II. A. ii 440. Jordan H. E. and J. A . E. Eyater the physiological action of extracts of the pineal body A. ii $4. Jordie Edward precipitation from salt solutions by alkali hydroxides and carbonates A. ii i 4 5 . Joriaaen Amand importance of hy- drogen cyanide and glucosides pro- ducing hydrogen cyanide in plaut chemistry A. ii 864. Jorissen Willem Pauli?ws oxidation of ammonia in aqueous solution A. ii 249.heat of hydration A. ii 626. formation of hydrogen ?,ulphide through '' galvanic action A. ii 637. Joriaaen Willem Padinus and H. JV. Woadstra action of radium emana- tion on colloids. Joseph W. E.. See A . D. Emmett. Jort B. explosion of radium bromide through the action of water A. ii 224. Jonniaux a supposed compound of camphor and naphthalene A. i 198. binary mixtures oontaining camphor A i 572. cryoscopy in camphor A. ii 626. Joardain Pierre Roger. See Marcel Chichard. Jovitachitach Milorad 2. chromic and aluminium nitrates A. ii 261. Jowett Hooper Albert Diekinson and Frank Lee Pympn note on the alka- loids of Pilocarpus racenwsu.8 P. 268. II. A . ii 522. Joye Paul and ChrEes Gamier corn- pounde of neodymium A ii 552. Joyner A. A. the affinity constants of hydrogeu peroxide A. ii 1123.Jiiptner Hans von vaporisation. V I . A. ii 829. Jiirgens Boris. See Wilhehn Steinkopf. Jungfleisch Emile r-dilactylic acid and i-dilactylic acid A. i 942. Jarisch &. See Adolf Sieverts. K. Kade Fritz. See AdoZfGriin. Kafka Erwin potassium iodide and mercurous nitrate as delicate reagent for tungsten and molybdenum A. ii 693. Kahn Eduard the influence of calcium on the action of muscular excitation by their constant current A. ii 184. Kahn Nm absorption and distribution of aluminium from aluininised foods A. ii 366. Xailan AntoqL specific gravity and hygroscopic power of glycerol A. i 154. the chemical action of penetrating radium rays. I. The influence of penetrating ray8 on hydrogen per- oxide in neutral solution A. ii 10. the formation of ozone A.ii 40. the chemical action of penetrating radium rays. 11. The influence of the penetrating rays on alkali iodides in aqueous solution A. 11 522. Kajinra S. proteins of rice A. ii 291. Kalb Ludwig dehydroindigotin. IV. Additive compounds A. i 725. Kalb Ludwig and Joseph Bayer 2- phenylindolone and phenylindoxyl A. i 726. Kalberlah Fr. See Gzcstav Embden. Kaliaki David J. See Reuter Ottenberg. Kallaaner O. and I. Preller the sepa- ration of calcium from magnesium A. ii 604. Kalle & Co. [preparation of tliionaphthen [preparation of '' thioindigo " deriva- derivatives] A. i 126. tives] A. i 126. [preparation- of ke toiiaph tho thiophen] [preparation of indigoid compounds] [preparation of '' dihalogendimethyl [preparation of " nsphthioindigo "1 A.i 208. A. i 208. thioindigos"] A. i 208. A. i 209.ii. 1294 INDEX OF AUTHORS. Kalle & Co. [preparation of 2:4-di- chlorophenylthiolacetic acid] A. i 354. [preparation of +cumylthiolacetic acid] A. i 354 557. preparation of p-hydroxyaryl deriva- tives of 2-imino-3-ketodihydro-(l)- thionaphthens A. i 382. [preparation of oxindole derivatives of 2:3-diketodihydro-l-thionaphthen] A. i 389. [preparation of m-acetylaminophenyl- thiolacetic and m-amino-o-tolylthiol- acetic acids] A. i 452. [preparation of s-xylylthiolacetic acid] A. i 453. [preparation of " tetramethylthio- indigo "3 A. i 487. [preparation of 3:4-dichlorophenyl- thiolacetic acid] A. i 557. preparation of 4-chloro-o-tolylthiol- acetic acid A i 557. [preparation of 4-chloro-m-tolylthiol- acetic acid] A.i 557. preparation of dibromoisatin A. i 580. [preparation of 4:6-dichloro-m-tolyl- thiolacetic acid and of 4-chloro-3:6- dimethyl-l-phenylthiolacetic acid] A. i 770. preparation of aldehydes of the aroma- tic series with a t least one hydroxy- group next to the aldehyde group A. i 777. preparation of chloro-l-diazo-2-oxy- and of chloro-2-diazo-1 -oxy -naphtha- lenesulphonic acids A. i 814. preparation of a monosulphonic acid of acenaplithene A. i 959. Kallenberg Sten. See Ldwig Ram- berg. Kaluza Ludwig and R. Haid a new method of preparing thiocarbimides A. i 440. Kamm Oliver See Laurie Lome Bur- gear. Ksmmann O. pollen toxin A. ii 1204. Kampen 6. B. van estimation of fluor- ides A. ii 88. Kaneko Kwsuke. See Rudolf Buer. Kanitz Arktides the conditions for optimal action of invertase A.i 60. Kappeler Ham sulphonation of p-ni tro- the iodine oxides I,O and Il0Ol9 and Karaoglanoff I;. gravimetric estimation volumetric estimation of manganese naphthalene A. i 251. iodine nitrate A. ii 39. ofmagnesium A. ii 1212. A. ii 1214. Karczag Lasxld the fermentation of the different tartaric acids A. ii 284. in what way is tartaric acid attacked by yeast 'I A. ii 973. Karczag Lasdd. See also Carl Neuberg. Kardos M. See Curl Liebermann. Xarl E. See Chyistian Seer. Karrer P. aromatic arsenic compounds. I. p-Nitrosophenylarsinic acid A. i 740. aromatic arsenic compounds. 11. Azo- dyes containing arsenic A. i 929. Karzeff Nikolaus. See Osknr Baudisch. Kasanski A. the separation of peroxy- dase and catalase A. i 403. Kaechiwabara M.the influence of acids and alkalis on sutolysis with the use of different antiseptics A. ii 959. Xashiwado T. See E d Abderhalden. Xassner G'eorg ethyl ether A. i 826. Kaat Herrmann derivatives of 5-benzyl- Xastle Joseph Hoeing. See Oliver N. Katayama Mnsao the nature of atomic weight A. ii 1156. Katayama l'omio. See Hermum Ost. Kato Kun the enzymes in young bamboo shoots A. ii 81. Katz J. R. significance of Neinst's formula relating to ideal concentrated solutions for the phenomena of swell- ing A. ii 1142. Katz J. 3. See also Philipp Kohnstamm. Katzer Friedrich poechite an iron manganese ore from VareB in Bosnia A. ii 175. Kauffmann iizcgo [Jusefl constitution of triplienylmethaiie dyes A. i 397. Kauffmann Hugo ant1 Pelix Kieser tiiphenylcarbinols. IV.A. i 853. Kaufbann Hugo and Pad Pannwitz triphenylcarbinols. III. A. i 351. Kauffmann Eugo and AEbrech4 de Pay 4'-nitro-2:5-dimethoxybenzophenone A. i 365. KaufEinann Hugo and LeqoZd Weissel fluorescence in the terephthalic acid series A. i 863 ; ii 1020. Xaufmann AdoZf preparation of con- densation products in the pyridine quinoline isoquinoliiie and acridine series A. i 516. preparation of condensation products of cyclic ammonium bases A. i 1017. Kaufmann Adolf Eeinrich Payer and Maz Xunkler 4-qninolyl ketones A. i 1017. Kaufmann Adolf Heinrich Peyer and A. Widmer cyanocyclaminanes. V. Synthesis of cinchonic and quininic acids A. i 650. pyrimidine A. i 1023. Shedd.INDEX OF Kaufmann Adoy and Loi~is G. Vallette a new method of preparing cyclamine aldehydes and alcohols A.i 655. Kaufmann Adow and Ermt Vonder- wahl quinoline dyes. 11. Constitn- tion synthesis and degradation of cyanides A. i 502. Kaufmann Ham. See Wilhelm Schneider. Kaufmann Lidwig preparation of aromatic stibines A. i 328. Kantzsch Karl. See Emil Abderhalden. Kay Sidney A . Kaye George William Clarksm. See John Allen Harker. Kayes Frederick Q. See Gilbert Newton Lewis. Kayser E. influence of uranium salts on alcoholic ferments A. ii 860. influence of nitrogenous matter on the production of ethyl acetate in alco- holic fermentation A. ii 861. Kaeakoff N. Keane Clmrles Alcxander. See William L. Austin. Keeble Frederick and Edward Frank- land Armstrong distribution of oxydaees in plants and their rdle in the formation of pigments A. ii 673. Keegan P.Q. plant chemistry A. 11 1085. Keesom W. H. the second virial co- efficient for diatomic gases A. ii 1157. Kehrmann Friedrich and M. Giinther ethers of hydroxyquinolbenzein [2:3:7- trihydroxy-9-phenylfluorone] A. i 1012. Kehrmann Friedrich and Joseph Knop carboxoninm compounds A. i 43. Kehrmann Friedrich and L. L o w the simplest thiopyronine A. i 207. Kehrmann F?iedrich and A. Xasslenik- off action of acetic anhydride on 1- aminoapossfmnone A. i 1033. Kehrmann Friedrich and St. Micewicz cause of the blue colour produced by nitrous acid and other oxidising agents in sulphuric acid solutions of diphenyl- amiue A. i 1020. Kehrmann Friedrich and Georges A . Sava aromatic sulphine bases. 111. A. i 967. Kelber Lzddwig Christian and Aizton Schwarz constitution of the desaurins A i 206.colloidal palladium ; partial and total hydrogenation of phenylacetylene tolane and diphenyldiacetylene A. i 617. ketoaldehydes ; mercaptals of benzoyl- and thienoyl-acetaldehyde A. i 866. colloidal platinum A. ii 772. See James Walker. See Peter J. Schestakoff. LUTHORS. ii. 1295 Keller 0. See JostfTambor. Kellerhoff E. See Erich Huller. Kelley Cfcorge Leslie. See Charles Kelley W. P. See Henry Chalmers Kemp Jakob G. Kempf Richurd weighing in analytical operations A. ii 1207. Kempf RicILard. See also Friedrich Willy Rinrichsen. Kendall Arthur I . and Chester J. Farmer bacterial metabolism. I. IJ. III. V. VI.; VII. A. ii 793 860 1199. Kendall Arthur I. Chester J. Farmer Edward P Bagg jun. and AZemnder A . Day bacterial metabolism. IV. A. ii 860.Kendall E. C. estimation of copper ; modification of the iodide method A. ii 93. new method for the estimation of the reducing sugars A ii 393. estimation of copper A. ii 604. estimation of iodine in presence of other halogens and organic matter A. ii 864. Kendall James the velocity of the hydrogen ion and a general dissocia- tion formula for acids T. 1275 ; P. 158. the problem of strong electrolytes ; preliminary note P. 255. solubility of calcium carbonate in water A. ii 643. Kennaway Ernest Lai~,re~xe and Marcus Seymour Pembrey the effects of section of the spinal chord on tem- perature and metabolism A. ii 1067. Kennedy IV. T. the number of 6- particles expelled concurrently with each a-particle emitted by polonium A ii 719. Kenner James formation of seven- and eight-membered rings from 2:2’- ditolyl P.187. diphenyl-2:3 :2’. 3’- tetracarboxylic acid ; preliminary note P. 277. Kenner James and (Miss) Xmily Gertrude Turner the reactions of dibenzocycloheptadienone; preliminary note P. 277. Kenrick Frank B. lantern experiments on surface tension A. ii 840. lantern experiments on reactions in non-homogeneous systems A. ii 841. Kent Albert Frank Stanley influence of salts on the action of rennet 011 milk A. ii 184. Loring Jackson. Biddle. See Jakob Kmr.ii. 1296 INDEX OF AUTHORS. Kenyon Joseph. See Robert Howson gepinow Leon the influence of iodine Kerb Johannes preparation of mercury compounds of sulphamidobenzoic acid A. i 452. preparation of readily soluble com- pounds of oxymercurisalicyl anhydr- ide (salicylic acid mercury oxides) A. i 932.Kerb Johannes and Paul Lazarue the degradation of monosodium \irate under the influence of radium emana- tion-D A. i 662. Kerb Johannes. See also Curl Neuberg. Kerboroh Max. See Leopold van Itallie. Kerkoviue W. See Hans Bupe. Kern Edward F. See Ching Yu Wen. Kernbanm Niroslaw decomposition of water by solar radiations A ii 342. Kernot Giuseppe and Umberto Pomilio cryoscopic and viscometric be- haviour of some solutions of quinoline A. ii 429. influence of non-electrolytes on the solubility of lead chloride A. ii 452. Kesaler Sidonius and Huns Rupe rediiction of semicarbazones A i 219. Ketcham C. S. J. T. King jun. and Donald R. Hooker the effect of carbon dioxide on the isolated heart A ii 1191. Keyes Frederic G. dissociation pressures of sodium and potassium hydrides A.ii 627. Kida Z. influence of rice bran on the manurial value of phosphoric acid contained in oil cakes A. ii 596. Kieeel Alexunder action of different salts on the development of Aspergillus niger A. ii 861. Kieser Felix. See Hugo Kaufiann. Kijner Nicolai M. decomposition of alkylidenehydrazines ; conversion of ionone and $-ionone into the cor- responding hydrocarbons CI3HE A. i 119. decomposition of alkylidenehydrazines; conversion of furfuraldehyde into 2- methylfuran A. i 204. decomposition of alkylidenehydr- azines A. i 212. decomposition of pyrazoline bases as a means of obtaining derivatives of cyrlopropane A. i 245 767. Kiliani Heinrich subatitute for separat- iog funnels A. ii 245. Kil i Sdo velocity of hydrolysis of the afkyloxg-amides RO'[CH,E.CO *NH A ii 748.Pickard . on autolysis A. ii 69. Kindeoher Erich. See Friedrich Willy Hinrichsen. King Albert Theodore. See Walter Norman Haworth and William Xughes Perkine. King Harold. See Arthur James Ewina. King J. T. jun. See C. S. Ketoham. Kingzett Charles Thomas and Reginald C. Woodcock production of formic and acetic acid by the atmo- spheric oxidation of turpentine A. i 367. Kinoehita S. S. Nishikawa and S. Ono the amount of the radioactive products present in the atmosphere A ii 12. Kinecher Xux. See Carl Paal. Kipping Frederic Stanley organic derivatives of silicon. Part XV. The nomenclature of organic sili- con conipounds T. 2106 ; P. 243. organic derivatives of silicon. Part XVI. The preparation and proper- ties ofdiphenylsilicanediol T.2108; P. 243. organic derivatives of silicon. Part XVII. Some condensation products of diphenylsilicanediol T. 2126 ; P. 244. Kipping Frederic Stanley. See also Robert Bobieon and Thomas Alfred smith. Kircher Wilhelm condensation of methyluracil and formaldehyde A. i 53. Kirchheim Ludwig the toxic action of trypsin and its capacity to digest living tissues A. ii 190. Kirchner Walter. See Chemieche Pabrik Oriinau Landshoff & l a y e r . Kirchoff A. analysis of calcium cyanamide A ii 1111. Kirsch AZcxander. See Huns von Halban. Kirechbaum C. See Julius von Braan. Kirachner Aage dimorphism of oleic solubility of silver thiocyanate A. ii Kirschten Curt. See Bug0 Simonie. Kisch Bruno the surface tension of the living plasma membranes of yeasts and moulds A.ii 588. Kiech Bruno. Kieekalt Karl deodorieation A. ii 974. Kissling Richard estimation of nicotine in tobacco and in green tobacco leaves A. ii 398. Kittel Johunn. See AZfr& Wogrinr. acid A i 533. 423. See also Joseph Seiice.INDEX OF 4UTHORS. ii. 1297 and Edward H. Xraus. Klapproth W. analysis of lactic acid Klaeon Peter and E j n h a r Mellqniet iodometric method for the quantita- tive estiination of small quantities of selenium in sulphur and pyrites A. ii 201. estimation of seleninm in pyrites A. ii 990. Klaaon Peter and B. Segerfelt the ethereal oils of the wood of the spruce A. i 788. Klee Hi. See Olto Cohnheim. Kleeman Richard Daniel nature and velocity of un ioii in a gas A. ii 8. the heat of combustion of a molecule aud its chemical attraction constant A.ii 21. law of molecular attraction A. ii 443. the different internal energies of a sub- stance A. ii 535 901. kinetic properties of a molecule in a substance A. ii i34. the ionisatioii produced by the collision of positive ions in gaseous mixtures A. ii 883. properties of substances connected with the kinetic properties of the molecules. I . A. ii 901. exact form of the law of nrolecular attraction A. ii 1157. Kleemann filtering device for the col- lection of separate liquids A . ii 598. Klein Artw. See Morilz Kohn. Klein. A . A . See Hermon C. CooDer A ii 211. A ii 965. Kliegl AZfred the action of solutions of ethoxides on m-nitrobenzylidene chlor- ide A. i 268. Klimont Isidor thecomponents of animal fats A. ii 580. Klimont Isidor and WiZheZin Neumann deteriiiiiiation of unsaturation in hydro- aromatic substances A.i 37. Klimont Isidor Wililelm Neumann and Erwin Schwenk bromine nbsorptive capacity of organic compounds A. i 933. Kling Andd and D. Florentin general method for the estimation of tartaric acid A. ii 1006. Klinger Hcin~ich derivatives of henzilic acid and of clllolodiphen y lii ce tic acid A. i 557. diphenyleneglycollic a-chlorodi- yhenyleneacetic and a-bromodi- phenyleneacetic acids A . i 558. derivatives of alkyloxydiphnnylacetic acid and alkyloxydipheiiyleneacetic acid A. i 701. Klinger Heiwich anti Wulter Martin- off mm'-diiiitrobenzil A. i 571. Klinger Heinrich and G. Nickell de- rivatives of diphenylbromoacetic acid A. i 699. Klinger Jluz. See Conrad Willgerodt. Klinkerfnee Friedrich standardising of acids without the aid of alkali solu- tions A. ii 87.Klooman L. the action of certain medica- ments on the healthy alimeutarv canal Klein Oakar 'the sdlubility of zinc hydr- oxide in alkalis A. ii 351. Kleiner Isyael Simon the physiological action of sonie ltyrimidine compounds of the bai bituric acid series A. ii 667. Kleiner Israel Simon and Samuel James Meltzer glycosuria produced by sub- cutaiieous and intra-muscular injec- tions of adrenaline A. ii 281. Kleinstuck Nurtin volumetric analysis of cinchona bark A ii 817. formaldehjde in the cambial sap of conifers A. ii 1202. Klemenc AIfoiis derivatives of 5-nitro- eugenol and of nitrated methoxy- benzoic acids A. i 459. nitration of guaiacol A. i 695. measurement of electrical conductivity A.ii 121. Kliegl AZfred the iuflnence of the nitro- group on the sulphonation of di- phenylmethane A. i 251. Jaeger. Klotz Max carbohydrate metabolism A. ii 575. Knaffl-Lenz h'rich volt and Wilhalin Wiechowski action of radium emena- tion on monosodium urate A. ii 622. Knapp Arthur William decom position of water a t ordinary temperatures by magnesium A. ii 685. Knapp Th. the influence of guaiacol derivatives oil the excretion of glyaur- oiiic acid A. ii 73. Xnecht Edmund and John Percy Batey a modification of the Beokmann appar- atus T. 1189 ; P. 142. Knipp Charles T. rays of positive electricity from the Wehnelt cathode A ii 9. Knoche Walter the emanation content in the sea-water and the active deposit from the air between the Chilian coast and the East Indies.I. and 11. A. ii 223. measurements of induced activity in the Bolivian cordilleran A. ii 619.ii. 1298 INDEX OF AUTHORS. Knoll & Co. preparation of a compound of codeine with diethylbarbituric acid A. i 209. preparation of diarylamines A. i 345. preparation of organic compounds con- taining sulphur A. i 759. condensation of organic compounds with tho aid of iodine A. i 960. Knoop Franz. See Yashiro Kotake. Knop Joseph. See Friedrich Xehr- mann. Knorr Franz detection of carbon disul- phide hydrogen sulphide and other compounds containing sulphur (albu- min) in fats and oils A. ii 990. Knorr Joscf assay of fumirig sulphuric acid A. ii 1209. Knorr Ludwig and Walter Hartmann morphine. XXIII. Preparation and hydrolysis of an iodocodeide A. i 489. morphine.XXIV. Methods of pre- paration of ethers of +-codeine A i 489. Knorr Ludwig and Kurt Hers an attempt to synthesise 2:3-dimethyl- 4-ethylpyrrole (hEmopyrrole) A i 900. acetylpyrroles A. i 900. Knothe Max. See Johannes Scheiber. Knowlton Frank P. the influence of colloids on diuresis A. ii 71. Knowlton Frank P. and Ernest Henry Starling the influence of temperature and blood-pressure on the isolated mammalian heart A. ii 571. Kobayashi Matsusuke composition of thorianite A. ii 1181. Xober Philip Adolph J. Theodore Xarehall and E. N. Boaenfeld phe- nolphthalein and its colourlesa salts. 111. Preparation of monobasic phenol- phthalates A. i 865. Kober Philip Adolph and K. Snginra the copper complexes of amino-acids peptides and peptones A i 952. copper complexes of amino-acids pep- tides and peptones.11. Their configurations and relation to the biuret reaction A. i 953. Kober Philip AdoZph. See also K. Kobert Karl pharmacological action of Xoch Alfred and Siegfried Seydel cel- lobiose aa a source of energy for nitrogen fixation by nzotobncter A. ii 77. the process of nitrogen assimilation by azotobacter A. ii 77. Koch Hans. See Fr. Flade. Kooh P. Bnginra. certain 2:5-pyrines A. ii 472. See Leo A. Tichugaeff. Xoch Wuldemar should the term pro- tagon be retained ? A. i 233. Koch Wilhelm. See Iiobert Pschorr. Koch W. F. the occurrence of methyl- guanidine in the urine of parathyro- idectomised animals A. ii 1194. Kochmann Martin the action of phos- phorus on the calcium inetabolism of the dog A. ii 372. Kochmann Marlin and JValhelm Strecker a gas-volumetric method for estimation of ether and chloroforni vapour in atmospheric air A.ii 1003. Koczirz Fritz the estimation of volatile acids in wines A. ii 211. Xogel Walter. See iWax Buech. Kohler John occurrence and method of formation of resin-acids. 11.) A. i 638. chemical examination of pine-resin (from Picea erceka). III. A. i 639. Kohres Georg. See Erich Beachke. Kohree H. See Xichard Idohlau. Koelker Arthur Hciiwich enzyme of saliva which decomposes di- and tri- peptides A. ii 181. Konig Josg JUIL'ILS Hasenbanmer and Carol Haasler tlie treatment of soil with a strong continuous electric current A. ii 84. Konig Josef and Fr. Huhn estimation of cellulose in woods and textile fibres A. ii 1005 1105. Konig Walter interaction of thio- cyanates and bromine in aqueous solution A.i 16. a peculiar auxochrome action A i 306. quinoliiie-indole dyes A. i 654. constitution of the cyanine dyes A Xonig Walter axid Gcory A lberl Becker relation between the colour and con- stitution on the pyridine dyes frorn secondary aromatic amines A i 495. Xoenig Wilhelm the estimation of methyl alcohol in mixtures with ethyl alcohol especially in brandy A ii 1003. Koenigeberger Johann Georg thermal conductivity of graphite and diamond A ii 231. electrical behaviour of certain sulpliides and oxides and the continuity and reversibility of physical properties in different modifications of solid substances A. ii 419. the share of the free electrons in the specific heat A ii 427. the critical temperature of mercury A ii 1134.i 729.INDEX OF BUTHORS. ii. 1299 Koenigsberger Jolrann Gcorg and K. Kiipferer absorption of light by solid and gaseous substances A. ii 405. Koenigsfeld Harry the physico-chemi- cal bases of the Seliwanoff lrevulose reaction A. i 163. Koepke Enns. See Bichard Escales. Korber Fricdrich the two limiting volumes of liquids a t the absolute zero of temperature and a t infinitely large pressure A. ii 538. influence of pressure and temperature on the electrolytic conductivity of solutions A. ii 889. Koerner lVilhelwL and Bartolo Lino Vanzetti olivil A. i 352. Kotz Artliwr reactivity of atomic groups containing sulphur A. ii 1157. Kotz Arthicr and Ernst Schaeffer reduction of hydroxyniothylene com- pounds A. i 603. Kof KnrZ. See Theodor Curtius. Kohlhaas J.See Karl Fries. Xohlmeyer Ernst J. solubility of silver oxide in litharge A. ii 1054. Kohlrausch Arnt the behaviour of betaine trigoneliine and l-methyl- pyridiniuni hydroxide in the animal organism h. ii 74. Kohlschutter Volkmar pulverisa ion by cathode rays A. ii 719. influence of the nature of the gas on pulverisatioii by canal rays A. ii 1030. Kohlschiitter Yolkmrw and C. Ehlera condensation of metallic vapours A ii 739. Kohlschiitter Yolkmnr andE. IEydmann modifications of silver. 11. Hair-silver A. ii 845. Kohlschiitter Volkrnfir and Emilic Fiechmann modifications of silver. I. Mirror silver A. ii 253. Kohbchiitter VoZkwmr and Alfred Noll finely divided metals A. 11 731. Kohn Moritx a red compound of cuprous iodide with quinoliiie methiodide A. i 801. Kohn Morita and Fyiedrich Bum action o f tribromophcnol and p-hromophenol on toluene in the presence of aluminium chloride A.i 760. Kohn Merit and Arthur Klein re- actions of the isntins A. i 800. preparation of the hydrochlorides of quinoline- and pyridine-iodochlor- ides A. i 1017. Xohn illorit and Alfons Ostersetzer new derivatives of dioxindole A. i 50. Kohn-Abrest Emile extraction and estimation of alkaloids in syrups and saccharine liquids A. ii 398. action of water on aluminium “acti- vated” by mercury A. ii 768. rapid estimation of the impurities contained in paints made with zinc oxide A. ii 867. Kohn-Abrest gmile and Bivera-Maltes influence of various impurities on the activity of aluminium A. ii 648. Kohnstamm Philipp and J. R. Kate vapour pressure lines of binary systems with widely divergent values of the vapour pressures of the components A ii 730.Kohnstamm Philipp and L. S. Omstein Nernst’s theorem of heat and chemical facts A ii 328. Kojo K$i the nitrogen and sulphur content of human blood A. ii 180. the influence of sulphnr and thio- carbamide on the excretion of phenol A. ii 187. the biological action of mesothorium ; the biological action of thorium emanation on men after adminis- tration by the alimentary canal A. ii 964. Kolasius F. See Ludwig WoB. Kolhorster Werner the radioactive pro- perties of the Carlsbad spring A. ii 524. Kolm Richard new halogen derivatives of‘ cholesterol A. i 554. Kolowrat Lkon an attempt made to detect the electric conductivity of radium-D A. ii 117. Komnenos Tdemachos. See Amstuse Dambergis.Komppa Gustav 4:4-dimetliylpiperidine A. i 580. Komppa Gustnu. See also S. V. Ein- tikka. Kondo Kura the synthetic formation of amino-acids in the liver. 111. The formation in the liver of amino-acids not obtainable by protein hydrolysis A. ii 279. lactic acid formation in blood. 111. A. ii 1063. muscle juice. lactic acid formation in expressed Koninck Lztcien Louis de and E. uon Winiwarter assay of zinc ores ; sep- aration of iron by ammonia A. ii 808. Konowaloff 3. Kontor Chemischer Praparate Ernst Alexander preparation of menthyl acetylsalicylate [o-acetorybenzoate] A. i 556. II. A. ii 1072. See A Zex. Orechoff.ii. 1300 INDEX OF AUTHORS. Kooper W. D. Kopaoaeweki Ladislaa hydrolysis of maltose by dilute acids A. i 751. influence of different acids on the hydrolysis of maltose by maltase A.i 751. the influence of antiseptics on the action of maltase A i 927. Xopaczewrki Ladislas. See also J. @auk du Gerr. Kopenhagne R analysis of white metals containing copper antimony tin lertd iron and zinc A ii 868. Kopetschni Eduard. See Victor Villiger and Otto Nikolaus Witt. Koppel Max. See Lh7c Blum. Koref r. characteristic vibration fre- quencies of elements in compounds A. ii 328. Koref F. and H. Branne heat of forma- tion of lead iodide and lead chloride A. ii 1041. Korte Reinhold. See Theodor Cnrtius. Korr A. K. See Wilhelm Stein- Kosr Markzw a new reagent for thorium A. ii 809. Kossel Albrecht and Almander Thomas Cameron free amino-groups of the Rimplest proteins A. i 326. Korsel Albrecht and N. Gawrilow the free amino-groups of the proteins A.i 1041. Koseel Albrecht and Fr. Weier eturine A. i 591. Kossel Walther secondary radiation in gases for primary rays in the neigli- bourhood of the optininm velocity A ii 315. Kostytmheff S. formation of acetal- dehyde in the alcoholic fermentation of sugar A. ii 589. Koetptecheff X. and E. Hubbenet alcoholic fermentation. 11. The con- version of acetaldehyde into ethyl alcohol by living and dead yeast A. ii 860. Koatytrcheff S. and Schelonmoff action of fermentation products and plios- phates on the respiration of plants A. ii 1202. Kotake Yashiro and Franz Knoop crystalline protein from tlie latex of A?rtiaris toxicaria A. ii 81. Kotukoff I. I. See Alexuitdcr N . Nastukoff. Kovach Laura olectric potential of cyanogen iodide A. ii 728.Kovaohe A. See Alfred Guyot. Kovmg G. See Philippe Auguste Quye. See Albert Henee. h p f . Kovarik Alois F. mobility of the positive and negative ions in gases a t high pressures A. ii 221. recoil atonis in ionised air A. ii 1121. Kowalski Joseph de phosphorescence of organic compounds a t low tempera- tures A. ii 2 l i . Kowaleki Joseph dc and E. Banasin- eki absorption of light by solutions of benzene and some of its deriva- tives a t low temperature A. ii 1019. Kraale G. See Wladimir Pailadin. graft Fricdrich glucosides of Digitrrlia puqnrrca leaves A. i 373. Kramer Erwin. See Antoinc Paul Nicolas Franchimont and Pad Pfeiffer. Kramm friedrich. See Emil Abder- halden. Krammer A . aromatic carbrtmides A. i 916. Kranendieak Franz. See Nax Boden- r tein.Krapiwin Xergei rate of formation of sodium acetothiosulpliate A. ii 926. Kraske Brigitte lactic acid formation in blood. II. A. ii 1063. Kratz (2. D. colloidal ferric oxide A. ii 353. Kranle Y. A. See Wladimir I. Palladin. Kraus Edward IT. Herwwn C. Cooper and A. A. Klein optical characters of Borne lead silicates A. ii 645. Kraw Edward E. See also Hewnon C. Cooper. Kraus Priederich. See Oluetaa Embden. Kranee R. A. and Wilhelm Cramer the effects of thyroid feeding on nitrogen and carbohydrate metabolism A. ii 659. Kranz Cyrill. See RmiI Votdek. Krauze L. See Joyf Bnraczewski. Krebr Paul. See Hcinrich Biltz. Krech Rudolph dephlegmator A. ii Kreglinger G. See Otto Cohnheim. Kregten J. R. N. vaz. See Frans Mawits Jaeger. Kreider Henry Iz. and Harry C l n ~ y Jone8 conductivity of certain salts i n methyl and ethyl alcohols a t high dilutions A.ii 120. Kremann Robert [Koumd] isoniorphous niixtures the systems chloronitro- beiizenes-brnmotiitro~ciiz~nes A. i 101. the rapid electro-anely tical selbaration of copper from nickel or zinc A. ii 1213. 1049.1NDE;X OF AUTHORS. ii. 1301 Kremann Robert and K. Hiittinger solubility of aluminium hydroxide ir ammonium sulphate solution arti ficial production of alamian A ii 163. Kremann Robcrt and 3. Janetzky influence of substitution in the coni- ponents on the equilibrium of binary solutions. VI. Naphthalene and the three isomeric dihydroxybenzcnes A. ii 1151. Kremann Robrrl and F. Noes [theory of the electrolytic thermo -cell Sn I CrCl I Pt.] A ii 1130. Kremann Eobcrt and R.Schoulz syn- thesis of the natural fats from the point of view of the phase rule. I. The ternary system tri- stearin-tripalmitin-triolein A. ii 1152. the polyiodides. I. Thermal investi- gation of the system KI-12 A ii 1167. Kretzsohmar Georg. Fee GLLS~CCV Heller. Krieble Vernon K. amygdalinr and their inter-reactions with emulsin A. i 482. Krogh M. von. Kroll AdoZphe Victor Marie ultraphos- phates. I. Some salts of the least hydrous phosphoric acid A. ii 755. thermal investigation of the phosphates of lead ; the constitutional formulz of the phosphates and their deriva- tives in the form of complex d t s especially those of Thomas slag A ii 1056. ultraphosphates. 11. Thermal inves- tigation of the glassy lead phos- phates A. ii 1173. Kroneberg P. M.See Alexander ill. Kropat K. See Emcin Rnpp. Kroseberg W. See JZL~~PCS Troger. Krehiechanoweky TV. Y. Barhet laboratory rectifying apparatus A. ii 444. Kruber Otlo. See JILILI~ I 011 Braun. Kriiche R. See L'IL~IUL I V o l f f . Kriiger Fd'cdrich arid M. Moeller the absorption of ul tra-violet radiation by ozone and its application to the estimation of small quantities of ozone A. ii 821. formation of ozone by the silent elec- tric discharge and the estimation of ozone by absorption measure- ments in the ultra-violet A. ii 1126. Kralla Rudolph. See Edward Charles See CZ. Schilling. Nastukoff. Cyril ?a'?. c. 11. Kruyt Hugo Rudolph nicotine and water A. i 897. the equilibrium solid-liquid-gas in binary systems containing mixed crystals. I. A. ii 632. physical constants of sulphur and their connexion A.ii 1051. Kruyt Hugo Xudolph. See also J. Olie jzcn. Krym R. S Krzemecki A. action of bromine and iodine on proteins A. i 57. Kubo O. grayanotoxin the poisonous coiistitnent of Leucothse grayana max A ii 281. Kuczynski T. assay of high grade alloys of tungsten A. ii 208. Kiihne Hans. See Aktien-Gesellsohaft fur Chemische Tndustrie. Kiimmell Gottfricd acceleration of the bleaching of dyes A. ii 61 6. Kuenen J. P. miscibility of liquids A. ii 239. Kiipferer K. See Johann Georg Koenip- berger Kiippers Gzdav. See Theodor Curtins. Kiirschner F. See Paul Bohrisch. Kiister IViZZinm P. Deihle and Alfred Greiner constitution of hsmin A. i 670. Kiister William and Alfred Greiner oxidation of dimethylhaemin A. i 923. Kuhn Eugen. See Aidreas Lipp.Kullberg Sixten. See Bans won Euler. Kullgren Carl action of atmospheric moisture on the moisture content and on the velocity of combustion of black powder A. ii 154. estimation of sulphur in nitrocellulose A. ii 682. Kunckell Franz new method for the preparation of hydrocarbons of the styrene group. 11. a-phenyl-Aa- butylene and its homologues A. i 432. 1:5-naphthalenediamine A. i 902. Kunckell Franz and Carl Blumenreuter aromatic aminoketones A. i 268. Kunckell Train and WilheZm Dettmar new method for the preparation of 1iydroc:irbons of the styrene group. I. Allylbenzene and its homologues A. i 431. Knnckell Franz and AZbert Ftlreten- berg o- hy droxyacetophenone 6-chloro- o-hydroxyacetophenone and certain chlorochalkones and chloroflavones A. i 118.Kunckell Frunz and Richard Lilliy a red indigotin 5:5'-dichloro-4:4 -di- methylindigotin A. i 1027. See EJint Xeinen London. 86ii. 1302 INDEX OF AUTHORS. Knnckell Franz and Iiaits Schneider 1:5-~aphthylenediarnine A. i 811. 4:5:4’:5’-tetramethylindigotin A. i 91 4. Kunkler Y n z See Adulf Kaufmann. Kunz Jakob and Jakob G. Kemp dis- tribution of the light in the stratified discharge in vapours of the alkali metals A. ii 725. Knpfer Otto. See Eermann Staudinger. Kuphal Reinhold. See Carl Xannich. Kurnakoff Nicolai S. and I. B. Vrshes- nevsky simplest example of the diagram of hardness [system KBr-KF 1 A. ii 136. Kurtenacker Albin elementary analysis A. ii 1001. Knanetzoff S. B. Trans- Baikal minerals A. ii 456. Kntacher Friedrich. See Dankwart Ackermann. Kutscheroff Micltacl nature of the elec- trical synthesis of colloids A.ii 11 48. Kuzmina-Aron Mme. 2. A. See George L. Stadnikoff. Kylin Harald the red and blue pig- menta of the algz A. i 289. L Laar Johaitnes J. van form of tlie fusion curve (solid-liquid equilibrium curve) and its critical end-points A ii. 1040. Labat A . fluorescein as an indicator of bromine A. ii 384. Labaune Louis. See Justin Dupont and Bonre-Bertrand Fils. Labb6 Rinri and L. Violle ingestion of acids by a dog after partial extirpa- tion of the pancreas A. ii 69. elimination of amino-nitrogen from the depancreatised dog A. ii 277. Labb6 ITenri and G. Vitry undialys- able urinary substances A. ii 682. undialysable substance in diabetic urine A. ii 665. Labp T. B. and P. W. Burbidge nature of y-rays A.ii 221. Lacroix AIfred lavas of the active volcano a t Reunion A. ii 267. radioactive uraniferous columbotan- tslotitanites from pegmatites of Madagascar ; their frequent associa- tion with bismuth minerals A. ii 567.. constitution of the volcano of the island of Reunion A. ii 1061. some minerals from Madagascar sevc- ral of which can be used as gems A. ii 1182. Lade Fritz the conditions of formation of ethereal sulphates i n the animal body A ii 778. Laemmel BudoZf observations of the natural system of tlie elements A. ii 104 8. Laer Hcwi vmt the condition of malt diastase after it has acted A. i 672. paralysis and stimulation of zymase and catalase A. i 1043. the limit of diastatic hydrolysis 01 starch A. ii 35. velocity of saccliarification of starch. VI.A. ii 145. influence of temperature on malt diastase A. ii 244. La Forge Frederick Burr. See Phcdits A. Levene. Laidlaw Patrick Playfair. See Henry HnZZctl Dale. L a i d E. See AcJLille Miintz. Laird J . if. the reaction velocity of reducing sugars with Fehling’s soln- tion and its application to the study of urinary cheniistry A. ii 244. Laloue G U S ~ V F essential oils. 111. Basil oil A. i 574. essential oils. IV. Essence of ALES- pilodaphnc prctiosrt A. i 636. Lamb AT~ILUT Bcckct and Johx lV. Marden an equilibrium in the cobaltammines A. ii 31. quantitative estimation ofperclilorates A. ii 681. Lamb Frmtcis WiZZiam a case of Bence- Jones proteinuria A. ii 857. Lambert Bertram the wet oxidation of metals. Part TI. The rusting of iron (continued) T. 2056 ; I?.197. Lambert Georgcs the fermentntioii of cocoa A. ii 972. Lami Pio rctrogrcssion of the nctivc substance in medicinal plants Ly the action of enzymes A ii 195. Lamm G . the action of veratritie on striped muscle. LampB Arno E’cl. See Emil Abderhalden. Lamplough Frmcis Edward Evern rd. Sce Ctiarlcs Thomas Heycock. Lancien Andre! [physiological action of] electrically prepared colloidal rhod- ium A . ii 73. some new double uraniuni nitrates A. ii 455. Landau A. Lioncl the photophosplior- escence of inorganic solid solutions P. 2 discussion l’. 2. Landau N w c ap))lic*.ttion of nltra-violet light i i i c l i c i i i i d analysis A ii 986. Lane Jospph Hemy. See Lewic Eynon. II. A. ii 374.INDEX OF AUTHORS. ii. 1303 Lane-Claypon (illiss) Jailct Elizabctit.Lanfry Mawicc s-dioxytliionaphtlien A. i 293. action of hydrogen pcroside on bronio- thiopheris A. i 487. action of hydrogen 1)eroxide on aceto- thienone and a-tliiophenic acid A. i 717. actioii of liydrogen peroxide on t r i - tliicnyl A. i 1012. Lang l h d o ~ . See JZLZL'?LS Schmidlin. Lange Alfons Erich the conversion of sulphur dioxide into sulphuric acid iii presence of positive and negative cata- lysts A. ii 550. Lange Fritz tlie essential oil from Rhizonia I.rnpcratoria A. i 8 i l . Lange K. R. See Alfred Werner. Langer Haiw excretion of alkaloid into tlie stomach into which salts have bcen introduced A ii 1080. secretion mid tolerance of heroine A. ii 1080. Langevin P. comparison of tlic gaseous and dissolved molecules A ii 334. Langguth-Steuerwald L.G. the " en- crustiiig " pigment of the sugar-cane A. ii 481. Langhans Ayred. See Hans Prings- heim. Langheld Kurt preparation of alkyl esters of metaphosphoric acid A. i 407. esters and amides of phosphoric acid. 111. Dihydroxyacetoiie- and Iievu- lose-pliosphoric acids A. i 415. Langkopf Otto the detection of salicylic Langmuir I r i'Z'?ig tli e r ma1 conduct iou and convection in gases a t extreniely high teniperatures A ii 231. dissociation of hydrogen into atoms A ii 826. clicin icall y active i n odifi cation of hydrogen -4.. ii 1162. Langton Harold. See A Zbcrt Ernest Dnnstan. Langworthy C / i a ~ l c ~ Ford and R. D. Milner the respiration calorimeter and its uses for the study of problems of vegetable physiology A. ii 378. Lankshear Frcderick R ~ s s c l l the so- called inaiigaiiese trioxide ; yreliiniiiary note P.198. Lapworth Arth~7ir. See Joha Ickering Crabtree JoJoi Ferns and liobrrt 3'ayZor Hardman. Laquenr Emst autolysis and metabol- ism. V. The influence of gases espe- cially oxygen and carbon dioxide 011 autolysis A. ii 662. See Arthuy Harden acid A. ii 501. Laqueur Emst and K w t Briinecke autolysis and metabolism. IV. The influence of sodium benzoate on autolysis A. ii 662. the influence of gases specially oxygen 011 tryptic and pel'tic digestion A. ii 1188. Laqueur Ernst Kwt Briinecke and E. Crampe autolysis n r i d metabolism. 111. Thc infiuciicc of' sodium salicyl- ate on autolysis A. ii 661. Laqueur Emst and Jakob Ettinger autolysis and metabolism. 11. The infiuencc of arsenic 011 autolysis A.ii 661. Laqueur Emst and Frik Verzar the sliecific action of carbon dioxide 011 the respiratory centre A. ii 179. LarchevBque Narc. See von Noble. Larguier des Bancele J. solubility of eolourcd resinates submitted to tlie actioii of' light A. ii 852. La Rosa J f . the nieltiiig of carbon by incaiis of the Joule effect A. ii 44. Larsen E p r S. See E'ugciie TItonlas Allen. Laeareff P. influeiice of gas pressure on the bleaching of dyes in the visible spectrum A. ii 219. bleaching of methylene-blue i n the visible spectrum A. ii 219 613. estimation of chlorous acid A ii LaeGgue C. chlorous acid A. ii 842. 988. Laslo E. Lassieur A. See Ca?,iillc Matignon. Lathrop EiOcrt C. guanine fkom a heated soil A. ii 982. Lathrop EIbcrt C. See also Osiunld Schreiner Lattey Rohert Tubor and Hcicry Thomas Tizard velocities of ions in dried gases A.ii 516. Lattre Jcm dc methyl thiolroetliyl ether and the corresponding thio- ethers A. i 745. Laveran Charles Louis A?phomc and D. Rondsky action of an oxazine (3 :5 :9-triaminoplienoxazoniuni chlor- ide) and of acridine on trypanosornes A. ii 75. Lavilla Llorens I; sensitive reagent for acctyleiie A. ii 606. Law Hcrbcrt Drake electrolytic reduc- tion. Part V. Bonzylidene bases T. 154. clcctrolytic reduction. Part TI. Un- saturated aldehydes and ketones T. 1016; P. 98. electrolytic reduction. Part VII. The catalytic action of copper T. 1544 ; See Jficiincl A. Raknsin. P. 162.ii. 1304 INDEX OF AUTHORS. Lazarus Paw?. See Johanna Kerb. Lazaras-Barlow W a l t e r Syd?te~y pres- ence of radium in some carcino~natous tumours A.ii 665. Leather John Wcdte~ records of drain- age in India A ii 596. Lebeau Pad the decomposition by heat of uranyl nitrate A. ii 650. uranic anhydride and its hydiatcs A. ii 7 i O . a new determination of the atomic weight of uranium A. ii 848. Lebedeff Alexcnruler Ton the mode of action of phosphatese A. i 61. Lebedeff Peter experiments with binary systems of silicates A ii 919. lead sulphide electrode and the ])ass- ivity of lead A. ii 1129. Lebedeff Sergiiu V. polymerisation of diethylene hydrocarbons ; polynieri- sation of tcs-dimethyldlene IV. A. i 173. LeBel Joscph Achille dimorphism of rubidium dichromate A ii 49. Lebert (Aflle.) Madeleine. See I'icrrc Thomas. Le Blanc Max [Julius LO~L~S] con- ductivity of solid mixtures of salts A.ii 727. Le Blanc AIax and 0. Weyl action of some elements on fiised potnssiurn hydroxide. 11 A. ii 1053. Le Chatelier Hewi the law of mass action A ii 631 1151. determination of atomic weights by Hinrichs' method A. ii 840. Lecher Ham. See Heiiirich Wieland. LeclBre And& detectioii of wliitt! IIlios- phorus in presence of hypophosphites and aruenic. A. ii 202. Lederer Karl aromatic telliiride dilia- loids and their basic fission products A i 852. Ledoux R. the electrical properties of copper tiu alloys A. ii 7 2 i . Leduc Amtole densities of some gases and vztpours A. ii 831. Lee Frcderic Schiller and JI. Levine the action of ethyl alcohol and water 011 muscle A. ii 854. Leenhardt Ch. and A . Boutaric cryos- copy in the fiised pentahydrate of sodium thiosulphate.A. ii 234. Leenhardt CJL. See also A . Bou- taric. Leeuw 11. I,. de. See A?idr.ms Smite. Leeuw Af. C. clc. some secondary aro- matic aniines related t o di-isopropyl- amine A. i 24. Lkger Etry2ne constitution of chryso- phanic acid A. i 197. Lkger Ew$?ic constitution of the aloi'ns chrysophanic acid and clirysarobin A. Le Heux J. W. some unsaturated iii- ternal ethers A i 598. Lehmann Fraa and A . Muller cstima- !ion of cinriatnein in balsam of fern A. ii 212. Lehmann If'miic.. See also Erzcz',t Rupp. Lehmann Haits ultra-red emissim spectra A. ii 8i3. Lehmann Kart Bernhard and Knrl @undermann the significance of Iiydro- cynnic acid in the production of toxic eflects by tobacco smoke A. ii 859. Lehmann Karl Bernlinrd Rtcdo!f Weie- aenberg Adolf TOIL Wojciechowski Luig and Karl Oundermann the in- fluence of benzene toluene xylene and light and heavy " Ilenzines " on the organism A.ii 189. Lehmann Ottu magnetic analysis of licluid crystals A. ii 631. Leimdorfer A lfrcd the respiratory r x - change of diabetic patients 011 diff;.reiit forms of diet A. ii 583. Lelarge a cause of exl'losion of tubes contniniiig a coinpressed mixture of air and hydrogen A. ii 1162. Lematte L. estimatiori of mono- and di-metallic phosphates in the prrseiice of organic substances of an acid char- acter ; estimation of total urinary acidity A. ii 703. Lemmermann Otto Iieijiro Aeo H U ~ O Fischer a d Ludwig Fresenins de- composition of different organic liydro- carbons in soils especially under the infIucnce of lime A. ii 483. Lemmermann Otto E.Blanck 13. Heinitz and JoJham on Wlodeck the retention of ammoniacal nitrogen on limed and unlimed soils A. ii 473. Lemmermann Otto AZben! Einecke and Hugo Fischer the distinctive action of calcium and magnesium oxides i n soils on higher plants and micro- organisms A. ii 198. Lemmermann Otto Otto Foerater and Albert Einecke the results of deficiency of lime in field soils and its influence on vegetation A . ii 198. Lemmermann Ottu and L71d21.iq Fre- seniue increasing the animonia-fixing power of soils under the influence of cnlcium carbonate A. ii 1206. Lemoigne fern~entation of sugar by Bacillis sublilis ; pfyluction of buty- lene Byglycol A. 11 1199. Lemoigne. See also Pierrc Yaz6. of the Natal aloes A. i 708. ii 819.INDEX OF AUTHORS. ii.1305 Lemoine Geo?ycs rate of daconiposition of hydrogen peroxide under tlic influ- ence of heat A. ii 747. Lemoult P a d diphenylcthylenc leuco- bases a d colouring iiiatters ; sollie alkylaminocthyleuic derivatives A. i 583. hexahydrogenated nialachite-green ; an example of two different leuco- bases which yield the Yame dye A. i 583. leuco-bases and dyes derived from diplicnylethylene ; preparation of two cycloliexylidene bases A. i 725. leuco-bases and colouring matters derived from diphenylethylene ; oxidation of the te trani c thylcyclo- hexylidene base by lead peroxide A. i 791. Lenci F. See A'a:arcao Tarugi. Lenhard 3~olfgcc?~g derivatives of anthraquinone A i 996 Lenk Emil and Jitlizu Yondschein combined influence of nlcoliol and neutral salts on the sctisitivencss of phenolphthalein A.ii 593. Lenk End. See also Pcd Fried- lander. Lennep D. P Puss van and J. D. Ruya estiination of the fat content of milk hy the aid of trichloroetliylene A. ii 1008. Lennep D. P. Boss van. Bee also Jacob Boeseken. Leoncini Giocanni and Cusituo Pieri the nctioii of manganese dioxide on nitrogen compounds especially amides in reference t o the iisc of the dioxide as a manure A. ii 983. Leonhard Atfrecl. See J f u Dit- trich. Leopold Paid band spectrum of stron- tium fluoride in tlie electric arc A . ii 614. Lepape Adolphe. See Charles Moureu. Lepin A. I. isomeric clianges of haloicls containing a tertiary radicle in the niolecule A. i 957. stereoisonieric By-diplienylbutanes (dimethyldibenzyls) A. i 958. Leprince Maurice the pliannacogiiosy of Adeniwn hongkel and Xantlcoxylurn ochroxylunz A.ii 479. Lepsius Richard. See Fwmz Fischer. Leroux Henri. See Georges Darzene. Leroy J. See Ewtest QBrard. Leaage Pierre limits of germination of seeds submitted to the action of differ- ent solutions A. ii 478. Leoer Qeorges cyclic hexamethylenic 8- diketones A. i 778. Leslie (Miss) May SyhLZ tho period of radio-thoriutn and the number of a- l'articles given by thorium and its products A . ii 1023. a cornparisoil of tlie coefficients of diffusion of thorium and actinium emanations with a note on their periods of transformation A. ii 1032. Lespieau Ilobcrt a-bromoacraldehyde A. i i. ac-dimethosy-Ap-pentinene and its. hydrogenation A. i 331. acetylenic compounds A. i 934. Lesser Xzidu/f arid R. Weisa " selen- indigo " (" bis-selenonaphthenin- dig0 ") an11 aromatic selenium coni- poiintls.I. A. i 612. Letsche Eicgeu hamoglohin A. i 324. action of Iiydroxylamine on the blood colouring matter ; methsmoglobin A. i 923. Lenbner A . See Robert Luther. Leuchs Herwxm and Joseph F. Brewater strychnos alkaloids. XIV. Derivatives and decomposition pro- ducts of brucinolone ; decomposition of diliydrobrncinonic acid into isobrucino- lone and glycollic acid A. i 210. Leucha Her)mnn aud Erich Qieseler spirans. 11. Detection of the special asynimetry caused by the spiran carbon atom A. i 714. Leuchs Hermanw,. Michele Qiua and Joseph F. Breweter experiments iii tlic C series. 3 . Preparation of ether lactones and butyleneoxidecarboxylic acid esters. 2. A new case of altera- tion of configuration (Walden re- arrangement) in inactive compounds with several asynimetric carbon atoms A.i 603. Leuchs Hcrmann and George Peirce stryychnos alkaloids. XV. Decom- position of brucine into a base termed curbine A. i 898. Leuchs Hmmaiin and Dan Baduleacu tlie preparation and reactions of bis-a- hydrindone-(2:2)-~piran A. i 179. Leulier Albert compounds of chloral hydrate with urotropine and caffeine A. i 644. bark latex and seed ofXerium oleawdcr A. ii 290. Leupold Frida. See Alfred Ber- theim. Levalt-Ezeraky M. K. heat of solution of potassium nitrate at high tempera- tures A. ii 737. Levene Phcrbus A. and Walter Abra- ham Jacabe sphingoaine A. i 284 575.ii. 1306 INDEX OF AUTHORS. Levene €'hetits A. and 1YnZtcr Abrn- JUWL Jacobs guanine hesosidc ob- tainetl on hydrolysis of thymus- nucleic acid A.i 926. structure of tliymus-nncleic acitl A i 926. guanylic acid A. i 926. cerebronic acid A. i 936. the eerebrosides of the brain A. i Levene PhbiLs A . Waltcr Abraham Jacobs and Florentin Medigreceanu the action of tissue extracts containing nucleosidase on a- and 8-methyl peiit- osides A. ii 577. Levene Phabus A. and Ftwicyicl; Bwr La Forge yeast nuclcic acids. V. Structurc ot pyriniidinc iiucleosides A. i 325. Levene Phabus A . and Gustnve X. IIbeyer glycolysis A ii 368. the combined action of ~nuscle-plasnia and pancreas extract on some niono- and disaccharides A. ii 577. the action of various tissues and tissne- juiccs on dextrose A. ii 577. the action of lencocytes on dextrose A. ii 577 852. Levene Phabzcs A .Doxaltl D van Slyke composition and properties of glycine picrate and the separ- ation of glycine from alaiiine A. i 681. picrolonates of the monoamino-acids A. i 681. gasometric estimation of free and conjugated aniino-acids in the urine A. ii 1008. Leverkue Karl Otto. See Bobert Levi Lou6 E. and August C. Orthmann Levi-Malvano,Mario and Jf. Marantonio constitution of aluminium brasses A . ii 52. the light alloys of aluminium zinc and copper A. ii 769. Levi-Malvano Mario and F. S. Oroflno constitution of phosphor bronzes A. ii 51. Levin Max reduction of the oxides of iron A. ii 1176. Levine ili. See Frcderic Schillcr Lee. Levinthal Walter the fate of xanthine and caffeine in the human body A. ii 470. Leviteky A . N. See Wladiinir T. Palladin. Levy Arthur Garjeld estimation of carbon in steel A.ii 995. Levy Bruno some new derivatives of carbazole A i 304. 1007. Stoll6. analysis of tannins A. ii 705. Levy Lcoiriwcl Aibgclo studies on platino- cyanides T. 1081 ; I) 91 ; dis- cussion I'. 92. rapid estimation of carbon monoxide A. ii 203. Levy Stanley Isaac. See Sicgfricd Ruhemann. Lew ( M m e . ) L. Lewcock IVillitc?~. See Joh,b Y'hcodore Lewin Lot& Bup?icc?ie distichn (Haeninit- thus toxicarizu) A. i 577. hzmanthine A. i 1014. spectrophotographic investigation of mcconinm A. ii 664. Lewin Louis and E. Stenger spectro- photographic investigation of urobilin A. ii 217. Lewis Eriicst Alfred bcliaviour of brass on heating in hydrogen a t tempera- tures below the melting point P. 290. Lewis Edward Watkin and Harry Waumsley in& rubber as a protective colloid; formation of colloidal metallic sulphides in rubber solutions A.ii 631. Lewis Fi-cderick C. See Hiwald Seide- lin. Lewis Gilbert iVetctox and Frederick G. Keyes potential of the potassium electrode A. ii 225. Lewis Gilbert A'ewton and Jicrlc Ban- dell a summary of the specific heats of gases A. ii 897. Lewis Gilbert hrezcton. See also Gcorge H. Burrows. Lewis Williani Cudmre McCtirllagh photokinetics of sodium hypochlorite solutions T. 2371 ; P. 288. internal molecular or intrinsic prcs- sure; a survey of the various ex- pressions proposed for its determina- tion A. ii 136. the system iron-carbon A ii 353. the liquid state. 111. Mechanism or vnyorisation A. ii 430. the liquid state. 11. Compressibility of mercury A.ii 432. Lewis William Cutlmore NcCicliagh. See also A Zexander Roshdeetweneky. Lewite A . See Otto Haueer. Ley Beinrich and K. Ficken internally complex salts of platinum and chrom- ium A. i 243. Ley Heinrich and H. Winkler stereo- isomerism of internally comp!ex salts stereoisomeric cobalt salts of a-amino- acids A. i 243. Leyko Lad. and D o n Marchlewski hEmopyrroIe A. i 56. Lepko 2. See Karl Dziewo'nski See HciLryk GolbIum. Hewitt and Clareiice Smith. .INDEX OF AUTHORS. ii. 130’7 L e y Alexandre beeswax and carnauha wax ; method of analysis ; estiniatioll of foreign hydrocarbons A ii 816. Lichtenbaum J. 9ee Josef Tambor. Lichtwitz Leopold chemical equilibrium and end conditions in metabolism A. ii 574. paralysis of enzymes A. ii 590. Lichty Ilavid Martin some physical constants of sulphur trioxide melting and boiling points density coefficient of expansion and molecular weights A.ii 1164. Lidoff Alexander P. oxidation of potassium cyaiiate by means of hydrogen peroxide A. i 511. formation of oxycyanates on heating potassium cyanate with copper oxide or on combustion of potassium cyanate in oxygen A. i 541. Lieb Hans. See Richard Weitzenbock. Liebermann Cad D. Butescu M. Kardos Profulla Mitter and W. Rahte action of oxalyl chloride on aroniatic hydrocarbons A. i 464. Liebermann Carl and E. Herrmuth derivatives of 3:4:5:3’:4’:5’-hexahydr- oxydipheityl A. i 447. Liebermann Hans. See Ludwig Gatter- msnn. Liebig Hans von resorcinolbenzein aud Armstrong’s benzene formula A i chemical Rction of methyl arid ethyl Liebisch Tileodor fluorescence [of the minerals] of the sotlalite arid willemite group in ultra-violet light A.ii 406. fluorescein A. i 376. 686. alcohols A. i 824. Liebl Franz. See FrLdt?ric Reverdin. Liebmann X. See lVilhel?n Steinkopf. Liebowitz S. the hydrolytic action of glycine on ethyl butjrate A. i 746. Liebrecht Arthur and Georg Eorenfeld preparation of a-glucoheptonic acid A . i 537. Liebreich Erik and Fritz Bpitzer influ- eiice of paiiitiirg on the rusting ofiron A. ii 259. Liesegang Raphael Ed. behaviour of edges and corners in certain diffusion experiments A. ii 141. the form of certain silicate precipi- tates A. ii? 166. diffusion phenomena A. ii 541. deforiiiatiou of jellies by freezing A growth of silica acid gels A. ii 756. Lierke RdoZf the pliysiology of deiii- trifying sul1,htir bacteria A.ii 1200. Lifschitz Israel. See ArfJLur Hantzsch. ii 542. Lillie Ralph Xtayner antagonism be- tween salts and anaesthetics. I. The conditions of the anti-stimulating action of anasthetics and of their protective or antitoxic action A. ii 280. antagonism between salts and anaesthe- tics. 11. Decrease by anaesthetics in the rate of toxic action of p,ure isotonic salt solutions on unfertilised star-fish and sea-urchin eggs A. ii 468. Lillig Pichard. See Franz Kunckell. Limprich R. See Aloit Bomer. Linsri Arrigo. See Guido Cnrmano. Linch Frank William the action of sodium hypobromite on carbamide derivatives. Part I. T. 1755 ; P. 144. 3.aminocoumarin T. 1758 ; P. 230. Linck S. See Julizu Bredt. Lind 8. C. ozonisation of oxygen by a-rays A.ii 513. nature of the chemical action pro- duced by a-particles and the prob- able r61e played by ions A ii 1027. Lindberg E. Lindemann Charles L. dependence of the coeficient of expansion on the temperature A. ii 127. Lindemann Charles L. and F. A. Lindemann the dependence of the penetrating power of Rontgen rays on the pressure and nature of the con- tained gas A. ii 223. Lindemann Charles L. See also F. A. Lindemann. Lindemann F. A the forces acting be- tween the atoms of solid substances A. ii 1142. Lindemann 1; A . and Charles I,. Lindemann tensile strength of materials a t low temperatures A. ii 1143. Lindemann F. A . See also CJiarles L. Lindemann. Linden T. van der benzene hexachlorides and their deconiposition into tri- chlorubenzenes A.i 174. the addition of chlorine to dichloro- benzenes A. i 248. Linden T. van der. See ale0 Arnold Lindenberg Q. See Alfred Werner. Lindet Ldon condition which phosphorus atid calcium affect in milk casein A. i 1041. the antiseptic r61e of sea-salt and of siig‘ir A. ii 1200. Lindner Josef electrolytic dissociation of sulphurous acid A. ii 825. See Hans von Ealer. Frederik Holleman.ii. 1308 INDEX 01 Lindner Paul fermentation cxperiments with different varieties of yeast on different sugars A. ii 475. the assimilability of different carbo- hydrates by yarieties of yeast etc. A. ii 476. Lindner Paul and Stefan Caiser alco- hol a more or less excellent food for different fungi A. ii 589. Linhart Qeorgc A. hydrolysis of metallic alkyl sulphates A. ii 927.Linke H. the permanence and suscepti- bility of the ferric chloride-salicylic acid reaction ; approximate estima- tion by this means of free salicylic acid in aspirin and other acetylated salicylic acids A. ii 501. Lipinrki A. V formation of hydrogen cyanide in the high tension electric flame A. ii 896. Lipman Charles Ber?tarrl toxic effects of “alkali salts” in soils on soil bac- teria. I. Ammonification A. ii toxic effects of “ alkali salts ” in soils on soil bacteria. 11. Nitrification A ii 473. Lipman Charles Bcrmrd and Lestie T. Sharp hygroscopic moisture of soils A. ii 84. toxic effects of ‘I alkali salts” in soils on soil bacteria. 111. Nitrogen fixation A ii 1200. Lipman Jacob Goodale bacteriological methods for eatimating tho available nitrogen in fertilisers A ji 89.Lipp Andrew and Eugcn Kuhn Ghedda or East Indian wax A i 675. Lippmsnn Eduard condensation of chloroacetone with phenols A. i 851. Lippmann h‘dmund Oskar con occur- rence of chitin A. i 125. the history of ahohol and its name A. i 824. the history of distillation and of alcohol A. ii 897. Liprchiitr; Alexander biological import- ance of caseinogen phosphorus for the physioKgy of phosphorus hunger in growth A. ii 63. Lirter Joseph and Robert Robinson some derivatives of oxazole T. 1297 ; P. 162. Linter Joseph. See also Arthur Hantzsch. Litterrcheid Franz dlaria the use of arsenious acid in volumetric analysis. 11. The estimation of mercury A. ii 808. Littlebury William Oswald. See Robert Howson Pickard 76. owing orgaiiism A. ii 63. AUTHORS.Livens G. H. influence of density 011 the position of the emission and absorp- tion lines in gas spectrum A. ii 874. Livingston Cad. See Robert h’vstajcf Rose. Ljubavin Nicolai N. [structure of poly- merised vinyl bromide and caoutchouc] A. i 789. &jubavin Nacolai N. Zorin and Bnnzen iron dicarbide A. ii 769. Llord y Gamboa Rrimon analysis of aragonite from Molina de Aragon A. ii 564. Lloyd Francis Ernest the tannin-colloid complexes of the persimmon fruit A ii 380. Lobo Gdmez Ruperto space formuloe and heats of combustion of acyclic hydro- carbons A ii 736. Lodge (Sir) Oliver Becquerel memorial lecturc T. 2005 Loeb Adam the action o f arsenic on the blood-vessels A. ii 372. Loeb Jacques the influence of the anion on the toxicity of sodium and calcium salts A.ii 469. the toxicity of sugar solutions to Fun- di6Lus and the apparent antagonism between salts and sugars A. ii 587. the inhibition of the toxic action of iodide nitrate thiocyanate and other salts of sodium A. ii 969. Loeb Jacques and Bcinhard Beutner the potential differences at damaged and undamaged surfaces of animal and vegetable organs A. ii 663. the causes of the current of injury A. ii 1087. Loeb Jacques and Hardolph Wasteneya the inff uence of bases on the develop- ment and oxidative processes in the eggs of the sea-urchin (Arbwin) A. ii 66. the neutralisation by means of salts of toxicity produced byacids A. ii 469. the antagonism t o sodium bromide poisoning A. ii 469. the dependeilce of the number of heart beats on the partial pressure of oxygen A.ii 571. Loeb Oswald the pharmacology of iodine A. ii 372. the partition of iodine in syphilitic tissues A.. ii 857. experimental changes in arteries in rabbits produced by aliphatic alde- hydes A. ii 857. Loeb Oswald and Ludwig Oldenberg the relation between chemical consti- tution and physiological action in the morphine and strychnine groups A ii 373,INDEX OF AUTHORS. ii. I309 Lob WaZther,the photochemical syutlicsis of carbohydrates A. i 750. pyrogenic decomposition of methyl alcohol by means of the electric current A. i 834. the beliaviour of starch under the influence of the silent electric dis- charge A. i 947. pancreas diastase A. ii 1188. Lob Walther and S. Gutmann the enzymes of the ovaries A. ii 783. Loebell Heiwich estiniation of acids in oils and fats A.ii 211. Loeffler Wilhelm respiration experi- ments in man in the fasting condition and after the administration of various proteins A. ii 951. Loening Hermaim and Eans Thier- felder the cerebrosides of the brain. II. A. i 372. Loessner Fritz. See Adov Sieverts. Low E. gravity and the molecular and atomic energy of gases A. ii 734. Low Mtirton products of the interaction of niercuriammonium chloride and methyl iodide A. i 751. Loew Oscar the toxic effect of oxalates and the physiological action of cal- cium A. ii 281. assimilation of nitrates in plant cells A. ii 286. nitrogen assimilation and protein for- mation in plants A. ii 797. Loewe Siegfried the physical chemistry of the lipoids. I. The relationehip of dyes to lipoids A. ii 741. the physical chemistry of the lipoids.11. Relationship of lipoids to other organic substances (narcotics hyp- notics etc.) A. ii 742. the physical chemistry of the lipoids. 111. Diffusioninto lipoids A. ii 742. the physical chemistry of the lipoids. IV. The properties of lipoid solu- tions in orgauic solvents A. ii 742. Loewen Heinrich the theory of vulcan- isatiou of caoutchouc A. ii 914 915. Loewenthal Si7nm1 the comiiion instrn- ments for the determination of the i.adionctivity of springs A. ii 417. Loewinson-Leasing Fran fusion experi- ments with tremolito and diopside A. ii 950. Lowy Jt~Eius estimation of total nitrogen in blood A. ii 807. Lowy Julius. Lowy L. See Friedrich Kehrmann. Lohmann Wilhclm. See WilheZm Schneider. Lohnizen T. van. series in the spectra of tin and antimony A ii 711.Lokka Lawi. See Ossian Aschan. See also Hugo Pribram. London Efii,)t Semen protein metabolism from the staiidpoint of blood and tissue analysis A ii 1189. London Efin~ Senzen JV. F. Dagaeff 0. E. Gabrilowitsch .I[. R. Gillels 0. J. Holmberg It. S. Krym L. F. Mazijewski L. J. Mepissoff F. J. Riwosch S. K. SolowBeff B. D. Stassoff and IT. K. Wiedemann normal and pathological conditions of digestion in dogs A ii 1185. London E'rn Semen A lfred Schitten- helm and Karl Wiener divestion and absorption of nucleic acid 711 the ali- mentary canal. III. A. ii 364. Long Joh i t Harper and Frank Qephart some analyses of urine coniposites A. ii 961. Loomis A'athanicl Edward and Solomon. FarZey Acree study of the hydro- gen electrode of the calomel electrode and of contact potential A.ii 124. application of the hydrogen electrode to the measurement of the hydrolysis of aniline hydrochlaride and the ionisation of acetic acid in the presence of neutral salts A. ii 125. Lorenz Erich. See Carl Tubandt. Lorenz Richard theory of electrolytic ions. V. The dissociation of fused salts A. ii 323. Lorie S. See Alfred Werner. Loring Frederick Henry is helium fundameutally an element of electro- positive make-up 1 A. ii 843. Lotka Alfred J. periodic autokatakinesis (autokatakinetic decomposition) A ii 745. Lovisato Doniemko amphiboles from Mount Plebi near Terranova Pausania (Sardinia) A. ii 358. Lowry Thomas Martin the oxidation of atmospheric nitrogen in presence of ozone T. 1152 ; P. 64. a method of producing a steady thal- lium flame P.65. mercury lamps for use in spectroscopy polarimetry and saccharimetry A. ii 825. Lowry ThomasMartin and IValter Hainis Glover studies of dynamic isomerism Part XIV. Successive isomeric changes in carnphorcarboxylamide and cam- phorcarboxypiperidide p. 186. See also Wil- liam Bobcrt Bonsfleld and Wallcr Ba7ni.9 Glover. Lozano Edmundo stereocheniistry of the aromatic series A. i 430. Lubieniecki H. the influence of calcium salts in the purine metabolism of mammals A ii 659. Lowry Th07naS Martin.ii. 1310 INDEX OF 4UTHORS. Lubimenko V. iY See N. A. Monte- verde. Lubimenko W. and A . Froloff-Bagreief influence of light on the fermentatioii of grape juice A. ii 283. Luc Armand de See Fw'dkrric Beverdin. Lucion R. net calorific power of fuels (calculated from the results obtained with the Mahler bomb calorinieter and the proximate analysis) A.11 811. Lndlam Eriiest Bow man action of ultra- violet light on chlorine A. ii 511. Liicker F. gee Hugo Neubauer. Luning O. composition of the Feliling [copper] solution A. ii 303. Lilttig O. Walter Hartmann and C. Peterke the Zeeman effect- for copper iron gold chromium nickel pallad- ium manganese and argon -in the visible spectrum A. ii 506. Luginin Wladimir and Oeorges Dupont cryoscopy in paracetaldehyde A. ii 1040. Lnig. See Karl Berahard Lehmann. Lnithlen Friedrich reciprocal cation ratio with different diets and in the case of acid poisoning A ii 792. mineral metabolism in a rabbit fed on oats with sodium oxalate A. ii 955. changes in the chemivtry of the akin by different diets and poisons A.ii 968. Lund Wilhehn. See JuIius Bredt. LundBn Barald dependence of the influence of neutral salts on the concentration of the acid in catalytic reactions A. ii 148. influence of oalts on the solubility of ethyl acetate in water considered as a neutral salt action A. ii 911. Lnndh Harald and D. Gardner in- teriial (total) aud free energy in certain cases of electrolytic dissociation A. ii Lundagaard Chrislen the reaction of the blood A. ii 777. Lundsgaard Chriuten. See also Kurl Albert Hasselbalch. Lnngo Carlo del capilIary force of evaporation A. ii 131. Lnnkenheimer F. ratio of the iiiteu- sitiea of the series liues of hydrogen in the canal ray spectrum A. ii 402. Lnsk Graham animal calorimetry. 111. Metabolism after the ingestion of dex- trose and fat including the behaviour of water urea and sodium chloride solutions A.ii 1889. Lusk Qrahum. See also Horatio B. Williams. a n . Lusaana SiZuio influence of pressure and temperature on the electrolytic coil- ductivity of solutions A. ii,623. specific heat of liquids a t constmt preseure for differeut pressures and temperatures A. ii 1135. Lnssky Herbert O. the acctonitrile test for thyroid substance in the blood A. ii 612. Luther Robert and A. Lenbner colour of alkaline solutions of quinol and of their oxidation products A i 254. dissociation of qoinhydrone in aqueous solution A. i 366. solubility of silver chloride and bro- mide in sodium sulphite solutions A. ii 450. Lutschinsky J. J. new colour reactions of diphenylamine A. ii 1219. Lutz L.the analysis of hemoglobin A. ii 612. coniparison of 4' total '' and " nitric " nitrogen in parasitic and eaprophytic plants A. ii 673. Luzzato Eiccardo and G. Satta be- haviour of p-iodoanisole in the animal organism A. ii 965. Lyman Eem-y. See Otto Folin. Lyman Theodore ionisation of gases by light and tlic spark spectrum of alum- inium in the Schumann region A. ii 721. Lythgoe Hennan C. and Glarewe E. Marsh the detection of benzoic acid in coHee extract A. ii 699. M Maarm O. and Douglas YcIntosh basic properties of oxygen ; two component systenis of the halogen hydrides with orgaiiic substances containing oxygen A. i 825. Maaes Theodur A. [pliarmacologica1] action of BB-dichloroisopropyl carbarn- ate ; (aleudrin) A. ii 967. McAdam D~ss~lap Jamison jun.and C. A. Pierle Solubility of sodium meta- vandate A. ii 561. Mcddam Dunlap Jamison jun. and h'dgar Palis Smith atomic weight of fluoriiie A. ii 549. Mscallum Archibald Bt-we. See Otto Folin. McBain James William the use of phenolphthalein as an iiidicator ; the slow rate of neutrnlisution of carbouic acid T. 814 ; P. 106. the dissociation of ternary electrolytes A. ii 893.INDEX OF AUTHORS ii. 1311 McBain Janics William (Miss) Elfreida Constance Victoria Cornish and Rich- ard Charles Bowden studies of the constitution of soap in solution sodium niyristate and sodium lwmitc T. 2042 ; I?. 237. I c B sin Jantes 1 Vi I1 in 1) L and 0 I i.cc rC?Lar lcs Ninty Davis possible general relation- ship between the structure of orgmiic compounds ~ n d their equilibria A.ii 33. Iacbeth Alexmider Ki llen Baly arid Iirulla’s hypothesis of fluorescence P. 271. Macbeth Alexander Killen and Alfred Walter Stewart isocrncic acid P. 68. Macbeth Alexander Killen Alfred Walter Stewart aiid Aobert Wright the reciprocal influence of unsaturated centres and its effect on the general absorptive power of compounds T. 599 ; P. $1. MacBride R. A L See Boeiner Rex Ren- shaw. XcBride Russel S. standardisation of potassium permanganate solution by sodium osalate A . ii 491. McCaudless J. M. and F. C. Atkinson a bacteriological method for estimating available orgarlic nitrogen A. ii 90. McCleland Nial Patrick bimolecular glycollaldehyde ; a corrcction P. 247. McCleland Nial Patrick. See also John Edward Purvis. McClendon J. F. echinochrome a red substance in sea urchins A.i 520. the effects of alkaloids on the develop- ment of fish (Funduli6s) eggs A. ii 1196. YdcClendon J . I? and Phili$ H. Mitchell how do isotonic sodium chloride solution and other parthe- riogenic agents increase oxidation in the sea urchin’s egg ? A. ii 273. XcClnre C. CV. See Hoy CfraJmtL Hoskins. XcCollum Eher Verner the nature of the repair processes in protein meta- bolism A. ii 63. creatinine excretion of the pig A. ii 7 2. a comparison of the nutritive value of the nitrogen of the oat and wheat grains for the growing pig A. ii 366. the relation between nitrogen retention and rise of creatinine excreted during growth in the pig A. ii 366. McCollum Elmer Verner and J. a. Halpin synthesis of lecithin in the hen A. ii 368. McCollnm Elmer Ver?ur and Edwin Rret Hart experiments in feeding “ dissected ” milk A.ii 365. McCollnm Elmer Verney. 8ee also Edicin Bret Hart. McCombie Hamilton and Jok n Widfrid Parkes the condensation of a-keto-8- anilino-US-diphenylethane and its ho- mologues with ethyl chlorocarbonate and thionyl chloride T. 1991 ; l’. 238. McCombie Eantilton and Harold Archi- bald Scarborough the condensation of a-keto-B-anilino-a-phenylethane and its homologues with carbonyl chloride phenylcarbimidc and phenylthiocar- bimide P. 331. McCombie Hamilton. See also Clemelit ltrilliant Bailey Sidney Albert Bra- zier and Horace Leslie Crowther. YcCoy Herbert iVewby and Frankliii L. West physical and chemical propel ties of some organic amalgams A. i 539. McDavid James Wailace specific volume of solutions of tetrapropylammonium chloride A.ii 433. &David Jamcs IVccllace Willinin Henry Perkin j z i i z . and Robert Robin- son the exhaustive alkylation of tetra- hydroberberine T. 1218 ; P. 160. McDermott F. A lex. preparation of stannic iodide and its solubility in cerl ain organic solvents A. ii 53. Macdonald Jolin Smyth calorimetric observations on man A. ii 462. MacDougall F. H. salt solutions and the law of mass action A. ii 826. McGeorge William occurrence of lactic ncid in sisal A ii 1204. McGougan A . G. See Henry Andreics Bumsted. McGuigan Ruglt excretion of formalde- hyde ammonia and hexaniethylene- tetraniiue A ii 371. McGuigan Hugh and C. L. uon Hess plycolysis as modified by removal of the pancreas and by the addition of antiseptics A. ii 368 787.Mache Ifeinrich and Stefan Meyer radium standards A. ii 520. Machenbaum Stanislaus Brazilian copal Columbia copal A. i 124. Macht David I. McIntosh Douglas and Frederick M. G. Johnson an amalgam thermometer A. ii 827. McIntosh Douglas. See also 0. Maass. YcKee Ratph Harper ethyl cyanoanilide. o-carboxylate A. i 139. McKelvy E. C. A. i 123. See John J. Abel. See AT. S. Osborne,ii. 1.312 INDEX OF AUTHORS. McXenzie AIcxantler configuration of the stereoisomeric dibroniosucciuic acids T. 1196; P. 160. McKenzie AIc~niiclcr and G'corge W i E - lianr Clough experiments 011 the Wal- den inversion. Part VIII. a-Amino- a-phenylpropionic acids,'l'. 390; P. ,40. McKenzie A Zemnder and Geofrey Martin optically active glycols de- rived from the phenyl-lactic acids. Part I.P. 326. Mackenzie John Edzui~ methylethyl- ammonium chlorides A. i 9. Mackenzie Kenneth mechanism of milk secretion A. ii 184. McKie J. F. See Antm Julius Carison. Mackie W. C. See Uiariirid iVocl Paton. Maclean Ht~gh the phosphatides of the kidney A . ii 1191. piirification of phosphatides A. ii 1192. McLennan John Cunninyham the diffu- sion of actinium emanation and the active deposit produced by it A. ii 889. series lines in the arc spectruni of mercury A. ii 1016. constitution of the mercury green line A = 5461 and the magnetic resolu- tion of its satellites by an echelon grating A. ii 1017. Macleod JoJm Junies Xicknrd and R. G. Pearce studies in experimental gly- cosuria. VIII. The relationship of the adrenal glands to sugar production Ily the liver A.ii 371. McMillan Aqidrew. See Thomas Slewart Pattereon. McNamara W. See Charles OMen Ban- nister. McPhedran Fletcher the hwm oly tic power of fatty acid A. ii 371. Macquaire P a d tyrosine as an agent for the fixation of iodine in the pre- paration of iodopeptones A. i 58. [two componnds formed by iodirie and tyrosine obtained by the tryptic hydrolysis of proteins] A. i 354. Maddalena L. chemico-mineralogical observations on beryls from Elba A ii 775. Madelung Walter new method of pre- paration of substituted indoles A. i 499. Madinaveitia Antonio analysis of fats A. ii 816. Madinaveitia Antonio. See also Bichard Willstiitter. Ilbiikinen Eero estimation of alkalis in silicates by fusion with calcium chlor- ide A. ii 297. Ma5a PmZ eqiiilibrium in the adsorp- tion by Graliam's ferric oxide hydrosol A.ii 145. Magnanimi Rob(-rlo the influence of hydrocyanic acid on the excretion ol' . Magnanini Gnetnno the alleged colour ot'the ions A. ii 142. Mahler P. and E. Gontal use of oxygen imder pressure for the esti- mation of carbon in iron alloys A. ii 807. Mai Carl influence of freezing on the coinpositioii of milk A. ii 580. Maidorn X. the chemical action of blood poisons which produce anemia A. ii 1082. Mailhe Alphome new colouring matters derived from p-aminodiphenyl ether A. i 548. nitro-derivatives of diphenylene oxide A. i 553. new azo-colouring matters from amino- diphenylene oxide A. i 667. Mailhe AZphonsc and Marcel Mnrat de- composition of mixed phenyl oxides in presence of nickel and hydrogen A. i 183.halogen derivatives of phenolic ethers A. i 254. nitro-derivatives of diphenyl ether A. i 346. haloid derivatives of clitolyl ethers A i 348. Mailhe Alphome. See also Paid Sabatier. Xaillard Louis C. condensation of amino-acids in prescnce of glycerol cycloglycylglycines and polypept- ides A. i 13. action of amino-acids on sugars ; forrna- tion of substames resembling me- lanins A. i 169. Majima Bik6 and Tcppei Okada the main constituent of Japanese lac. 111. Catalytic reduction of urusiiiol A. i 883. Makower Waller. See Kasimir Fajans and H. G. J. Moseley. Malarski Henryk aiid L&on March- lewski the chlorophyll group. XVI. Anhydro-8-phyllotaonin A. i 641. Malenfant B. estimation of casein arid lactose in milk A. ii 1218. Malengreau Fernand and Georges Prigent hydrolysis and constitution of lecithin A.i 331. Malfitano Giovanni crystalloids and colloids ; basic ferric chloride A. ii 240. crystalloids and colloids or molecular and micellary states A ii 337. ulphur in the urine A ii TI.INDEX OE Malfitano Giovanui and (MZlc. ) A. Moschkoff dextrinisation of starch by desiccation A. i 240. deflocculation of starch A i 60s. l a l k a l n V. 1. See Alc.mi~dcr M. Nastukoff. Yally Joxfi See Hans Meyer. Malosse If. the density of cniiiplior as deduced from the densities of'its solu- tions iii different solvents A. i 636. Malvezin PJdippr estimation of tannin in solutions and especially in nines A. ii 612. Mampel J. See Bobcrt Stoll6. Manasse E r ? ~ ~ t o petrography of the colon:; EritrPn A . ii 566. Manchot IVilliclm tlie volatilisation of vanadic acid by means of hydro- fluoric acid A.ii 561. blue acid (the reduction product of nitrous-snl~~liuric acid). III. A ii 637. the capacity of tlie blood pigment to combine with gases A.. ii 953. Manchot lk'iLJicf'm and JxliiCs Haas Kachler's ethylene-fcrrons cliloridr A. i 933. Manchot WiZhcln~ and B. Heffner tlie cliemical constitution of titanif'erous iron ores A. ii 265. Manchot IVilhclm Ernest Merry and Picrm Worin er iron salts which com- bine with calfion monoxide A. i 955. Manchot lViZhcl.,ii and Bcytil Palm- berg plienol -quillone isonierism of the Schitf's bases of srornatic hydroxyalde- hydes A. i 349. Manchot lvilhclin Jolm C1~rirlc.r With- ers mid Hcini*ich C*otirad Oltrogge colnl)ounds with triple linl<ings A. i 230.Handel John A~rcrl,and h'd~urrl KeZloqy Dunham a pnrine-hexose compound A. i 320. Manley Jolm Job apparent cliange in weight during chemical reaction A ii 928. Mann Gladys Ridy. See J d i z Thcodorc Hewitt. Mannessier A?L?M;. See Giriseppc Oddo. Yannich Carl arbutin and its synthesis A. i 884. Mannich Carl and W. Drauzburg aminoacetates of phcnols A i 848 Mannich C'arZ and RcinhoZd Kuphal chlorides of nmino-acids A. i 217. benzylnmin~ derivatives A i S50. Mannich Carl. See also Kai-l IV. Rosenmund. Manning Korlger J. and Muzimiliu,i Nierenstein constitution of tannin A. i 566. A UTIIORS. ii. 1313 Mansfield G. and B. Farkas narcosis and want of oxygen. 111. The action of narcotics and oxygen-witlidrawiofi 011 germinating seeds A. ii 79. Manz I€cr?nann. See IViLlicZm Prandtl.Manzella Euyexio Italian pozzriolanss ; a Sicilian pozzuolana A ii 352 Maquenne Lkoo)~ and &ii. Demoumy detcrniination of' respiratory quotients A . ii 1201. Marantonio M. Seo M w i o Levi-Mal- vano. Marc &bert velocity of crystallisation and dissolution A ii 336. crystallisation from aqueous solutions. VI. A. ii 336. melting point of silicates A . ii 552. tlre determination of the concentration of colloidal solutions by means of the new liquid interferometer A ii 745. new method for the determination of the concentration of colloidal solu- tions and the investigation of drainage waters A. ii 1150. Harchleweki Le'oi~ phylloxnii thin A. i 203. pliylloporphyrins A. i 288. azo-dyes of substituted pyrroles A. i lisiiiopyrrole A. i 646. the chlorophyll woup.XVII. Tlie spectral properiks of the two ciiloro- pliyllans A. i 791. Uarchlewski Liow and J. Robel the i clilorophyll group. XII. 8-phyllo- porphyrin A. i 289. a-i)hvllolizmiii and the fnriniila of 399. a-phylloporphyrin A. i 376. Marchlewski Ldon and B. Znrkowski the chloropliyll group. XIII. Por- phyrins from pliyllocyanin anti phylloxanthin A. i 289. Marchlewski Lhn. See also J. Orab- owski C. A . Jacobson Lad. Leyko and HcizryX. Malarski. Marcille It&iic some tests for the deter- iniuntion of the purity of turpentioe oils A. ii 870. Marckwald Edicarcl. See Fritz Frank. Marckwald W d l y tlie interiiational radium standard A. ii 823. MarcuB E. See WiZhcZm Bilte. Marcusson Julius estimation of " ben- zine " and beiizene hydrocarboils in oil of turpentine A.ii 497. Yarden Joh71 1Y. See Artiiur Beckct Lamb. Mare Ei.t?ilCric tle and CJindcs Jacobe alloys and electrolytic depositions of radium A. ii 315.ii. 1314 INDEX OE’ AUTHORS. Marek J. organic analysis by combustion without the use of an oxygen-carrier A. ii 297. Marino D. new apparatus A. ii 1049. Marino Luigi and Y Squintani asym- metric selenitcs A. i 127. Marino L u i g i and A . Toninelli nsym- inetric selrnites. 11. Additive products of piperidine with selenious and sulpli- iirous acids A i 802. Marion riiodifications of tlie Robin pro- cess for butter analysis A. ii 872. JdarkBtoa the anhydrous uranyl and zinc nitrates A. ii 848. Marle Ernest Robert the aryl ethers of glycide gly.cerol and glycerol-a-mono- chlorohydrin T. 305 ; P. 5.Marmier L o u i s action of nltra-violet light on sodium thiosulyhate A ii 112. Yarogna G. See Francesco Cnrlo Palazzo. Marotta D. See Gennaro Calcagni. Marqueyrol M. and D. Florentin decomposition of diphenylnitroso- amine by heat A. i 759. Yarre Francis the relative value of iudicators in the acid titration of wines A. ii 1106. Marriage Ernst detection of adulter- ation by colloido-cheniical methods A. ii 871. Marra L. E. Marachalk Charles conversion of ox- indole into coumaran-l-one A. i 303. conversion of oxindole into 2-ketodi- hydro-l-thionaphthen j (“ tliio- oxindole”) A. i 575. Maraden h’rneut and Thoinas Barratt the probability distribution of the time intervals of a-particles with ap- plication to the number of a-par- ticles emitted by uranium A. ii 6.the a-particles emitted by the active deposits of thorium and actinum A. ii 113. Yareden Ernest and C. G. Darwin the transformation of the active deposit of thorium A. ii 823. Ildarah Clarence E. See Hcrman C. Lythgoe. Marshall Fr. laboratory apparatus for estimating the absolute and full water- holding capacity of soils A. ii 200. Marehall Francis A q J L Adam the ovarian factor concerned in the recur- rence of cestrus A. ii 183. Marshall Hugh thermostats A. ii 827. Yarehall J. Theodore. See Philip See Floyd Jay Metzger. Adolph Kober. Xartegiani EITt~mnno some derivatives of 3:4-dimethoxypropiopl1enone A. i 987. Martegiani Errnunno. See also Guido Barge llini . Martin CJiarles Jams. See (Miss) Harriette Chick. Martin Emcst Gale the causation of tlic heart beat A ii 571.Martin Gcoflmy dibenzyl- and diphcnyl- -silicols and -silicones P. 326 ; A. i 404. new class of organo-silicon compounds which evolve hydrogen A i 819. Martin Gcofrey. See also Alexander McKenzie. Martin P. magneto-optical Kerr effect for forro-magnetic compounds A. ii 1039. Martin TVaZtcr. See Otto Buff. Martinoff Walter. See H~inriCh Klinger. Marx E’lisahcth. See It.‘. Zaleski. Maryanovitoh (JfZEe.) V. See Alexis Bach. Maecarelli Luigi and Oincmno Beou- sani two fornis of decaliydro-8-naph- tho1 ; peculiar case of stereoisonierism A i 761. Yascarelli L u i g i and B. Tonchi aro- iliatic substances containing niulti- valent iodine A. i 322. Maachhaupt J. G. change in the re- action of soils by growth of plauts and mauuring A. ii 1206. Ildascr6 ’If. See A .Qoris. Yaselli Coitcetto. See E’mattuele Pa- ternb. Maaing Ermt inobilisation of sugar in tlie surviving liver A. ii 1076. Maeing Hiigo the heat of vaporisation of iiiixtures A. ii 1137. Maeoni Gictlio flocculating power of some soluble salts on the clayey 8ub- ataiices of soils A ii 677. Maasink A. See Frnns Antoon Hwbert Schreinemakera. Masalenikoff A. See Friedrich Kehr- mann. Massol Oustnve radioactivity of tlie thermal mineral waters of Usson (Aribge) A. ii 889. M88801 OiLstuve and A . Fauoon absorp- tion of iiltra-violet radiation by satu- rated aliphatic alcohols A. ii 1115. Maaeol Ldon action of ultra-violet rays on starch A i 538. Maneon Oeorges the laevorotatory carbo- hydrate from the rhizome of Ascle- pius vincetoxicuwi A. ii 478. Cycla Jnen EUTO~QWII A.ii 6 74. the saponoid of Priinzda oficii~nlis A. ii 979.INDEX OF AUTHORS. ii. I31 5 waters of the thermal springs of Ihtli T. 1370 ; P. 183 ; discussion P. 183. I influence of copious and moderate water drinking with meals A. ii 65. Yaeuda ATiro the formation of sub- stances of aldehydic character on per- fusion of the liver and the synthesis of acetoacetic acid from ethyl alcohol A. ii 1074. Matheeiue Walter. See Siegfried Ril- pert. Mathews Joseph H See Theodore lVilZinnt Richards. Mathieon Gordoji Clzincs McKny the influenceof acids on the reduction of iirterial blood A. ii 179. Matignon Cmitillc syn tlietic formation of nitrous oxide A. ii 249. equilibrium of the system cadmium sulphnte-gaseous hydrogen chloride A. ii 441. the function of valency in the stability of binary metallic eonipoiinds A.ii 535. preparation and heat of formation of magnesium nitride A. ii 644. spoil tlneous and progressive destruc- May CZarencc Earl phosphotungstic estimation of f&al bacteria A. ii 466. Mattill Henry Albriyht. See also Pad E. Howe. Matuschek J. and Nenning the pro- dnction of chemically active rays in chemical reactions A. ii 116. l a t z k e FT. See Paul Pfeiffer. Mau W. See E’mst Hcrnmnn. Rieaen- feld. Maugini A. See Ciro Ravenna. Maugnin Charlcs the ititernal move- nient of liquid crystals A ii 630. Manritz Bela come rock-forming minerals from Hungary A. ii 177. Mauthner Fei-dimmid combination of phenolcarboxylic acids A. i 267 858. new synthetic glucosides A. i 574. Mauthner Jzdizw cystine A. i 335. Maximoff hT.A. cheniical means o f protecting plants from frost A ii 476 980. tion of certain objects made of lead A. ii 645. acid as a clarifying agent in urine analysis A. ii 302.11. 1316 INDEX OF AUTHORS. Maynard Leonard. See Arthur Way- Mays Karl proteins of Liebig’s extract Mad Pierre relation of the plants t o the nutritive elements of the soil ; law of the niinimum and the lawof the physiological ratios A. ii 796. presence of nitrous acid iii the sap of the higher plants A. ii 1202. IyLaz6 Pierre Elnot and Lemoigne plant chlorosis provoked by calcium carbon- ate A. ii 1088. Ilbazijewski L. F. See E j h Senicn London. Xecklenburg ll/*erizcr the isomerism of the stannic acids. II. A. ii 355. Mecklenbnrg 1Venter. See also W i Z - hclnt Biltz. Medigreceann FlorcntiiL.See Gabriel Bertrand and Phcebus A . Levene. Medinger Bobert salts of aminophenols with dibasic acids A. i 848. Meek Walter J.,the liver and regenera- tion of fibrinogen A. ii 273. relation of the liver to the fibrinogen content of the blood A. ii 578. Meerbnrg Pieter Adriaan power of pot- able water to dissolve lead A. ii 762. Meereon S. See Alex. Orechoff. Mehd P. V. See John Aeginald Blockey. Meigs Etliuard B. and LCO~L A . Ryan the ash of sniooth niuscle A. ii 579. Meige Edward B. See also Leon A . Ryan. Meill& G. detection of pilocarpine i u presence of quinine A. ii 1010. Meieenheimer Jakob methylglyoxal A. i 831. Meieenheimer Jakob Jacob Dodonow and Afarthrx Hoffheinz optically active amino-oxides A. i 25. Meieenheimer Jakob. See aIso Eduarcl Bnchner.Heister A didymolite a new mineral A. ii 950. Meitner Lee some simple methods of preparing radioactive disintegration products A. ii 10. the disintegration scheme of the active deposit of thorium A. ii 723. Meitner List?. See also Otto con Baeyer and Otto Eahn. Meldola Raphael Arthur Jamcs Hale and Hu~IL Yerno-n Thompson isopicra- mic acid and its use as an indicator A. ii 1090. Meldola Xaphael and William Francis Hollely quinone-ammonium deriva- tives. Part I. The methylation pro- ducts of picramic and isopicramic acids T. 912 ; P. 128. land Dox. of meat A i 399. Meldrum Andrew Normzn the develop- ment of the atomic theory. VII. The rival claims of William Higgins and John Dalton A. ii 35. 16likoff Petr. G. separation of phospho- molybdates from silicomolybdates A ii 202.heliaviour of hydrogen peroxide to- wards ammonium silicomolybdate and phosphomolybdate A. ii 683. sensitive reaction for molybdic acid A. ii 693. Mhlikoff pet^. G. and M. Becaia esti- mation of phosphoric acid in presence of colloidal silicic acid A. ii 488. Mellanby Ed?cnrd and Frederick Willinin Twort presence of 8-imin- azolylethylamine in the intestinal wall ; with a method of isolating a bacillus from the alimentcry canal which con- verts liistidine into this substance A. ii 853. Mellanby Edwnrd. See also Frcdcrick William Twort. Mellet K. See Ernest Chuard. Yellquiet Hjalmnr. See Peter Klaeon. Meltzer Samuel James. See Israel Simou Kleiner. Melvin G. Spencer glycolysis i n blood A. ii 1185. Mendel Lafayette Beitedict and Amy L. Daniela the behaviour of fat-soluble dyes and stained fat in the animal organism A.ii 1197. Mendel Lafayctte Benedict and Morris Seide Fine studies in nutrition. 111. The utilisation of the proteins of corn A. ii 63. studies in nutrition. IV. The utilisa- tion of the proteins of the legumes A. ii 271. studies in nutrition. V. The utilisa- tion of the proteins of cotton seed A. ii 272. studies in nutrition. VI. Utilisstion of the proteins of extractive-free meat powder; the origin of fmal nitrogen A ii 272. Mendel Lafayctte Benedict. See also Thomas Buw Osborne. Meneghini D. catalytic oxidation of oxidation of chromic salts by means of Meneghini D. See also Giuseppe Bruni. Menge George Albert new compounds of the choline type A. i 74. new compounds of the choline type. 11.Acetyl derivatives of a-methyl- choline ‘ B-homocholine,” arid “ y- homocholine,” A. i 949. ammonia. I. A. ii 344. silver oxide. I. A. ii 390.INDEX OF AUTHORS. ii. 1317 Menke J. B. See Frana Mazcrits Menechutkin Boris N. Rystems formed l)y antimony chloride and bromide with monosubstituted benzene hydrocarbone A i 98. systems formed by antimony trichlor- ide and tribromide with disubsti- tuted benzene hydrocarbons A i 99. relations of trisubstituted benzene hydrocarbons to antimony trichloride and tribromide A i 100. coinpounds of antimony trichloride and tribromide with polynuclear benzene hydrocarbons A i 177. behaviour of antimony trichloride and tribromide towards certain oxygen- ated organic compounds A i 193. bicentenary anniversary of M. V. Lomonosoff’s birthday A.ii 341. systoins formed by fluorobenzene with antimony trichloride and tribromide A. ii 920. benzenesulphonic acid and antimony trihaloids A. ii 920. systems formed hyantimony tricliloride and tribromide with naphthalene and its derivatives A. ii 920. systems formed by cyclohexane and cyclohexene with antimoiiy tri- chloride and tribromide A. ii 922. antimony trichloride and tribromide in their relations to phenol and some of its etlierrJ A. ii 922. the system aniline-antimony trichlor- ide A. ii 923. mten M. L. the relation of potassium salts and other substances to local anaesthesia of nerves A. ii 1194. Menzies Alan Wilfrid Cmnbrook and Paul D. Potter two - component system water-arsenic pentoxide A. ii 1165. Menzies J. A. secretion and composi- tion of human bile A ii 786.Mepieeoff L. J. See Efim Semen Lon- don. Mercer B. See Gcorge Edward Bairsto. Merck [Carl] Emnzcel preparation of n~ylpolymethylenecliloro-com- pounds A. i 110. preparation of y-chloropropylbenzone and its homologues A. i 175. preparation of cyanoaminoformyl esters A. i 877. preparation of allophanic acid esters A. i 877. preparation of compounds from quinine and dialkylbarbituric acidg A. i 1013:. Jaeger c. 11. I Merck Emunuel and W. Eichholz pre- paration of a therapeutically valuable derivative of hexamethylenotetramine A. i 948. Merriman Richard ?ViZZiam. See John Wade. Merry Ernest. See Wilhelm lanohot. Merton Thomas BaZph the photography of absorption spectra P. 325. changes in certain absorption spectra in different solvents A.ii 8i5. Ilberwin H. E determination of the density of minerals by meana of R.ohrbach’s solution of standard refractive index A. ii 55. quartz and fluotite as standards of density and refractive index A ii 55. crystalline forms and genetic condi- tions of the sulphides of ?inc cadmium and mercury ; micro- scopic study A. ii 1065. Yerernitskp P. decomposition of uric acid by the action of radium eman- ation A. ii 417. decomposition of the purines by the action of radium emanation A. ii 521. Mesham Paul. See Charlea A . Sadler. Xeshtrcherjakoff M. I. See Jakov 1. Michailenko IKettler Carl dichlorodihydroxybenz- oylbenzoic acid its conversion into tetrachlorotluorescein and illto anthra- quinone derivatives A. i 359. Metzger Floyd Jay and L. E. Marre a new rapid and accurate volumetric method for the estimation of man- ganese and its application to the analysis of iron and steel A ii 94.Metzner Relib action of atropine in the organism A. ii 585. Yetzner Red and E. Hedinger action and relationships of atropine in the organism. 11. The relation of the thyroid to the atropine-destroying power of the blood A ii 966. lennier Jean action of beiizaldehyde on polyhydric nlcohols derived from sugars A. i 268. mechanical phenomena of gaseous combustion; spiral flame A. ii 432. l e a n i e r L. and Alphme Seyewete tannage by meana of halogens A. I 400. Metlllier Stanidas two French meteo- rites A ii 776. Ideyer Andrd action of hydroxycarb- anlide ou some B - k e t o h esters A . i 423. 87ii. 1318 INDEX OF AUTHORS. Meyer Aidre dibromophenylisooxazol- one and derivatives A.i 582. new derivatives of phenylisooxazolone A. i 1019. Meyer Alcxandcr von. See Alfred Benrath. Xeyer Alfred II. See Marcello con Pirani. Meyer Edgar structure of the y-rays. Il. A. ii 409. Meyer h’rxYiii. See Olto Wallach. Meyer Friedrich reductions and reac- tioils in reversed flames. 1. Iteduc- tion of chlorides in the chlorinehydro- geii flanie A. ii 1051. Ideyer Gustave U. See Phmbus A . Levene and Donald D. vnn Slyke. IUeyer Ham and liobcrt Beer oil from Uatura strairzoniim A. ii 593. Meyer Hans and Josef Mally hydrazine derivatives of pyridinecarboxy iic acids A. i 514. Meyer Hwmann. See Hans ‘ L ’ o ) ~ Euler and Karl Polstorff. Meyer Jacob preparation of anthracenc derivatives A i 874. Meyer Julius the polymorphism of allocinnamic acid A.i 32. realisation of the Thomson-van der Waals surface A. ii 89ti. thermal expansion of liquids between boiliiig poirit and critical point A ii 1133. Xeyer Kurt the diminution of the antitryptic power of the blood iu diabetes A. ii 683. Meyer Kurt. Meyer Kurt Heiwich keto-enolic tauto- mensin. VI. Relation between the constitiition and the equilibrium of keto-enolic desmotropic compounds A. i 940. keto-enolic tautomerisn:. VII. Des- motropy of malonic and methane- tricarboxylic esters A i 941. Meyer Puul (Berlin) the preparation of’ glucosone A. i 538. Meyer Paul (Rlunchen). See Hans Fischei.. Xeyer Richard [ Em7] pyrogenic ace t j 1- ene condensations A. i 525. Xeyer Robert. See Conrad Willgerodt. Meper RicJLarcl Josq and H.Golden- burg scandium A. ii 768. Meyer Stefan and Yiktor E’. Hese the definition of the Vienna radium standard preparations A. ii 71 ti. Xeyer Stefan. See also Heinrich Yache. Yeyerfeld Julius a ncw compound occurring in wood vinegar (methyl- cyclopentenolone) A . i 628. See also Ermt Denssen. Yeyerhof Otto the heat production of chcniicnl processcs in living cells (blood corpuscles) A. ii 777. Yicewicz fit. See bkiedrich Kehrmann. Michael Arllm~ number of isomerides of merotropic and desmotropic coni- pounds A. i 631. isomeric ketonic modifications of dibenzoylacetylmethane A. i 631. number of isomerides of merotropic and desmotropic compounds. 1V. Isonieric modificatioiie of ethyl formylphenylacetate A. i 861. application oi the “scale of combined inHuenco ” to explain tile ionisatioil constants of organic acids and a reply to the criticism of C.G. Derick A. ii 826. Michael Arthur and Roger Frederick Brunel action of aqueous solutions of acids on olefiines A i 821. Michael Arthur and George Prescott Fuller iiurnber of isomerides of merotropic and desmotropic com- pouuds. V. lsomeric enolic modifica- tions of ethyl formylphenylacetate A. i 861. Michael Arthur and Harold Hibbert isomeric ketoiiic moditications of dibenzoylpropionylrnethane A. i 6325 Michael Arthw and Fritz Zeidler chemistry of amyl compounds A. i 2. course of the intramolecular trans- formations of alkyl bromides. II. A. i 8. Ilbichaelis LeoiLor the isoelectric point of electro-amphoteric colloids A. ii 11 50. Michaelis Leonor and CV. Davidoff tlic electrometric method for estimation of the alkalinity of the blood A.ii 1184. Michaelis Leo,ior and Heixrich David- rohn electrical transport of colloids A. i 326. the cataphoresis of oxyhaemoglobin A. i 591. tho agglutination optimum in mixtures of colloids A. ii 440. Michaelis Leonor slid W. Grineff the isoelectric point of gelatin A. ii 729. Michaelie Leoxor and Peter Bona the distribution of reducing substances in mammalian blood A. ii 58. Pichaelie Leonor. See also Petcr Bona. Yichailenko Jacob I. physico-me- chanical conception of solutions A. ii 438. Yichailenko Jacob I. and Jf. I. Meshteoherjakoff influence of oxidis- ing agents on the rate of solution of gold in potassium cyanide A . i 613.INDEX O€ Xichailenko Jacob I. and P. G. Mushinaky action of magnesium on the water of crystallisation of crystallo- hydrates ; activation of the niagnesium by salts A.ii 350. Miohauct Gz&zoe alkaloids and ultra- violet light A. ii 712. Michel Pram universal apparatns A. ii 246. an automatic pipette for the determina- tion of iodine- and saponification- numbers A. ii 396. detection of blood by means of pyridine A. ii 400. removal of chlorine in the titration of iron A. ii 495. an automatic uiiiversal burette A. ii 804. detection of blood in uriue and other physiological liquids A. ii 1112. Yichiels Louis triniethyluiie [cyclo- propaue] derivatives of the type HqC \ - 1 \CHS A. i 259. H,C / Miclhethwait (Miss) Frances Mary Oore. See J O ~ L Cannell Gain and Gilbert Thomas Morgan. Miculicich Miroslnc inhibition of glycosuria.I. The influence of liirudin on glycosuria produced by adrenaline and by diuretin A. ii 855. inhibition of glycosuria. 11. The influence of ergotoxill on glycosuria produced by adrenaline aiid diuretiii A. ii 856. Midhat D. See Paul Wenger. Miethe A . and 13. Seegert wave- length incasurements for some of the platinum metals in the short-waved ultra-violet spectrum A. ii 2. Mihaileecu X . See Coiutantin I. I s t r a t i and Adriano Oetrogovich. Mihara Shinji the enzymes of bull's testes A. ii 70. Miklauz R. See Frnnz Wilhclm Dafert . Hilanowsky W. See Jf. Techilikin. Milarch € h i d See Paul Rabe. Milbauer Jurodav the action of oxygen on heated iron under pressure A. ii 1059. Milikan J. See Frans Aidooir Hwbert Sohreinemakers. Millar W. 5'. Miller Edzunrd Holl gravimetric estimation of phosphorus in milk A.ii 202. detection and estimation of small quantities of nitrous acid A. ii 992. See Georg Bredig. AUTHORS. ii. 1319 Miller h'. Jf. Miller Joseph L. and E. M. Miller the eKwt of organ extracts on blood- pressure A. ii 58. Niller Noriz. See Blgar Wedekind. Milliau E. detection of carboii disulph- ide iu oils A. ii 92. Millosevich Federiw an iron-poor epidote (clinozoisite-epiclo te) from S. I3arth6lernyl Aosta Valley Piedmont A. ii 569. Mills Ja7ues Edward the law of mole- cular attraction A. ii 1041. Yille (Mrs.) Alildrcd. See William Hobson Mills. Mills IVilliavb hob so)^ the preparation of durylic and pyromellitic acids T. 2191 ; P. 243. l i l l e William Hobso?L and (Mrs.) Mildred Milh the synthetical pro- duction of derivatives of dinaphth- anthracene T.2194 ; P. 242. Mills William Hobson and Walter Henry Wateon note on the formation of tetrachlorophthalyl chloride by chlorination of tetrachlorophtlialide P. 262. Milner B. D. See Charles Ford Lang- worthy. Milo C'. J. storage of calciuin cyananiide in the tropics A. i 16. Idilobendzki Thaddeus tautomerism of the dialkyl phosphites A. i 155. Minaieff WassiZy. See Fritz Ullmann. Minami D. the influence of lecithin and lipoids on diastase A. i 402. the influence of bile on diastase (amylase) A. i 402. the reaction between ferments aud anti-ferments A. ii 362. the infloence of serum and the ex- pressed juices of organs on the fat- splitting ferments A. ii 460. the relationship between the pancreas and suprarenals A .ii 461. the biological action of rnesothorium ; the action of thorium emanation on digestive ferments and autolysie A. ii 965. Hines Ceorye h l p h interiwetation of the " rotective action" of gelatin on colyoidal gold A. ii 169. tiit relations t o electrolytes of the hearts of different species of animals. 1. Elasinobranchs and pecten A. ii 867. influence of certain ioiis on tlw electrical charge of surfaces and ice relationship t o problems in colloidal chemistry and biology A. ii 372. See Joseph L. Miller.5.1320 INDEX OF AUTHORS. Minguin Jzdcs dissociation of tartrates malates and camphorates of amines as revealed by their rotatory power A. i 237. Minovici Stkphanc and Bella Hauak- necht some chlorine derivatives of cholesterol A i 110. Minovici Stdphane and Eugkite Vlahutza the action of perhydrol on cholesterol in the mesence of suluhuric wid A i 697. Minovici.S‘tdphane. and (Nllc. ) Tldodosie Zenovici <he condensition of phenyl- glycollonitrile with aroinatic aldehydes in the presence of thionyl chloride A. i 699. Mirande 2lfarc~2 presence of hydrogen cyanide in T r ~ o l i u m repens A. ii 1085. existence of cyanogenctic principles in a new Centaztrea (Ceittazcrea crocodyl- imt) and in a Comnzolimcca (Tiitnittin fixgctx) A. ii 1203. new natural group of plants pro- ducing hydrogen cyanide the Calycanthaceae A. ii 1203. Misner Iz. R. Mitchell Philip H. See J. F. Mo- Clendon. Mitscherlich Eilhnrd AIfred K. Celichoweki and Hernraitn Fischer estimation of small amouiit~ of potassium A. ii 204. Mitecherlich Eilhard AZfred and Hermanit Fiechsr estimation of potassium ; potassinni sodium cobalt nitrite method A.ii 996. Mitter Profidla. See Carl Lieber- mann. l i x t e r IViEliam Gilbert heat o f forma- tion of titanium dioxide A. ii 133. heat of combination of acidic oxides with sodinrn oxide. VII. Heat of formation of the oxides of vanadium and uranium A. ii 899. liyake K. the non-protein nitrogenous constituents of the shoots of Sasa paniezdnta A. ii 380. behaviour of pentosans and methyl- pentosans in seeds of Glycinc hispida and Phaseohis uulgaris during germination A. ii lG85. estimation of galactan A. ii 1105. Miyake K. and T. Tadokoro com- position of the egg-shells of Pollach- i21.5 brandti A. ii 368. carbohydrates of the shoots of Sasa panicdata A. ii 380. Modeleki J.von. Mohlau Richard Beinrich Beyechlag and H. Kohree thiazines A. i 212. See Anid Pictet. See Paid Pfeiffer. Mohlau Richard and Alfred Redlich condensation of para-quinones with indoles and pyrroles containing hydro- gen ill the 3-position A. i 129. Mohlau Richard Arthur Viertel and Alfred Redlich a new synthesis of anthraquinonylhydrazines A. i 705. Mohlau Richmrd Arthur Viertel and Friedrich Reiner anthraqninonyl- monohydrazines A. i 704. Moeller M. See Fricdrich Xriiger. Morner Carl Th. hoinogentisic acid. ovomucoid and sugar in tlie white of Mohr Ernst reversible transformation of many carboxylic acids into keten- hydrates A. i 362. Moldenhauer Fr. estimation of silica in iron ores A. ii 92. Moldovan J. See R. Doerr. Xoles E?bripzce ebullioscopic constant of carbon tetrachloride A.ii 431. ethylene dibromide in cryoscopy A. ii 533. Molee E ~ L T ~ ~ w and L. Qbmez chromyl chloride. I. A. ii 560. Molina Olimpia. See Guido Bargellini. Xolliard Mariw actioii of certain diure- ides and of hippuric acid on the development and tuberisation of radishes A. ii 82. comparison of oxidation of phenomena in galls and the normal homologous organs A. ii 285. is humus a direct source of carbon for the higher green plants 1 A. ii 287. Mondschein Juliics the estimation of lactic acid in the presence of 8- hydroxybutyric acid A ii 813. tlie estimation of lactic acid in the presence of proteins A. ii 814. Mondachein Jdius. See also Entit Lenk . Monikowski L. See Aleaaitder Tschirch. Monimart estimation of sulphurous acid in white wines A.ii 682. Montagne Pieter J. the ‘ I cause ” ofthe Beckmann rearrangement A. i 73. action of phosphorus tribromide and phosphorus on B-benzopinacolin A. i 630. Yonteverde 2% A . and V. N. Lubim- enko forination of chlorophyll in plants. II. A. ii 800. Montgomerie Harzeg Hugh. See Thomas Stewart Patterson. Monthul6 estimation of halogens in some organic compounde A. ii 485. I A. i 459. the bird’s egg A. ii 1070.INDEX OF AUTHORS. ii. 1321 Moody H. JV determination of the ratio of tlie specific heats and of the specific heat a t constant pressure of air arid carbon dioxide A. ii 531. Moog A. See Alexniiclre Desgree. Moore A . R. is cedema determined by the acid content of'the tissues ? A. ii 856. Moore Be.li,juini?i Edzuard S . Edie Edward Whiteley and U'.J. Dakin the nutrition and metabolism of marine aniinals in relation to ( a ) dis- solved ( b ) particulate organic matter of sea-water A ii 1068. Moore Benjamin. See also Edward S. Edie. Moore Chndes Junzes. See Qreyory Puul Baxter. Moore Raymond L. See John William Turrentine Moore Tom Sidney Dostalcl Btudley Somervell and John Newton Derry the velocity of reaction between potas- sium chloroacetate and some aliphatic amines T. 2459 ; P. 278. Moore Tom Sidney and Thonius Fiefd Winmill the state of amines in aqueous solution T. 1635 ; P. 109 126. Moormann A . See Bemm Bleyer. Moosbrugger W. See Karl Auwere Yoran Bobert C. See Treat Buldwiit Johnson. Moreau Qeorges the mass and mobility of tlie positive ions of a flame A ii 1031. Morel Albert. See Louis Hugounenc.Morel J. See L40o.l~ Grimbert. Morel Pierre simple constant level Morelli Giuseppe. See Luigi Bernardini. Moreschi Amibnle. See Emil Pischer. Morey Georyc W. new apparatus for vacuum sublimation A. ii 444. occurrence of argon in coi~imercial oxygen made from liquid air A. ii 450. benzoic acid as an acidimetric stan- dard A. ii 986. Morgan Gilbert Thomus Edgar Jobling and h'nymoncl Theodore Fred Barnett the absorption spectra of certaiil aromatic nitroamines and nitrosmides T. 1209 ; P. 152. Morgan Gilbert Thomas and (Miss) Frances illnry Gore Micklethwait amino-derivatives of arylsulphon. anilides and arylsulphon-B-nnphth- alides T. 143. aromatic amino-derivatives containing antimony ; preliminary note P. 19. water-bath A ii 445. Morgan Gilbert Tjlomis a i d (Miss) Fralxcs Jiury Gore Micklethwait organic derivatives of arsenic and antimony ; preliminary note P.68. the constitution of o-diazoimines. Part 11. The p-tolylnaphthatria- zoles P. 325. Ilborgan Qilbert Thowtas and Henry Webster Moss co-ordination corn - pounds of vanadium ; preliminary note P. 199. co-ordination compounds of vanadium. Part I. The acylacetonates P. 325. Morgan Qilbcrt Thomas and Joseph Beilly non-aromatic diazoniuni salts; preliminary note P. 334. Morgan H. H. See FirnmasL Thompson. Xorgenroth J d i m and Felix Bosenthal the influence of potassium hesatanta- late on the action of antimony com- pounds in experimental trypnnosome infection A. ii 376. Yorgenstern Otto laserpitin A. i 708. Xorozewict Jdzef hatchettite and [glau- conite] from Bonarka near Cracom A.ii 776. Morrell Bobert Xelby studies of Chinese wood oil ; &elzostearic acid T. Morrow Genevieve ?? the ultimate lines of the vacuum tube spectra of man- aanese lead copper and lithium A. 8 711. Morre Harmon Northrop IVilliam West Holland Chester Newtoo.lL Myers Q. Cash and J. 3. Zinn osmotic pres- sure of sucrose solutions a t high tem- peratures A. ii 835. Moschini Auyzuto. See Bernnrclo Oddo. Mos~hkoff (MZlc. ) A . See Giovanni Malfitano. Moscicki J. formation of hydrogen cyanide in the high tension electric flame A. ii 896. Moseley H. Q. J. the number of &par- ticles emitted in the transformation of radium A ii 1024. Moseley H. Q. J. and Walter Yakower y-radiation from radium-B A. ii 220. Moser Ludwig titration of copper salts with titanium tricliloride A.ii 1097. Moeer Ludwig and F. Perjatel estinia- tion of arsenioim acid with potassium permanganate in presence of hgdro- chloric acid A. ii 866. separation of arsenic from antimony and other metals by means of methyl alcohol in a current of air A ii 866. 2082 ; P. 235.Morgan. A. i 297. Morder Gmtnv methylation of brucine Moetowiech W. Motechmann Oskar. See Nichard Anechutz loufang Ed. the solubility of ozone in water A. ii 44i. Moulin A . reactions of pyramidone A ii 399. Mouneyrat Antoine toxicity of arsenic corn pou n d s employed in therapeutics A. ii 281. Yonreu Charles and Adolphe Lepape ratios ofthe rare gases to one another and to nitrogen in mine gases A. ii 47. some natural gases particularly rich in helium A. ii 843.Xoureu Charles and Amand Valeur degradation of sparteine ; formn- tion of B hydrocarbon sparteilene A. i 210. t h e symmetry of sparteine A. i 296. Mouton flcnri. See A . Cotton. Muchin G. influence of a third com- ponent on the freezing point of a binary mixtiire A. ii 898. Miiller A. See Franz Lehmann. Miiller Br. See B e m o Bleyer. Miiller Erich and Otto Diefenthaler volumetric estimation of vanadic acj? with potassium ferrocyanide A 11 300. Yiiller Erich and R. Emslsnder in- fluenre of current density on the formation of persulphuric acid anti the changes in concentration of per- sulphuric acid and Caro’s acid A ii 895. Miiller Erich and Otto Miiller the velocity coeficient of the chemical formation of chlorate cletermiued by electrolysis A. ii 11 54. Miiller E’rich and Eberknrcl Saner electrolytic formatinn of dichromate from chromate A.ii 1037. Miiller Erieh Gzistav Wegelin a d E. Kellerhoff copper salts of hydroferro- cyanic and hydroferricyanic acids A. i 614. Miiller Ermt the formatioil o f nitrogen oxides by the electric spark discharge in liquid air A. ii 753. Miiller Franz. See Joscph Barcroft. Miiller Gerhurd. See Wilhelm Auten- rieth. Miiller Hugo inositol and some of its isomerides T. 2383 ; P. 291. Yiiller Max. See IVilhZm Schneider. See IT. 0. Hofmann. electrolysis A ii 630. Miiller NOC L. See also Rudolf Weg- echeider. Miiller Olto (Stuttgart). See Eric11 Yiiller Pmcl Th. Miiller Robert the action o f carbonyl chloride on the body of man and of animals A ii 73. Miintz Achille ml Hmri Gaudechon the awakening of the earth A. ii 292.de atlation of phosphatic manures %ring a rotation of crops A. ii 982. Miintz Achillc and E. Lain6 the pro- portion of carbon dioxide in the air of antarctic regions A. ii 154. Mnlert Otlo thermochemistry of silicic acid and the silicates A. ii 626. Muller Ch. estimation of phosphoric acid by means of citro-molybdic acid solution A. ii 487. Muller Paul ThiZbmud and E. Carrigre refraction and dispersion of nitrates of mercury A. ii 402. Muller PnuZ Thi&zzitl and (il1lZe.) V. Guerdjikoff refraction and magnetic rotation of mixtures A ii 325 1113. M u m Otlo and CZe?,icns Bergell free acetoneoxalic [acetylpyrnvic] acid mid its derivatives A. i 936. derivatives of triketopyrrolidine and their conversion into triniethyl- paramide A.i 1015. Ynrachi Nagataka siilphur metabolism in cancer patients A. ii 665. Mnrat Marcel and Gaetan Amouroux condensation of butyrone with organo- magnesium compounds A. i 527. Murat Marcel and Cathala acetals clerived from cyclic alcohols A. i 816. Murat ilrnrccl. See also Gaelan Amouronx AIphonse Mailhe and Paul Sabatier. Murlin John R. and H. C. Bailey the uriiie of late pregnancy and the piierperium A. ii 371. Murmann Ermt simplification of gravi- nietric analysis A ii 87. Murschhauser Haxs the respiratory exchange a t extreme external tem- peratures in relation to the body surface ; the time course of carbon dioxide production and oxygen con- sumption a t such temperatures A. ii 776. Miiller. See Kud Helle. a respiration apparatus A. ii 851.INDEX OF AUTHORS.ii. 1323 Ynrschhanser Hans and Xubert Hid- ding the influence of dry aud moist air on gaseous metabolism A. ii 850. Yurschhanser Ham. See also Arlhicr Schlossmann. Mushinsky P. G. See Jrrcob I. Michail- enko. Mussell Albcrt George Ferdirucnd Beriiard Thole and Albert Ernest Dnnetan the viscosity of compounds containing tervalent nitrogen. Part I. The amines T. 1008 ; P. 70. Mbntch N . histozyme A. ii 579. Myers Chester Newton. See H;7rm.on N o rlhro p Mors e . Myers Janws Eckersbcy a method of estimating potassinm iodate P. 99. Myers James Eckersley. See also James Brierley Firth. Myers Victor Cnryl and G. 0. Volovic metabolism in an experimental fever with special reference to creatinine elimination A. ii 277. Myline Pram the purity of commercial metals A.ii 450. Yylo B ~ L U O action of acid chloiides on ethyl diethoxpacetate A. i 4. dichloroacetaldeliyde and the forniation of vinyl acetates from broinoacetal- dehycles A . i 335. Mylo Briino. See also Alfrrd Wohl. N. Nacken Richard forniation of apatite A. ii 1061. Nligele Eans substituted rhodanins and some of their aldehyde condensa- tion products. Nakano Tomonori. See Afasataro Haya- kawa. Nakaaeko Rokuro new transformations of m-sulphamidobenzoic acid under the influence of heat A. i 452. Nametkin 5'. S. preparation of methyl- cyclopentane A . i 172. action of nitric acid on cyclopentane and methylcyclopentane A. i 176. Nasini Rafaelle the history of spectro- chemistry A. ii 709. Nasini Rafaelle and Fernando Ageno the presence of uranium in Italian rocks ; granites from tlie island of Montecristo and radioactive tufa from Fiuggi A.ii 724. volatility of boric acid in steam boil- ing of its saturated solutions with the solid phase A. ii 937. XII. A. i 794. Narini RaffaeEZe. and Enrico Baachieri. analysis of molybdenite from Ctllabria; A. ii 773. Nasihi . Rqfaclle and C. Porlecca radioactivity of tlie waters of Monte Amiata and experiments on the atmospheric dispersion of that dis- trict A. ii 525 1123. presence of notable quantities of boric acid in the mineral waters of Salsomaggiore A. ii 1184. Xaatukoff Aleznnder M. and I. I. Kotnkoff phenyldesoxyn of dextroec A . i 762. Nastukoff Alexander M . and P. AI. Kroneberg condensation of formalde- hyde with o-toluidine A. i 962. Naetukoff Alexander M. and ?? I. Malkaln condensation of formalde- hyde with aniline A.i 962. Nauckhoff S i p w d the crystallographic distinctions of nitroglycerol A. i 63. Naunton William Johnson Smith. See Siegfried Ruhemann. Neave George Ballingall the catalytic action of copper a t 300" on some alcohols of d;e terpene group T. 513 ; l'. 53. solubilities of the lead salts of the higher fatty acids in ether and in light petroleum A i 748. Neber Peter. See Otto Fischer. Nelson E. K. the quantitative estima- tion of kctoncs in essential oils A. ii 396. Nelson John Maurice. See Kaufman Qeorge Falk. Nenning. See J. Matueohek. Neogi PafiihE?tan nitrites of primary secondary and tertiary basea T. 1608 ; P. 53. preparation of the nitrites of primary secondary and tertiary amines. Part I. l'. 41. Neubauer Ei'nSt the action of antigly- cosnric medicaments and liver gly- cosuria A.ii 962. Neubauer Ht~go and 3'. Liicker Lorenz'a method for theestimation of phosphoric acid A. ii 386. Neuberg Carl the reaction between dextrose and phenylmethylhydr- azine A. i 608. preparation of d-glucosamine A i 836. the bio-chemical conversion of pyrroli- dine-2-carboxylic acid into n-valeric and 8-aminovaleric acids A. ii 76. tlie origin of optically active valeric acid in the putrefaction of proteins A. ii 76,ii. 1324 INDEX OF AUTHORS. Nenberg Curl does d-ornithine undergo racemisation on treatment with putrefactive bacteria ? A. ii 76. chemical changes produced by different kinds of rays. fermentations with yeast in absence of sugar. VII. The formation of B- hydroxybntaldehyde in the ferment- ation of bntyric acid A ii 973.short notices A. ii 1105. the iodoform reaction of lactic acid A. ii 1106. Nenberg Carl and Migukzb Ishida the estimation of sugars in natural pro- ducts A. ii 99. sugar analysis A. ii 21 0. Neuberg Carl and LaszZi Karczag fermentations with yeast in absence of sugar. VI. A. ii 78. Neuberg Carl and Jolannes Kerb pre- cipitating reagents for amino-acids A. i 540. fermentation with yeast in absence of sugar. VIII. The formation of acetaldehyde by auto-fermentation A. ii 973. Neuberg Carl and Onier Schewket the polarimetric estimation of the gluco- samine content of ovomucoid and pseudomucin A. i 922. the changes produced by light on certain pharmaceutical products A. ii 1021. the dctection of conjugated glycuronic acid in normal urine A.ii 1106. Neuberger Waltl~er. See Roland Scholl. Neukirch P. estimation of physiological values in the small intestine ; action of pilocarpine A. ii 967. Xeumann Jidius. See Edmzmd Herr- mann. Nenmann K. O. the oxygen exchange of the suparenal gland A. ii 367. Xenmann R. simplification of the method of estimating nitrogen A. ii 682. Reumann J17ilhehii. See Isidor J. Klimont. Neville Renmj Allen Dzrgdale the ‘‘crude fat ” of Beta zulguris T. 1101 ; P. 130. Neville Henry AZlm Dugdule. See also L. F. Newman. Newman L. F. G. W. Robinson 3. T. Halnan and Eenrg Allen. Dugdale Neville relative digestibility of white and wholemeal breads A. ii 658. Newman Sidney Heerbert. See (Miss) Kathleen Balle. Ney F. See Edgar Wedekind. Richolson J. W. a structural theory V.A. ii 314. of the chemical elements A. ii 35. Nick IT. Nickell G. See Heinrich Klinger. Nickerson Carleton Bell a rearrange- ment of precedure for the removal of phosphate ions from the iron and alkaline earth groups A. ii 1210. Nicloux Jfaurice preparation of iodic acid for the estimation of carboii monoxide A. ii 549. Nicolardot Pad action of mercury and its salts on aluminium A. ii 558. apparatus for gas measurement A. ii 597. Nicclet Hex H. See Treat Baldzoi~a Johnson. Xiederrtadt the distinction between aragonite and calcite A. ii 760. Nienhans Heinrich t h e ph oto-elec tric beliaviour of solutions A. ii 5. Nierenstein MaximXan tannin A . i 203 468. “ luteo-acid,” (a correction) A. i 204. formation of gallamide from acetyl- tannin A i 290.anthocyanins. 11. An anthocyanin- like oxidation product of chrysin A. i 292. physiological action of atoxyl ( p - aminophenylarsinic acid) A. ii T5. chemistry of Cheddar cheese A ii 291. Nierenstein Mnximilian and (Niss) Muriel Wheldale anthocyanins. 1. An anthocyanin-like oxidation product of quercitin A. i 42. Nierenstein Maximilian. See also Rodger J. Manning. Nienwenbnrg C. J. vax. See Willem Reinders. Niggli P a d gaseous mineralisers in a magma. I. A. ii 632. colloidal chemistry and twin crystals A. ii 744. Nishikawa S. See S. Kinoehita. Nitchie C. C. a rapid method for the estimation of sulpliur in roastetl blende A. ii 682. Rizei FZaqninio. See Biacoino Pi- ghini. Njegovan Ylatfimir vegetable phospha- tides A. ii 195. process for drying fluids and ti.ssues of animal and vegetable origin by anhydrous sodium sulphate A.ii 970. Noble von and Marc LarchevGque estimation of solid material in aqueous suspension A. ii 295. Noerdlinger Hugo derivatives of acetyl- ene A. i 231. See Heinrich W. Bchmidt.INDEX OF AUTHORS. ii. 1325 North H. B. and A . ill. Hagemen action of thionyl chloride on metals and metalloids A . ii 842. Xorthrup Edwin Fit(+ some electricttl properties of soilium and potassium and their alloy A . ii 225. Xosu 3'. See Robert Xremann. Nothmann-Zuckerkandl Helene the action o f narcotics on plasma move- inents A. ii 1083. Bottbohm F. E. and \I-. Weieewange estimation of iron iii milk A. ii 690. Novik Joh. alkylatinn of ainino-acids with alkyl sulphates A. i 337. Xowak H. estimation of sucrose in onnrlononrl mill.- A i; ln13.4 Nolan Thomas Joseph and Sumuel Bmilee tlie interaction of bromine with the two snlphides of 8- naplitliol T.1420 ; Y. 188. salts of naplitliathioxonium ; prelim- inary note P. 276. Nolan Tlioinus Joscph. See also HugJL Ryan. Holl AZfrecZ. See Volkinar Kohlechiitter. Noll Hermaim Trillich's method f o r the estimation of free carbonic acid in water A. ii 685. differeiitiation of the magiiesium hard- ness in carbonate and non-carbonate hardness ; detection of alkali car- bonates in waters A . ii 997. Noll K. See Karl Fries. Nolte E. See Ludwig Wolff. Boorden Xarl uoi j i m . Elf& aiid Piantoni lactic acid formation in blood. I V . A. ii 1064. NordenekJold Imr the formrition of I ' ttire Norman Owrye JIarshcill some new diazoainino- and o-aminoazo-com- pounds T.1913 ; P. 232. Normand Chwles William Rlyth nnd Alexander CJiades Gumming the action of halogens on silver salts and on potassium cyanate in presence of water with a noto on the decomposi- tion of cyaiiic acid in aqueous solution T. 1852 ; Y. 225. Normand Lkoo1~. See PfliiZ Pascal. Norria ( A i l s . ) Do~ollry. See Arthur Xoraa Luiqi the electrical properties of in pine wood A. ii 979. Harden. 0. Obermeyer F~le(lricli and Robert Will- heim the formaldehyde titration of proteins. I. A. ii 399. Obermiller Julius [orientation in the benzene ~incleus]. A. i 174. O'Brien William B. See Treat Bald- w i i ~ Johnson. O'Connor EZEen spectrum of the mag- iiesium liigh-frequency arc A. ii i i n of notation for physico-chemical quantities A.ii 213. system of qualitative analysis for the common elements. V. Detection tent of the blood A ii 459. Nave#. ATthur Amos. nronosed svstein See Umetaro Suzuki. . 2 " L L I & U I I " \ . \ L .Y".\ AX. L A ) 1 " V I . . Nowell John W. action of heat on y - Junies M. the adrenaline con- snlphamido-o-toluic acid A. i 768. Oddo Ber?&ardo syntlieses in tlie indole group. 111. Methylindole C- and N-carboxylic acids A. i 649. syntheses in the pyrrole group. IV. Noyes Acthur Amos and Bertrand F. Brann equilibrium of the reaction between metallic silver and ferric nitrate A. ii 916. Noyes Arthur Amos and Kauj+~fi,iaii George Falk,.properties of salt solu- tions in relation to the ionic theory. 11. Electrical conductivity A. ii 526. properties of salt solutions in relation to the ionic theory.IV. Com- parison of tlie ionisation values derived from the freezing-point lowering and from the conductivity ratio A. ii 527. Noyes William Albert possible ex- planation of some pherlomena of ionisation by the electron theory A. ii 545. Noyea lvilliant Albert and Charles E. Burke molecular rearrangements in the camphor series. IX. Lauron- olic acid aiid campholactone A. i 159. Noyee Williunt AZbert E. E.GCoreline,and iMph S. Potter moleciilar rearrange- ments in the camphor series. VIII. Camphonolic acid aiid camphonolo- lactone A. i 159. Noyee William Albert and Rnlph S. Potter molecular rearrangernen ts in the camphor series. X. Campholytic acid and related compounds; Walden's renrrangemeiit A. i 786. Nnttall J. M. Nuttall 1Vulter Harold.See William See Hans Geiger. Fyancis Cooper.ii. 1326 INDEX OF AUTHORS. Oddo Bemardo and Ceswina Dainotti syntheses in the pyrrole group. V. a- B- and y-Pyrryl diketones A. i 721. V I. Action of organic anhydrides on msgnesium pyrryl compoiinds A. i 721. Oddo Bemardo and Azigztslo Moechini syntheses in the pyrrolc group. VII. Derivatives of pyrrole - 2- and -3-carboxylic acids A. i 802. syntheses in the pyrrolegroup. VIII. Halogen- and amino-derivatives of' methylpyrroyl A. i 803. syntheses in the pyrrole gronp. IX. Pyrroylacetic acid A . i 804. syntheses in the pyrrole groiip. Oesterle Otto A. constitution of rhein action of ammonia on chrysophanic constitution of natural chrysazin Oestermann H. See IT. Wagner. Cistling Gustav Jim the influence of three- and four-membered carbon rings on the refractive and dispersive power of organic cmnpounds T.457. Oestreicher E. See Hans Rupe. Ogawa Sagoro action of adrenaline on blood-vessels A. ii 281. Ogawa Saqoi*o. See also Erwin Bohde. Ogilvie Janzes P. estimation of sucrose in cane molasses hy the double polar- A i 203. acid methyl ester A. i 276. derivatives A. i 632. growth of the m&nmnry gland A ii 70. Ochslin Kcirl. See Emcst Fourneau. Oechsner de Coninck [Fran~ois] William a mode of forrnation of acraldehyde A i 527. molecular weight of calcium oxide ; atomic weight of calciuru A. ii 159. action of lithium hydroxide on calcirini carbonate A. ii 642. Oechsner de Coninck WiZZia?n and AZDeyt Raynaud action of dilute nitric acid on starch and on dextrin A .i 73. uranyl oxalate A. i 535. Oholm L. William new method for determining the diffusion of dissolved substances A. ii 905. Oellers Heinrieh nature and distri- bution of the emission in the arc spectrum of different metals A. ii 404. Osterberg Emil. See Charles George Lewis Wolf. Oeaterheld G . See Frilx Ficbter. A ii 906. Odell Allan F. oil of the southern cypress A. i 574. OdBn Sven huniic acid of sphagiiurn peat A. i 336. fractional coagulation ; relationship between the size of particles and the stability of disperse systems A. ii 240. physico-chemical properties of sulphur hydrosols A. ii 1143. certain dicarboxylic acids with four carbon atoms A. ii 1075. the behaviour of malic acid iu the animal body A. ii 1076. Oinuma SorolizL the relative rates of oxidation and reduction of blood A.ii 179. Okada HartLlZichi. See Otto Diels. Okada Teppei. See Eiko Majima. Oldenberg Ludwig. See OswaEd Loeb. Olie J. j z c n . and Hugo Rudolph Kruyt photo-electric phenoniena with anti- mony snlphide (antimonite) A. ii 31 '7. explosions by the interposition of steel wool A ii 635. some peculiarities of metal wools A. ii 1172. Ohta Kohshi the behaviour of d-a-glu- coheptonic acid in the organism Of thc rabbit dog and man A. 11 279. the thermostability of trypsin and pepsin A. i 927. the formation of acetoacetic acid from Olivari F. the molecular weight of selenium in solution A. ii 753. Oliveri-Yandalii E and 2'. Paeaa- lacqua action of hydrazoic acid on cyanogen ; formation of cyanotetra- zole A . i 144. Ollive F. elastic force of saturated vnpours A.ii 231. Olsan H. Olszewski Karl avoidance of losses of cold in the liquefaction of hydrogen A. ii 342. Oltrogge Heinrich Cmtrad. See Wit- helm Yanchot See Albert A . Epetein.INDEX OF Onnes Heike Kamcrlingh experiments with liquid helium ; isotherms of monatomic gases etc. IX. Thermal properties of helium A. ii 251. experiments with liquid helium ; electrical resistance of pure metals etc. VI. The sudden change in the rate a t which the resistance of niercury disappears A. ii 319. Onnes Heikc Kamerlingl~ and C. A . Crommelin isotherms of monatomic substances and of their binary mix- tures. XIII. The empirical reduced equation of state for argon A. ii 900. Onnes Heike Kamerlingh and IF. J . de Haas isotherms of diatomic substances and of their binary mixtures. XII.Conipressibility of hydrogen vaponr a t arid below the boiling point A. ii 11 38. Onnes Hcikc K(6merlingh and E. Oosterhnie magnetic researches. VI. Paramagnetism a t low temperatures A. ii 1133. Onnes Heike Xamerlingh and Albert Perrier researches on magnetism. IV. Para-magnetism a t very low temperatures A. ii 228. Onnes Heike Kamerliiigk. See also A Zbert Perrier. Ono S. See S. Kinoshita. Oosterhuis h’. See Heike Kamerlingh Onnes. Oppenheim Kurt. See Ferdinand Blnmenthal. Oppenheimer Max tlie action of dilute sodium hydroxide on glyceraldehyde and dihydroxyacetone A. i 831. Oppenheimer Max. See also Gustav Embden. Oppenheimer Paid. See Walter Borsche. Oppenheimer Siegfried lactic acid for- mation in the artificially perfused liver.II. A ii 1071. Oppermann Paul. See Johannes Scheiber. Oppler Bcrlhold the estimation of dex- trose in urine and blood A . ii 100. substitute for Kii~p’s apparstns A. ii 245. Orsbona Jf. See Ugo Alvisi. Orechoff Alex. aqd R. Konowaloff un- saturated compounds. I. Elimination of hydrogen chloride from unsym- metrical cnrbinyl chlorides A. i 436. Orechoff Alex. and S. Meerson un- saturated compounds. 11. Elimina- tion of hydrogen chloride from un- symmetrical carbinyl chlorides A. i 621. AUTHORS. ii. 1327 Orloff E. I. composition o1 linseed oil and the distribution of oxygen in clricd layers of the oil. II. A. i 158. kinetics of chemical reactions of corn- bination. deoxidation and oxidation A. ii 243. Orloff X. analyses of silicates froiri the neigkbourhood of Pyatigorsk Caucasia A .1 1 950. Ormond J. K. Orndorff William Ridqely and David Shepnrd Pratt two phthaloximes aud soiiie of their derivatives A. i 190. Omstein L. metabolism experiments with parenteral ~intrition A . ii 956. Omstein L. 5’. See PhiZipp Kohnstamm. Orofino F. S. See Mario Lavi-Malvano. Orthmann Aqigzut C. See Louis E. Levi. Orton Kennedy Joseph Previtt? and 1ViZ- Ziam Herbert Gray estimation of nitric ant1 nitrous acids in acetic acid soln- tion ; the stability of nitric acid in acetic solution A. ii 807. Orton Kcnnctly Joscph Previtk and (Mia) Afurim Jones hydrolysis of acetic Itiiliydride T. 1708 ; P. 221. acetic anhydride ; tlie pure material its physical properties and its re- action with bromine T. l i 2 0 ; p. 222. Oryng Tndcz~sz absorption by animal charcoal and chemical reactions in aqueous solutions of potassium per- manganate A.ii 1145. Osborne N. S. E. C. McKelvy and R. IV. Bearce density and thermal expansion of ethyl alcohol and its mixtures with water A. i 232. Osborne TJiomas Burr Ednu L. Ferry and Lafayelte Bencdict Mendel feeding experiments with fat-free food mixtures A ii 779. Osborne Thomas Biiw and Lafayette Benedict Mendel rijle of proteins in growth A. ii 271. Oeborne Thomas Burr Lafn yetfc Hemdict Mendel and Edna L. Ferry ohser- vstions on growth during feeding with isolated articles of food A. ii 057. the r81e of giladin in nutrition A. ii 1190. Oshima Kintaro and T. Tadokoro car- bohydrate group in yam mucin A. ii 381. Ost Hermnnn and Tontio Katayama comparative acetylation of cellulose h ydrocel lul ose and a1 kal ised cell11 lose A.i 680. See H. H. Hagan. Oat IYaZthw. See Otto Wallach. Oatersetzer ALTfons See Aforitz ICobn,ii. 1328 INDEX OI Omterwalder A . the formation of volatile acids by yeasts after fermentation under aerobic conditions A. ii 475. Ostrogovich Adw'aiw action of thioacetic acid on cyanoguanidine (synthesis of tliioliminornethyltriazine) A. i 320. action of cyanuric chloride on magnes- ium organic conipounds A. i 662. Ostrogovich Adriano and M. Mihai- lescu N-aniinonaphtlialimide and its derivatives A. i 311. Ostrornieslensky Iwnn very sensitive new colour reaction for ethylenic linkings and for tautorrieric niodifi- cations A. i 1. nitroalkylates A. i 22. structure of polymerised vinyl bromide and caoutchouc A.i 280. regeneration of caoutchouc from its bromide ; synthesis of butadiene- caoutchouc A. i 284. Ostwald W o l f y a q [chemistry of caout- chouc] theory of vulcanisation A. i 706. theory of the critical opalescence A ii 18. [classification of colloids] A. ii 337. colloidal chemistry of indicators A. OSullivan Hugh Henry. See Percy Faraday Frankland. Oswald Adolph 3:5-di-iodotyrosine froni iodoprotein. IV. Gorgonin and spongin A. i 57. [di-iodotyrosine.] A correction A i 261. Oewald Marcel a simple relation between the expansion coefficient of liquids and temperature A. ii 230. Otin C. Nieolescu the fusion of cuprous oxide with silica A. ii 351. Otoleki and Biernacki the pliosphatides in the organs of rahbits killed by injection of the tubercle bacillus A. ii 792.ii 439. Otsuka Ichivo. See Trtknoki Sasaki. Ott ,%.win symmetric and asymmetric acid dichlorides A. i 828. action of metals on alkyldichloro- amines A. i 948. Ott Friedrich electrolytic reduction of columbicacid A. ii 771. Ottenberg Reutev and David J. Kaliski blood tests before transfusion A. ii 362. Otto Gustav the action of monoatomic alcohols on trout and their brood A. ii 1082. Otto Johannes estimation of [combined] oxtllic acid in the needles of Conifere A. ii 500. AUTHORS. Ottolenghi,Donato action of acids Bases and certain salts on bactericidal sera A. ii 974. Owen A . Q. W. and Charles Scott Sherrington strychniiie reversal A . ii 74. Owen E. A. the passage of honiogeneous Rontgen rays through gases A. ii 516. Owen Mowis ningncto-chemical investi- gations ; thermo-magnetic properties of the elements A.ii 227 425. Owen W. L. a recently discovered bacterial decomposition of sucrose A. ii 375. Oxley A. E. magnetic examination of the function of the water molecule in certain dilute solutions A. ii 325. P. Paal Carl the partial catalytic hydro- genation of substances containing more than one double bond A i 703. Paal Carl and Jlax Kinroher synthesis of aa-diary1 substituted arabitol A. i 31. Psdoa Maurizio and F. Bovini relation between constitution and phototropy A. i 223. Padoa illaurizio and L. Santi relations between phototropy and constitution A ii 879. Padoa Maurizio and G. Tabellini temperature-coefficients of phototropic transformations A. ii 879. Padoa Maurixio. See also Lavoro Amadazzi. Paepe DRsirt! de reciprocal solubility of sodium carbonate and sodium hydrogen carbonate in water A.ii 156. velocity of decomposition of ammoninm tetrathionste a t different tempera- tures A. ii 747. Page Harold James hydroxymethyl- phosphinic acid and some homologues T. 423 ; P. 38 ; discussion P. 39. Page T. W. krypton and the auroral spectrum A. ii 505. Paine H. H. Coagulation of colloidal copper ; rate of coagulation A. ii 337. Paine Sydnwy Gross the permeability of the yeast cell A. ii 77. Paine Sydney Oross. See also Arthur Harden. Pal J. the action of choline and neurine A. ii 74.INDEX OF AUTHORS. ii. 1329 Palmberg Bcrtil. See 1Vilhelni Man- Pahe H. Sce Tiior Ekecrantz. Palmer Chase the geo-chemical inter- pretation of water analyses A. ii 97. Pamfll 2'. See Georges Baame.Pampanini G. See Mario Amadori. chot. Paladino Rrcfaclc the differences in the composition of the brain substance in normal aud starving animals A. ii 273. cliangea in thc physico-chemical properties of tlie urine and seruni of dogs after thyroidectomy A. ii 855. Palazzo F~nttccsc*o Carlo stereoisomerism of trichloroacetaldoxime A. i 946. Palazzo Frrcncesco Ca rlo,and Q. Mar ogns some acyl derivatives of 2- and 3- nminopyridines A . i 1016. Palitzach Svciz the hydrogen ion con- centration of sea-watcr A. ii 39. the application of methyl-red to the colorimetric measurement of hydrogen ion concentrations A. ii 89 Palladin TVlndivtir I. function of respiratory pigments in the oxidation processes of plants and animals A. ii 5iO. Palladin Wlnclimi?. I. IY. Gr.Alekt- androff Nicolmu ,Ir Iwanoff and A . h-. Levitsky influence of various oxidising agents on the work of prote- olytic enzymes in dead plants A ii 800. Palladin Wlndiniir I. and iVieoEatis AT. Iwanoff formation and aesimilation of ainnionia in dead plants A. ii 672. the interdependencc of protein degra- dation in plants and their respir- atory processes. 11. The action of carbohydrates phosphates and oxi- dising reagents on the formation and assimilation of ammonia in killed plants A. ii 863. Palladin Wadinzir I. and G. Kraule the interdependence of protein degra- tlatiori in plants and their respiratory processes. I. The action of the oxygen of the air on the work of the prote- oclastic ferment in killed plants .4. ii 477. Palladin WZarEimir I. and Y. A . Kraule influence of atmosphere oxy- gen on the work of proteolytic enzymes in dead plants A.ii 291. Palladino Pietro chemical compounds in space A. ii 36. Palm Bjom. Palma Stefa?io di compound obtained by treating carbamide with form- aldehyde A. i 610. action of heat on d-lupanine A. i 805. Palmaer Wilhelm electrolytic poten- tials and the periodic system A ii 1128. See Hans von Enler. ' hydroxide A. ii 53. coagulation of Prussian-blue A ii colloidal silver A. ii 157. colloidal gold and platinum A. ii the formation of colloidal solutions electric charges on colloidal particles Parok Kiiut a-phenylmono- and -di- benzylethylamines A. i 759. Paris Giulio grape stones A. ii 286. Parieelle Henri Aa-penten-&ol A. i Parker A. Parker James Go?;do?t and John k e g i - nald Blockey estimation of dextrose in leather A.ii 498. Parkes John JVidfrid. Sec Hamilton XcCombie. Parkinson John the effect of inhalation ot' oxygen on the pulse in health A ii 362. Parnas Jnkob the fate of the stereoiso- merides of lactic acid in the organism of the normal rabbit A. ii 188. Parnaa Jnkob and Jdizu Baer the syn- thesis and degradation of sugars in the animal organism A. ii 778. Parravano LVicola the ternary system silver-tin-lead A. ii 759. ternary alloys of iron nickel and manganese A. ii 1175. pyroxenes of the province of Rome A. ii 1182. 143. 169. A ii 439. A. ii 542. 331. See John iVorman Pring.ii. 1330 INDEX OF AUTHORS. Parravano Nicola and I’ietro de Cesaris arsenic-antimony alloys A . ii 262. system Sb,S,-SnS A. ii 771. cuprous sulphantimonites A.ii 942. Parravano Nicola and G. Sirovich thermal analysis of qiiaternary sys- tenis. III. A. ii 30. crystallisation in ternary systems. V. Ternary systenis with a gap of iniscibility in the liquid and also in the solid state A. ii 836. the quaternary alloys of’ lead bismuth cadmium and tin A ii 846. Pareons Churles Lathrop and C! F. Whitternore equilibrium in the SYS- ten1 potassium iodide iodine and water A. ii 31. Partzech A. theory of the photo-electric current in gases A. ii 317. Pascal I+GPLZ thermal analysis of hexa- chloroethane and of its binary mix- tures A i 330. isomorpliisui in organo-metallic com- pounds. I. Derivatives of quad- rivalerit metals A. i 524. isomorphism in orgaiio-metallic com- pounds. 11. Derivatives of ter- valent eleii~ents A.i 739. use of the niagnetic field in determin- ing constitution. XII. XIII. XV. and XVI. A. ii 229 326 f34. magneto-chemical researches A. ii 426. Pascal Paul and L t h Normand dc- conipositiou of azines by heat A i 145 147. Paschke F. See Edgar Wedekind. Pasquero V. and A . Cappa presence oh furfuraldehyde as an indication of adulteration in some fermented alco- holic beverages A. ii 103. Pasealacqua T. See E. Oliveri-Man- dalL. Pasternack Biclircrd. See Paul Babe. Patch Kichard Harkness. See Lathanr Clarke. Patein Georges and B. Weitz proteins of ascitic fluids ; reinaiks on Elivalta’s reaction A. ii 786. Paterno EmanueZe and Cowelto Maaelli organic syntheses by means of sunlight. VII. Photo-synthesis of a new alkal- oid from acetophenone and ammonia A.i 295. Paterson John Hamilton a modified form of the Landsberger boiling- point apparatus A. ii 534. the analysis of vinegar A. ii 608. Paton Diariirid Noel and W. C. Yackie the liver in relation to creatine meta- bolism in the bird A. ii 854. Paton Diarmid Noel and Alexander Mcillillait Watson the actions of pituitrin adrenaline and barium on the circulation of the bird A. ii 789. Patrick 1Y. A. See Ebeibczer Henry Archibald. Patten A . J. and Churles S. Robinson neutral aimnoniun1 citrate solution A. ii 1094. Patterson Hubert Szitloit Richard Stqf - ford Cripps and Bobcrt Whytlaw-Gray critical constants and orthobasic delis- ities of xenon A. ii 843. Patterson Thon~as Stczonrl an attempt to h:mnonise the relation between teniperature and rotation for light of all refrangibilities of certain active substances both in the homogeneous state and in solution P.324. Patterson 3’lLomas Stcwart and D u i ~ n i ~ Geddes Anderson the influerice of solvents on the rotation of optically active compounds. Part XVJII. The eti‘ect of inorganic salts on the rotation of ethyl tartrate in aqueous solution and in the homogeneous coudition T. 1833; P. 224. Patterson l’hoitias Stcwart and Alfrcd Davidson the iuetliyl ethyl and iso- butyl esteis of di-trichloroacetyltar- taric acid and the existence of minima in their temperature-rotation curves T. 374 ; P. 43. Pattermn Thonm Stewart and William CoZZiiLs Forsyth tbe velocity of inter- action of iodic and sulpliurous acids in various media T. 40. Patteraon Thomas Slewart and Aiidreio HcXillan the action of chloral on ethyl tartrate and on ethyl nialate T.788 ; P. 101. Patterson Thomas ,Stewart and Harxcy Htigh Montgomerie the influence of neutral solvents on velocity of reac- tion. Parts I. and 11. Transforma- tion of anissynaldoxime in various solvents T. 26 2100 ; P. 240. Patterson Thomas Stewart and (Miss) Elizabeth Fkndlay Stevenson the in- fluence of solvents on the rotation of optically Rctive compounds. Part XVII. The relationship between the chemical constitution and the infiu- ence of a solvent T. 241 ; P. 8. Patterson W. Hamilton Spitzbergen coal A. ii 651. Paul Theodor?. chemistry of silver therapy A. 11 788. Pauli Hermai~ii. See Theodor Curtius. Pauli Wolfgang the physical chemistry of the Bence-Jones protein A i 58.INDEX OF AUTHORS.ii. 1331 Panli Wovgany relationship of elec- trical mechanica1,and chemical cliaiiges in muscle A. ii 960. Pauli IVo&~aiig and Leo Flecker changes ill the physical coiiditiotis of colloids. XIII. The relationship of albumin to inorganic colloids aud to the salts of the heavy metals A. i 668. Pauli IV. E. phosphorescence of sele- nium compounds A. ii 714. Pauly Hcrmaim introduction of iodine into proteiu derivatives A. i 324. Pavy Frederick Willinin and IVilZinm Qodden iiiliibitioii of post-mortem production of sugar in the liver and of certain forms of glycosuria by the intravcnous injection of dilute solu- tions of sodium carbonate A. ii 68. Pawlewski Sronislaw isomeric Schiff’s bases A. i 182. Pay AIbrecJLt dc. See Hugo Kauffmann. Pearce J. N.and Otis M. Weigle velocity coefficients of the reaction between ethyl iodide and silver nitrate in ethyl aiid methyl alcohols and mixtures of these solvents A. ii 925. Pearce R. G. See Joht James liickard Macleod. Peohenx Hector attempt to determine certnin atomic weights A. ii 644. Peok. S. S.. influence of molasses on nitric nitrogen in mixed fertiiisers Peirce George. See Heruia?tn Leuchs. Pekelharing Coriielis A the influence of certain inorganic salts on the action of pancreatic lipase A. ii 1188. PBiabon Henri selenium cells A ii 622. Pellet Henri estimation of arsenic as ammonium arsenomolybdate A. ii 203. Pellini Giouaitni the supposerl com- plexity of tellurium A ii 343. Pellini Giovaniii and Xario Amadori existence of complexes between purine substances and sodium aalicylate A.i 320. Pelly fiusscll Gco?yc coin position of bassia fats A. ii 379. Pembrey Xarcus J’eymoiir. See Eriicst Lawrence Kennaway . PBnau H. estimation of mustard oil in mustard preparations A. ii 1110. Pence C. M. tlie broiniue and iodo- inetric methods for the estimation of resorciiiol A. ii 696. Pence Fwrest K. estimation of hydrated silicic acid in clay A. ii 204. A. ii 683. Penfold IVillinin James variability in the gas-forming power of intestinal bacteria A. ii 191. Penfold 1Villiain Janics. See also A rlhicr Harden. Penndorf Otto. See FViZhelm Wialioe- nus. Pennington Mary Eitgle and Joscph S. Hepburn studies on chicken fat. 1. Occurrence and permanence of lipnse in the fat of the comniou fowl (Gnlli~s doiiicsticus) A ii 275. Peratoner Alberlo syiithesis of pyro- nicsonic acid A.i 291. Peratoner Alberto A . D’Angelo E. Carapelle and A. Tamburello 4-oxy- pyroiie and some of its derivatives A. i 299. Perjatel F. See Ludwig Moser. Perkin Arthur George purpurogallin. Part II. T. 803; P. 94. the colouring matters of the flowers of the Cedrelu toonn T. 1538 ; P. 198. ethylation in the flavone group P. 828 Perkin Arlkur George. See also George Herbert Frank. Perkin LL’iZlzau~ Heiiry juib. produc- tioii aud polyrnerisation of butadiene isoprene and .their homologues A. i 636. nitrification in cane soils A. ii I Perkin William Henry j i m . Walter 595. 1 Norrell Robert& and Robert Robinson 1:2-diketohydriudene T. 232 ; P. 4. Perkin WiZliam Hewry jm. and liobert Bobinson harrnine and har- maline. Part I.T.. 1775 ; p. 217. experimeuts on the. synthesis-of brazi- lin and hainatoxylin and their derivatives ; preliminary note P. 7. tlie constitution of harmine ; prelimin- ary Iiote P. 153. the synthesis of isoliarinaii ; prelimin- ary note P. 151. See also ~Voritinn Bland J U ~ ~ Z L S Bredt Ernest Grifiiths Jones and Jtcines IVaElace McDavid. Perkins 1YilZitoi~ flqrghes and Albert Tl~cotlorc! King the precipitation of lend thiosul1)hate and its behaviour on boiling with water P. 315. Perrier Albert and Heike Knmerlingh Onnes magnetic researches. V. The initial susceptibility of nickel a t very low temperatures A. ii 425. Perrier Albert. See also Hcike Kamr- liiLg.gh Onnes. Perrot E Loz~is. See Georges Banme. Pertasi C. See Stefmo Camilla. Perkin 1Villinin Henry j m .ii. 1333 IKDEX OF AUTHORS.Petrikaln A . See XieczysZair Centner- Petry Ezcgcn the chemistry of the cell szwer. Piantoni. Picard L. Piccinini Gi~ido M. ~isconietric and See Karl V O ~ L Noorden just. See Edmond .,!?mile Blaise. Pettibone Chauncey J. Valletle. See Emil Abderhalden. Peyer Hciiiriclt. See AdoZf Kauf- mann. Pfaffendorf 7V. See KnrZ Fries and Theodor Zincke. Pfaml Michael and Otto Dafert tereph- thalyldicarhamide and terephthalyldi- nitrodicnrbamide A. i 565. Pfaa Gcorgc illorton. See Tyeat Bald- wiib Johnson. Pfeiffer Otto. See E ~ i l Fischer. Pick Erizst Peter. See KnrE Glaese- ner. Pick €?tins molecular condition and ionisation of aqueous solutions of liydrofluoric acid A. ii 1131. Pickard Robert Howson and Joseph Kenyon investigations on the deyen- dence of rotatory power on clieiiiical constitution.Part 11. The rota- tions of some secondary alcohols containing tlie isopropyl group T. 620.INDEX OF AUTHORS. ii. 1333 Pickard Robert Eio~son and Joseph Kenyon investigations on the de- pendence of rotatory power on chemical constitution. Part 111. The rotations of m-tetrahydro-2- naphthol and some of its esters T. 1427; P. 137 ; discussion P. 138. investigations on the dependence of rotatory power on chemical constitu- tion ; preliminary note P. 42. optically active phenylmethylcarhi- Pighini Giacomo and Pietro Barbieri the central nervous system under normal and pathological conditions. 11. The catalase of the cerebrospinal fluid A ii 783. Pighini Giacomo and FZaminio Nizzi the central nervous system under normal and pathological conditions.111. The esterase and lecithase in normal and pathological cerebrospinal tluids A. ii 784. Piguleweky M. electricltl condiictivity oil of 'the " Nepal sassafras " or " Nepal camphor" tree T. 1433 ; P. 192. Picklee Samuel Shrowdcr. See also Samuel James Manson Auld. Pictet Amd and R. R. Misner syn- thesis of quininic acid aud of 6- methoxy-4-methylquinoline A. i 650. Piddnck F. B. See Ernest W'. B. Gill. Pieri Cosinw. See Giovnnni Leoncini. Pierle C. A. See DunZap Jamison IIdcAdam j m . Pieroni A. urethane and mercuric acet- ate A. i 245. hypoiodites in the foimation of iodo- form A. i 626. action of phenylthiocarbimide on carb- amide and on thiocarbamide A. i 752. Pieszcaek Ermt prevention of " bump- ing" of boiling liquids A.ii 341. Piettre Maurice melanins A. i 42. influence of some chemical compounds on the artificial melanins A. i 887. Piettre Maurice. See also Ernst Four- neau. Pighini Giacomo the central nervoue system under normal and pathological conditions. I. The indophenol oxyd- ase in the central nervous system the chloroid plexus and cerebrospinal fluid A ii 783. c. 11. Pickard Robert Howson and TViZliain Osicald Littlebury the alcohols of the hydroaromatic and terpene series. Part 11. The menthols corresponding with optically inactive menthone T. 109. Pickering Spcncer [ Percival] Ungrevillc copper d t s and their behaviour with alkalis T. 174. alkaline cupri-compounds T. 1614 ; P. 142. the colour intensity of copper salts T. 1625 ; P. 184 ; discussion P.184. copper fungicides A. ii 285. Pickles. Samuel Shrcnuder. the essential Piloty,' Oscar and Siegfried J. Thann- hauser constitution of the colour- ing matter of blood. III. A. i 736. dehydrobilic acid n coloured oxidation product of bilic acid A. i 925. Piloty Oscar and K . Wilke 2:3- dimethylpyrrole A i 899. Pifia de Rubiee S. composition of the plantiniferous dunite of the Urals A. ii 174. determination of ferrous iron in chrom- ite A. ii 605. analysis of ferrozirconium A. ii 1001. Pifia de Rubiea S. See also Jose Casaree. Pincunsohn Ludwig the influence of colloids on ferments. 11. The action of inorganic colloids on trypsin A. i 521. the causation of cedema A. ii 666. Pinczewski J. See Sicgmund Reich. Pinnow Johnnms action of oxygen on quinol and a sulphite A.i 849. Pionchon J. dissolution of copper in water A. ii 452. Piper H. See Joseph Barcroft. Pirani Harccllo van specific resistance and absorptive power of tungsten at high temperatures A. ii 947. Pirani Marcello von and Alfred R. Meyer the melting point of tungsten and molybdenum A. ii 560. 88 ' Pilipenko P. P. apophyllite from Piloty Oscar and Edmund Dormann constitution of the coloured con- stituent of the pigment of blood. JI. A. i 519. phonopyrynlecarboxylic acid and its companions A. i 924. Piloty Oscar and IT. Fink molecular size of hsmin and hsmoglobin A. i 923. Piloty Oscar and P. Hirsch hzmato- pyrrolidinic acid A. i 925. Piloty Oscar and Josef Stock pigment of the blood. IV. Haemopyrrole A.. i. 923. Tomsk Siberia A. ii 175.ii. 1334 INDEX OF AUTHORS.Pistermann A. and Josef Tambor syn- ; Politis loanws lresencc of glycogen in thesis of o-hydroxyflavone A. i phanerogams and its relation t o 486. calcium oxalate A. ii 83. Pistschimuka P. transformations of thio- and seleno-phosphoric esters A. i 68. Piatachimnko P. See also Felix Ehrlich. Piutti Arnaldo absorption spectra of isomeric complex salts. I. A ii 712. Piutti Arnaldo and 3. de Conno chromoisomerides A. i 360. Plancher Giuseppe and T. Zambonini the synthesis of tetramethylpyrrole A. i 646. Planck Max new thermodynamic theories (Nernst’s heat theorem and quanta-hypothesis) A. ii 230. Plato G. de amount of hydrogen cyanide during the ripening of bitter and sweet almonds A. ii 80. Plocksties,Mm. See Conrad Willgerodt. Ploetze Hans. See Fram Fischer.Plotnikoff Joh. photochemical studies. 111. Progressive light reactions A. ii 4. photochemical studies. IV. Photo- chemical teniperature-coefficients of bromine A. ii 218. photochemical studies. V. Measure- ments of light absorption in solutions of bromine and of certain dyes A. ii 405. photochemical studies. VI. Spectral distribution of the light sensitiveness of bromine A ii 615. Plotnikoff Wlndimir the compounds of dimethglpyrone with aluniinium bromide and with trichloroacetic acid A. i 792. Pochettino ALfredo cause of the sensi- tiveness nf selenium preparations to light A. ii 1118. Poda Reinrich. See Karl Belle. Pohl Robert a relationship between the selective photo-electric effect and phosphorescence A ii 5 . Pohl Robert and P. Pringsheim the selective photo-electric effect of lithiiim and sodium A.ii 317. photo-electric observations on alu- minium and niagnesium A. ii 61 8. formation of metal mirrors by distilla- tion in a vacuum A ii 625. Pokrowska Marie. See Alfred Werner. Polak James Jozg analysis of soap powders A. ii 815. Polimanti Ostu. the distribution of enzymes in the stomach and intestines of fish A. ii 182. origin and function of calcium oxalate Pollitzer P. thermodynamics of the Clark cell A. ii 14. Pollock Ernest. See Paul Babe. Pollok James Rolms vacuuni tube spectra of the vapours of some metals and metallic chloridea. I. Cadmium zinc thallium mercury tin bismuth copper arsenic anti- mony and aluminium A ii 710. vacuum tube spectra of some metals and metallic chlorides. 11. Lead iron manganese nickel cobalt chromium barium calcium stron- tium magnesium potassium sodium and Iithium A.ii 710. Polonyi H. See F. Epetein. Polstorff Karl and Hermama Meyer action of potassium cyanide on formaldehyde A. i 605. detection and 9 estimation of haloid hydrogen in presence of hydrogen cyanide by means of formaldehyde A. ii 988. Poma G. 2:6-dimethylpyrone as a 801- vent A. ii 130. state of substances dissolved in absolute sulpliuric acid A. ii 907. Poma G. and B. Tanzi influence of electrolytes on the dissociation con- stant of water A. ii 323. velocity of reaction. Pomeroy J. C. charges on thermions produced in air and hydrogen a t atmospheric pressure A. ii 114. Pomilio Umberto new metallo-quinol- ides ; metallo-quinolides of silver nitrate. I. A. i 386. new metallo-quinolides metallo- quinolides of nickel chloride.II. A. i 386. Pomilio Umberto. See also Giusepe Kernot. Ponte A . comparison of methods for the estimation of phosphates in rege- table substances A. ii 91. Ponzio Giacomo passage of the nitro- groiip from an aliphatic carbon atom to the benzene nucleus A. i 547. migration of the nitro-group A. i 757. Ponzio Giacomo and C. Qastaldi rela- tion between the iodine number and the structure with acids of the oleic series A. i 748. Pope Frank George note on the nitration of p-hydroxyacetophenone P. 331. in plants A. ii 194. I. A ii 633.INDEX OF QUTHORS. ii. 1335 Pope Frank George and Arthur Samuel Wood the bromination of phenol 2:4- ahd 2:6-dibroniopheiiol T 1823 ; P. 225. Pope Prad George. See also Jo?m Jacob Fox and John Theodore Hewitt.Pope lViZliam Jackson and CliarEcs Stanley Qibeon some mixed phos- phoninm derivatives T. 735 ; P. 108. the alkaloidal salts of phenylmethgl- phospliinic acid T. 740 ; P. 109. the resolution of benzoylalanineinto its optically active coniponents T. 939 ; P. 126. tlic resolution of sec. -butylamine into optically active components T. 1702 ; P. 220. Pope IVilliani Jccckma and Johit Read asymmetric quinquevalent nitrogen compounds of simple mole- cular constitution T. 519 ; P. 49. the externally compensated and opti- cally active hydroxyhydrindamines their salts and derivatives T. 758 ; P. 107. the absence of optical activity in the a- and B-2:5-dimethylpiperazines T. 2325 ; P. 278. Pope Wq llianz Jackson and Tho1iias FicZd Winmill the relation between constitution and rotatory power aillongst derivatives of tetrahydro- quinaldine T.2309 ; P. 275. Popielski Leo substances which con- strict and dilate the blood vessels of the surviving frog ; remarks on S. Sitmuelson's paper A. ii 470. Popp M. a trustworthy method for t h e estimation of phosphoric acid soluble in citric acid in Thomas slag A. ii 992. Popper Hugo. See Enmst Freund. Porai-Xoschitz Alcxa?ider E. Y. I. Auschkap and N. K. Amsler inflii- ence of the acridine ring on the colour of certain colouring matters A. i 222. Porges Otto the respiratory quotient in acid poisoning A. ii 1198. Porges Otto. Porlezza C. line spectrum of nitrogen in a. Geissler tube A. ii 109 110. spectra of silicon and fluorine in a Geissler tiibe A. ii 876.See also RajTaeLo Nasini. See also It. Aschner. Porlezza C. Porter -4Ifred William viscosity of liquids A. ii 434. Porter Charles W. method for deter- mining the molecular weights of volatile liquids A. ii 1159. Porter ilhry 1V. See Alfred Edwin Howard Tntton. Portevin A . effect of tempering on the electrical resistance of bronze and brass A. ii 890. Portevin A . and G. Arou the anneal- ing of aluminium bronzes A. ii 352. Pomer TJLeodor Karl Rohde August Stirnus and Otto Unverdorben un- saturated compounds. IX. Addition of hydroxylamine to unsaturated acids and esters of the cinnaniic acid series and to analogous conipounds A i 453. Posnjak E. the swelling pressure A. ii 912. Posnjak,E. See also Heybert Freundlich. Postma G. El. See Austin Flint Rogers. Potschiwauscheg Jidizcs.See E'ugcn Bamberger and RoZand Scholl. Pott Paul the active substance of opium smoke A. ii 790. Potter Ley Francis. See Theodor Curtiue. Potter Pad D. See Alan Wilfrid Cranbrook Menzies. Potter Ralph 8. See IVilliaiu Albert Noyee. Pouget Isidore and D. Chouchak influ- ence of the concentration of solu- tions of nutritive substances on their absorption by plants A. ii 796. the law of the minimum A. ii 975. Pound V'. E. the secondary rays excited by the a-rays from polonium. I. and II. A. ii 514 886. Power Frederick Belding and Henry Browning j m . the constituents of P'amxacwn root T. 2411 ; P. 285. Power Frederick Beldiiig arid Thomas Callan chemical examination of jambul seeds A. ii 480. Power Frederick Beldiity and Harold Rogerson chemical examination of the root of Ipomoea orizabemis T.1. chemical examination of scammony root and of scammony T. 398 ; P. 39. Power Frederick Belding and Arthur B e w y Salway chemical examinatiou of the bark of Ergtkrophlcezm gaine- e w e A. ii 977. Powis Fraiik. See Harry JIedfort?L Dawson. Prabhakar Moreshwar. See August Darapeky. Prandtl Willielm and Maurice Hnmbert hetero-poly-acids containing vanadic acid A. ii 167.ii. 1336 INDEX OF AUTHORS. Prandtl IVillLclnL and Lierinanib Hanz the action of calcium fluoride on vanadium pentoxide A. ii 561. Pratolongo Ugo citropliosphate solu- tions A. i 412. Pratt David Shpnrd a new meltitig- point apparatus A. ii 625. Pratt 71avid Shcpard. See also Harry Drake Qibba and IViZZiain 1:iclgeZy Orndorff. Prausnitz 1ViIlv.dw.See Karl Helle. Preis € h i s . See Heniianx Thoms. Preller I. See 0. Kallauner. Preston Aiicliartl TViZlirrm Dudes and Ricmphrey Owen Jones the rate of reaction of alkyl haloids with certain tertiary bases T. 1930 ; P. 229. Preti Zuiyi the catalytic action of lead on the formation and destrnction of uric acid A. ii 1076. Preuner Gerhard and I. Brockmoller gas pressure measurements by means of a quartz-glass spiral manometer ; isotherm of selenium sulphur arsenic phosphoras ; dissociation of copper sulphide and of hydrogen selenide A. ii 1145. Preuss Gcorg an absorption vessel tor the Orsat gas apparatus A ii 983. apparatus for the estirnatiou of carbon A ii 1210. Pribram B ~ N O O. the utilisation of B-hydroxybutyric acid and the meaii- ing of acetoacetic acid in the nornial and diabetic livers.I. A. ii 661. estirnation of I-B-hydrosybutyric acid in uriue and blood A. ii 700. P?ibram Emst diastase. 11. The pre- paration of pure diastase and its properties A. i 927. Pribram Hugo and Julius Lowy the lipolytic enzyme of the urine A. ii 370. Pribram Richard and Ado7f Franke conlleusation by means of ultraviolet light A. i 412. Price Thoma.? Slaler and Dofiglm Frmk Twiss the refractivity of' sulphur in various aliphatic coni- pounds T. 1259 ; P. 159. Prieea Himis. See If. Strunk. Prigent Georges. See Ferm~itl Malen- greau. Prilesahaeff h'ikolnus oxidatiou of 1111- saturated compounds with organic peroxides. 111. Oxidation of derivs- tives of unsaturated compounds with two douhle linkings A. i 633. Pring John Nornian and Dorian Illace- .field Fairlie the methane equilibrium T.91. Pring John Norwtan and A . Parker ionisation produced by carbon a t high temperatures A. ii 115. Pringsheim EU~LS fermeiita tive degrada- tion of cellulose A. ii 587. fermentative decomposition of the hemicelluloses. I. A trisaccharide as intermediate prodiict of the hydrolysis of mannan A. i 833. Pringsheim Hrt ns and A Zfi-cd Langhans crgstallised 1)olysaccharides froiii starch A . i 832. Pringsheim P. See Robert Pohl. Prina Ada. See Ernst Hmlrik Buchner. Prim H. J. a filtering apparatus for vacuiim sublimatioii apparatus A. ii Priwoznik Edzcard device for the coni- plete precipitation of gold A. ii 562. Proctor &??w?J Richardson theory of muscle contraction A. ii 784. Prost Eugtiw and Mnuricc Ubaghs inflnence of metallic carbonatrs occur- ring in cozls on the estimation of the volatile matter A.ii 810. Prouzergue Bdmy new metliotl of determining the melting points of fats A. ii 307. Prad'homme Maurice osmotic pressure. II. A. ii 24. Przedborski. See E. Frank. Przemyski S. Sec Kasimir Jablczyn- ski. Przibram Karl mobility of ions in gases ant1 mixtures of gases A. ii 618. Pachorr Robert and F. Dickhliuser replacement of' the halogen 111 chloro-a-niethylinorphimethine by hydroxyl A. i 578. methylation of the alcoholic hydroxyl in the cocieines. 11. Methylation of iso- and $-codeine A . i 578. Pschorr Bobert F. Dickhauser a i d C. D'Avis constitution of morphine conversion of the methyl ethers of' a- and c-me thylmorphime thine into 3 4 6- and 3:4:8-trimethoxyphonanthrene re- spectively A.i 720. Pschorr Robert F. Dickhauser 1VLZlicZrn Koch 0. Treidel and F. Zeidler synthesis O K 3:4:5-tri~nethoxyphen- anthrene obtained from inorphenol A. i 766. P~chorr Bobcrt lVilhcl?n Koch 1V. Belle If. Stoof and 0. Treidel hromination of ?n-hydroxybenzal- dehyde vanillin and homovanillic acid A. i 775. low temperatures A. ii 38. 533.INDEX OF AUTHORS. ii. 1337 Pummerer Rudolf non-existence of +- diphenyleneketone [+fluorone] ; a new red hydrocarbon A. i 181. Pummerer RwdoZf and G'rtstar Dorf- miiller isophthalanil A. i 191. Puppe investigations of the oxygen con- tent of the blood by Haldane's method in stabbing A. ii 952. Purgotti Attilio inodificntions in the systematic detection of the bases A. ii 984. Puriewitsch Kooltstctiitin A .protein synthesis in tho lower plants A. ii 192. Pnrvis J O ~ L Edward the absorption spectra of various derivatives of naphthalene in solution and as vapours T. 1315 ; P. 157. Purvis John Edward and XiaZ €'&trick YcCleland the absorption spectra of some substances containing two benzene nuclei T. 1514 ; P. 188. the absorption spectra of simple aliphatic substances in solutions vapours and thin films. Part I. Saturated aldehydes and ketones T. 1810; P. 233. Pushee Earold B. See Artitzw A . Blanchard. Purhin Xicolai A. and E. G. Dishler electrical conductivity of copper- arsenic alloys A ii 320. Pushin Nicolai A . and 1. V. Orebentechikoff application of the pyrornetric method to the investiga- tion of equilibria a t high pressures A. ii 330. influence of pressure on equilibria in binary systems A.ii 331. Puxeddu Erneslo constitution of diiso- euoenol A. i 185. chemglcal action of light on vanillin and its ethers A. i 193. isomerism among the ethers of di- isoengenol A. i 255. Pyhiila E. the naphthenic acids and their reaction with ferrous salts A. ii 1007. Pyman Frank Lee the synthesis of glyoxaline derivatives allied to pilo- carpine T. 530 ; P. 47. pilosine a new alkaloid from Pilo- curpus wticrqhyllzts T. 2260 ; P. 267. Pyman Frank Lee and Frederic George Percy Elemfry isoquinoline derivatives. Part VII. The preparation of hydr- astinine from cotaraine T. 1595 ; Pyman Frunk Lee. See also Hoopes. Albert Dickinson Jowett. P. 228. Quagliariello G. the change in hydro- gen ion concentration during heat coagulation of proteins A .i 921. reaction of the blood-serum of some mammals studied by the electro- metric method A. ii 62. physico-chemical researches on animal liquids. VIII. Chemical reaction of urine A. ii 185. the hydroxyl ion concentration of the blood in hjpertherrnia produced by heat piqfire A. ii 1064. Quagliariello G. See also E.D'Agoetino. Quartaroli Alfredo citrophosphate solutions A i 238 605. Qnercigh EmanrLele oxysulphides of antimony A. ii 662. the identifyof synchysite and parisite A. ii 773. the supposed penta-iodides of arsenic Quooe Fritz. See Karl Andreao Hofmann. and antimony A ii 937. R. Rabaut Pierre Charles. See J ~ C S Aloy. Rabe Paul [rearrangemont of cinchon- ine and quinine into their poisonous isomerideu cinchotoxine and quino- toxine] A.i 488. Rabe Paul and Eberhard Felle peculiar relation between the strengths of acids and their activity. Rabe Paul Theodor Hunniue Emst Milarch Richard Pasternack and Peter Bieper cinchona alkaloids. XVI. Preliminary synthetic experiments A. i 718. Rabe Paul and Ernest Pollock supposed isomerism in the case of methyl-A'- cycloliexen-3-one A . i 987. Babtrrevitech-Znbkoveky I. L. action of alkyloxides on esters of inorganic acids A. i 233. Babteevitsch-Zubkovslry I. L. See also Yetchesldv E. Tifitnchenko. Radalescu Dan spirans. IV. History and theory A. i 51. Raduleecu Dan. See also Hernrann Raffo Mario and 0. Rossi colloidal acetate of penta-mercuriacetanilide A. i 931. colloidal sulphur and iodic acid A. ii 752 influence of colloidal sulphur on the electrical conductivity of certaiii electrolytes A.ii 1037. II. A. i 1014. manometer A. ii 37. Lenchs.ii. 1338 INDEX 01 Rahte W. See Carl Liebermann. Raiech R. anode and cathode falls of potential and the minimum potential in chlorine A. ii 122. Bakowski Adam W. adsorption. IV. Thermodynamics of irreversible pro- cesses and chemical hysteresis A ii 237. adsorption. V. Adsorption by starch of substances solnble in water A. ii 743. adsorption. VI. Kinetics of the hydr- ation and dehydration of colloids A. ii 913. Rakshit Jiteiidra Nath. See Prafdla Chandra Rky. Raknsin Michael A. and 23. Laslo optical investigation of Hungarian naphtha A. i 741. Ramann Emit migration of mineral substances on the death of leaves in autumn A. ii 3i8. migration of mineral siibstances when leaves are frozen A .ii 379. Bamart-Lucas (Mnze.) Paulim action of magnesium phenyl bromide on methylpinacolin A i 351. dehydration of diphenyl-$-butyl-carb- inol A. i 449. diphenylisopropylacetic [aa-diphenyl- 8-rnethylbutyric] acid A. i 566. synthesis of a-phenyl-as-dimethyl- hydrocinnamic acid [ab-diphenyl-a- methylbutyric acid] A. i 623. Ramberg Ludwig and Steiz Xallenberg tetrasulphaminoplato-salts A ii 661. Bammstedt Otto estimation of' the acidity of milk A. ii 102. the gluten-content and the baking quality of flour ; estimation of the gluten-content A. ii 820. Ram6n y Cajal Santiago heliochromic decoloration process ; stable positives with methylene-blue A. ii 407. Ramsaner Carl the actions of very short-waved ultra-violet light on gases A. ii 5.analogies in the behaviour of moving electrons and atoms towards station- a r y atoms A. ii 1029. Ramsay Clarence F. a new and accurate method for determining the tryptic value of pancreatin A. ii 707. Ramsay (Sir) William Moissan memo- rial lecture T. 477. the formation of neon as a product of radioactive change. T.. 1367 P.. AUTHORS. Ramsay (Sir) William. See aIso James Irvine Orme Maeson and L'ohevt Whytlaw-Gray . Bano Albed. See Victor Henri. Randall nlerle. See Gilbert Neicton Lewis. Rankin George A . and Frederic Etcqene Wright Portland ceirient clinker the hypothetical compound 8CaO,AI,O,,- 2SiO A. ii 554. Rankine Alexander Oliver viscosities of gaseous chlorine and bromine A . ii 332. Ransom Fred the effects of caffeine on the gerniination and growth of seeds A.ii 286. Ransome Frederick Leslie [golrlfieldite and famatinite from Goldfield Nevada A. ii 264. Bapaleki G. See Karl Dziewo'nski. Raper H. S. the fate of ingested fat in Raper B. S. See also J. E. Elliott. Rapiport Jos. See Alfred Werner. Raqnet D&rd estimation of mustard oil in mustard A. ii 704. Raschig Fritz nitrogen hexa-oxide NO A ii 346. Raske Karl the action of ammonium cyanide (potassium cyanide and am- monium chloride) on chlorinated alde- hydes A. i 334. Rassow Berthold and Fritz Bnrmeieter a-chloro-13-phenyl-lactic acid and phenylacetaldehyde A. i 32. Rassow Berthold and Otto Reuter condensation of alkyl-o-toluidines with carbonyl chloride A i 555. some homologues of auramine and crystal-violet A. i 586. Ratcliffe William Henry. See JoJm Theodore Hewitt.Ratner S. mobility of radioactive atom-ions in gases A. ii 884. Baulin Gaston analysis of technical ferro-boron A. ii 207. Rauschenphat G. vm. See Karl Bornemann. Ravenna Ciro and Vincenzo Babini formation of the alkaloids in tobac- co A. ii 83. presence of free hydrocyanic acid in plants. II. A. ii 798. Ravenna Ciro and G. Bosinelli action of some aromatic substances in the the animal body A. ii 365. cyanogenesis of plants A. ii 1084 presence of hydrogen cyanide in plants. III. A. ii 1084. . 182 ; discussion P. 183. monatomicity of neon krypton andINDEX OF AUTHORS. ii. 1339 Eavenna Ciro and C. Vecchi forma- tion of hydrogen cyanide in t h e germination of seeds A. ii 194. Bavin carbon nutrition of phanerogams by means of certain organic acids and their potassium salts A.ii 591. Rawdon Henry S. See Edward De Mille Campbell. Ray Barnes C. See Jlorris William Wavers. ROy Prcqidla Chandra and Rmik La2 Datta benzylmcthyl- benzylethyl- and allylammoniuin nitrites P. 258. Bay Prafulla Chandru and NilratniL Dhar the molecular conductivities of potassium nitrite niercuric nitrite and potassium mercurinitrite T. 965 ; P. 102. chlorides of the mercurialkyl- and mercurialkylaryl-amtnoniuni series and their constitiition as based on conductivity nieasurements P. 292. molecular co 11 duc tivi ty and ionisation of nitrites P. 319. Ely Prafulla Chandra Nilratan Dhar and Tincozvry De the vapour density of ammonium nitrite T. 1185 ; P. 151. nitrites of the mercurialkyl- and mercurialkylaryl-ammonium series. Part II.T. 1552 ; P. 185. Bay Prafulla Chandra and Jitendra Nath Eakshit nitrites of the alkyl- ammonium series. Part 11. Pro- pglammonium nitrite and butyl- ammonium nitrite and their decorn- position by heat T. 141. nitrites of the alkylammonium series. Part 111. Triethylammonium nitrite and its decomposition and sublinia- tion by heat T. 216. nitrites of the alkylammonium series. Part IV. isobutyl- diethyl- di- propyl- and tripropyl-ammonium nitrites T. 612 ; P. 41. nitrites of the slicylic ammonium series. Part I. Nitrosopiperazinium nitrite P. 102. Boy Praftdla Chandra Jitendra iVath Eakshit and Rasik La2 Datta nitrites of the mercurialkyl- and niercurialkyl- aryl-ammonium series T. 616 ; P. 41. RAY Priyada Ranyan and Hemendra Kumar Sen the action of hydrazine and hydroxylamine on ferricyanides and a new method for the estimation of hydrazine and ferricyanides A ii 817.Rsydt U. gold silver alloys A. ii 562. isomeric allylamines A. i 835. Baynaud AEberl solubility of uianous oxide in certain acide A. ii 166. density of uranous oxide and its solu- bility in nitric acid and aqua regia A. ii 948. Baynaud Albert. See also WilZiam Oechsner de Coninck. Rayner Ernest A. the fruit of SolomonIs seal (Polypnatzcnt bi$orum) A. 11 802. Reach FeZix and Viktor Widakowich the behaviour of the fat of torpedo during pregnancy A; ii 580. &ad Job the condensation of penta- erythritol with aldehydes T. 2090 ; P. 240. Bead John. See also William Jackson Pope. RebiGre G. properties and chemical composition of electrically prepared colloidal silver precipitated from its solutions by electrolytes A.11 642. Reboul G. the Hertz-Halwachs effect and photo-chemical actions A. ii 512. Eeboul G. ,and E. GrBgoire de Bollemont the emission of positive charges by heated metals A. ii 115. Becklinghausen Hax von. See Victor Henri. Becoura Albert a compound of ferric sulphate and alcohol ; constitution of ferric sulphate A. ii 165. complex ferric compounds ; ferric fluoride A. ii 353. Recneani Giu.com. See Luigi Mascar- Reddelien G?utav zinc chloride as con- a colour reaction of unsaturated ket- elli. densing agent A. i 363. ones A. i 986. Redeker. See Athenstaedt. Redgrove Xerbert Stanley therrno- chemistry of benzene A. i 956. Redlich Alfred. See Richard Mohlan. Reed Roward Sprague and H. S. Stahl oxydases in certain fungi pathogenic to plants A.ii 381. Reed Lester approximate estimation of starch by iodine A. ii 102. Eegener Eyich the decay-constant of polonium A. ii 118. Regnier P. See Alexandre Deagrez. Reich Muz test for blood A ii 399. Reich Xiegmund and J. Pinazewrki 2:6-dinitrobenzaldehyde A. i 361. Reich Siegmund Otto Wetter and Max Widmer 2 4 6 - trini trobenzy 1 bromide and its derivatives A. i 958. Reichard Albert the tannin in the seed coverings of barley A. ii 592.ii. 1340 INDEX OF AUTHORS. Beichard C. estimation of phosphorus in iron and steel A. ii. 90. the formation of lead carbonate from metallic lead in presence of metallic aluminium A. ii 162. reactions of iactic acid A. ii 305. Beiohard R. an inorganic indicator for use in the volumetric estimation of alkalis and carbonates A.ii 1090. Reichardt C. J. estimation of uric acid by nieans of iodine and the alltion of iodine on creatinine A. ii 103. Beicher Lodezoljk Thodoru.s and F. C. M. Janeen refractometric determina- tion of the strength of formaldehyde solutions A. ii 304. Reichinetein David A . Burger and A. Zieren influence of the acid con- tent of the electrolyte on the chemical polarisation of the reversible electrode CulCu A. ii 1037. Beid Ebenexer Emnet the electrical method of Morse and Gray for the simultancous estimation of carbon hydrogen and sulphur in organic compounds A. ii 602. the estimation of halogens in organic compounds including a device for the combustion of volatile sub- stances A. ii 990. See Hiehael Xauier Sulli- Reid 3. R. van.Beifferecheid Karl. See Karl Grube. Reilly Joseph. See Qibbert Thomas Morgan. Beimer (Ai?is,v) Marie and (Jliss) Grace Potter Reynolds reaction between or- @no-magnesium componnds and cin- iiamylidene esters. IV. Reactions with methyl-a-methylcinnamylidene- acetate A. i 769. Beindere Willem the constitution o f photohalides. III. A. ii 450. hinders Willem and A. Cate oxida- tion of nitrogen to nitrogen oxides A. ii 248. Reindere Willeni and C. J. wan Nieuwenburg gelatin and other col- loids as retarders in the reduction of silver chloride A. ii 254. Eeiner FrierErich. See Richard Mbhlau. Beinhard A . See W. Zaleaki. Beinthaler F. the oxidation of arsenious acid by the oxygen of the air A. ii 756. Beitzenstein Fritz and GottEieb Bon- itsch the colour and absorption of the dirosanilidiaes of 8-hytlroxy- acraldehyde and formic acid A.i 662 alkaloid reactions [hydrastinine] A. ii 106. Reitzenstein A*itx and Gottlieb BiSnitsoh colour and absorption of the diro- sanilidines of formic acid A. i 661. action of the acetal of propargaldehyde on inercuriated amines A i 740. Remfry Frederic George Percy. See Frank Lee Pyman. Remy Eduard estimation of benzoic acid A. ii 102. Renner O. baeumlerite B new potash- salt mineral A. ii 957. Renschler Eugen electrolytic prepara- tion of tervalent vanadium salts A. ii 356. Benehaw Roemer Rex F. G. Flood and B. M. lacBride some derivatives of choline. II. A i 948. Renouf (Miss) Nora. See Arthur IVil- liam Croerley. Repetto Angelo. See Luigi Bolla. Bepiton Fernand estimation of the acidity of wine A ii 102.estimation of acids in wine with a view to discover adulteration A ii 211. Report of the Committee of the British Association on the study of hydro- aromatic substances A i 616. on the study of isomorphous sulphonic derivatives of benzene A. i 616. on the transformation of aromatic nitroamines and allied substances and its relation to suhstitution iu benzene derivatives A. i 619. on dynamic isomerism A. ii 508. on the influence of carbori and other elements on the corrosion of steel A. ii 559. on electro-analysis A. ii 603. Report of the International Committee on atomic weights T. 1829; P. 214. Retzlaff Friedrich. See Jzclius [lohmidt. RenBe Fritz. See Hans [ltobbe. Reuse Hans and Ernsl Weinland the chemical composition of young eels under various conditions A.ii 1193. Renter Camille nitrogenous constitnen ts of fungi A. ii 593. Renter CEcnzille. See also Ernsl Winter- stein. Reuter Otto. See Berlhold Rassow. Beutter Louis. See Alexunder Techirch. Reverdin Frddtfric nitration of o-tolyl p-tolueuesulphonate A. i 436. the two isomeric trinitro-p-anisidines and a trinitro-p-phenetidine A i 963. Reverdin Frkdlrric and Franz Liebl aetion of concentrated sulphuric acid on some aromatic nitrosoamines. III. A. i 439.INDEX OF AUTHORS. ii. 1341 Beverdin Frt?dhic and Amnuid de Lnc nitration of the acyl derivatives of p-anisidine A i 182. R6v&sz G&m. See Fram G. Alexander. Revie Cecil detection of benzoio acid in milk A. ii 1007. Reychler,A Ebert crystallisation ofsodium osmotic properties of aolntions A.ii Reynolds (Miss) Grace Potter. See (Miss) Marie Reimer. Reynolds William Colebrook and Wil- liam Henry Taylor the decomposi- tion of nitric acid by light T. 131. theory of sulphuric acid manufacture A. ii 550. Reynolds William Colebrook. See also Frrritcis Howard Carr. Rhead Thomas Frcd Eric and Richard Ycrmn Wheeler the rate of re- duction of carbon dioxide by carbon T. 831 ; P. 104. the combustion of carbon T. 846 ; P. 105. Riban Joseph ambrein A. i 622. Riband G. the spectrum of magnetic rotation of bromine vapour A ii 11 14. Rice Fravlcis Owen. See Edward Charles Cyril Baly. Richards Marion 3. See Herbert Freundlich. Richards Theoclom William atomic weights A. ii 928. Richards Thdore William and John /Ir. Shipley new method for the quantitative analysis of solutions by precise thermometry A.ii 599. Richards Theodore William W. N . Stull Joseph H. Illlathewe and Clarence L. Speyers compressibilities of certain hydrocarbons aleohols esters amines and organic haloids A. ii 896. Richardson Elen? K. and Floyd D. Taylor the conductivity of mixtures of copijer sulphate and sulphuric acid A. ii 225. Richardson Owen Willans and Karl T. Compton the photo-electric cffect A . ii 1039. Riohardson William D. and E. F Schernbel a modified Wiley extraction apparatus A. ii 983. Richarz Fram [hydrogen peroxide] A. ii 1163. Riche J. A. See Horatio B. Williams. Bicher Karl and E. 23. Stein the physiology and pathology of carbo- hydrate metabolisrii [colorimetric esti- mation of small amounts of sugar] A ii 99. palmitate A. i 600.1043. Richmond Henmj Droop and Horace C. Huish souring of milk A. ii 610. Richter Erwin arsenic tri-iodide A. ii 43. Richter M. M. fluorescence in the p-benzo uinone group A. i 34. N-quinhylrones A. i 55. correction concerning the formation of cyananilic acid A. i 571. thiolcamphoric acid A. i 942. Richter Otto rapid estimation of fat in cocoa by means of Zeiss' refractometer A. ii 1107. Richter Paul influence of colloids on the transport numbers and conduc- tivity of certain electrolytes A. ii 914. Richter R. estimation of acetaldehyde in [officinal] paraldehyde A. ii 304. Bickmann Rzid. the testing of enamels containing antimony A ii 870. Biecke Eduard lowering of the melting point by one-sided pull or pressure A. ii 330. Riedel J. D. preparation of hexa- methylenetetramine sulphosalicyl- ates A.i 366. the lecithin of egg-yolk A. i 744. the acylation of amino-acids and some ketolactimones A. i 774. Riedel Otto chemico-mineralogical sec- tion of the older salt beds in the Berlepscli Mine a t Stassfurt A. 11 265. Biedenstein Erik Riedl von. See Curl Dietrich Harriee. Riegel Emile Raymond. See Latham Clarke and &des Robert Sanger. Riegler E. colorimetric estimation of uric acid [in urine] A ii 700. Rieke Reinhold. See Kurd Endell. Rieper Peter. See Paul Babe. Riesenfeld Ernst Hemnann the catalytic decomposition of hydrogen peroxide by dichromates A. ii 247. silent electric discharges in gases a t atmospheric pressure A. ii 1126. Biesenfeld Ernst Hermann and W. YBU the differentiation of true per- oxy-salts from salts with hydrogen peroxide of cryetallisation A.ii 166. isomeric percarbonates A. ii 156. Biesrer Otto and Ham Thierfelder cerebrone. V. A. i 373. Ri&ty L. difference of potential a t the contact of glass with an electrolyte A ii 622. electromotive force produced by the flow of salt solutions through capil- lary tubes A. ii 622.ii. 1342 INDEX OF AUTHORS. Rimbach Eberhard and K. Weiteel tempcrature-coefficients of conduc- tivity of certain electrolytes in non- aqueous solvents A. ii 422. Rimini Enrico and Temistocle Jona esti- mation of formaldehyde A. ii 698. Rinaldi U. purine metabolism. IX. The content in purine bases of the muscles of different animals A. ii 663. Rindell Arthur estimation of solubility in agricultural chemistry A ii 86. Ringer A . I.the influence of glutaric acid on phloridzin glycosuria A ii protein metabolism in experimental diabetes A. ii 1195. gluco-neogenesis. I. The quantita- tive conversion of propionic acid into dextrose A. ii 1196. Rinkes I. J. fluoroanilines and fluoro- phenols. I. A i 844. Rinkes I . J. See also Bouwe 8jollema. Bippetoe J. R. and Louis Elsberg Wise estimation of citral in lemon oil A. ii 210. Risse Felix. See Friedrich Wilhclm Bemmler. Ritter CT. See LcopoZd Riigheimer. Ritter G. E. the behaviour of moulds to sucrose A. ii 795. Rivas D. detection of indole in cultures of Bacterium coli A. ii 669. Rivera-Maltee. See &mile Kohn-Abreat. Rivett Albert Cherbury David neutral salt action as exhibited in the freezing points of mixtures in aqueous solution A. ii 130.Rivett Albert Chmbury David. See also (Miss) Stella Deakin. Riwosch F. J. See E$7n Semen London. Bix C 8ee Alfred Werner. Rod .Herbert Eldon physiology of ma- rine organisms. 11. Influence of the carbon dioxide and oxygen ten- sions on rhythmical movements A. ii 369. the influence of muscular rigidity on the carbon dioxide output of de- cerebrate cats A. ii 579. the relation of roteins to erystalloids. 111. Hamoyysis by alkali. IV. Hamolysis by hypotonic sodium chloride solutions. V. Hsmolysis by rise of temperature A. ii 655. Bobel J. See Uon Xarchlewski. Robert (MZZe.) influence of calcium on the development and niineral com- position of Aspergillus niger A. ii 192. nature of the fixation of calciuni by Aspergillus niger A. ii 671. a56. Roberta Joseph H. T. a niethod of investigating the transpiration of gases through tubes A.ii 237. Roberts Ncrman jointless stock-bottle- snpport burette A. ii 295. Roberts Walter Morrell. See Wilbiam Henry Perkin jun. Robertson Philip Wilfred the non- existence of pcrbromic acid A. ii 934. Robertson Philip Il’ilfred and Henry Vincent Aird Briscoe the migration of the para-halogen atom in phenols T. 1964 ; P. 219. Robertson Thorburn Brailsford the refractive indices of solutions of certain proteins. V1 I. Salmine A. i 519. electrochemistry of proteins. VIII. The dissociation of solutions of the sulphate arid chloride of protamine (salmine) A. i 738. the action of acids on the respiratoiy cent.re A. ii 571. the isolation of oocytase the fertil- ising and cytolysing substance in mammalian blood-sera A.ii 673. refractive indices of solutions of certain proteins. VI. The proteins of ox- serum; a new optical method of determining the concentrations of the various proteins contained in blood-sera A. ii 611. extraction of a substance from the sperm of a sea-urchin (Strongylo- centrotus pzcrpuratus) which will fertilise the eggs of that species A. ii 782. refractivity of the products of the hydrolysis of caseinogen and a rapid method of determining the relative activity of trypsin solutions A. 11 819. the non-enzymatic character of oocytin (oocytase) A. ii 855. Robertson Thorburn Brailsford. See also Frederick P. Gay. Robin Ft?lix crystallisation by anneal- ing of hamnier-hardened metals A. ii 1054. Robin Lucien detection of adulteration of butter A.ii 872. proposed modifications of Robin’s method for the analysis of butter A ii 1107. &obinuon C. H. Robinson Charles S. See A . J. Patten. Robinson Charles Stanley and Hum- phrey Owen Jones complex thio-oxal- ates T. 62. Robinson Charles Stanley. See also Eunzphre y Ozoe?t Jones. Robinson G. W. See L. P. Newman See Charles James.INDEX OF AUTHORS. ii. 1343 Robinron Robert. See Norman Bland Edward Hope Emtest Grifitlts Jones Joseph Lister James Wallace YcDavid and William Henry Perkin jmi. Robison Robert and Frederic Stanley Ripping organic derivatives of sili- coil. Ptwt XVIII. Dibenzylsili- canediol and its anhydroderivative T. 2142 ; P. 245. organic derivatives of silicon. Part XIX. The preparation and pro- perties of some silicanediols of the type 8i&(OH) T.2156 ; P. 245. Robitzech Max experimental determin- ation of the ratio of the specific heats CypJC for potassium and sodium va- ponrs and the conclusions to be drawn therefrom A. ii 898. Rocchi GiusepTe action of iron on the mobile oxygen of blood A. ii 268. Rochereau E. a new universal gaso- meter A. ii 680. Rocqnee Xrmier analysis of small sam- ples of spirih A. ii 392. preservation of milk samples A ii 1218. Rodd Ernest Harry. See &nry Edward Armstrong. Bodriguer Carracido Jost? partition-co- efficients A. ii 750. Bodriguer Motarelo Josd phototropy of certain DhosDhorescent nietallic sul- phides k. fi 1117. Boder. Ferdinand. the alteration I of the I chemical equilibrium point by the energy of motion A. ii 543. Rohl G. the constitution of the sul- phide enclosures in iron and steel A.ii 1059. Rohmann B u m and T. Shmamine complex compounds of ferrous salts hydrogen peroxide and proteins ; on the part played by iron in bio- logical oxidation processes A. i 735. compounds of ferric salts with albu- moscs A. i 735. Rohrs Fritz molecular refraction molec- ular volume and dissociation in non- aqueous solvents A. ii 309. Romer Paul I% the Schardinger re- action of cow’s milk A. ii 610. Rose Heinrich. See Hans Fischer. Bosing CTeorg accumulation of nitrogen by Azotobacter chroococcwn A. ii 473. Roettgen Theodor estimation of lactic acid in wine by the methods of MO- slinger and Knnz A. ii 1005. Rogers Austin Flint baddeleyite [native zirconia] from Montana A.,.ji 172. lorandite from Wyoming A. u 265. Rogers Austin Flint and G.E. Postma composition of minerals of the apatite group A. ii 565. Rogerson Harold chemical examination of the bark of Zuonymus atropurpu- rezu T. 1040 ; P. 138 ; discussion P. 138. Rogerson Harold. See also Frederick Belding Power. Bogowski JV. de. Rogozinski Felix the actioii of proteo- lytic enzymes on clupeiil A. i 672. methylation of clupein A. i 898. Rohde Bruin and Sayoro Ogawa gase- ous exchange and activity of the henrt under the influence of poisons and nerve stimulation A. ii 951. Rohde Kad. See Theodor Poaner. Rohland Paul the removal of rust from iron in reinforced concrete A. ii 53. the co-operation of organisms in clay- formation A. ii 484. the adsorptive power of the hydror- ides of silicon aluminium and iron. V. A. ii 1145.action of hydroxyl ions on suspensions of kaolin A. ii 1150. the odour of clay. the estimation of colloid materials in Rohmann Franz artificial nutrition A See Charlcs Dh6r6. II. A. ii 1175. soils A. ii 1220. ii. 462. Rohn W . anomalous dispersion of tain organic colouring matters ii. 878. cer- A- fluoiescent properties of sodium fI uor- Rohonyi Hugi the changes of hydrogen ion concentration produced by the action of pepsin and the acid-combin- ing capacity of some hydrolysis pro- ducts of egg-albumin -4. ii 1066. Rolla Luigi heat of formation of hydro- gen selenide A ii 1040. Rolla Luigi and Giovanni Ansaldo dissociation of mixed hydrated salts A. ii 335. Rolls Luigi and Angelo Repetto action of iodine on hydrogen selenide A. ii 1154. Rollhaiiser Heinrich. See Theodor Zincke.Rombnrgh Pietcr van essential oil of Litsea odorifera leaves A. i 38. Romp Gysbert estimation of ferrous ions with standard iodine A. ii 94. Rona Peter and Josine Ebaen ester hydrolysis by the blood A. ii 362. Rona Peter and Leonor Yichaelis general chemistry of the proteins. IV. Protein scission and soap-protein compounds A. i 590. escein in solution A. ii 878.ii. 1344 INDEX OF AUTHORS. Rona Peter. See a180 Leottor Xchaelis. Rooks J. A. See Anton Julius Carleon. Bosanoff Martin Andre R €C Clark and R. I;. Sibley reinvestigation of the velocity of sugar hydrolysis. I. A. ii 34. Roeanoff N. absorption spectra of hydrogen peroxide A. ii 875. Rorati Aristide crystallographic study of 3:4:5-trimethoxyphthalic acid A. i 866. Rose A . R. influence of phytin on the growth of lupin seedlings A.ii 862. Rose Hermann dispersion of cinnabar A. ii 873. Bose Robert Erslajef and Carl Living- eton leaf-oil of the Washington cedar ( Thuja plicata) A. i 202. Rose William Cumming creatine and creatinine. IV. Estimation of creatine in the presence of sugar A. ii 818. ROso8u Alexander. See Becnrich Wie. land. Boaenberg H. See Woyyang Heubner. Rosenblatt M. estimation of dextrose in the presence of other substances by Bertrand's method A. ii 1003. Bosenblatt M. See alao Gabriel Ber- trand. Bosenblatt (Xme. ) Jf. See Gabriel Bertrand. Borenbloom Jacob distribution of chlorate in a woman fatally poisoned by potassium chlorate A. ii 859. Boaenburg Arthur stereoisomeric semi- cyclic 1:5-diketooes from 3-methyl- cyclohexanone and phenyl atyryl ketone A i 782.Rooenburg Arthur. See also Hans Btobbe. Bosenfeld E. N. See Philip Adolph Kober. Roaenfeld Ueorg glycogen formation A. ii 854. Bosenfeld Goorg. See also Artiiur Lie- brecht. Bosenheim Arthur the constitution of the metatungstates A. ii 649. the estimation of thorium especially in monazite sand by means of sodium hypophosphate A. ii 869. Borenknopf B. See JosQ Tambor. Borenmund Karl W. preparation of phenyl- alkyloxyphenyl- and dialkyloxypheny I-ethanolaminea and their alkyl ethers A. i 448. preparation of nitrostyrene and of arylnitroethanol derivatives A. i 842. Borenmund Karl W. and F. Eerrmann adaline A. i 244. Rorenmund Karl K Car2 Yannioh and WilZy Jacobrohn preparaticn of p-hydroxyphenylisopropylamine A. i 443. preparation of 3:4-dihydroxyphenyl- alkylamiiies A.i 967. Rorenrtein Ludwig the ionisation con- stant of phenolphthalein and the effect on i t of neutral salts A. ii 893. Rosenthal Felix and Joseph Severin the therapy of antimony poisoning by potassium hexatantalate A. ii 668. Bosenthal Felix. See also Jiilizis Morgenroth. Roeenthaler Leopold distribution of amygdalin A. i 640. a colour reaction of alcohols and alcoholic hydroxyl groups A. ii 871. Rosenthaler Leopold and Knut T. Strom saponin of the white sonpwort. lI. A. i 640. Roshdertwensky Alexander and 1Vil- Eium Cudmore McCicEZagh Lewir tl!e electrochemistry of solutioiis in acetone. Part 11. The silver nitrate concentrati6n cell T. 2094 ; P. 239. Roshdestwensky D. anomalous dis- persion in sodium vapour A. ii 1016.Ross Alexander David. See James Gordon Gray. ROLIS E. L. aiid Philip Bouvier Hawk the metabolic influence of ether anEesthesia A. ii 280. ROES Kenneth and Samuel Bmilea the dehydration of iso-&naphthol sulpli- ide P. 275. Roas Rennet?&. See also Cecil Reginald Cry mble. Ross William H. See Rayinosui Cdvier Benner. Rose F. J. Clunies experiments with sodium silicate A. ii 49. Rossem A. van. ROBsem Cornelius %an solubility in water of nearly insoluble salts especially silver chloride A . ii 348. solubility of silver chloride in water A. ii 643 940. weak and strong binary electrolytes A. ii 893. deduction of the law of dilution A ii 1147. Rossen Hoogendyk van Bleiswyk G. L. C. Jf. van the equilibrium diagram of alloys of potassium and sodium A. ii 348. Bossi Git6seppe (Bologna) compounds of cupric thiosulphate with various aminee A.i 799. See Jacob Boeseken.INDEX OF 4UTHORS. ii. 1345 Rosei Giuscppe. See also Xarz'o Raffo. Rosei Giuseppe (Imola) new conipound of hexamethylenektramine with ortho- arsenic acid A. i 242. catalytic action of light in the oxida- tion of phenolphthalin to phenolph- thalein A. ii 107. Rossi Paolo transforniation constant of radinm-D A ii T23. Rosii R. relation between the atomic volumes and the spectra of elements A ii 22. Roetworoweki S. Grqf and Georgc Wiegner absorption of phosphor\c acid by zeolites (permutite) A. 11 93;. Roth Ernst. See Xar1 Friee. Roth Max the influence of nutrition body-weight and water diuresis on phloridzin diabetes A. ii 963. RBth Nikolaus. See Dioitys Fnchs.Roth Walter Adow heat of combustion and heat of transformation of the cinnamic acids A. ii 235. accurate cryoscopic determinations. I. Nitrates of univalent metals A ii 532. Bothacker 0. See Avred Heiduschka. Rothenfusser S. new method for the estimation of glycerol in wine A ii 607. detection of sucrose in the presence of other sugars especially its detection in musts and wines A. ii 1003. detection of sucrose A ii 1216. Rother Frmz cathodic pul verisa tion and absorption of hydrogen by iridium A. ii 1179. Rother Julius. See Walter Schrauth. Rothermundt M. and J. Dale the action of atoxyl in vitro on the animal body A. ii 668. Rothlauf Leo. See AZfrcd Einhorn. Rothmund Victor solubility of ozone in dilute sulphuric acid A. ii 1164. Roudsky D. See Charles Louis Alphonse Laver an.Roniller Charles A. reaction between carboxylic acids and benzenesulphon- aniide at high temperatures A. i 584. Rouquette E. sterilisation of drinking waters by the action of ozonised oxygen and of chlorine compounds in the nascent state A. ii 374. Roure-Bertrand Fils JzLstiiz Dupont and Lorcis Labaune [essential oils] A. i 880. Routala Oskar. See Paul Jannasch. Rowe Frederick Maurice. See Arthur George Qreen. Rudenko Y. P. conibination of salts with hydrogen peroxide A. ii 1168. Ruder W. E. solubility of wrought tungsten and molybdenum A. ii 454. Rndge Williai,~ Arlhw Dozbglas radioactivity and molecular struc- tures A. ii 519. action of sunlight and of radium com- pounds on glass A. ii 881. Rudo' Camilla and Stephax Cserna the influence of intraperitoneal infusion of blood 011 the gaseous nietabolisni A.ii 95%. Rudorf George the linear expansion of solid elements as a function of their absolute melting point A. ii 624. Ruck Ulrieh and a. Steinmetz pre- paration and properties of pure thio- cyanic acid A. i 954. Biigheimer Leopold and G. Ritter 3- methoxy-4 5-methylenedioxyljenzyl- amine A. i 447. 8-benzyliminopropyl methyl ketoiie ; keto-en01 isomerism A. i 474. Riihle J. detection of saponin A. ii 819. Ruer Btcdolf and Kiomke Kaneko the system nickel-cobalt A. ii 1059. Ruff Otto the system iron-carbon A. ii 353 917. thc preparation of ductile tungsten melting point and other properties of pure tungsten A. ii 946. the equilibrium diagrams of carbon with iron nickel cobalt and manganese A. ii 1176.Ruff Otto and Ewald Qereten triferro- carbide (cementite) Fe,C A. ii 260. Ruff Otto and Wnlter Martin pure vanadium A. ii 166. the solubility of carbon in nickel A. ii 354. Ruff Otto and Emil $chiller tail talum and columbium pentafluorides and the preparation of pure tantnlic and columbic acids A ii 168. [separation of columbium and tan- talum] A. ii 208. Ruff Otto and Oskar Treidel new titanium compounds;titanium nitrides A ii 561. Bnggli Paul ring containing a triple linking A. i 914. Bnggli Pad. See also Johaitnes Thiele. Ruhemann Siegfried triketomethylene- dioxyhydrindene T. 780 ; I". 95. studies on cyclic ketones. Part I. 'l'. 1729 ; P. 224. Ruhemann Siegfried and Stanley Isaac Levy studies on cyclic ketones. Part II. T. 3542 ; P. 316.ii. 1346 INDEX OF AUTHORS.Ruhemann Siegfried and WiZZiam Johnson Smith Naunton diphenyl- cyclopentenone T. 42. Rnhetrat Gebr. apparatus for the elec- trolytic production of oxygen and hydrogen A ii i51. Ruhtenberg Hans. See Gustav Heller. Ruot. See Pierre Maze. Rnpe Hans and F. Fiedler action of semicarbazide on hjdroxamic acids A. i 142. Bupe Harts and W. Kerkovius menthpl esters of a-pheuyldihydrocinnamic [aS-diphenylpropionic]acids,A. i 458. Rupe Hans and E. Oestreicher reduc- tion of semicarbazones aud the prepar- ation of some hydroxytriazoles A. i 220. Bupe Hans 11ein.z Schobel and Erwin Abegg constitutioii of 3-methylpule- gene (3-methylmenthadiene) A. i 573. Bupe Huns. See also Sidonius Keesler. Bupp Erwin detection of fluorine A. simple apparatus for estimating carbon Bnpp Erwin and S.Qoy mercuric oxycyanide. III. A. i 613. Bnpp Erwin and K. Kropat estimation of total mercury in oflicinal mercury salicylate A. ii 998. Bupp Erwin and Franz Lehmann esti- mation of arsenic A. ii 866. Rupp G. composition of the mineral water of Bad Diirkheim A. ii 268. Buppin Emsit hydrographical-cliemical methods A. ii 599. Ruse Franz. See Yiktor Ehrlich. Rum Sidney. See H. A . Colwell and Rneeell Alexander Smith speci6c heat measurements a t low temperatures A. ii 232. effect of temperature on radioactive disintegration A. ii 416. the volatility of radium-C A. ii 723. Russell Donald G. See Yundell Hen- derson. Rutherford Emiest the origin of 13- and y-rays from radioactive substances A. ii 1024. Rutherford Ernust and James Chadwick a balance method for comparison of quantities of radium and some of its applications A.ii 520. Rutherford Erwest. See also liccns Geiger. R u ~ B J. D. titrimetric estimation of sulphur A . ii 1209. Ruys J. D. See also D. P. Boss ran Lennep. ii 88. dioxide A. ii 297. B. I€. Wedd. Ryan Hugh and Thomas Joseph Nolan higher ketones and secondary alcohols derived from the amides of palmitic and stearic acids A. i 749. Ryan Lemt A . and Edward 3. Meigs the ash of smooth muscle A. ii 274. Ryan Leon A . See also Edward B. Yeige. 8. Sabatier Paul and AZphowe Mailhe preparation of alkylamines by cata- lysis A i 103. catalytic decomposition of formic esters A i 156. catalytic formation of saturated ali- phatic esters from formic esters A. i 167. new method for the catalytic prepara- tion of aldehydes from acids A.I 238. catalytic preparation of phenolic and diphenylene oxides ; mixed oxides A. i 767. Sabatier Paul and Narcel Murat di- rect hydrogenation of alkyl benz- oates by catalysis preparation of alkyl cyclohexanecarboxylates A. i 353. preparation of phenylcycloliexane and dicyclohexyl ; direct hydrogenation of diphenyl ..4. i 547. direct hydrogenation of diphenyl- etliaues ; preparation of dicyclo- hexylethanes A. i 617. preparation of four dicyclohexylpro- panes A. i i57. Sablon Leclerc du transpiration in oil- producing plants ; influence of light A. ii 193. Sabot R . See Lollis Duparc. Baccharin-Fabrik Aktien-Qesellachaft vorm. Fahlberg List & Co. prepara- tion of a readily soluble acid sodium borate A. ii 642. Sachanoff AZ.N. abnormal conductivity changes. II. A. ii 422. solvents with small dielectric con- stants A. ii 730. electro-affinity and complex formation as factors of electrolvtic dissociation A, ii 731. Sacher. Juliiis Friedrich the reaction between concentrated ’ solutions of barium acetate and alnminium sul- phrtte A. ii 161. Sachs Fritz. See Arthur Heffter. Sackett IC’aZter G. bacteriological studies of the fixation of nitrogen in certain Colorado soils A. ii 670. Sackheim 31 See Fritz Ephraim.INDEX OF Sacknr Otto application of the kinetic theory of gases to chemical prob- lems A. ii 145. fused salts as solvents. 1. Cryos- copic investigations. 11. Solubility deterininations A . ii 233. fused salts as solvents ; the ionisation of dissolved salts A. ii 744. fused salts as solvents A.ii 836. significance of the elementary quan- tum for the theory of gases and the calculation of chemical constants A. ii 1151. Sackur Otto and 0. Stern osmotic pressure of concentrated solutions of carbon dioxide A ii 904. Sackur Otto and W. Taegener potas- sium yermanganate and nianganate in aqueous solution A. ii 916. Sadikoff W. S. the biolytic scission of gelatin. Sadler Charles A. and Paul Mesham Rontgen radiation from substances of low atomic weight A. ii 719. Saha Baridas and Kumud?tath Choudhuri action of ammonia OII mercurous bromide and iodide A. ii 1174. Sahmen R. ternary mixed crystals A. ii 438. Sailer Wilhelm detection of methyl detection of methyl alcohol A. ii Saillard Entile estimation of sugar in bcet by warm aqueous digestion A.ii 698. Salimbeni A . 2’. action of certain esters of glycerol on the tubercle bacillus A ii 971. Salimei G. See Rosnrw Spallino. Salkowski Ernst [ Leopoldj the behaviour of milk to animonium sulphate and a new method for the estimation of lactose A ii 610. Trommer’s test [for sugar] in urine A ii 697. Salkownki Heinrich detection of potas- sium as cobaltinitrite A ii 686. Salomone G. the products of explosion of hydrogen cyanide A. i 686. Salvadori Xoberto hydrates and am- monia compounds of cobalt nickel manganese cadmium zinc and copper perchlorates A. ii 649. compounds of uranium with liydr- sziue A. ii 1177. Salway Arthur Hcnry researches on the constitution of physostigmine. Part I. T. 978 ; P. 125. alkaloidal assay of calabar beans A. ii 503. ’ I. and II.A. ii 794. alcoliol A. ii 301. 392. AUTHORS. ii. 1347 Salway Artliru He?c~y. See also Frederick Beldiiy Power. Salzmann illax the narcotic action of substances of the alcohol group with the simultaneous adininistration of fat on the ground of their partition coefficients in fat and water ; a new antidiabetic ‘‘ barzarin,” A ii 1196. Salzmann Mux. See also Heinrich Walbaum. Samnnek R. See Alfrcd Werner. Samec Alaz plant colloids. 1. The aolutioii swelling of starch in presence of crystalloids A. ii 144. Samelson S. substances which constrict and dilate the blood-vessels of the frog A. ii 181. Sammet 0.) estimation of indican in urine A. ii 703. Samoiloff Jukov Russian Idiosphorites A. ii 949. Samsonow Alexander the Becquerel effect in solutions of uranyl sulphate quinine sulphate and chlorophyll A ii 528.Sanchez Jean A . systematic analysis of phenols A. ii 209. Carnot’s reagent aud the preparation of sodium bismuth thiosulphate A ii 562. Sander Wilhelsn solubility of carbon dioxide in water and certain other solvents a t high pressures A. i 251. the alloys of palladium and antimony A. ii 651. Sanders James McCobwnell the deter- mination of sulphur in petroleum T. 358. Sandonnini Carlo the thermal analysis of binary mixtures of chlorides of elements of the same valency A. ii 47. thermal analysis of binary mixtures of calcium chloride with chlorides of other bivalent elements A. ii 50. thernial analysis of hinary mixtures of the chlorides of bivalent elements A. ii 160 350 1172. thermal analysiq of the system AgCl- Ag,S A.ii 759. thermal analysis of the system cuprous chloride-cupric chloride A. ii 918. tendency of alkali haloids to combine with silver haloids. I. A. ii 941. Sandonnini Carlo and P. C. Anreggi thermal analysis of binary mixtures of the chlorides of univalent elements A. ii 162 764. reducing power of stannous chloride in the fused state A. ii 465.ii. 1348 INDEX OF AUTHORS. Sandonnini Carlo and G. Scarpa thermal analysis of binary mixtures of the chlorides of univalent elements. IV. A. ii 918. Sandqviat Hakan phenan threne- 10- sulphonic acid and certain of its derivatives A. i 843. SaB Shrira?Lg. See Fritz Ullmann. Sanger Charles Robert and Entile Ray- mond Biegel pyrosulphuryl chloride and clilorosulphonic acid A. ii 752. Bani G. action of monocalcium phosph- ate in the preservation of green fodder A. ii 980.Sanin A. removal of tannin from its solutions by cotton wool A. ii 435. Santi L. See Maurizw Padoa. Sapoehnikoff A. See N. Andreeff. Sapoahnikoff J. the action of metals on fused picric acid A. i 105. the inflammable capacity of mixtures of methyl chloride and air A. i 329. Sargent George J. the decomposition of bromoform A. i 674. Sarthou J. studies of oxidation ; the rBle of oxidising enzymes ; oxydases containing iron ; application of the new ideas to diseases of nutrition A. ii 962. Sartori A . detection of fluorine A. ii 384. Sarvonet R simultaneous estimation of clilsrine bromine and iodine A. ii 680. Saaaki Takaoki the degradation of polypeptides by bacteria. I. A. ii 669. Samaki Takuoki and Ichiro Otenka the formation of hydrogen sulphide from cystine and other sulphur com- pounds by means of bacteria A.ii 475. Satta G. See Riccardo Luezato. Satterly John radium emair ation con- tained in the air of various soils A. ii 117. radioactivity of marsh gas A. ii 118. the radium content of various fresh and sea waters and some other sub- stances A. ii 118. the quantities of radium and thorium emanations contained in the air of certain soils A. ii 522. number of a-particles expelled when an atom of thorium emanation dis- integrates A. ii 1123. Battler analysis of' lecithin A. ii 307. Saner Eberhard. See Erich Miiller and Julius Schmidt. Sauerland F. the resorption of drugs from ointments made from different bases A. ii 584. Sauton h'enjani in. See ;Maurice Javillier.SauzBat D. estimation of uric acid and xantho-uric compounds A. ii 701. Sava Georges A . See Friedrich Ke h rmann. savemu D. See Fritz Weigert. Saytzeff Jfichael action of zinc on a mixture of cyclohexanone and ally1 iodide A i 777. Sazerac R. See Henri Agulhon. Sborgi Umberto anodic behaviour of anodic behaviour of niobium [columb- Scagliarini Gino unstable nitrites fixed by means of organic bases. I. and II. A. ii 941 942. Scagliarini Gino. See also 2iiccardo Ciusa. Scala Alberto. See Jarqiierita Traube- Yengarini. Scandola Everardo ketones derived from isomyristicin A. i 196. Scara5a P. See Luigi Francesconi. Soarborough Harold Archibald. See Eaina'ltoib XcCombie. Scarpa G. See Carlo Sandonnini. Scarpa Oscarre apparatus for tho measurement of transport numbers A.ii 732. calculation of diffusion experiments A. ii 904. Schlidel Kurt. See Arthur Binz. Schaefer George L. ethylmorphine and ethylmorphine hydrochloride(dionine) A. i 797. Schaefer Oscar C. See Hermum Schlnndt. Schaeffer E7rzst. See Arthur Kotz. Schaeppi Johanna Heinrich. See Marlin Schar Eduard the behaviour of alkal- oids towards quinone and chloral hydrate A. ii 503. reactions of hydrocarulignone A. ii 1216. Sohartel B. See Josef Brandl. Sohaffer Friedrich and Ernst Philippe the quantity of nitrogen compounds in mines A. ii 676. Schalk Wallem ua7~ der. See Fritz Ullmann. Schall Carl alteration of viscosity on alteration of viscosity on solution Schall Carl and K. Andrich electrolytic preparation of persulphates A. ii 638. Schaller WalrEemar Theodore crystal- lised turquoise from Virginia A.ii 173. uranium A. ii 331. ium] A. ii 1132. Unslow Forater. solution A. ii 434 739. A. ii 739.INDEX OF AUTHORS. ii. 1349 Schaller Waldeinar Theodore new niaii - ganese phosphates from California A. ii 456. the rutile group A. ii 7i3. Schaller IVaZdcnzar Theodore. See also B. S. Butler. Schames Lkun a new hypothesis relating to the nature of ditfereiit states of nggregatioli and of [allotropic] itiodi- ficzttions A. ii 738 1141. Schapiro A . See Xax Wunder. Schaposchnikoff JV ladim ir Gcorg theory of dyeing A ii 241. Schaum Karl and Heinrich Wiisten- feld selective absorption and emission A. ii 18. Scheel Kcd and TVilhebt Ileum specific heat C p of air a t room and low temperatures A. ii 19. ScheEer Frans Eppo Cornelis gas equilibria A.ii 328. quadruple poiuts and the continuities of the tliree-phase line A. ii 1151. tlie system ether-water A. ii 1151. Scheffer Frans Eppo Cornelis and J. P. Trenb vapour pressure of nitrogeii peroxide A. ii 132 936. Scheiber JoJunnes and A . Deutschland o-cyanobenzoic acid A. i 863. Scheiber Johannes aiid Max Knothe chlorocampliornitrilic acid A. i 542. behaviour of acid dichlorides towards ammonia A. i 701. Scheiber Johunnes and Paul Opper- mann phthalyl chloride A. i 559. Scheibler Helmuth the mutual relation - ship of the optically active forms of BB’-imiiiodibutyric acid and &amino- butyric acid A i 682. Scheit Arthur. See Josef E. Hibsch. Schellbach H. See 0. Steppuhn. Schellhase WilZi. See Kurt Schern. Schelonmoff. See X. Kostytscheff.Schenck Madin methylated gnanidines A i 424 685. Schepss IVilheZm. See Jt6lius Tafel. Scheringa K. the periodic system A. ii 36 Schern Kurt and WiUL Schellhase study of the guaiacum-guaiacol test A ii 701. Schernbel E. F. See WiZZiant D. ftichardson. Schestakoff Peter J. and N. Kazakoff pyrimidines and tlie reactions of amidines with ethyl acetoacetate A. i 1032. Schetelig J. thortveitite a new mineral A. ii 56. c. ii. Scheunert Arthw,and Walther Grimmer certain concretions in a cyst of tlie mammary gland in a horse A. ii 186. Schewket Onrcr. See Carl Neuberg. Schiller Emil. See O h Ruff. Schiller Herbert Becquerel effect for complex iron and uraiiium salts A. ii 1127. Schilling Cl. M. von Krogh Wallhey Schrauth and Walter Schoeller the action of organic mercury compounds in infections by Spirochactae A.ii 1197. Schilling H. estimation of chromium in bronzes contaiuing tin and antimony A. ii 809. gravinietric estimation of zinc A. ii 1212. Schiloff iVikolni aiid Boris Berkenheim physio-chemical studies of photo- graphic developers. 11. Oxidatioii of !errous ion in presence of oxalate ion A. i 937. Schiloff Nikolni and S. Fed0 toff physico-chemical studies of plioto- graphic developers. I. Quinol-sulph- ite developer A. I 966. Schimmel & Co. essential oils A. i 369 880. Schippers Hcinrich measurements in the antimouy spectrum A . ii 877. Schippere J. C. hemolysis by lecithins A. ii 655. a nietliod for prepa~ing lecithin emul- sions and for tlreir quantitative evaluation A. ii 702. Schirm E ~ i k autonixtic filling apparatus for a constant level of liquid,A.,ii,37.safety appar.ttus for preventing undue evaponition or distillation also for automatically shutting ofT the gas supply a t a given time A. ii 445. water-bath with constant level A. ii 445. two laboratory condenscrs with interrial cooling A. ii 750. Schirmer Wo(fgcing guiiis aiid mucilages A. i 609. some methods of estimating iodides A. ii 1091. Schittenhelm AIfred and hitrl Wiener t h e cleavage of nucleic acid by organ eirzymes A. i 325. Schittenhelm AIfrcd. See also Efim Semen London. Schlapfer V. See P. Grafe. Schleicher A . P. the system cadiniuni- tin A. ii 256. Schlesinger H. I. and H. P. Calvert conductivity. I. Conductivity of amrnonia in (anhydrous) formic acid. I. “ Formic acid hydrolysis,” A. ii 26.89ii. 1350 INDEX OF AUTHORS. Schleeinger Jf. D. See Heiwy Clapp Sherman. Schleeinger AT ad-etliylenebisimino- acids A. i 555. Schlicht A. detection and estimation of methyl alcohol in alcoholic liquids A. ii 1103. Schliemann’e Export-Ceresin-Fabrik Emst preparation of an ester from Montana wax A. i 532. Bchloesmann Arthur and Bans Xnrech- hanaer the influence of moderate changes of temperature of the sur- rounding atmosphere on tlie respi.F- atory exchanges of infanta A. 11 57. the influence of crying on the respira- tory exchanges of infants A. ii 67. Schlubach Haw See Otto Wallach. Schlundt Herntm and Oscar C. Schaefer dielectric constaut of liquid arsenic hydride A ii 526. Schmatloch A. See JZC~~US von Braun. Schmid I% modified Soxhlet extraction apparatus A ii 1161.Schmidlin Juli~~s and Robert von Escher hexahydrotriphenylmetliane and its derivatives A. i 437. Bchmidlin Julius and Aidonio Garcia- Baniio auto-reduction of triphenyl- methyl under the action of light A. i 437. Bchmidlin J ~ l i t ~ and Rudolf Lang niolecular compounds as preliminary products in cases of condensation. II. A. i 473. Schmidt August aimplified arrangement for the admittance of air into auto- matic delivery apparatus A. ii 37. Schmidt Carl L. A . and D. €2. Eoag- land estimation of aluminium iri faeces A ii 605. Schmidt Ernst [Albert] creatinine A. i preparation of glycocyamidine A. i Schmidt Ernst and Frnnz 1ViZhclnb Calliese ephedrine and &ephedrine A. i 644. Schmidt E r s t W. Hennig and W ~ g c i t Thumann creatinine and its oximes A.i 719. Schmidt Fr. See Robert Btolli. Schmidt Gerhard Cad adsorption. III. A ii 236. Schmidt Eeinrich Willy and H. Niok experiments with weak radium solu- tions A. ii 414. Schmidt Julius Friedrich Retzlaff and Augtcst Haid fluorene series. III. A. i 695. 540. 799. Schmidt Julius and Eberhctrd Sauer phenantlirene series. XXXII. Tran- sition from the phenanthraquinone to tlie phenanthrene series A. i 35. Schmidt JuZi?m and August Sigwart conversion of carbazole into dimethyl- dicyclopentyl a hydrocarbon present in petroleum A. i 616. Schmidt Julks and Hens Wagner conversion of the bromonitrobenz- eiies into the corresponding dichloro- benzenes by phosphorus penta- chloride A. i 175. halogen derivatives of fluorcne and bisdiplienylenc-ethylene A. i 178. Schmidt ilIax corn formation of cork A.i 72. Schmidt Haniixilieir P. scission of nzo- dyes by halogens A. i 322. Schmidt R. See AIfi.ed Werner. Bchmidt IF. A. a precipitin for differ- entiating between boiled (coagulated) proteins A. ii 655. Schmittmann Joscf. See Theodor Curtins. Schmitz Entst the beliaviour of glycerol during artificial perfusion through the liver A. ii 1071. Schmitz Emst. See also Guslav Embden. Bchmitz h’tcrl rnea~urements in the barium spectrum A ii 377. Schmitz Walter estimation of an tiniony in red caoutchouc ware A. ii 496. Schneider Rdwnrd C. the haeniagglutin- ating aud precipitating properties of the hean Yhnseoltcs amlti$omu A. ii 288. a nutrition investigation on the insolu- ble carbohydrates or marc of the apple A. ii 658. Bchneider Edzcnrd C.See also L ‘ / ~ u c l c Gordon Douglas. Schneider H a w energy of the electrons emitted by glowing calcium oxide A. ii 316. Schneider Ham. See also F r a x Kunckell. Bchneider IVilheZm JViZheZm Beck 1Villtelnr Lohmann and Maan Muller simple fatty aniines containing sulphur A. i 191. Sohneider Wilhelm and Gitslm Hull- weck tliiocarbimides ‘I ethyl allyl- iminothiolcarbonate A. i 954. Schneider IVilheln~ and Hans Kauf- mann erysolin a thiocsrbimidosul- phone from Erysiviu?,t prowskianzm A. i 837. Schneider Wilhclni and FYiZhelm Lohmann thiocarbimides the gluco- side of cheirolin A. i 1 O O i .INDEX OF AIJTHORS. ii. 1351 Schneidere Fran:. See TIwocZor Cur- Schobel Hcix. See IIam Rupe. Scholler Max. See Hermnnn Staud- Schoeller Walter ant1 Wnlthcr Schrauth disirifectiiig power of complcs organic niercury com- pounds. I.Aromatic mercuri- carboxylic acids. the chemical niechanisiii of tlie toxic and curative actious of organic mercury coiiipoiiiids A. ii 1198. Schoeller WaZtcr. See also CZ. Schilling and 11,‘aIther Schrauth. Schoen Marcel. See Auguste Fernbach. Schoen P. tlie freezing-point diagram of the binary system silver sulphide- iron sulphide A. ii 159. the freezing-poiu t diagram of the binary system iiiaiigHiiese-arSeiiic A. ii 164. Schonbach 1:. See Joscf Kerzig. Schonborn E (Graf) %on oxidation pro- cesses in the regeneration and hetero- morphosis of T h d a r i a A. ii 4 64. Schottle Joli. tlie action of liydroxyl- aniine and plienylhydrazine ou bcuzoyl- deliydracetic acid A. i 915. Bchottle Joh. See also Pavel I.Petrenko- Kritechenko. Scholl Xolaiul preparation of benz- anthrone and its derivatives A. i 195. tlie synthetic application of ethyl methanetricnrboxylate A i 238. preparation of antliraquinone-l:2-di- carboxylic acids A. i 361. Scholl Rolaitd and Fritz Eberle nature of the indanthren fusion of 2-amino- nntliraquinone:2-iiydrorylamino- and 2:2’-azoxyanthraqiiinone A. i 141. Scholl RoZancE E’rily Eberle and Wnltrr Tritsch azines and quinonediazide> of the anthraqniiione series A. i 143. Scholl ~ o l n i t t l l!’nlthcr Neuberger Walter Tritsch aiid Julius Potschi- wauecheg tlie methyl-1 :Z-benzanthra- quinone series. Scholl Bolaid and Christian Seer catalytic elimination of liydrogeii from aromatic nuclei and the synthesis of conderised systems by means of aln- miniuni chloride A.i 271. Scholl h’olniid and Ib‘nlter Tritsch the methyl-l:2-benzanthraquinont group. I. A. i 36. Schollenberger Charles J. estimation of total potassium in minerals A. ii 1095. tiue. inger. II. A ii 3 i 6 . II. A. i 562 Scholtz Jfaz action of acetic aiiliydride 011 a-picoline A . i 385. nature of picolide and pyrrocoline A. i 648. solubility of alkaloids in basic solvents A . i 895. Scholz A . a convenient stirring tlier- monieter A. ii 735. Schoorl iVicholacrs reducing power of sugars A. i 750. reducing power of sugars (inono- saccharides) aiid its bearing on the definition of these substances A . i 750. Schorr Carl tlie changes in Ithysical conditioiis of colloids. SII. The properties of the protein ioiis A. i 56. Schott P colorimetric estimation of salicylic acid and copper A.ii 305. Schottky H c m i m u i changes in metallic foils on heating due to surface tension A. ii 630. Schotz XchacJL?to PC~SVCJL. Sec Georgc Gerdtl Henderson. Schoalz A!. See R o b c ~ t Kremann. Schrader Hniu the existelice of’ clmni- cal compounds of short-lived radio- active elements A ii 722. Schrader HNICS. See also Alfred Stock. Schraube Gcorg. See Kurt Arndt. Schrauth lVnZtJLrr Juliibs Rother and TVnZter Schoeller iiifluence of nuclear alkyl groups on the inercnriation of aidine and its nitrogen substitution products A. i 930. Schrauth Walllrcr arid ?VclZlcr Schoel- ler bio-chemical investigations of aromatic mercury compouuds A. ii 75. Schrauth lVa1thrr. See also CZ. Schil- ling and TVaZtrr Schoeller.Schrefeld O. calculation of the concen- tration of sucrose solutions from the specific gravity by means of the tabIes of the “Norinal Eichuiigs liom- mission,” A. ii 499. Schreiber Hermctn and IF’. C. Taber estimatioii of tin in caiiiied food A . ii 95. Schreinemakers Frrcirs A?ttoon Huhrrt and J. J. B. Denas the systeiii wat er-alcohol- InaDganous sul plia t e A. ii 441. Schreinemakers E’rrciis Asiloo,~ Hubert and J. L. N. can tlcr Horn van der Bos tlie system water-phenol-hydro- chloric acid a t 12O A ii 543. Schreinemakera Frax.9 Antoon Bubert and A . Massink some compounds 01’ nitrates aiid sulphates A. ii 553.ii. 1352 INDEX OF AUTHORS. Schreinemakers Pram A ntoo78 Hubert and J. Milikan [oxy-salts of tlie 1 alkaline-earth metal haloids] A. ii 760. Schreiner Osicnld and Elbert C.Lathrop tlie chemistry of steam- heated soils A. ii 981. Schroder Johames and I?ms Dam- mann the aiiiounts of liydrogeii cyan- ide produced by diff'erent varieties of Forglium A . ii 197. Schroter Fritz. Sec Friedrich. Willlelrii Semmler. Schryver Smi uel Bnrnatt prepara ti 011 of the uncoiijugated acids of ox bile A. i 537. Schubert Carl. See Wdther Rempel. Schuberthbwna (Hllc. ) M. oxypwto- sulphoiiil acid from casein A. i 1041. Schubnikoff A . symmetry of crystals of potassium clicliromate A. ii 155. Schucht H. See Herbert Freundlich. Schiilke & Mayr and Pad Flemming preparation of complex compounds from halogenated plieuols and their hoiaologueu A. i 818. Schiitz Frax. See Theoclm Zincke. Schulemann Otto spark spectrum of indium A.ii 1. Sahalemann Wemer selective tissue colouring (vitallkr'wng) atid clienii- co-therapeutics A . ii 791. selective tissue colouri tig and clieniico- therapeutics. 11. Sources of ex- perimcntal errors A. ii 859. Schuloff J. production of Iiroteitts hy liiglirr plants i i i darkness A. ii 1203. Schnltz J. H . the preseiice in 1)lood and liver of a fermeiit capable of calls- ing the hydrolysis of cliolesterj 1 esters A. ii 852. Schultze Karl M. L. See Josef Eonben. Schulz Friedrich AV. the reducing pro- pci ties of normal urine A. ii 3iO. Schulz l??igo tlie excretion of silicic acid iii human urine A. ii 3iO. Schulz I<czrl mean specific heat of quartz and of fused quartz A. ii 898 Schulze AIfred dielectric constants of binary mixtures and their refrac- tivity for long waves A.ji 225. specific heat of binary mixtures. I. II. and III. A. ii 327 428 532. theory of the s1)ecitic lieats of binary liquid mixtures A. ii 62-1. Schulze Eritst [Aziyust] aud Georg Trier identity of the guanine pen- toside from molasses with vernine A. i 145. i Schulze Ervist and Georg Trier specific rotatory power of gliitamine ; am- monirirn glntamate A. i 170. brtaiiies of plaitts. 11. and HI. A . ii 257 799. the getiernl occurrence of choline A. ii 1203. Schulze F. piilverisation of metals by iiltra-violet light A. ii 407. Schulze Cudher capacities of the eler- trolytic valve effect in fiisetl salts arid in absolute sulphuric acid A. ii 126. electrochemical beliavionr of iron A. ii 529. Schumann K. H. Schumm Otto quantitative spectroscopy and spel.ti'opliotoKra~liy as methotls for deteriniriing tlie presence of oxy- hielnoglobili and its derivatives A.ii 820. h~inatiiimiiia iii toxic destruction of blood corpusrles A . ii 968. Schumoff-Deleano V. aud h'mil Dittler deteiiniiiation of the crystiillisatioii power of iiiinerals A.? ii 170. Schutt 3. See Xan Siegfried Schuyten M. C. the velocity of absorp- tion of water by the alkali chlorides A ii 746. Schwalb Hermnm comparative inresti- gations on tlie pliariiiacology of the terpene series A. ii 1196. Schwarz Anton. See Ludtcig Christian Kelber. Schwarz Cczrl the imbibitioii and the loss of water by resting and stimulated fyogs' musc*les when immersed in iso- toiiic saline soltition A. ii 66. Schwarz Robert the cliemical hehaviour of the different niodificatioiis of silica A.ii 756. Schwedee JzdicLs intensity nzeasnre- riierits in the spectra of streiiniilig gases with direct current discharge aiid high current densities A. ii iO9. Schweidler ego?^ ]Litter TOIL the decay constant of poloiiiuin A. ii 620. Schweizer A . See Jacob Boeeeken. Schwenk Erwin. See Karl VOX dcr Heide and Isidor Klimont. Schwers FrLd'cldric carbon clisul yliide as solvent for the deterniiuatioii of the refraction constaut," T. 1889 ; P. 239. halogen derivatives and refraction constant P. 246. the magnetic rotation of binary niix- tnre.; P. 294. the refractive index of binary mixtures A. ii 1. See Ernst Janecke.INDEX OF Schwers Frkdkric the “constant of re- refraction aud magnetic rotation of Bchwyzer Alexander. See George S.Cruikshanks and Robert Qeorgi. Sciacca LV. See Celsio Ulpiani. Scott Ernest Lyizaii the influence of intravenous injections of pancreatic extract on pancreatic diabetes A ii 186. fraction,” A. ii 309 613. mixtures A. ii 873. Scott J. H. Scott (Niss) Margaret Emilie the essen- tial oil of the leaves of Atherosperm moschnttm (“ Australian sassafras ”) T. 1612 ; P. 217. Seaver Fred Joy and Ernest Bunbar Clark biochemical studies on soils subjected t o dry heat A ii 864. debor Johania. See JuZz’z6s Stoklaaa. Seddig,M. the dependence of the Brown- Zsigniond y movement on temperature A. ii 142. Beegert B. See A. Miethe. Seeliger R. See Ernst Qehrcke. Seer Christina and Egon Ehrenzweig niethod of forniation of alkylated an thraquiiionw from alkylated benzoyl chlorides and alun~iniu~ii chloride.II. A. i 276. Seer Christian and E. Karl abnormal behaviour of some aiithraquiuone deri- vatives towards alkaline reducing agents. T. A. i 571. Seer Christian. See also I i o l a ~ d Scholl. Segerfelt B. See Peter Klason. Seidelin Hnmld and Frederick C. Lewis the indole rcaction and allied phenomena A. ii 191. Seidell Atherton solnbility of magnes- ium amiiionium sulphate A. ii 161. iiew bromine method for the estima- tion of thyniol salicylates and similar compounds A. ii 696. solubility :ind distrihtion coefficients of thymol A. ii 1153. Seidell Athwton. See also Worth Hale. Seidler testing lecithin A. ii 307. Seissl Jowf phosphorus and nitrogen ill the alcoholic extract of leaves A. ii 288. Seitz Richard. See Carl Diet? ich Harries. Seitz Wilhelna absorption of soft Rijnt- gen rays in gases A.ii 619. S6journ6 J. See Georges Darzens. Self Percy Arthur William an un- recognised saurce of error in !he Kjeldahl-Gunning method for the estimation of nitrogeii A. ii 487. See David Spence. AUTHORS. ii. 1353 Self Percy Arthar William. See also Edward Frank Harrison. Sell Williant James the action of sodium methoxide on 2:3:4:5-tetra- chloropyridine. Piirts I. and II. T. 1193 1945 ; P. 165 234. Selle W. See Robert Pschorr. Semibratoff bactericide and antiparasitic propel ties of carbonyl chloride A. ii 672. Semmler Friedrich Wilhelm and Erwin 1V. Mayer constituents of essential oils ; the constitution of the active caryophylleues ; transformation of the active caryophyllenes into mono- cyclic derivatives A.i 120. constitueiits of essential oils ; a new primary alcohol of the sesquiterp- ene series cedrenol C H 240 A. i 366. I. $-ceclrol a physical isomeride of cedrol. 11. Certain sesquiterpene alcohols. I1 1. Tetrahyclrocaryo- pliyllene A i 479. Semmler Fyiedrich Wilhelm and Felix Risse the constituents of ethereal oils (derivatives of niitnral cedreue) A. i 201. Semmler Friedrich IVilhelnz Felix Risse and Fritz Schroter the con- stituents of ethereal oils (the composi- tion of‘ essential oil of vctiver) A. i 882. Semmler Friedrick l$%hel?n and K. E. Spornitz the constitueiits of essential oils ; chemical identity of synthetic and natural cedrene A. i 573. Sen Henzencli*a Kurnar anti Binian Behary Dey detectioii of nitric acid in presence of an excess of nitrous acid A ii 296.Sen IJeine,zdra K7smai.. See also Pyiynda RampL RPy. Sen Rnjeiiclra Nath. See Arlhur George Green. Senderens Jean Baptiste catalytic de- hydration of aliphatic alcohols iu the met way by sulphuric acid A. i 331. catalytic dehydration of alcohols A. i 406. catalysis of cyclic alcohols by the wet way by means of sulphuric acid ; pre- paration of cyclohexenes A. i 441. use of carbonates in the catalytic pre- paration of ketones A. i 537. Senderens Jean Baptiste and J. Abon- lenc catalytic preparation l y the wet method of esters resulting from cyclanols end organic acids A. i 694. the constituents of ethereal oils. nickel as a catalyst A. ii 770.ii. 1354 INDEX OF AUTHORS. SBnBchal A. See H. Colin. Benier AIjrctZ Frederick George Shep- heard and (Miss) Kosnlfiid Clarke studies in phototrow and tiiermo- trolly.Pari III. B;*ylitIcneaminrs T. 1950 ; P. 236. Senter {:coiye tho Wnlden inversion A . i 828. Senter Cl'eorge and f l r i t z Bulle the in- fluence of sodium salts of oreanic acids on thc ratc of hydrolysis-by alkali l'.. 2528 P.. 288. Senter George,*and T ~ L o ~ ~ ~ u s JoJm Ward reactivity of the halogens in organic compounils. Part VII. The formation of interniediate conipounds in tlie hydrolysis of soditmi bromoacctate T. 2534 ; l'. 293. Serger H. errors in the indirert nietliotl for the estiniation of total solids and aleohols A. ii 1112. Sernagiotto E. See Luiyi Francesconi. Serpek Olloktcr preparation of pure aluminiuni oxide from bauxite and other aluniiniuni-containing material A. ii 943.settimj L. characteristic colour reac- tion of soja bean oil A. ii 1108. Bsnffert BudoZJ See A!fred Einhorn. Senffert €2. W. See Max Cremer. Severin 3. Sec CrtrZ Engler. Severin JOSC~JL. See Emir! Fiecher JOSC~IL Forschbach and Frlix Rosen- thal. Sewerin S. A . mobilisation of phos- plioric acid of' soils under tlie influenct of bacteria. II. A. ii 474. Seydel Karl. See Heiizrirh Biltz and P t i i t . I Horrmann. Seydel S'iellfi.iet2. See Alfred Koch. Seyewetz AZphnse preparation and 1)r01~rties of' m i oxybi.omide of silver A . ii 348. Seyewetz Ai'plio~ise. See also L. Meunier. Shrtffer PhiZip AsitlersuiL a new salt of /3-liydroxyliutyric acid A. i 236. Sharp Leslic 2'. See Churles B. Lipman. Sharpe N. C. tlie secretion of mine iii Shaw Hwbert. See A(fred Fowler.Shaw-Mackenzie John AZe.zctrader cer- tain reactions of tlie blood in c:wciii- omn A. ii 582. Shedd Olircr .I(. and JosepJb HW;.II~ Kastle coniyositioii of tlie ash of tlie sap leaves aiid yoiing stems of tlie wild grape vine ( Vitis cortlifolin) A ii 1086. Shen Bucc~oX.. See A2e;cnder Findlay. Shepard Avots~lnn?i A . See Trent 1iatd- birds A. ii 1194. win Johnron. Shepheard Frederick George. See Alfred Senier. Sherman Ifwry CZupp and A . 0. Gettler the baiance of acid-forming and base-forming elements in food and its relation to ammonia metabol- ism A. ii 576. Sherman Hewy C ' Z q y an(l ALmhn~i Gross tlie detectiori of salicylic acid A ii 395. Sherman Hcwy Chtpp and :1L D. Schlesinger amylases. I V. A fiirtlier investigation of the properties of pan- creatic amylase A.i 815. Sherrington CJm*lcs Scott. See A . G'. 11'. Owen. Sherwin C'. P. niiil Philip RoiivicI' Hawk fasting studies. VII. The putrefaction processes in tlie intestine of n man dnriiig fasting and dnring snbsequent periods of low and high protein ingestion A. ii 461. Shibata Kcittc. See Nnrlin Freund. Shi ba ta Nayam iclii f'a t ty i 11 li 1 t ra ti on [into the liver] after pliospliorus poisoning and the origin of fat in the animal hotly A. ii ti8. Shibata 1Yugrm icJvi aiid Sliigekiyo Endo comparative Iiistological and chemical investigations of tlie fat con- tents of oi'g:uis A. ii 67. Shibata Yltji. See Artkw Eantzsch. Shimamura T. See Uwiclntw Suzuki. Shinn OtretL Louis atomic weight of Shipley JoIiit IV. See Theodore IVilliuin Shmamine T. See Fmn Rohmann.Shohl A . 2'. See jYaltciP Ui*tri!ford Shore Lc7ci9 23. Shorey Edsazcsid C'. isolation of crea- Shorter Sydtwy AvkxE apl~lication of the theory of clieniical Ilotentinl to the therinodynitmicnl theory of solntions. I. Gcneral theory of chemical poteli tial in a binary sys- tem ; osriintic pressure and vapour pressure of solutions A. ii 24. application of the theory of chemical potential to the thermodynamical theory of solutions. 11. Effect of' pressure on vaponr pressure ; vapour pressure theory of' osmotic ~messure ; the freezing of solutions A. ii 43;. Shrewsbury Herbert Siitclife estimation of calcium carbonate in soils A. ii 491. lioisonous gases from oiltields A. ii 11 79. palladium A. ii 1178. Richards. Cannon. See JUSC~JL Barcroft. tiiiiiir! froin soils A.ii 293.INDEX OF AUTHORS. ii. 1355 Shull A. Franklin the effect o f tlie cheniical composition of the medium on the life cycle of Hydntina sentn A.;ii 369. Sibley €2. L. See Martin Andre Roeanoff. Siebeck Richurd the osniotic properties of the kidneys A. ii 1191. Siebenthal C. E. See Nelsou HoratiO Darton. Sieber Ndine hydrogen peroxide as a Iiydrolysing agent A. i 922. Siebold AIftwl. See A(ft*ed Chaston Chapman. Sieburg Ernsl the so-called terpentin- phosphorous acid A. i 81 8. Siegel Erml influence of pressure on the position of liquid nietals in the therino-electric series A. ii 733. Siegfeld Moritz coniposition of butter A. ii 1218. Siegfried Max lysine platinichloride A. i 127. Siegfried Muz and E. Schutt separation of amino-acids by means of the carb- amino-reaction A i 952.Siegfried dfax and 0. Weidenhaupt Iijeldnhl's method [of nitrogen estinia- tion] A. ii 202. Siegfried Max and R. Zimmermann the estimation of phenol and p-cresol ill mixtures A. ii 302. Sieliech Joliannes picrotoxin. I. and II. A. i 790 886. Siemssen J. A. the action of poly- liydric phenols on uranium salts A. i 350. apparatus for carrying ont reactions under exclusion of air A. ii 38. a reaction for mercury salts A. ii 388. reactions of gold salts with w~-phenyl- enediamiiie A. ii 1001. Siertsema LotleiuyX. Hendyik a i d M. dc Haa6 determinations of refractive in- dices of gases under high pressures. I. The dispersion of hydrogen A. ii 213. Sievers E. dstection of coloiiring mat- ters and turmeric in mustard A. ii 1111.Sieverts Adoy the influence of absorbed gases on the electrical resistance of metallic wires A. ii 1036. Sieverte Adolf and E. Bergner sta- ldity of argon and helium in solid and liquid metals A. ii 1052. Sieverts Adotf and E. Jurisch plati- nuiii rhodium and hydrogen A ii 263. Sieverts Adolf and Fritz Loeesner tlie catalytic oxidation of aqueous solu- tions of hypophosphites A. ii 754. Signorelli Erwsfo the excretion of amino-acids in the urine under the influence of strenuons exercise a t high altitudes A. ii 370. Signorelli Eriiesto. See also Gino Oaleotti. Sigwsrt August. See Juliiis Schmidt. Silber Paul. See Gincomo Luigi Silberzweig C. See AwlrC Wahl. Silvester Harry the phenolsulphonic acid method of estimating nitrates in sewage effliients A ii 386. Simmermacher W.action of calciuni carbonate in manuring oats with mono- and di-calcium piiosphate A. ii 803. Simmonds Charles estimation of small quantities of methyl alcohol [in preeence of ethyl alcohol] A. ii 208. Simon AEfred Leo. See Emil Hatsahek. Simon Friedrich the behaviour of yeast-gum in the animal organism A. ii 470. Simonis Hugo Alfred Boehme atid J. Benenson aromatic aldehydo-acidr A. i 564. Simonis Hugo and Curt Xirschten cli- halogenoindones A. i 270. Simonis Hugo and F. H. Thier the estimation of carbon in the wet way A. ii 1001. Simons L See Ciiarles Glover Barkla. Simonsen John LioncZ. See Johi Can- nell Cain. Simpeon G. C. E. See Edward S. Edie. Sinkinson Eric an apparatus for auto- matically decanting and washing precipitates A. ii 984. Sinnatt FrunX Sturdy apparatus for obtaining an average sample of gas and for regulating the flow of a gas into an evacuated vessel A.ii 679. methylene-blue 3s indicator in ioclo- metric titrations A. ii 681. Sircar Andcul C. and Ediuin Roy Watson azo-salicylic acid and azo- hydroxynaphthoic acid dyes A. i 1037. Sirk Heinrich the question whether an active element exists between uranium and uraniuni-X A ii 519. Sirovioh G'. marcasite from Cnstelnovo di Porto A. ii 1061. Sirovich G. See also Nicola Parravano. S i v h Walter O. l~urine metabolism of man. I. Are the purine substances intermediary or final products of metabolism A. ii 575. purine metabolism in man. 11. Are the endogmous purine substances the products of the activity of the digestive glands ? A. ii 780. Ciamioisn.ii. 1356 INDEX OF AUTRORS.Sjoetrom W. See Ossinn Aschan. Sjollema Bouwe and 1. J. Rinkee hydrolysis of the protein of potato A. ii 381. Bkaer William F. See Charles 1FiZswn Oreene. Skinder Wladintir automatic pressure a new potash apparatus A. ii 602. %Mepinski A . H. a modification of Ostnald’s hydrogen sulphide appara- tus A. ii 932 1051. Skrabal Anton the hypohalogenous acids and the hypohalogenites. V. Kinetics of the formation of iodate from iodine and hgdroxyl ion A. ii 33. the hypohalogenons acids and the hypohalogenites. VI. The tempera- ture-coefficients of the reactions between iodine and alkali A ii 340. Blade Roland Edgar solubility of alu- minium hydroxide in sodium hydrox- ide A. ii. 163. Slade Roland Edgar,and Frederick Deirny Farrow melting point of cupric oxide A.ii 1057. Slator AriAztr dihydroxyacetone as an intermediate product of alcoholic fermentation A. i. 162. Slawik Paul rapid method for the esti- mation of manganese in ferrotung- sten A ii 299. diniethylglyoxime as a sensitive re- agent for ferrous salts A. ii 299. a simple method of estimating vana- dium in ferrovanadium A . ii 300. Sluiter CareE Bermun sodium phenyl carbonate as intermediate product of Iiolbe’s syirthesis for salicylic acid A. i 189 975. conductivity of pseudo-acids and of the time acids in mixtures of acetone and water A. ii 889. Slyke Donald D. ‘uai~ the conditions for the complete llydrolysis of pro- teins A. i T35. quantitative estimation of aliphatic amino-groups A. ii 1008. Slyke Donald D. van and Gustav 11. Meyer the arnino-acid nitrogen of the blood ; preliminary experiments on prntein assimilation A .ii 1184. Blyke D. D. ca?z. See also EmiL Abder- halden and Phcrbus A . Levene. pipette A ii 245. Smedley (Miss) Ida the action of the liver on the simpler sugars A. ii 5i9. the fatty acids of butter A. ii 1194. Smiles Saazz6eZ. See Harold Christo- pher Cecil h2yinnZd Crymble Tlwmns Percy Hilditch Archibald Moritz Hntchison Percy May Z’hmnas Joseph Nolan and Kemeth Ross. Smirnoff A . J. physiologv of the pancreatic secretion A. ii 959. Smirnoff lyladimir thermal expansion of alloys of aluminium and zinc A. ii 896. Smith Alexa?lder an early physical chemist 11. W. Lomonossoff; A. ii 246. Smith Clareiue optical properties of substances at the critical point A. ii 1013.Smith Clnrence and WillianL Lewcock pyrogenic decompositions. Part 1. Benzene T. 1453 ; P. 152. bromination of aliphatic acids A. i 826. Smith C w l E. and Henry C. Frey volunietric estimation of phenol-p- snlphonic acid A. ii 1007. Smith Edgar Fahs. See Dunlop Jaiizisoa HcAdam .iun. Smith E. W. Hnnzilton. See Alexander Charles Cumming. Smith Gcorge McPhail the lit,Iiiuin amalgam richest in mercury A. ii 348. Smith Henry EZqar. See Edioard Percy Frankland. Smith Lennart revolution of maiidelic acid into its active components by means of phenylethylainine A i 113. ntrolactic [a-hydroxy-a-phenylpropi- onic] acid A. i 113. a-phenyl-a-etliylglycollic acid A. i 114. Smith Sladey the interaction of gaseous molecules A. ii 1158. Smith Sydncy. See -4rthur William Crossley.Smith Samuel Wulter JoIbmon and Wi 2 Ziam Frederick Higgine surface effects between mercury and certain solutions arid an electrochemical method of estimating dissolved oxy- gen A ii 121. Smith Thomas AIfrecl and Frederic Stadey Kipping a study of some organic derivatives of tin as regards their relation to the corresponding silicon compounds T. 2553 ; P. 313. Smith T. O. an automatic pipette A. ii 678. Smith T. O. and Charles James new method for the separation of thorium A. ii 390.INDEX OF AUTHORS. ii. 135'1 Smith T. 0. See also B. E. Curry and Smits A?ldrens the system iron-carbon three-phase liues. the law of translormation in stages in t h e light of the theory of allotropy A. ii 339. critical elid-points in tenary systems A. ii 918. extension clt' the theory of allotropy monotropy aiid enantiotropy for liquids A.ii 1147. application of the theory of allotropy t o the system sulphur A. ii 1164. inverse occurrence of solid phases i n the system iron-carbon A ii 1176. Smits A?idrens antl H. 1;. de Leeuw the system sulphur A. ii 40. Smoleneki Kccxrnit. non-protein nitro- genous constituents of the sugar beet. II. A. ii 803. Smolensky S. fusion experiments with metasilicntes a i d titaltates A . ii 160. Smorodinzeff J. nitrogenous extractives of the liver A. ii 958. Smyth Louis B. the supply of radium emanation from the soil to the atnto- sphere A ii 1031. Smythe John Armstrong the oxidRtion of some benzyl compounds of sulphur. Part I. T. 2076; P. 242. Smythe (Niss) lVilhcl?nino Rcbccccc. See Holland Crompton.Snapper J. conipai ative investigtntions on old a i d young blood corpuscles ; resistance and regeneration A. ii 955. the influence of washing on the resist- ance of red blood corpuscles A. ii 955. Snelling IVdtcr 0. sulpliide of telluritini A ii 638. Snethlage H. C. If. catalytic action of nndissocisted acids A . ii 749. Snowdon RnlpJ~ CiLthbert electrolytic ietliictiori of iiitiobenzrtle A. i 100. Soci6tC Chimique des Usines du Rh6ne. the preparation of w-~-dinitrotolnenc. its homologues artcl derivatives A . i 176 756. Siiderlund Ella. See A-nd Anclr.cns Hofmann. Soderman K. A. See TJior Ekecrantz. Siirensen Siirex I'etcs. Laurzk n1w- grctiic Hoyrup and A . C. Andersen synthesis of nniiiio-acids. IX. Race- inic arginine (a-amino-6-guanidino-?z,- valeric acid) and the isomeric &amino- a-guanidino-wvaltric acid A.i 13. Charles James. A. ii 165 769 1058 I. A. ii 242. Solbergg A. See Paul Aekenasy. Solow eff A". K. See Efisn Semen London. Somervell Donald Bradley. See Tom Sidiicy Moore. Sommelet Marccl ethyl-yethoxyaceto- acetate A. i 334 Sommer F. the employment of the formolite reaction in the analysis of Ilaraffins A. ii 694. Sommerville Ba7&Z hydrolysis of vege- table oils by emiilsion of Rici?iuzts ( ~ ? / i i t ~ t ~ 7 ~ f ~ A. ii 291. Sonh A d d f cyanamide. I. Cyanamide aitd ethyl acetoacetate A. i 610. Sorbini E' See Nuaawno Tarugi. Sorkau IYnZther intiuencc of tempera- ture specific gravity and chemical natiirc of liquids on the turbulence viscosity A . ii 900. Sormani Cesare detection of saponin in heverages an(l foods by lirtlniolysis A.ii 819. Sornay P. dc solnbility of the man- gaiiese of soils A. ii 1089. Soeman IZvbe~t B. See A?Yhw Louis Day. Souza D. H. dc protection of trypsin from dcstrnction by heat A. i 60. Souza n1. clc. See Julius Bredt. Spacu G. See X . Costichescu. Spaeth Ediicwd detectioii of lead in coloiiring niatters A. ii 808. Spath Emst ac,tiori of acetic anhydride an a-ltydroxy-lactone from phenyl- a ctoitipoiind of uranyl nitrate with Spallino Rosavio and A . Cucchiaroni condelisation products of2 ?-dimethyl- qiiinoline with aldehydes A. i 581. Spallino Eosccrio and G'. Salimei syn- thesis of 4-phenyl-2-niethylqninoline antl 2:4-diphenylqitinoline A. i 723. Specketer IIeiwicJi methods for the production of allwii metals by nieans of calciriiii carbide and aluminium A i i 1167.Spence I h r i t l chemistry of cnontclioiic. IV. A . i 635. Spence Brczid and J. 11. Scott chemistry of caoutchouc. 111. Theory of vul- canisation. II. A. i 123. Spence D c L v ~ ~ and J. Young chemistry of raoiitchoiic. V. Theory of vulcan- isation. 111.) A. i 706. Spencer JunLcs FreclcTicL electroiles of the third kind (correction) A. ii 731. determinatioii of the solubility of slightly solnble salts by means of electrodes of the third kind A. ii 1129. on nitrates A i 408. acetaldehyde A. i 978. nitrogcii dioxide A. ii 948. Sperling Felix. See Iiudolf Hober.ii. 1358 INDEX OF AUTHORS. Speyers Clarence L. See Theodore William Richards. Spieckermann Alb. deconiposition of fats by the higher fungi. I. Degrada- tion of glycerol and the absorption of fat by the fungus cell A.ii 590. Spielrein (ilflle. ) Ctkile equilibrium of lithium sulphate and tlie alliali sulphates in their mixed solntions A. ii 917. Spindler 0. on andy.sis of urine A. ii 703. Spinner Ham. See ilItcditL Ouslvir* Fore ter. Spiro L. See Paul Pfeiffer. Spitzer 3rit.z. See Erik Liebreich. Splittgerber A . the total solids of milk A. ii 1218. Spornitz K. 3 See Fricdyich 7VilJieIm Semmler. Sprenger Oustav. See Theodor Curtius. Spring La Verne W. separation of‘ nickel and zinc in German silver and other alloys A. ii 95. Springer A.. j u ~ and Irtirry Clarjj Jones conductivity aiid dissociation of certain organic acids in aqueous solution a t different temperatures A. ii 1125. Sprinkmeyer H. and A . Diedrichs tlic bromine absorption of certain vegetable oils and fats A.ii 815. Squintani V. See Luigi Marino. Srebniteky W. snrface tension of solu- tions containing two solutes A. ii 627. Staddon Donald R. new method for the detection of traces of arsenic and antimony A. ii 1210. Stadnikoff Georgc L . oxonium com- pounds A. i 109 971. action of a-hydroxyisobntyronitrile on the nitrile ester of iniinodi-plienyl- acetic acid A. i 116. reply to Gorsky’s “ niecliaiiism of the Grignard reaction,” A . i 972. Stadnikoff George L. and (Mm.) X. A . Kuemina-Aron action of carboii di- oxide on etheratcs of Inagnesiuin alkyl Iialoids A. i 971. Stahl H. S. See Howtwd Sprngiic Reed. Stahlschmidt Alex. See h i b i l Fischer. Stamm Erich. See Alfred Stock. Stangk FVadimir preparation of lawc crystals of betaine periodide A.,? 609.preparation of chlorophyll A. i 641. decomposition of salts of glutsmic acid on heating their aqueous solutions and a new optically active non- sugar A. i 952. Stamm Erich. See Otto Diels. Stansfield Edyccr two simplc forms of gss-pressure regulators A. ii 150. Starck Gzcnmw and E. Thorin eutinia- tion of fluorine as calcium fluoride A ii 295. Starcke U. See Einar Biilmann. Stark Johiimes the ratio of the iii- teirsitics of tlie series lines of hydro- geii in tlie c:iual ray spectrum A. ii 1. a connexion between chemical energy and optical frequency A. ii 315. conseqnences of’ a valence liypotliesis. I. Band spectrum snd valence energy A. ii 403. tlediictions from a valence hypothesis. 11. Metallic conduction of electricity A ii 621.electrical and meclianical clisplacemeiit surfaces in metals A. ii 727. Stark JohiiIims and (;. Wendt emission of series lilies by solid iiietallic compounds under the iiiHuence of canal rays ; limiting value of the exiting energy A. ii 720. einission of bands by solid metallic compounds under the influence of canal rays A ii 721. Stark Olto synthesis of meta-bicyclic systems ; synthesis of a demetliylated pinone A. i 868. Starling Eriicst Hcwy Joseph Barcroft arid TVilli~~m Bate Hardy the dis- sociation of oxy1i:eiiioglobin a t high altitudes A. ii 572. Starling Ernest B e w y . See also Fmiik P. Knowlton. Stassoff B. D. See E ~ ~ I L Senzcn London. Staudinger Helruam reactivity of the the autosidntion of‘ organic com- antosiclation of trichloroetlrylene S taudinger ITemtrisLa J?.Anthes and dfux Scholler osalyl cliloride. I V. The Friedel and Crafts’ reaction with oxalyl chloride and oxnlyl IJrolnide A. i 567. Staudinger ffermm 11 and Otto Kupfer reactions of iiretliylcne. 111. Di- szoiiiethane A. i 245. Stead G. spectruni of nrgou A. ii 876. Steche Olto. See Peqt Waentig. Stecher Ettd. Sce Fm” Fiecher. Steenbock ll. estimation of beiizoic liipl)uric and phenaceturic acids in uriiic A . ii 501. Steenbock H. See also Edirin Bmt Hart. Steensma F. A . laboratory hints A. ii 1161. carbonyl group A. i 193. poiinds A. i 229. A . i 330.INDEX OF AUTHORS. ii. 1359 Stein A . tlie linear expansion of solid elements as a function of the abso- lute melting point A ii 128. relationship between electrical resist- ance fusion temperature and atomic volume of tlie metals A.ii 418. Stein E. H . Stein Gcory ~ 1 1 the formation of lactic acid in antiseptic nutolysis of thc liver A. ii 662. Stein Aebeccri. See Yritz Ephraim. Steinbach *I-. Sec ll’ciZtic,rtlnr M. S teinberg *Dc6vici &micirtl. See JO?L~L Steinkopf 7Yilhclm new nietliod for tlie preparation of thioplien A. i 292. bromoacetic anhydride A. i 935 Steinkopf JViZJLclnr itnd Uoris Jurgens aliphatic nitro-compounds. SII. Con- stitotim of aci-iiitro-coiiil)oriii(ls A. i 152. Steinkopf lViZ?t,ehi A . K. Koss and S. Liebmann search for cholesterol in Java petroleum A. i 554. Steinkopf I1 WLe/tii. See also Cad Engler. Steinmetz 11. Sce liEI.ic?i Buck. Steinweg EugciL the constitution of tctracalcium phosphate and its re- duction by iron A ii 349.Stenger E. Sce Louis Lewin. StBpanoff 11 I. electrical conductivity of alloys in relation to the electron theory A. ii 890. Stephen Heiirg and Charles Weizmann tyrosine and its derivatives containing snbstituents in the benzene ring ; pre- limiiiary note P. 160. . Stephen ~ i e n ~ y . See also liayold Davies and Cl~adcs Weizmann. Stephenson l Z ~ s ~ j w t ~ nature of animal lactase A. i i38. Stepp l V i / / d / / a the preparation of secretin A. ii 366. Steppuhn O. and H. Schellbach formic acid nq an internietliate product in sugar cleavage in nninials A ii 956. Steppuhn 0. Sce also Hartwig Franzen. Stern ( M U e . ) Linn. Stern 0. See Otto Sackur. Sterner-Rainer XoJmid a modification of the gold diist test A. ii 300. Steubing Wdtcr [spectroscopy of [radiant emission from the spark) Stendel Hernuinn Sorniation of nucleic acids from the thynius gland A.i 400. See hiwI Reicher. Fischer. Thcoclvrc Hewitt. See Fr. Battelli. oxygen] A. ii 109. A. ii 618. Stevens Hewy Potter. See Clayton Beadle. Stevenson (df I.,,) Elizabeth FindZuy protective action of colonring matters A. ii 513. Stevenson (illis) Eli;nbctlr Findlay. See also ?‘hotnus Stcicnrt Patterson and Itichard Zsigmondy. Stevenson Louisa Stow the 11 uoresceiice of anthracene A ii 111. Stewart A?frcd Wnltei.. See William Cernltl Qlendinning and AZe.viouler hri1lmi Macbeth. Stewart Hugh Ati!jrts action of adreua- line in producing cardiac hypertrophy A. ii 965. Stewart flobwt occurrence of potassium nitrate ill Westerti Ainerica A . ii 49. Loew’s liriie-niagnesiuin ratio A.ii 84. Stewart Robert and J. E. Qreavea niovetiicnt of nitric nitrogen in the soil and its relation to nitrogen fixation A. ii 595. Stiasng E12~1z7c~ic2 and Z. ill‘. Das tlie reaction between sodium thiosulphate nncl n mixtnre of potassium dichromate and sulphuric acid ; a contribution t o the chemistry of chronic tannage A. ii 945. Stirnus Ailgust. See Tileodor Posner. Stobbe Ham semicyclic 1 :5-diketones of the cyclopentane series A. i 779. optically active semicyclic 1:5-&ke- tones of the cyclohexanc series A. i 780. Stobbe Ha?ls ant1 FAtz Reuss pol?- merisation of cyclopentadiene A. 1 842. Stobbe J?ms and ArtJiw Rosenburg bicyclic Itetone-alcohol prepared by the addition of mcntlione to pheiiyl styryl ketone A . i 785. Stock Aural aluminium tube furnace A.ii 311. Stock Alfrztl and ILiu-1 Friederiai tlie conipound “ P&,,” as described in the German patent No. 239162 A. ii 1166. Stock AIfred Hans Schrader and Erich Stamm red phosphorus A ii 639. Stock Jost-f. See Oscar Piloty. Stockmann H. the lactone of a-o-metli- oxyphenyl-o-hydroxy-p- tolylacetic acid A i 862. Stoddard W. B. products formed by the action of heat on p-sulpliamido- benzoic acid A. i 111. Stoecklin L. Fiehe’s reaction in the analysis of honey A. ii 499. rapid niethod for the detection of salicylic aci(1 A. ii 699.ii. 1360 INDEX OF AUTHORS. Stoemer Richard coumarandione tht analogue of isatin in the coumaroIi( series (a correction) A. i 206. Stoermer Ricirard and Carl Friemel inter,iction of hornologous phenols witt methylcouniaric acid dibruniide.11.. A. i 45. Stoermer Richard arid Otto Oaua cinnoline syntheses ; 4-anisylcinnoline. A. i 1025. Stoermer Ricknrd and Pad Heymana detertniiiation of the configuration oj the stereoisonieric cinnatiiic acids A. i 974. &otter H See lVoZf,,a?tg Weichardt. Stoicoff A . See Max Wunder. Stoklasa JuZizLs biological absorption in soils A ii 198. Stoklasa Jdiiis JoJiawi hebor and Wenre2 Zdobnicky the 1)h otocliemical synthesis of carbohydrates under the action of ultra-violet rays A. i 606. Stokvis C. S. I and N. H. Swellengrebel puritiratiou of water by iiifusoria A. ii 193. Stoland 0. O. the relative toxicity of dog’s normal and hypertrophied thy- roids to aninials susceptiblc to tliyroid feeding A. ii 467. Stoll Arfhur. See Richard Willstiitter.Stoll Lztdwig. See Erich Beschke. StoM Robert conversion of liydrszine derivatives into heterocyclic com- pounds. XXVI. Action of chlorine on henzaldazine and benzoylbenzyl- idene3ytlrazine. A. i 504. chloride A. i 920. p-dimethylaminolenzenediazoniuni Sto116 Robcrt J. Holzapfel Karl Otto Leverkns and J. Idampel preparations and reactions of nzo-:icy1 compounds A . i 225. StollB Robert and Fr. Schmidt action of alkalis on bisdi~~heiiylacetylhydr- azide chloride A. i 980. preparatioii of azo-compound4 by w- rnoval of halogen in the 1:6- a d 1:lO-positions A. i 1035. Stoltzenberg Hugo precipitate produced by mercuric acetate from Inolasscs ; isolation of adenine A. i 397. a new method of isolating betaine hydrochloride from molasses resi- due ; separatioii of glycine Letnine and glutamic acid ; absence of betaine frorri the fission products of cei tnin proteins A.i 680. filteiirig cap for pipettes A. ii 484. estimation of nitrogen in betaine and molasses etc. A. ii 601. Stoof H. See Robert Pschorr. Storm DozcgZns. See Karl Andreas Hofmann. Stortenbeker Lt’illem preparation of normal solutions A. ii 864. Stotesbury Charles. See Clwrles DorBe. Strandberg Ore. See Huns Jansen. Strasser B. See J. Zenneck. Straub A . detection of small quantities of zinc in wine A . ii 388. Straub l!’altlier tlie pharmacodynamic action of narcotiiie in opium A ii 790. Straumer Paul. See Otto Diels. Straw E i i t t and W. Keitz clibenzyl- ideneacetone [clistyryl ketone] aiiil t ri 1) hengline thil ne. VI 11. So-cal led lieto-haloids of unsaturated ketonvs and their transformation products A.i 959. Strauss Hcrmaiiii. See Emir! Fiecher. Strebinger Robert the formation of lakes betweeii 1’-nitrohenzeneazo-b- naphthol and aliimiiiiurn and antimony componnds A . i 1038. Strecker IVilhclni. See Jlurliih Xoch- mann. Striegler Curt seinicyclic 1 :5-diketones prepared by tlie addition of cyclo- pentanone to plieiiyl methylene- dioxystyryl ketone and pheriyl pmethouystjryl ketone A. i 781. two stereoisonieric seinicyclic 1 :5-di- ketones from 3-n~ethylcyclohexan- oiie and plienyl metliylenedioxy- styryl ketone A. i 783. Btrigel Adhur aiid J. Dodt estimation of potassium as perchlorate in potass- inru manures A. ii 1095. Striim Kmt T. See LeopoZtl Roeen- thaler. Stromholm Danicl clironiates and inercwic cliloride A .ii 648. Strohmer Frietlricli Herstiam Briem and Oltoh-ar Fallada production of sucrose in siigw beet A. ii 1205. Strohmer Friedrich and O/tok:(w Fallada inmuring of sugar beets with sodinni chloride A . ii 83. Womberg Heiwich the cliaiiges in tlie blood-clottiiig produced by loss of blood in ail animal A. ii 59. the nietlitrds of investigation a i d characters of the blooll-clotting pro- cess A. ii 59. Itrong lYi[Zi~m Walker. See Hurrji Clnrg Jgnes. itruok H. See 7V. Matthies. Struak H. and Hans Priess the exiut- CIICI’ of si11~11iiir fixed as hnlphite in wool A. i 147.INDEX OF Struszynski AU. a i d Wojciech Svento- slavsky preparation of solid diazon- ium salts by means ofiiitrosyl chloride A. i 55. 8trutt. (Hon.1 Ilobert JohtL.the after- glow of electric discharie and kin- dred phenomena A. ii 126. clieniically-active nioclification of nitro- gen produced by the electric dis- charge. II. III. and IV. A. ii 153 477 935. the after-liuninosity of electric dis- charge in hydrogen observed by Hertz A. ii 725. niolecnlar statistics of some chemical actions A. ii 1045. absorptioii of helium and other gases iiiiiler the electric discharge A. ii 1052. Strutt (lion.) Robert John aiitl Alfwd Fowler spectroscolk investigations in connexiuii with the active modificn- tioii of nitrogen. 11. Spectra of elements and compounds excited by tlie nitrogen A. ii 214. Strzyzowski Casintir. occurrence of mer- cury in the hair of persons who have received subcutaneous doses of mer- ci1i.y compounds ; micro-chemical de- tection of very small quantities of mercury A.ii 1213. Stull 1V. N. See Theodore IViZZicuit Richards. Stumpf Felix optical observations on a liquid-crystalline active substance A. ii 336. Stntterheim G. A . [detectioii and] esti- mation of tlextrose in urine A ii 100. Stntz Karl tlie anhydride of niandelic acid A. i 32. Sudborough John Joseph tlie formation and hydrolysis of esters of ketonic acids T. 1227 ; P. 93. Sudborough JohjL Joscpli and ( Allis.v) Ntcrgnrel KalhleeiL Turner the ester- ification constants of some substituted acetic and benzoic acids T. 237 ; P. 5. Sudborough JOh7L Joseph. See also Ebenexr Aces Thomas and Thomis Williams. Siichting H. See Bruiio Tacke. Suss J. cryst;~llisation of niixeil solu- tions of Iiianganons chloride aiicl 1)otassiurn chloride A ii 1175. Susser A.See Hcinrich Wieland. Sugden S. the action of the " lumin- ator " apparatus for treating hard water A. ii 454. Sngiura K. and Philip Adolph Xober iodonietrio copper titrations A. ii 689. AUTHORS. ii. 1361 8uginra K. See also Philip dcloZph Kober. Suida Hcr7nnm photorhemical be- haviniir of nitrotereyhthalaldehyde A. i. 117. nntoxitlation of benzenoid hydrocarb- ons when exposed to light A . i 957. Suida Hermnnw . See also Iiudolph Wegscheider. Sullivan Miclmcl Xnvicr origin of cwatinitie in soils A. ii 86. Sullivan iltzchael Xavier and F. It. Reid oxidation iii soil A. ii 483. Sulzer H. preparation of ammonia and formic acid from calcium cyanamide A. i 610. Sundvik Eriist Edwwd xanthine deri- vatives froni uric acid. IV.Prepara- tion of xanthine and Iiypoxanthine A.. i; 321. Surgnnoff N. I. crystalline form and optical cliaracters of pinocampheol methyl xanthate A. i 120. Su t herland (Miss) M aggie Af 21 lei& Jefs. See George Gerald Henderson. Sutherst If'aItcr F. rapid volumetric estimation of sugar A. ii 99. Suzuki Uwietaro T. Shimamura and S. Odake oryzanin a constituent of rice husks and its physiological 5igni- ticalice A. ii 980. Suzuki Umetaro. See also EliplL Bamberger. Svedberg The test of the validity of van der Wads's equation of condi- tion for colloidal solutions A ii 29. velocity of diffusion and size of the particles iii disperse systems. II. A. ii 142. Svedberg The and KILU~ Estrup de- termination of the dimensional dis- tribution of tlie collnidal particles in a disperse systeni A.ii 143. sllontaneous alterations of coiiceiitra- tion in solutions and gascs. I. and II. A. ii 90.5 906. Svedberg The and Knlsirji Inonye the Brownian movement of particles in colloidal solntioiis. III. A . ii 143. Sventoslavsky Wojcicch. See 11. Struszynski. Swellengrebel AT. H. See C. S . Stokvis. Swinne Riclinrd some relations existing between the radio-elements A. ii 219. dependence of the density and surface tension of liquids on the tempera- ture A. ii 432.ii. 1362 INDEX OF AUTHOiiS. Swinne Riclinrd. See also Puul Walden. Swinton Alroc EdiiZJ. See Frctlerick I)anicZ Chatt away Symes JVilZicm Legye tlie action of gitalin on the excised frog's heart A ii 790. Szadeczky Jiiliw I W ~ carth-gas in Traiisylvania iii the tertiary basin A.ii 171. Szant6 OZp tlic protcolytic action of taka-diastase A. i 815. Szgkely S. estimation of fat by tlie method of direct hydrolysis A. ii 872. Szilard Bdn radioactivity of the tliernial spriugs of Saint Lucasbacl (Hungary) A. ii 525. Sziics Joseph and Urww Kisch tlie combined action of fluoresc6nt mate- rials aiid alcohols A. ii 791. Szyszkaweki L'ohdax %on colorimetric investigatioii of ncutid salt action A. ii 146. T. T. J. C. coiincxioii betwecn boiling point aurl molecule weight of sub- staiices,'A. ii 1136. Tabellini G. Sce Maztrizio Padoa. Taber Itr. C. Fee IIcrmai~ Schreiber. Taboury FcZi.z See Fcrunnd Bodroux and Altxrccl Godchot. Tachau Herim?i)c the passage of drugs into the sweat A. ii 184. Tacke Bruno and H. Siichting huniic acids A. i 4i3.Tadokoro 2'. See h'. Miyake and Kintaro Oehima. Taegen Hemanic the liurgative actioii ofsnlphnr A . ii 064. Taegener W. See Ofto Sackur. Tafel Jidiiu and F m x Andre an anomaly i n the rednction of ethyl acetoacetate A. i 234. Tafel J?i Ziids and JVi~heln~ 8Chepf.18 the electrolytic reduction of ketones A. i 8. Takahashi Dcngo estimation of sugar in the blood A. ii 100. Tamajo Espinoxn a new ureometer A. ii 212. Tambach Ei&Tp7~ constituents of digitalis leaves A. i 375. Tambor Jostf S. Gunsburg 0. Keller Chanschy-Herzenberg B. Ronenknopf and J. Lichtenbanm studies in the coumaroiie gronp A i 43. Tambor Joscf. See also A . Qoschke and A . Pistermann. Tamburello A . Set! AIbcrlo Peratoner. Tammann Ciislrc u [HeiwiclL Johnm Ayolloi~] tlie thermodynamics of equilibria in one-component systems.1. Equilibiium of isotropic and aiiisotropic phases A. ii 19. tlie alteration of the properties of iiietals by their mechanical treat- iiieiit A ii 21 1042. the tliermodyiiamics of equilibrium in one-component systems. 11. l'oly- inorphism A . ii 29. tlierniodynamics of the equilibria in one component systems. I. A. ii 129. determination of the molecular weight of crystalline substances A. ii 140. equations of condition in the region of small voluiiies A. ii 538. the dependence of crystalline form 011 temperature and recrystallisntion in coirglomerates A. ii 630. the determination of fusion curvcs for substances of low melting point A. ii 1135. IV. A ii Tammann G'uslnv. See also Priedrich Tamura M t ~ n m i c h i the loss of fat oil Tanaka ll(cwnfiiku calcium resoqitivn Tanaka Tmiio the eiizymes of the Tanaka Yoshio preparation of " lipme powder" acting in neutral metliuni and its technical application A.i 1042. illfluerice of the products of chaiige on the action of lipase A. i 1042. influence of some neutral silts nitrogenous matters and castor sced extract on lipase A. i 1042. action of lipase on oxidised and poly- nierised oils A . i 1043. Tanatar ,Yccbristin?L M. conversion of inaleic into fumarjc acid A. i 160. Tanatar Scbaslirtn M. and I. Voljansky itaction between malcic acid and sodium thiosulphate A. i 941. Tangl Yran a respiration appratus for animals of mediuni size A. ii 1062. tlie minimal energy needs of the pig ; (iiietabolism of matter and cnergy diiring starvation) A. ii 1068. Tanzen A .See Jonchim Biehringer. Tanzi B. See I:. Poma. Tarugi iYntarcno a i d F. Lenci some velocity of crystallisation. 1147. Berwerth drjiiig ineat A. ii 701. and calcification A. ii 277. slbleen A . ii 69. colour reactions A.. ii 397.ISDES OF Tarugi Ll-axrctio aiid F. Elorbini arsenic xanthate in malytical chemistry A. ii 993. Tassilly Eicgthc. See Cli. Fery. Tanbert Q. See IJetdinmrd Henrich. Taurke Fritz a combined estmction and distillation apparatus A. ii 383. Tausent Max comparative investigations on tlic osidatioii of nitrogen in the high tension flame A. ii 551. Taylor (Miss) G'lttm N i l l i r o i t the rotatory powers of the (2- aiid Z- iiietliyletlryl~~lienacyltlietiiie salts 'l'. 1121 ; l'. 148. Taylor Flmjil D. See Hc?r i y K'. Richard- son.Taylor I h g h Stotl tlic actiuii of lialogcns on silver salts l'. 314. Taylor Huyh Stotl. See also lfcwy Bassett jwi. Taylor J ~ L . Sec Aiigiidus Ed?i.n~d Dixon . Taylor J. 7V. and Isanc IVgZkcr Hall actioii of saliva tissue fluids bactcria and bacterial extracts on polypelltides A i 927. Taylor liobcrt LIisici*IZyu a d C'l(ff'ord Bostock rcsearchcs on bleaching powder. 1'ai.t 11. The action of dilute acids oil bleacltin; powder T. 44.1 ; l'. 14. Taylor Y'hoiiins Si/Lith clctcr~ni~i:itioii of thr ~rurnber of ions produced by aii a-iwticle from polonium A. ii 412. tltc tlcteriniiintion of the ionisation curve for the a-rays from poloniuni in mercury vapour A. ii 888. Taylor William l l r i t r y . See IViTillicini Colrbrool. Reynolds. Tebbutt Ifrcit&on asylitni djseii t e y Teclu.A7icoZnms. modified Ostivaltl's A. ii 665. hvtirogeii sulphide apparatus A ii 1051. Teller Grorye L. Teltscher,Friedrich relationship bctu een the molecular volnnie and structure of solid chemical comliounds A . ii 831. Teodoresco i?. C. the influence of temperature on thc activity of nuclease A . i 104'2. assimilation of nucleic nitrogen and pliusphoius by tlic inferior algie A. ii 974. Ter-Oazarian G. general relationship between the physical properties of substances ; application to viscosity capillarity surface-tension heat ot' vaporisation and the rectilinear diameter A. ii 23. See J. A . Wesener. Terlikowski 1. See Hewyk Golblum. Terni A . aluniinium peroxide A. ii 944. Testoni G'iwscppi estiniation of sucrose i n the presence of other sugars A. ii 11 04.Thannhauser Sicgfricd J. See Oscar Piloty. Thiel ,-!,'f*ccZ constitution of orsellink acid A. i 9S2. Thiele Johm?i~s constitution of ali- phatic diazo-compounds and of azoim- itle A.. i 16. Thiele Johnnncs ant1 P. Iluggli re- duction of Aa-ketones and fo~~mation uf indene derivatives A i 866. Thielepape E. See Ltitlwig WoM. Thieine Rruwo deposits obtained from flames by electricity A ii 122. electric deposition of carbon from flames A. ii 321. Thieme B. TV. C ~ L Eldik action of concontrated sulphuric acid oil trilaur- in A. i 333. Thierfelder Hn?is. See Ilcrmnnn Loening Otto Rieeser and Karl Thomas. Thies F. l L Thole Fcrdinaim! BcmLnrd tho prepara- tion of conductivity water T. 207 ; P. 3 ; discussion P. 3. viscosity aiid association.Part 11. The viscosity of gcometrical iso- nierides T. 552 ; Y. 51. viscosity and association. Part 111. The existence of recemic compounds in the liquid state P. 286 ; dis- cussion P. 287. Thole Ferdinawd Bcrmrd. See also A7bo-t Eriicst Dunstan autl Albert Gmyc Mussell. Thomas Adrian. See Gcorp Yre.feric White. Thomas Ebcncxr A m the influence of the constitution of tertiary bases on the rate of formation of qiiatcrnary ammonium salts ; preliminary note P. 188. Thomas E b r i i c m Recs and Johit Joseph Sudborough the direct estci~ificatioii of saturated arid unsaturated acids T. 3li. Thomas Joliit the four stereoisomeric optically active 2:4-dimethyltetra- hydroquinolincs l'. 725 ; P. 108. Thomas Karl and Hans Thierfelder cerebrone. VI. A . i 373. Thomas Picrrc colour reaction of am- monia A.ii 991. Thornas Pierrc and (Afllc.) N d e l e i m Lebert increase in the number of red corpuscles in the blood under the action of certain cholesterol tleriva- tives A ii 852. See Hugo Simonis.ii. 1364 INDEX OI Thomas Picrre. See also Hewi Agulhon. Thompson F h ~ a n and H. H. Morgan theestimation ofcalcium a i d potassium in the ash of cereals A. ii 205. Thompson Ruqh Yerzon the inter- action between di-iodoacetylene and organic sodio-derivatives P. 146. Thompson Hugh Verxoit. See also Raphael Meldola. Thompson James tlie chemical action of Bacilliis cloacae (Jordan) on dextrose aud mannitol A. ii 282. Thorns Hernwnn and Hans Preis the conetitution of xanthotoxin and its relationship to bergaptenc A. i 40. Thorns Hermunit and F.Thiimen fagaramidc a new nitrogenous substance from the root-bark of Pctgara xawthoxyloides A. i 115. the physiological action of the four isomeric ~~i~~eronylacrylbii~ylanlider A. ii 279. Thomsen Ernst viscosity of gas mix- Thornson (Sir) Joseph Johw ionisation by moviirg electrified particles A. ii 410. positive rays A. ii 885. multip!y-charged atoms A. ii 1029. Thorburn A . D. estimation of Inorplline by extraction with phenyletliyl alcohol A. ii 610. Thorin E. See Hans von Euler and Gumar Starck. Thornton William M. jun. estitndtion of titanium i u the presence of iron A. ii 1000. Thorpe J o w I ~ ~ L FieZd tlie formatioil and reactions of imino-compounds. Part XVII. The slkylation of iniino- compouiids T. 249 ; P. 4. the chemistry of the glutaconic acids ; a correction P.51. See also Aromtmi Bland. Schmidt. tures A. ii 23. Thorpe Jocelyn FLcLd. Thumen F. See Herinaim Thorns. Thuesen Arthw. See I l h r i c l i Qold- Thugutt StanisZnus J. an apophyllite- analcitc bomb from Monte Sonimn Vesuvius A. ii 176. dlophanoids A. ii 267. Thumann Eugeli. See Ernst Schmidt. ‘rhunberg Torstcn [L~ui?wig] the func- tion of the snlphhydryl group in the decomposition of iodoforin in the animal organisni A. i 406. creatine A. ii 471. Thuringer V. See BZax Wunder. Tiffeneau Marc and H. Busquet the r6le of caffeine in the diuretic actioit of coflee A. ii 1107. AUTHORS. TSeneau Marc See also H. Busquet. Tijmstra S . sodiuiu 1Bhenyl carbonate as an intermediate product in Kolbe’s synthesis of s:Jic*yclic acid A . i 859. Tilden (Sir) IVillinm A W J ~ L S ~ ~ L S Cali- nizzaro memorial lecture T.1677. Tillmans J. detection of added water i t 1 milk (detection of nitrates) A. ii 306. Tillmans J. and 0. Heublein estinia- tton of flee carbon dioxide in water by titration with alkalis in tlie pre- smce of phenol~~l~tlialein A. ii 121 1. Tillotson E d i c i ) ~ Il’u~*tl jun. ciensity of silicate ntixturcs A ii 643. Tilmant A . See fl. Qaehlinger. Timmermans Jeau the dan3ity o f liquitls below Oo A. ii iS8. TimofBeff G. piczo-cheitiicd studies. VIII. Infinelice of pressure on affinity. II. A . ii 15. hammer-h~irdeiriii~ and aitnealing of zinc A. ii 1054. Tinkler Clmrlcs Kcmcth the spectro- scopic investigatioii of the cxrbinol- ainmoniiini Lase isonierisni ; baitzi- minazole and isoquiitoline derivatives T.1215 ; P. 161. Tistshenko Vckhrsltic E. I. F. Veltea and I. L. Eabtsevitsch-Znbkovsky ineclianistn of Catiitizzaro’s reirction A. i 267. Titherley Arthar Wulsh and Nod G idbert SlezwisoiL Coppin allan toi n a coiistitueiit of comfrey rhizome (Syrnphptum o$’cinciZc) A. ii 289. Titherley Arthzir IVnZsh and T/,oiiias Halstcad Holden the action of acyl chlorides on priinary ainides ‘l’. 1871; P. 2 2 i . the action of ?~~~iizotrichIoride on primary aniides T. 1881 ; I). 227. Titherley Arthur Il’nZsh. See also Gerald Eyrc Kir%wood Branch and Ernest Chislett Hughes. Tizard Hc my T l ~ o m ~ s the smsitiveness of indicators A. ii 598. Tizard Henry Tho?iius. See also Robes-t 3iiDur Lattey. Todd George W. mobility of the ncga- tive ion a t low pressures A.ii 1122. Tollens BcrnImrd specific rotatory power of kevulose A. i 336. Tollens Beritharcl. See also W. E. Cross. To%ioczko Stanislaic. See W. Jakob. Tolman liichnrd C. a d Ayred L. Ferguson free energy of dilution of ltychochloric acid A . ii 322. Tolman Richard C. and Lucien H. Greathouse concentration of hydrogen ioii in sulphuric acid A. ii 437.INDEX OF AUTHORS. ii. 1365 Tombrock Willebrord the problem of benzene structure reviewed from therniochemical standpoint A i 842 956. Toninelli A . See Luigi Marino. Topler L. See Otto Cohnheim. Torre y Hens.21 Augtuttm and William Haiiwiett Hunter action of' iodides on bromoaiiil ; iodoanil and some of its derivatives A . i 475. Toschi B. See Luigi Mascarelli. TBth Julius the methods employed for the estimation of nicotine in tobacco and tobacco extracts A.ii 1010. Towles C. and Cad Voegtlin creatine and creatinine nietabolism in dogs during feeding and inanition with special reference to the function of the liver A. ii 270. Townsend J o h S. the charges 0x1 ions theory of ionisation by collision Trapp IIans method of analysis with- out tlie use of hydrogen sulphide A. ii 685. Traube Isidor surface tension and coagulation of colloidal systems ; theory of the action of poisons drugs and dyes A . ii 740. the viscostagmometei- ; method for estimation of surface tension viscosity and adsorption A. ii 832. the action of bases and basic salts on alkaloid salts A. ii 858. the influence of sodium carbonate on the toxicity of basic dyes A. ii 858. Traube Wilhelnt the behaviour of certain hydroxides towards solu- tions of alkylenediamines A.i 9 ; ii 257. action of ozone on alkali hydroxides A. ii 844. Traube-Mengarini Mnrghrita and Albcrto Scala action of distilled wnter aiill of distilled water containing electrolytes on metallic lead A. ii 161. Traubenberg K. betulin. I. A. i 260 972. Traumann KarL See Theodor Curtius. Trautmann IVoEdemar the analysis of Trautmann IVolcEcmar. See also Ldic-ig Trautz Max preparation of alkalilie earth metals by the electrolysis of fused salts A. ii 349. vclovity of gas reactions A. ii 746. Travers Morris Willinnt and Rames C. Ray bpfohydrates. A. ii 412. A ii 516. ferro-uraiiium. II. A. ii 207. Weiss. I. A ii 938. c. 11. Treadwell If7. D. the electrolytic estimation of copper in pyrites,'A. ii 998.Treidel Oskar. See Bobert Pschorr and Otto Ruff. Trenkner estimation of gold silver and platinum A. ii 392. Treub J. P. See Frms Eppo Cornelis Scheffer. Trier Georg preparation of aminoethyl alcohol from egg lecithin A. i 233. conversion of aminoethyl alcohol (colamine) into choline A. i. 836. Trier Georg. See also N. T. Deleano Ernst Schnlze and Kiyohiscc Yoclhi- mura. Tritsch Waltcr. See Roland Scholl. Trivelli Adriaan Peter Hemtan con- stitution of thc photo-halides A. ii 168 460. Trnka Bud. estimation of potassium as potassium platinichloride A ii 298. Roger Juliz6s and W. Kroseberg Aiigostura alkaloids A. i 895. Trommsdorff H. preparation of a mercurous salt of di-iodophenol-p- sulphonic acid A i 549. Trouton Frederick Thomas mechanism of the scmi-permeable membrane and a new method of determining osmotic pressure A.ii 237. Truthe Wilhelm the binary systems of potassium and sodium cyanides with the corrcspoiiding salta of silver copper and zinc and with potas- sium and sodium chlorides A. i 612. the hehaviour of lead cuprous and silver sulphides and of cuprous oxide in the corresponding fused chlorides A. ii 763. Tsakalotos Demetrius E. molecular conipounds of aromatic amines with nitro-derivatives A. i 344. Tscheiehwili P. A. reduction of neutral potassium permanganate solutions in presence of normal sulphates in various concentrations A. ii 164. Tschelineeff Wladiinir W. velocity of formation of oxoniiim dibromides in different organic solvents rBle of the medium in chemical kinetics A. ii 926. Tschermak Armin von the adaptative capacity of the alimentary tract to ferment formation A ii 1066.Tschermak Giutav tlie behaviour of hydrates snd hydrogels in dry air A. ii 1140. TschernobBeff D. and L. Wologdine heats of formation of certain silicates A. ii 235. 90i. 1366 INDEX OF AUTHORS. Taohernorntzky Hclcne the relatioil of certain nucleic acids to enzymes which split glncosides A. i 815. the occurrence of nucleic acid i n ripe herring eggs A. ii 958. the action of sodium carbonate on certain alkaloid salts and dyes A. ii 1198. Tsohernorutzky M. the decomposition of pyruvic acid by animal organs A. ii 956. the antagonistic action in the animal organism of nucleic acid and the nucleic acid-splitting ferments A. ii 1081. Tachilikin M. turkey red oil new de- rivatives of ricinoleic acid A i 604.Thiole’s theory and indigotin A. i,654. Tachilikin M. and W. Milanowsky indigotindisulphonic acid atmospheric oxygen and hydroxyl ions A. i 897. Tachirch [ IViZhelni Oswald] AZemnder and L. Monikowski “ peristaltin,” A. i 375. Taohirch Alexander and Lou& Beutter resins employed in embalming in Egypt and Carthage during the first Inillen- ium B.C. A i 639. Tschirch Alexadi. and F. Weil Rumz oblics@olizhs roots A. ii 196. Tschirwinsky Petr. N. crystalline form of A’-cyclohexene-l-c-isobutyric acid A. i 973. Tschirwinsky Wladiniir mineralogical nature of Russian phosphorites A. ii 173. Tschitachibabin Alcxei E. valency o f carbon in so-called iinsaturated com- pounds A. i 149. Tschugaeff Leo A . the rotatory dis- persion of some camphor derivatives A.ii 822. Tschugaeff Leo A . and W. Budrick bornyleiie A. i 480. Tnchagaeff Leo A. and JV. Fomin isomeric tanacetyl alcohols and tliujenes A. i 479. Tschugaeff Leo A. and (MZle.) D. Fraenkel complex compounds of platinous bromide with organic sulphides A i 70. Tschagaeff Leo A. and S. Qlinin specific rotation of certain optically active esters of triphenylacetic acid A. ii 1020. Tschugaeff Leo A. and P. Koch cholesterol. III. A. i 30. Tschugaeff Leu A. and A . Ogorodnikoff rotation dispersion. IV. Iriflnerice of the solvent on the light absorption and rotation dispersion of coloured compounds A. ii 407. Tachumanoff. See Chumanoff. Tsiwidir A.? the action of thorium-X on intravenous injection in the rabbit A. ii 1080. Taoneff N. action of ammonia on derivatives of piperidone pyridone and hydropyroiie A.i 580. Tavett ill. niicro- and macro-chemical detection of carrotene A ii 194. Tnbandt Carl and Erich Lorenz clec- trical conductivity of solid and molten silver and thallous haloids A. ii 1124. Tadan Rr. a floury silicon dioxide A. ii 652. Tunmann Otlo microchemical analysis of plants. 111. Detection of zsculin by micro-sublimation in the ex- amination of Rhi:oma yelscinii A. ii 104. microchemical dctection of juglone in walnuts (Jugkcits rcgia) A. ii 1110. plant micro-chemistry A. ii 1204. Turner Dammi experiments in radio- activity ; the production of the tlio- rium eninnation and its use in thera- peutics A. ii 1195. Tamer (Miss) Eniily Geylrmic. See James Kenner. Turner (Miss) Mwgaret Kathlee?i. See John Joseph Sudborough.Turner Thnzas. See Clarence Richard Groves. Turner Willictnt Ermst Stephen the molecular condition of some organic ammonium salts in bromoform T. 1923; P. 234. Turrentine Johic IVilEiam reductioii of hydronitric acid [azoimide]. I. Structure of hydronitric acid A ii 448. estimation of iodides by direct titra- tion A. ii 1091. Tnrrentine John Willianb and Willis A. Gibbons electrocheniical oxida- tion of some hydrazine salts A. ii 249. Turrentine John Williani arid Ba.tpuofi(l L. Xoore electrochemistry of hydro- nitric acid [azoimide] and its salts. 11. Reduction of hydronitric acid by cuprous oxide A. ii 449. action of hydronitric acid [azoiiiiide] on ciiprous chloride and metallic copper A. ii 449. Tntin Frank the constituents of Bit- p h m c disticha A.i 797. the proposed method of micro-sublima- tion for the detection of tcsculin and the identification of gelsemiuin A. ii 307.INDEX OF AUTHORS. ii. 1367 Tutin Frwtk atid Hi6bert 1Villiam Bcidlcy Clewer the constituents of commercial chrysarobin T. 290 ; P. 13. the cons ti tuen t s of Cl?&yticr similis T. 2221 ; P. 265. iiote on the constituents of rhubarb P. 96. the fortnulic of ipuranol and some re- lated co~npouiid~ p. 317. Tutin P'mnk. See also Titomas Callan. Tutorski N. See W. Zaleaki. Tutton Avrcd Edwin Howard and Nar!/ IV. Porter crystallographic con- stants and isomorphous relations of thc double chromates of the alkalis and magnesium A. ii 560. Twias Dorigbns Frank. See TiLo?nas Slnter Price. Twort Frcdericic William and Edward Mellanby crea tine- destroying bacilli in the intestine A.ii 466. Twort Frederick 1Villiam. See also Edwcird Mellanby. Tyrer Doxiel latent heats of vaporisa- tion of misell liquids. Part II. T. 81. latent heats of vaporisation of mixed liquids. Part 111. Mixtures of as- sociated with non-associated liquids ; new criteria for the detection of' aolvates in mixtures of liquids T. 1104; P. 128. law of molecular attraction A. ii 136. theory of solubility A. ii 238. methods of determining the associa- tion factors of liquids A ii 739. Tyrer Dnnicl. See also Jimes Fletcher. U. Ubaghe Maurice. See Eugtiie Proat. Ubbelohde Leo an electrical laboratory furnacc wound with a non-noble metal A. ii 150. Ubbelohde Leo and de Caatro fractional burning of' the constituents in the analysis of coal gas A.ii 296. Ucke AZeris. See Conrad Willgerodt. UrmBnyi Dczsii. See Frit Ullmann. Uexkull J. von. See Otlo Cohnheim. Ujedinoff,M. N. See Nicdai' D. Zelinsky. Ullmann Frmiz preparation of anthra- Ullmann Fritz preparation of halogen- ated 2-anthraqninonylaminobenzoic acids A. i 114. [prepsratioii of an thraquinorie thioxan - tliones] A. i 126. [preparation of aritliracene derivatives] A. i 996. quinone derivatives A . i 1028. Ullmann Frik and Wassily Mins6eff action of copper on chloroanthra- quinones A i 366. antliraquinone series. VIII. 4-Chloro- anthraqniiione-1 -carboxylic acid A. i 388. Ullmann Frif and Shyirnirg ill. SanB diiiitrophenols A. i 104. Ullmann Fritz and 1Villrnn va?L dcr Schalk antliraquinone series. VII. Anth~aqui~ioiic-l-carboxylic acid A .i 387. Ullmann Frik and Dezsi; UrmCyi antliraqnirionexa~~tlio~ies A. i 716. Ullmann Fritz. See also lr,iin Ull- mann . Ullmann Iri)ic~ and Fritz Ullmann tliiodiphenylamines of the atithraquiii- one group A i 389. Ulpiani Cekio constitution of the fiil- minuric acids. the constitution of tlie fulminuric acids. V. Breaking down of fur- oxandicarboxylamide A. i 611. Ulpiani Celsio and h i g i Bernsrdini tho constitution of the fulminuric acids. VI. Liebig's fulminuric acid A. i 611. Ulpiani Cclsio A . I h Dominicie and N. Sciacca constitution of the ful- minuric acids. Ulrich HerrruinyL phosphorus coni- pounds soluble in water and alcohol from plants A. ii 591. UltBe A . J. sterols from castilloa- and ficus-caoutchouc A. i 883. Umoff Nicolcii A . a spectro-polariscoyic method for tlie investigation of the absorption of light and of the nature of dyes A.ii 1019. Underhill Frank Pcll the action of in- travenous injections of concentrated solutions of salt and sugar A. ii 188. the influence of sodium tartrate 011 the elimination of certain urinary constituents during phloridzin dia- betes A. ii 787. meclinnism of phloridzin diabetes A ii 1195. Underhill Frank Pclt and Clarcncc L. Black the influence of cocaine on metr~bolisni with especial reference to the elimination of lactic acid A. ii 472. Unverdorben Otto. See Theodor Posner. Urbain Gcorps a laboratory balance with electronrapetic compensation for the study of systems liberating gases a t an appreciable rate A. ii 341. Urbain Gcorgcs and Frmnpis Bourion curopous chloride A.ii 162. III. A. i 340. IV. A. i 340.ii. 1368 INDEX OF AUTHORS. action of the a- and &rays individu- ally and jointly A. ii 6. Ueui &@a mcasureinent of tissue oxidation in vilro (liver. central nervous system) A,,' ii 853. piiscles A. ii 1066. iri turpentine A. ii 1002. bromide A ii 1002. the union of thymol in xed-blood cor- Utz K. the detection of hydrocarbons estimation of caoutchouc as tetra- Utzinger Max. See 1ZicAmd Will- stlitter. V. Vaillant Piewe influence of tempera- ture and light 011 the conductivity of a phosphorescent substance (calcium sulphide) A. ii 419. Valenta Eduard. See Josef JfaricL Eder. Valenti Adriuno physiological behav- iour of certain organic arsenic deriva- tives (salvarsan and sodium cacodylate) in the organism A.ii 968. Valentiner S. absorption of hydrogen by palladium a t small pressures aud low temperatures A. ii 169. Valeur Armand. See Charlcs Houreau. Valla EZe?za absorption spectra of com- plex inorganic salts A. ii 2. Valla Elena. See also Feriiando Ageno. Vallery Lmien coagulation of albumin by heat ; consequences in connexion with the estimation of urinary albumin A. ii 212. coagulatiou of albumin by heat a i d its precipitation by potnssiuni mer- curic iodide ; consequences in con- nexion with its gravinietric and volumetric estimation A. ii 1011. Vallette LOU~S G. See AdolfKaufmann. Valori Bruno. See Anqclo Angeli. Vandevelde Albert Jacques Joscph the equilibriiirn in acid solutions of potassium salts A. ii 30. Inoteolysis of yeast A. ii 588. fermentative and proteolytic pheno- mena of yeast cells in the presence of iodoform bromoform chloroform ant1 acetone A.ji 588. Vandevelde A lbert Jacques Joseph and L. Bosmans distribution of salts between saturated aqueous and moist gluten A. i 736. Vanin J v m action of methyl iodide and 1n:tgnesium on iuenthone A. i 788. Vanstone Ernest mercury-sodium alloys A. ii 156. Eoerner. Varvaro Cowado. See Carlo Cervello. Vas Berithard the excretion of creatiiie and creatinine under pathological conditions A. ii 187. Vasilieff Alcxis JZ. eutectic alloys of arsenic and antimony-tri-iodides A. ii 919. origin of the names of the cheniical elements A. ii 931. Vasilieva (MZZe.) A . F. photochemical properties of tungstic acid A ii 947. Vassallo Ettorc accteins of phenol A.i 761. Vassallo Ettorc. See also Bernurdo Oddo. Vater Georg. See Wulthcr Hempel. Vaubel IYilJ~eZni the ammonia content of tobacco smoke A. ii 83. the corrosiou of lead by lime mortar and the disinfecting power of calcium hydroxide A. ii 1172. difference in chemical composition of aragonite and calcite A. ii 1180. Vavon Gristavc method for preparing aromatic alcoliols A. i 260. catnlytic hydrogenation of benzyl- ideneacetone [styryl methyl ketone] A. i 628. catalytic hydrogenation of ketones A. i 749. Vecchi C'. See Cim Ravenna. Vecchiotti Luigi. See Biccardo Ciusa. Velden R. von den. See J. v o n Angyan. Veley Victor Eerbcrt the solution volumes of nitric acid A. ii 836. Veller 5 M. estimation of uric acid in the urine A ii 814. Veltsa Z. F. Seo VetclLesZiv E. Tistshenko.Verain L. the dielectric constant for carbon dioxide in the neighbourhood of the critical point A. ii 318. Verbeek P a d a new mercury volume- norneter A. ii 933. Verdon EmiZe pectins of Kalwzia Inti- .foolia leaves and Verbascum thrcpsils roots A. ii 481. Vereinigte Chininfabriken Zimmer & Co. preparation of acid chlorides from two or more molecules of carbamide chloride by elimination of hydrogen chloride A. i 97. preparation of carbaniic esters of tertiary alcohols A. i 541. preparation of quinine esters of aro- matic amino-acids A. i 577. preparation of carbonic ester of tertiary alcnliols A. i 746. preparation of esters of hydroquinine A. i 1013.INDEX OF AUTHORS. ii. 1369 Vermenlen H. trinitroanisoles A. i Vernon Horace Middleton the action of hon~ologous alcohols aiid aldehydes on the tortoise heart A.ii 67. the relation between oxydase and tissue respiration A. ii 578. Verzar Fritz gaseous metabolism of striated muscle i n warin-blooded animals. I. A. ii 653. influence of lack of oxygen on tissue respiration A. ii 851. Verzar Fritz. See also Ernst Laqneur. Vielitz C. See Emst Deuasen. Viertal Arthur. See Riclurd Mohlan. Vignolo-Lutati. Pcrdinasrdo photo- chemical action of resins A. ii 882. Vigonronx Ihnilc F. Ducelliez and A . Bourbon investigatioii of iron-zinc alloys by means of electromotive force A. ii 648. Viguier P u d attempt a t the direct preparation of tetrolaldehyde A. i i. derivatives of tetrolaldehyde and its acetal [diethoxybutinene] A. i 72. action of potassium hydroxide on tetrolacetal A i 161.Vila A 16quste. See Ernest Fournean. Ville Jules crystallisation of quinine and quinine trihydrate A. i 488. Villiger Victor and Eduarcl Kopetschni colour bases of the tripheriylniethane group A. i 1030. Vincent Joseph Herbert and A . Bursill a negative result connected with radio- activity A. ii 4 1 i . Violle L. See Henri LabbB. Virchow C. detection of yohinibine in medicinal tablets A . ii 1010. the estimation of lecithin in medicinal tablets A ii 1109. Vitali Dioscoride new reaction for uric Vitry C. See Henri Labb6. Vlahutza Eqine. See StLphane Mino- Voegtlin Carl. See C. Towles. Voltz Wilhlni nitrogen retention and equilibrium 011 feeding with ammonium salts A. ii 780. Voltz JVilhelm Azigust Baudrexel and Walter Dietrich absorption of alcohol from the urinary bladder A.ii 46G. the quantity of alcohol excreted by the animal organism under various con- ditions. 111. Influence on the secretion of alcohol by the breath and uriiie of the state of fulness of the alimentary canal A. ii 466. 347. acid A. ii 211. vici. Voltz Wilhelm and Walter Dietrich the part played by methyl atid etllyl alcohols in the general metabolism of the animal organism A. ii 5 i 5 . Vogel Ham. See Leon Asher. Vogel J. assimilation of ammonia arid nitrates by the micro-organisms of soils A. ii 190. potassium requirements of Azotobactcr A. ii 473. behaviour of nitrates in soils A. ii 1089. behaviour of nitrates in field soils A. ii 1206. Vogel RudoZf cerium-aluminium alloys A. ii 557. eutectic crystallisation A ii 744. Vogt Karl determination of the trans- ition temperatures of ammonium nitrate A.ii 19. Vogt ThoroIf bertrandite from Iveland in Southern Norway A. ii 174. Voigt Kurt rapid estimation of zinc A. ii 93 298 687. Voigt Kurt. See also Arthz6r Hantzsch. Voinic h- Sjanosc hentzky S. interpreta- tion of the periodic system of the ele- ments A. ii 750. Voisenet E. detection of methyl alcohol in alcoholic preparations and especially tincture of iodine A ii 392. Volchonsky E. principle of the change of an equilibrated system under tlie influence of an external agent A. ii 441. Voljansky I. See Sebastian Af. Tanatar. Volland Hans. See Robert Georgi. Vollant Andre F. estimation of sucrose and the detection of dextrin in foods A. ii 101. Volovio G. 0. See Victor CaryZ Myers. Vonderwahl Ermt. See AdoEf Kauf- mann.Voris Floyd T. See Horace GreeEey Byers. Voewinckel Hugo a new synthesis of hordenine A i 443. Voswinckel Hugo and Fritz de Weerth gallocarboxylic [pyrogalloldicarboxy- lic] acid A. i 472. Voswinkel Arnold preparation of de- rivatives of glycollic carbamides A. i 837. Votosek Emil the glucosidic acids of convolvulin and the com1)osition of crude isorhodeose A. i 640. Votohk Emil and Cyril1 Krauz de- gradation of isorhodeose A. i 8. Vouk V. See Viktor Qrafe. Vournaroe A Zexander Ch. bismuthides and inter-metallic compounds A. ii 54.ii. 1370 INDEX OF AUTHORS. Vozkrik Am. method of ashing food and other organic siibstances for thf estimation of their pliosphorus coil tent A. ii 386. titrimetric estimation of phosphorus ill foods and other organic substance5 by the uranium method and tht errors of the process A ii 386. Vrevsky M.S. composition and vapour pressure of solutions. V. Changc of the partial pressures of vapours of solutions and mechanical mixtiires with temperatnrc A. ii 132. composition and pressure of tlie vaporii of binary liquid mistures A. ii 1139. Vrshesnevsky I. B. fusion and pressure of ffow of mixtures of isomorphous salte A. ii 137. Vrrhesnevsky I. B. See also Nicolai S. Knrnakoff. W. Wachsmuth Bichard conductivity of gases in the ' ' electrodeless ring dis- charge," A. ii 1033. Wacker Leonhard does an abnormal composition of fat play any pait in cancer! A. ii 583. cholesterol and accompanying sulj- stances in the depSt fat of carcinorna in man A. ii 1Oi9. Wade John and Richard William Her- riman the purification density and expansion of ethyl acetate T.2429 ; P. 246. the vapour pressure of ethyl acetate from 0' t o looo T. 2438; P. 246. Waentig Percy and Otto Steche en- zymic decomposition of hydrogen per- oxide. 11. and 111.) A. i 228 ; ii 839. Wagenaar M. micro-chemical reaction for manganese A. ii 206. method of cl~ssifyiiig indicators ac- cording to their sensitiveness to acids and alkalis A. ii 1207. Wagner AIfred. See Otto Diels. Wagner C'arr! L. velocity of crystnllisa- tion and dissolution A ii 29. Wagner Ha and R. Oestermann Njavc! nuts and Kjave butter A. ii 1108. Wagner Eans. See Jdiuo Schmidt. Wagner L. chemico-crystallographic notes A. i 72. Wagner PauZ. See Wilhelsn Fuchs. Wahl A d ~ d ethyl dinitroacetate A. i 333.Wahl Asiclrt? and ,If. Doll ppamtion of as-diketonic esters A. 1 536. o- and y-methoxybenzoylglyoxylic esters A. i 625. Wahl An&& and C. Silberzweig ethyl anisoylacetates A. i 114. derivatives and decomposition prodiicts of methyl metlioxybenzoylacetates A. i 213. Wahl WrcZter physico-chemical tleter- minations a t high pressures hy optical methods A. ii 828. optical investigation of crystallisecl nitrogen argon methane and some of the simpler organic compounds of low melting points A. ii 1044. Waidner Chrirles W. and George K. Burgess the constancy of the boiling point of sulphur A. ii 19. Wakeman Alfred Johx. See IlenuJ DrysrlaZe Dakin. Walbaum Heinrich and Max Balzmann barxarin A. ii 1196. Walden Paul relationship between the limiting value of the molecular con- ductivity and the viscosity A.ii 23. formamide as solvent and ionisilig medium A. ii 26. c dielectic constants of dissolved salts. I. A. ii 421. phosphoryl chloride as a cryoscoltir solvent A. ii 429. principal dates froin tlie history of osmotic pressnre and of the osmotic solii tion theory A. ii 542. Walden Paul and RichaTd Swinne capillary constants of liquid esters A. ii 628. Waldachmidt lViZheZm the diHerent methods for estimating pepsin and trypsin with a description of a u e \ r simple method A. ii 108. Wali-Mohammad Ch. magnetic resolu- tion of fine spectral lines iii the vaciiiim arc light A . ii 874. Walker James and SicZney A . Kay acidity and alkalinity of natural waters A. ii 1215. Walker (Miss) ilfaggie. See HoZZa.rid Crompton. Walker Percy Hargrrives unification of reducing sugar methods ; a correction A.ii 303. Wallace C C. automatic filter A. ii 678. Wallace T?wmns Artkmr and JYi,?liuni Ringrose Celslon Atkins properties of mixtures of allyl alcohol and water. Part I. T. 1179; P. 141. properties of mixtures of allyl alcohol water and benzene. Part II. T. 1958 ; P 231.INDEX OF AUTHORS. ii. 1371 Wallach Otto reduction of sabinene A. i 202. Wallach Otto Jfaz Behnke Walter Norman Haworth and 1VaZther Ost terpenes and ethereal oils. CX. A. i 569. Wallach Otto and Frederick Challenger terpenes and ethereal oils. CVIII. A. i 262. Wallach Otto Erwin l e y e r and Rans Schlubach terpenes and ethereal oils. C S I . A. i 878. Wallach Otto and Walther Ost terpeneq and ethereal oils. Wallenreuter R.See Alfred Heidu- schka. Walter BernJLard absorption spectra of phosphorescent substances A ii 110. Walters E H. the action of trypsin. I. Hydrolysis of caseinogen by trypsin A. i. 522. action of trypsin. 11. ( a ) The in- fluence of the products of hydrolysis on the rate of hydrolysis of casein- ogen by trypsin ; ( b ) the autohydro- lysis of the caseinates A. i 671. Want C:. 3. van rler. See Jacob Boeseken Warburg Einil the transformation of energy in photochemical changes in gases. II. A. ii 315. Warburg Otto hindrance of the action of hydrogen cyanide in the living cell A. ii 373. the relationship between cell-structure m d biochemical reactions A ii 577. estimation of small quantities of carbon dioxide dissolved in water A. ii 1210. Warburg Otto and Rudo(f Wiesel the action of substances of homologous series in vital processes A .ii 372. Warburton Christoplrer Heniy. See Hd)ei.t Fmnk Coward. Ward Hirain Lec estimatioii of lead nickel and zinc by precipitation as oxalates and titration with potasqium permanganate A. ii 492. the oxalate-permanganate process for the determination of copper as- sociated with cadmium arsenic iron or lead A. ii 605. Ward Thomas John. See Ceorgc 8enter. Wark N. J. the soliibility of iron carbide in y-iron A. ii 52. the polyhedral structure of iron-carbon alloys A. ii 165. Warren Chnr7es Hyde ilmeuite-rocks containing ratile and sapphirine from St. Urbain Quebec A. ii 360. CIX. A. i 567. Warren 1Villia na Eorney action of slco halic ammonia on as-dibromopropionic acid A. i 746. Warren Williani Homer and M.R. Grose reactions of certain fumaroid and maleinoid compounds with aroma- tic amines A. i 961. Wartenberg H. van crystalline liquids A. ii 112. reduction of quartz by hydrogen A. ii 939. thermochemistry of silicon A,) ii 1137. Warunk Theodor St. the estimation of sulphur in insoluble sulphides A ii 600. assay of chrome-iron ore A. ii 692. estimation of arsenic in organic com- pounds A. ii 1094. Waser Emst. See Richard Willstatter. Washburn Edward W. and Stzmrt J. Bates iodine coulometer and the value of the Faraday A. ii 1129. Washington Henry Stephens a suggestion for mineral nomenclature A ii 263. Wasteneye HardoZph. See Jacqxes Loeb. Watanabe Riizji the Knmagawa-8uto method of estimating fat A. ii 701. Waterman H. I. importance of temper- ature-correction in weighing A.ii 635. Waterman H. I. See also Jmob Boese- ken. Waters Campbell E. study of the products formed by the action nf heat on p-salphamido-m-toluic arid A. i 355. Watkyn-Thomas 3. W. the action of the opium alkaloids A. ii 1197. Watson Alexundey JfcMilZan. See Diarmid A-oel Paton. Watson Edwin Boy. See Jutiiulra JfoJtmi Dutta and AmckuZ C. Sircar. Watson Hubrrt E. See Frmcis tV. Aston. Watson TJiomts L. vanadium ant1 chromium in rutile A. ii 1179. Watson Waltej- Henry. See TVilZircn Hobson Mills. Waumsley Harry. See Edimrd JVatkin Lewis. Weber Curl detection of iiric acid in blood A. ii 501. Weber H. 6’. P. atomic weight of bromine A. ii 1163. Weber M c i C ~ * Ciistav. See Walter Hempel. Weber 0. H . Weber 1Vdter. See Eriist Beckmann.Webster A . See Otto Cohnheim. $ee Zdirnrd S. Edie,ii. 1372 INDEX OF AUTHORS. Wechrler Adov a grovimetric method for the estimation of sucrose by oxida- tion with chromic acid A. ii 303. Wechsler EZkan nitrosalmine A. i 401. Wedd R. H. and Sichey RUM effect of Rontgen and radium emanations on the vitality of the cells of mouse carcin- oma A. ii 962. Wedekind Edgar [Leo?& WaUemur Otto] me th ylethylpropyliaobu tylammoni- um d-camphorsulphonate A. i 948. asymmetric phosphorus. I. A. i 1043. the use of rods of magnesia instead of platinum wire in analytical work A. ii 382. Wedekind Edgar and L u c k Diirr the reduction of silicates by means of metallic calcinm A. ii 756. Wedekind Edgar and C. Horet the magnetic susceptibility and the mag- neton number of the oxides aud sul- phides of vanadium A.ii 228. Wedekind Edgar and Moriz Miller a hydrocarboil of the cyclobutane series A. i 17. Wedekind Edgar and F. Neg stereo- isomerism with compounds containing asymmetric nitrogen and active asym- metric carbon. Wedekind Edgar and F. Paeohke cryo- scopic behaviour of quaternary aromatic ammonium salts in bromoform ; cor- rection A. ii 533. Weerth Pritz de. See Hugo Voswinckel. Weevers Th. the action of the respira- tory enzymes of Sauromatum vemmm A. ii 83. Wegelin Gustav preparation of colloidal vanadic acid A. ii 849. Wegelin Qustav. Sod also Erich Xu ller. Wegener Alfi'ed the investigation of the upper layers of the atmosphere A. ii 636. We gr cheider Rudolf [ Franz Johann] the hydrates of sodium carbonate A. ii 156.equilibrium in hoterogeneous systems at variable pressure A. ii 441. work done in chemical changes A. ii 442. relationsliip between electrolytic dis- sociation conetants and chemical constitution A ii 529. aource of error in the characterisation of chemical individuals A. ii 930. Wegacheider h?ud~& and Siegntund Black esterification of unsymmetrical di- and poly-basic acids. XXV. Es- terification of dimethylamiiiotrreph- thalic acid A. i 463. II. A i 501. Wegscheider Rudolf and Franz Faltis esterification of unsymmetrical tli- and poly-basic acids. XXIV. Esteri- fication of amino- and acetainino- terephthalic acids A. i 463. Wegecheider Bdo(f Fmnc Faltis Sicgmmd Black and Oskar Huppert methylamino- and other derivatives of terephthalic acid A. i 263. Wegscheider B t d o ~ and Oskar Hup- pert esterification of unsyrnmetrical di- and poly-basic acids. XXVI.Es- terification of metliyl anliuoterepli- thalic wid A. i 464. Wegscheider Rudolf and Noc L. Miiller esterification of nnsymmetri- cal di- and poly-basic acids. XSVII. Acid esters of iiitrohemipinic acid A. i 771. Wegscheider Rudo!f and Hermnnn Suida terephthalaldehyde and tercph- thalaldehydic acid A. i 976. Weichardt Wolfga?tg and H. Stotter expired air. 11.) A. ii 571. Weidenhanpt 0. Sre Nax Biegfkied. Weigand Cl~ristian measurements in the spectrum of molybdenum from ~ = 4 6 4 7 to h=7134 A. ii 878. Weigert F~itz mercury lamp for qiian- titative pho tochemical investigations in the ultraviolet A ii 714. chemical action of light. VII. De- composition of ozone in ultraviolet light A.ii 715. kinetics of photochemical reactions A. ii 880. Weigert Fritz and B. saveann re- tardation of photochemical reactions by oxygen A ii 1120. Weigh Otis M. See J. N. Pearce. Weil Arthur. See End Abderhalden. Weil F. See Alexandey Tschirch. Weil Fried~icli Josg. See Heinrich Weiland Qerhard. See Ludwig Wolff. Weiland WaZter carbamido-acid for- mation A. ii 278. Weimarn P. P. von dispervoid chemistry of cellulose A. i 679. systematics of the aggregated states of matter A. ii 142. electrical conductivity of metals and alloys from the standpoint of dis- persoid chemistry A. ii 418. a more exact definition of colloidal systems and the classification of colloids in general. A. ii 439. ultra-microscopic structure of gelatin- ous precipitates and of jellies A.ii 439. history of colloid chemistry A. ii 912. Wieland.INDEX OF AUTHORS. ii. 1373 Weinland Erxsl. See Hans Reuss. Weinland Budolf Fyiedrich and Kar1 Binder the red coloration produced in the ferric chloride reaction with catechol in alkaline solution. I . A. i 184. the ferric chloritle reaction with catechol. 11. Violet-iroir catecliol compounds A. i 445. iron compounds of phenols. 111. Iron guaiacol derivatives A. i 850. Weinland Rudolf F~+d~ich and Emst Buttner green ant1 violet complex chromic acetates A. i 530. Weinland Rudolf Frirrlrich and AZf~ct2 Herz fertic benzoxtes A. i 854. Weintraub Ezechic? propertivs ail([ preiiaration of boron A. ii 43. Weisberg J d i z ~ ~ siigar solutions and lime A. i 608. Weise J. See Arthur Fischer. Weiser Slcphait the calcium magnes- ium pho~phorw and nitrogen me- taholiani ot’ the growing pig A.ii 1067. Weisman Charles the Rardach test for proteins A. ii 1220. Weiss Fr. See Allrrecht Hoseel. Weisa Ludwig aiid Waldciiinr Traut- mann the analysis of ferrozirconium A. ii 495. Weies Pz‘crrc and Otto Bloch inagneti- sation of nickel cobalt an(l of‘ alloys of nickel and cobalt A. ii 17. Weiss R. Sce Rudolf Lesser. Weissel Leopold. See R ~ g o Kauffmann. Webeenberg Rudolf. See Kad Bmi- hard Lehmann. Weiesenberger Gco~g o-ni trodialkyln- nilines A i 690. Weisser Fraw estimation of ash in coals A. ii 810. Weiaemann Leon liberation of electric- ally charged particles from an incan- descent platinum mire dut,ing the catalysis of electrolytic gas (hydrogen and oxygen) A.ii 412. Weieemann Leon. See also Fran Qoldsohmidt. Weisepfenning Q. See Theador Zincke. Weisewange W. See F. E. Nott- Weitz R. See Gcorges Patein. Weiteel K. See Eberhard Rimbach. Weitzenbock Bichard and Hans Lieb new Mynthesis of clirysenc A. i 547. Weizmann Charles Harold Daviea and Henry Stephen condensation of acid chlorides with the ethyl esters of (a) cyanoacetic acid ( b ) malonic acid and (c) acetoacetic acid ; preliminary note P. 103. bohm. Weizmann Charles. See also Harold Davies Arthicr Hopwood and Henry Stephen. Weizsacker Yiktor work and gaseous exchange in the frog’s heart. 11. Action of cyanide A. ii 952. work and gaseous metabolism in the frog’s heart A. ii 1193. Welker 1f’ilZiam tT. See ~oi6isHuasakof. Wellisch E. M . and Howard L. Bron- aon tlie distribution of the active drposit of radium in ail electric field A.ii 521. Wells Hnrry Gidcow the purines and purine eirzymes of tumoors A. ii 371. Wells l i o ~ a c c Lemuel a colonr effect of isamorphous mixture A ii 240. Welter Otto A . nephrite occurrences in the Alps and in the Frankenwald A. ii 175. Wen CILiiig Fu and Edward F. Kern the erect of organic and inorganic “ addition agents ” on the electro- deposition of copper from eIectrolytes containing arsenic A ii 555. Wendt C. investigation of mercury liiirs ; structure ; changes in the lines and sliectrum on dilution of the metal vapour; Zeeman effect in weak and strong fields A. ii 313. Wendt C. Wenger G. and Hector B. Alvarez reduction of solutions of potassium peimanganate by tlie alternate current A ii 624.Wenger Pnul and D. Midhat reduction of potassium dichromate in solution by alternating currents A. ii 1038. Wenger T. See Max Wunder. Wenk Walter. See Fritz Fichter. Werner AIfred the asymlnetric cobalt atom. III. IV. and V. A. i 10 166. optically-active compounds of cobalt and chromium A. i 96. mirror image isomerism with iron compounds A. i 298. mirror image isomerism with chromium compomds. 11. and III. A. i 417 938. mirror iniage isomerisin with rhodium compounds. I. A. i 418. metallic compounds with molecular asymmetry A. ii 822. Werner Ayred W. E. Boee R. Boas- herd L. Cohn L. Gerb N. Goslings R. Hartmuth K. A. Lange Q. Lin- denberg X. Lorie #arie Pokrowsks Jos. Rapiport C. Bix R. Samanek and R. Schmidt stereoisomeric cobalt cvmpoiinds A. i 74.See also Johannes Stark.ii. 1374 INDEX OF AUTHORS. White George R. electrolytic corrosion of somemetals A. ii 16. Whit ele y R(Zward. See .Be nju ?n i,i Moore. Whitney Dmid D. the relative toxicity of methyl and ethyl alcohols as de- termined by the rate of reproduction in Hydat inn sentn A. ii 968. Whittemore C. F. arid Chccrles James quantitative estimation of yttrium A. ii 690. Whittemore C. F. See also C‘l~nrles James aiid Clinrles Lathrop Parsons. Whittier A . C. cstiniatioit of‘ inorganic phosphorus in animal tissues A. ii 90. Whytlaw-Gray Robcrt,and (Sir) WiZZimi Ramsay atomic weight of radium A. ii 413. Whytlaw-Gray hbert. See also Annk Playfciiy Burt and Hubert Sfafo.iul Patterson. Wichmann Arthur resin balsam of Piims cambodgin?ia A. i 883. Wickdorff H.IIess V O ~ L pickeriiigite from Thuringia A. ii 266. Widakowich Viktor. See PeZix Beach. Widmer Max. See Siegmmui Reich. Widmer R. See Adolf Kanfmann Wiebelitz H. estimation of morphine in opium A ii 106. Wiechowski SiegfTietZ simple apparatus for layering two miscible liquids of tlifferent densities A. ii 1140. Wiechowski lVi7hcIt1L. See Eric?/ ?‘on Knaffl-Lenz. Wiedemann Bilhttrtl Iiistory of alchemy A. ii 547. Wiedemann 11. K. SPH EJi/,i S ’ c l ~ t m London. Wiedmann QebJLctrtZ the arc spectrum of mercury in the visible and red rcgioiis A. ii 377. Kiegner Qeorg excliange of bases i n the soil A. ii 677 981. Niegner Qeoq. See also S. Gtwf Rost- worowski. Nieland HcitwicJt Ilydroqenation and c?ehydrogenation A. i 247. ditertiary hydwzines and bivalent nitrogen A.i 902. niechani~m of oxidation processes A i 944. observations on the 113 drogenation of aromatic compounds A. i 956. the catalytic change of sulphur di- oxide into sulphuric acid A. ii 343. combustion of carbon monoxide A. ii 347. Wieland ETeinI-iclL and Artw Baumann fulminic acid. VI. Polymeric fulminic acids A. i 838. Werner Emil AZpltome the interactioi of iodine and thiocarbamide ; t h properties of formamidine disulphitl and its salts T. 2166 ; P. 240. tlie action of nitrous acid on tliio carbaniide and on formamidii~ disulphide; a new structural formil; for thiocarbamide T. 2180 ; 1’. 241 the interaction of azoimide and nitrou acid ; preliminary note P. 257. Werner Emil Alphnse. See also Wil lium Ri?igrosu Gelston Atkins. Werner Fraw F. detection o f zinc A.ii 687. Wertenstein Louis ionisation by radio active recoil products A. ii 222. the absorption of radioactive pro jections (recoil products) and tlit ionisation produced by them A. ii 887. Wertenetein Lm~is. See also B. Biann. Weaener J. A . and George I;. Teller ageing of flour and its effect on digestion A. ii 657. West Fraitklin I;. See Herbert Ncwb McCoy. Weetphal W. See J. Franck. Wetter Otto. See Sieymmd Reich. Wewer Hermanw. See Theodor Curtins. Weyl 0. See Max Le Blanc. Wheeler Alvin Sawger transformation of ammonium cyanate into carb- amide A. i 751. new thermometers for melting-point determinations A ii 932. Wheeler Richard Vernon. See TJLO~CLS Fred Eric Bhesd. Wheldale (Miss) Muriel formation of anthocyanin A. ii 80. Wheldale (Hiss) Murid.See also Maximilian Nierenstein. Wherry Edyirr T. a new occiirrence of carnotite A ii 774. White Cliarlcs Henry colorimeter for rapid work with widely varying stand- ards A. ii 697. White George FrecZeric a new visco- meter A ii 22. n new viscometer and its application to viscosity measurement of blood and Berum A. ii 61. White George Frcderic and 1Villicm Crosier comparative proteolysis ex- periments with trypsin A. ii 62. White George Frederic and Adrian Thomas absorption of metallic salts by fish in their natural habitat. I. Absorption of copper by F~urtliiltis heteroclitus A . ii 576. White Qeorge Frederic. See also h’uycw C. Bingham.INDEX OF AUTHORS. ii. 1375 Wieland Heinrich and Hans Fressel aromatic hydrazines. XI. Dissocia- tion of tetrazens A. i 903.Wieland Heinrich and 1 1 ~ 7 ~ 9 Lecher aroniatic hydrazines. XII. Dis- sociation of tetra-arylhydrazines and of dinrylnitrosoamines A. i 904. ditertiary hydrazines. XV. Tetra- nnisglhydrazine A. i 9 0 i . Wieland Heinrich and Alexander Roseeu cliphenylliydroxylamine A. i 253. Wieland Hcinricl~ A Zexnnder Roseen an? S. Qambarjam aromatic hydr- azines. XIV. Nitration of tetra- phen ylhydrazine ; cyanonrylhydr- oxylamines A. i 906. Wieland Heinricli A . Biisser and l f ~ m Fressel aromatic hydrazines. XIII. Some new ditertiary hydrazines and tetrazens of the aromatic series A i 905. Wieland Heinrich and Friedrich Josef Weil cholic acid. Wieland Bernrai~n etiology of beri- beri. I. The phosphorus content of aiiinials ill from nutrition defects A. ii 962. Wien ltrilhehz positive rays A. ii 1031.Wiener h%rl the existence of a proteo- lytic ferment and the detection of aniino-acids in exudates A. ii 665. Wiener Karl. See also EJim Se?neli London and Alfred Schittenhelm. Wiesel Builou. See Otto Warburg. Wiesner J. von chemical constitution of the latex of Eupiwrbin species ; re- lation between chemical constitution and systematic classification of plants A. ii 674. Wightman E. P. and H ~ I * I ~ C l a y Jones. conductivity and dissociation of certairi organic acids a t 3.5") 60° and 65" A . ii 1035. Wilenko G'. Q. the influence of adreii- dine 011 the respiratory quotient and its niode of action A. ii 789. I. A. i 830. Wilke K. See Osciir Piloty. Wilke-Dorfurt Ernst a spectroscopic niethod for the estimation of small quantities of rubidium in presence of much potassium A.ii 686. estimation of potassium in potassium silicate A. ii 1211. Wilke-Dorfurt Ernst and Gerhard Eeyne double salts of rubidium and cajsium chlorides with ferrous chloride A. ii 554. Wilke-Dorfurt Ernst. See also Richard Zsigmondy. Wilkie Johib MattJwzn the action of iodine on phenols. 11. The catalytic decomposition of tri-iodophenol A i 346. Wilke William Arthur liqinnld the absorption of the halogens by dry slaked lime T. 366. Wilks William Arthzcr Beqinald. Seo also fleiiry John Horstninn Fenton. Willaman J. J. See Edioin Bt-et Hart. Willard Hobart If. preparation of per- cliloric acid A. ii 1163. Willett (Miss) Winifred Isabel. See John Theodore Hewitt. Willgerodt [Reinrich] Conrad [C?iriSt- oph] and Kkr2 Burkhard iodokc tones aiid their derivatives with uni- and with mnlti-valent iodine A.i 630. Willgerodt Conrad and Max Jahn 6-iodo-l-methyl-3-ethylbenzene and its derivatives containing multivalcnt iodine A . i 21. Willgerodt Conrad and Max Klinger iodothio-ethers iodosulphones iodo- sulphonic esters and their derivatives with multivalent iodine A. i 255. Willgerodt Conrad and Robert Meyer 5-iodo-4-cumene and its derivatives A. i 22. Willgerodt C o ~ ~ r ~ i d ilnd A l c u Plocksties iodosulpliones and their derivatives with niultivalont iodiiie A. i 256. Willgerodt Conrcid and Alrxis Ucke 11-iodobenzaldehyde and *derivatives with uni- and multi-valent iodine A i 774. Willheim h'ohrt. See A.icdr.itA Ober- mayer. Williams Horntio B. animal calori- metry. I. A small respiration cnlori- meter A .ii 1184. Williams Horatio B. J. A . Riche and CrahutrL Lusk the hourly chemical and energy transformations in the dog after an abundant ineat diet A. ii 270. animal calorimetry. I I. Metabolism of the clog following the indigestioii of meat in large quantities A. ii 1189. Williams 11. Eai*,rest the preparation of ferrous chloride by the electrolysis of an ethereal solution of ferric chloride A. ii 914. Williams Herbert Ermst some hydrogen estimation of ferrocyanides A. ii Williams He.r*bert GouWing a new method for the estimRtion of hypo- chlorites P.. 327. ferrocyanides P. 317. $04.i. 1376 INDEX OF AUTHORS. Williams Katherine I. cooking and conipsition of some English fish A. ii 70. Williame R. H. Williamr R. A!. See Hurry Urakc Qibbe.Willisma Thomas and Johib Joseph Sudborough the hydrolysis and saponification of esters of saturated and unsaturated acids T. 412 ; P. 41. Willstiitter Richard [Martin] and Yaszthiko Asahha chlorophyll. XVIII. Reduction of chlorophyll A. i 41. liaemopyrrole A. i 127. Willstiitter Xichard and Heinrich H. Eecher lutein from yolk of egg A. i 125. Willstiitter,. Richard and D a d Hatt conversion of cgclohexane into benzene A. i 544. hydrogenation of aromatic compounds by means of platinum and hydrogen A. i 545. Willstiitter Richard Ernst Hug and E. P. Hedley scopolamiiie A. i 576. Willetatter Richard Max Ialer and h’. Hug chlorophyll. XX. The two components of chlorophyll A. i 710. Willstiitter Richard and Antmiio Ibsdinaveitia estimation of glycerol in fats A ii 1104.Willstatter Richard. and Arthur Stoll. See A. D. Emmett Chloropl&ll. XIX. Cl~lorophyllides; A. i 285. Willstiitter Ilkhard Arthur Btoll and Max Utcinger chlorophyll. XVII. Absorption spectra of the components and of the primary derivatives of chlorophyll A. i 40. Willstiitter Richard and Zrmt Waser the cyclooctane series. V. cyclo- Octatetraene A. i 17. Wilson Alemiider. See William Poyter Dreaper. Wilson Forsyth Jam?. See Isidor Morris Heilbron. Wilron Frederick Percra cell stimula- tion by prolonged ingestion of alkaline saIts A. ii 2i7. Wileon Harold Albert the relation be- tween the ranges of a-particles and the periods of transformation of radio-active snbstances A. ii 617. diffusion of alkali salt vapours in flames A. ii 744. Wileon J a m W. and Charles Dickson a rapid gravimetricinethod of standard- ising vaccines A.ii 708. Wilron Leonard P. extractionapparatus A. ii 341. Wilson Leonard P. and G . S. Heaven new oxygen absorption method for oils A. ii 815. Wileon W. the 8-particlcs reflected by sheets of matter of diflerent thick- nesses A. ii 887. the absorption and reflexion of homogeneous 8-particles A. ii 1023. Windaus AdoZf the behaviour of some degradation products of cholesterol on heating A. i 449. cholesterol. XV. New degradation products of cholesterol A. i 854. See Lucien Louis du Koninck. Winiwarter E. von. Winkler H. See Heiiirich Ley. Winmill Thomas Field asymmetric quaternary arsonium compounds and their attempted resolution T. 718 ; P. 93. Winmill Thomas Field. See also Tom Sidney Moore and 1Villiant Jackson Pope. Winninghoff W. J.See Wi!ZinnL D. Harkins. Winter Justin gastric acidity A. ii 2iO. Winterstein Ernst and E. Blau saponins A. i 39. Winterstein E’riut and C. Renter the nitrogenous constituents of higher fungi A. ii 1204. Wintgen Robert conductivity and ionic concent,ration in mixtures of molgbdic acid with organic acids A. ii 321. Winther Chr. theory of colour sensitive- electric light accumulator A. ii 318. direct and iiirlirect light reactions A. ii 510. the reduction of mercuric salt by ferrous salt and light A. ii 511. Wireing A. Pce Kurt Brand. Wirth Fritz the chemistry of thorium and the rare earths the solubility of the oxalates and of the sulphates in sulphuric acid A. ii 766. the preparation of pure thoria from monazite sand by means of hypo- phosphoric acid A. ii 948. Wirth Fritz. Wirth P.[solutions of hydrogen cyaiiide and benzaldehyde] A i i02. Wirthle Ferdimmd detection of methyl detection and estimation of methyl Wise Archibakd. See Harold Hibbert. Wise Louis Elsberg. See Marston Taplor Bogert and J. R. ltippetoe. Wishart Mary B. See Gertrude Fisher. ness. II. A. ii 4. See also Otto Haaeer. alcohol A. ii 607. alcoliol A. ii 1002.ii. 1377 INDEX OF ILUTHORS. Wielicenus WiZhel?n isomerisni of ethyl formyl plien y lace t ate. I1 I. A. i 623. Wislicenus Wilhelm and Hcrmnn?~ Qoz conversion of the nitro- into the keto-grouii A. i 52. Wislicenus Il'ilhelm and Otto Penndorf the ethyl ester of naphthalic acid A. i 463. Withers J o l ~ n Cl~arles. See MarlilL O?ESh?O Forster mid ICrilltelm Xanchot. Witt Felix N. o-nminoazobenzene A. i 921. Witt Otto n'ikolnus and Eduarcl Kopetechni derivatives of' azobenzene A.i 517. Wittorf ATicolaus N. von first crystal- lisatioii atid subsequent physico- chemical trniisformations in iron- carbori nlldys containing more than 4 % of carbon A . ii 259. Witzemann Edgar J. See William L?09d Evans. Wlodeck Jofiaiin on volatilisation of nriiriionia and changcs of' aminonia in soils A. ii 85. Wlodeck Johnnn TO^. See also 06lo Lemmermann. Wohler Lothur silver flnoride and silver snbfluoride A. ii 11 69. Wohlk. A?fred new reaction for tar constitnents (pyritline) in amnioni,i arid ammonium salts A. ii 704. Woelfel AZhert the place of retention or reconjogition of t l i e amino-acids in the body A. ii 274. Wogrinz A !fred aiid Jul~an?i Kittel estirnntion of boric acid i i i nickel plating baths A. ii 601. Wohl A!frcd and I ~ L I L O Yylo tartardi- preparation of acraldehyde A.i 67;l. Wohlgemuth Julius takadiastase A . 1 hnrnan pancreatic juice. VI. A. ii [the relationship between the pancreas Wojciechowski Adolf von. See Karl Bernhard Lehmann. Wolf Charles George Lewis creatinc and creatinine metabolism A. ii 270. Wolf Clinrles George Lewis and Emil Osterberg the time of ex- cretion of nitrogen sulphar and carbon after ingestion of proteins and their hydrolysis products. I. The time of excretion after protein ingestion. 11. The time of excretion after ingestion of the degradation pro- dncts A. ii 551. aldehyde A . i 161. 402. 460 959. and suprare~ials] A. ii 959. Wolf Charlev George Lewis ahd Emil Osterberg,. the time of secretion of nitrogen carbon sulphur and phos- phorus after ingestion of Iiroteins and their hydrolysis products.11. Ex- periments on the dog A. ii 664. Wolf Charles George Lewis. See also E. Grafe. Wolf Max. See Franz Fischer. Wolff Albert preparation of solutions of nluinininm mid chromiuiii formatcs A. i 408. Wolff Julcs exciting action of alkalis especially ammonia on peroxydases A. i 817. new properties of peroxydases and their behaviour in the absence of peroxides A. i 928. Wolff John Eliot a new clilorite from Northern Wyoming A. ii 1181. Wolff Ludwig and G'. K. Qrau atldi- tion of phenylazoimide to qninonrs A. i 1034. Wolff L?idtt&y 1:. Grenlich and R. Kriiche diazoaiiliytlrides (1 :2:3-oxa- dinzoles or diazo-oxicles) and diazo- ketoiies A. i 1028. Wolff Ludwig and F. Kolasius be- haviour of phenylazoimide with aniline and with p-toliiidine A.i 1028. Wolff Ludwig Hans Hayen E. Xolte E. Thielepape and Gerhard Weiland replacement of oxygen in ketoncs and aldehydes by hydrogen A. i 988. Wolff Ottoniar the U. -V. filter-lamp as a valuable aid in determining the purity of chemical products A. ii 388. luminescence analysis A. ii 878. Wolff Saloinon. See Arllmr George Green. Wolffenstein Richard preparation of acetonechloroform acetylsalic~late [o- acetoxybenzoate] A. i 556 768. Wollemann J. See Walthcr Borsche. Wologdine L. See D. TschernobBeff. Wolter Ludtoig some reactions and compounds of tin tetrafluoride A. ii 262. Wood Arthur XamzLel. See Frank George Pope. Wood Robert Willia71w radiant emission magneto-optical effects in chlorine and resonance spectra of iodine by multi- Woodcock Reginald C. See Cl~arles Thmnm Kingsett.Woodhead Arthw EdmuntE. See Arthwr Gewge Green. from the spark A. ii 114. iodine A . ii 325. plex excitation A. ii 1018.ii. 1378 INDEX OF AUTHORS. Woodruff Loramllr Loss and George AIfred Baiteell tlte temperature co- efficietit ol' the rate of reproduc- tion of P(trnnmciuiti nwclin A. ii 58. Woringer Picm tlic (*omposition of Prussian blue A. i 170. Woringer Picrlx!. See also 7Yilhelm Manchot. Worley Frctlrr-ick Pdliscr. See Aclriai~ Johit Brown. Woroshzoff N. the fastness to light of Iiydroxyazo-ronipounds ; sonit* deriva- tives of a-~ncthoxynaphtlialencs A. i 145. Woroshzoff AT. Scc also Pnul Fried- lander. Woudetra If. lJ7. See IVillciii PUZLI~ILIIS Jorissen. Wourtzel XqitLc!. atomic wiglit of nitrogen A. 11 248. density and compressibility of nitrosyl chloride A. ii 813.syilthcsis of nitrosyl chloride gas arid thc atomicweight of chlorine A. ii 934. Wourtzel Eugine. See also Philippc A~cgiistc Guye. Woytazeck C d a new drying apparatus A ii 445. Wozelka Hcrmann. See Adolf Franke. Wright Fredcric Eiiye?w. See Gcoryc A . Rankin. Wright Robert molecular-weigh t determinations from the relative lowering of the vapour pressure of ethereal solutions P. 96. Wright Eobcrl. Scc also Alcxaiule~ Killcii Macbeth. Wright W. G. See Wdcr Brcrclford Cannon. Wurtz Ad. the distribution of phos- phoric acid between urine and faxes A. ii 1194. Wustenfeld Hciiirich. See Karl Schaum. Wunder . Max and B. Jeanneret scparation of zirconium from iron and aluminium and the analysis of ferro- zirconium A. ii 96. Wunder Max and A . Schapiro fuvioii of certain rare earths with sodium carbonate and the separation of tungsten from iron glucinum and aluminium A.ii 1097. Wunder Nnx and A . Stoicoff volu- metric estiniatiori of iron in alloys with potassium perrnanganate in phos- phoric acid solution A. ii 1215. Wunder Max and V. Thuringer sellaration of uickel and palladium by dimethylglyoxime A ii 691. Wunder A l m mid V. Thuringer action of dinictltylglyoxirne 011 platinunit A ii 1102. Wunder Max and T. Wenger separa- tion of gluciniun froiii ahitninium [iron ehromiun~] A ii 687. Wunder Jim. See also Louis Duparc. Wurmser &c/I&. Scc Jcotm Bielecki and Viclor Henri. Wuyta lienri dcliydration of alcollols by means of sulphonic acids and thc influence of phenols ou this itaction A. i 598. Y. Yllner C A . chemistry.of the wood dextrins A. i 163.Yoshikawa Juiizi influcnce of phlor- idzin 011 tlic distributioii of nitrogcn iu the urine of starved rabbits A. ii 71. Yoshimura Kiphisa betaines of nipecotinic acid and of pipccolic acid A. i 497. the organic bases in the flesh of wild rabbits A. ii 66. Yoshimura Kiyohisn mid Georg Trier tlic occurrence of betaiiies in tlic vegetable kiiigdom A. ii 478. Young Charles Bobert optically active derivatives of l-methoxy- and d-di- methoxy-succinic acids ; preliminary note P. 143. Young J. See David Bpence. Young CVillian~ John. See Arlhiir Harden. 2. Zach Kw?. See Emil Fischer. Zak Emil coagulatiori of l)lood A. ii 1065. Zaleaka-Mazurkiewicz XuJa arid A u- yusti?z Bistrzycki synthesis of WW- d i pl t enyl-1 4 -naph t h aquinome thane (p-naphtliafuchsone) and of allied compounds A . i 467.Zaleski W riictabolism in ripening seeds A.,'h 194. Zaleski W. a i d Elisabcth Marx tlie action of phosphates 011 the yost- iiiortal respiration of plants A. ii 975. Zaleski W. and A. Reidiard alcohol consumptiori in the rcspiratioii of plants A. ii 3 6 .INDEX OF AUTHORS. ii. 1379 Zaleski lV. and X . Tutorski tlie artificial nutrition of seedliugs A. ii 9i4. Zambonini Farrmio identity of baeuni- lerite with chlorocalcite A. ii 652. Zambonini T. See Giiwype Plancher. Zanda Giova?mi Rattista the influence of various alkaloids on the calmcity of tlie liver for the formation of urea. ia vitro A. ii 280. Zanetti JompiiL E. action of osyclilor- ides of silicon on sodiuiri salts of fatty acids A. i 935. Zangger Ar. ]I. new and simple method for determining the Avogadro number A.ii 22 Zaribnicky Frnx chemical coniposition the fat of the smegii~a of the horse Zbijewaki. See Joscf Buraczewski. Zdobnicky Wexcl. See Julius Stok- laaa. Zehenter Joscf o-hydrox ytolylsulphone X. i 444. Zeidler F~it:. See ArtJmr Michael and Robcrt Pahorr. Zeiael Simo?~ forniation of cork A. i 237. Zelinskp Nicolai D. absorption of ultra- violet liglit by radioactive elements and the degradation products of these elements A. ii 524. Zelineky Nicolni D.,and M. N. Ujedin- off l:2-dimetliylcyclopropane A. i 16. Zellner J~cZ~ZCS cheniistry of the higher fungi. VII. Hypholouia fasciculnrc A. ii 195. clieniistry of tlie higher fungi. VIII. Wheat rust ; (Tillelia Zevis and T. trit&i) A. ii 196. Zemplh Gka the distribution of urease in the higher plants A. ii 674. Zengelia Constanlii~ some lecture ex- yerinients A.ii 246. Zenneck J. the decomljosition of nitro- gen peroxide in the clectrical glow A. ii 16. Zenneck J. and B. Strasaer deconi- position of nitrogen I’eroside in the electrical glow A . ii 12i. Zenovici (Mllc. ) 3’JiLodosic. See Ste‘- phiwe Minovici. Zerbea Gcorg electrolytic rednction of difficultly reducible organic substances a t thallium cathodes A. ii 1038. Zerewitinoff Th. estimation of active hydrogen in organic compouids by inagnesinm methyl iodide A. i 841. of liorse lymph A. ii 573. A. ii 961. Ziegler Hugo. See Otto Fischer. Zieglwallner F. See H. Erhard. Ziem Xax. See Ernst Deusren. Zieren A . See David Reichenstein. Zimmer Otto viscosity of ethylene and carbon monoxide and its variation a t low temperatures A. ii 627. Zimmermann Hc r ) ) L ~ L ? G .See A Zelcai ide r Herzfeld. Zimmermann A. See Max Sieg- fried. Zinberg S. estimation of copper in steels A. ii 299. Zincke [Ernst Carl] Theoclor trinitro- phenylpyridiniuni chloride A. i 303. constitution of the bromides of p-iso- propylphenol and 11-eec. -butylphe- nol A. i 443. sulphur aryl chlorides [aryl chlorotlii- oh] A. i 762. action of Iiitric acid on halogen de- rivatives of o-alkylphenols A. i 964. Zincke Tlbcodor and Fr. Farr sulphur o-nitrophenyl chloride [o-nitrochloro- thiolbenzene] and its transformation products A. i 763. Zincke Theodor and W. Oaebel con- densation products of m- a d p-cresol with acetone A i 442. Zincke Theodor and JV. Pfaffendorf tetracliloro-o-cresol and its coliver- sion into perchloroindone A. i 964. Zincke Theodor and HeinricJb Roll- hiiuaer 4-aniino-o-tolyl mercaptan A.i 549. Zincke Theodor and E’ran Schutz 4- amino-l-iiaphthyl mercaptan A. i Zincke Theoclor and 6. Weisapfenning 4 :6-dinitrophenyl-l:3-dipyridinium chloride and 4:6-dinitro-3-amino- pyridiniuin chloride A. i 302. action of hydrogen sulphide on di- nitrophenglpyridinium and dinitro- phenyldipyridinium chlorides A. i 302. Zinn J. B. See HcbrmolL XortJhrop Morse. Zinke Gzistccv experimental investiga- tion of some metasilicates A. ii 359. Zipfel IJZL~O indole reaction A. ii 793. Zorin. See Nicolni N. Ljubavin. Zortman Israel Hynian. See Arlhzw Hantzach. Zsigmondy Richard and Wilhelm Bachmann jellies ultramicroscopic study of soap solutions and jellies A. ii 1149. 257 348.ii. 1:380 INDEX OF AUTHORS. Zsigmondy Hicktrd Il'ilhch Bach- mann mid (Miss) H i z a b e t h Findlny Stevenson apparatus for determilling the vapour-pressure isotheriiials of the gel of silicic wid A ii 641.Zeigmondy RiciLard f l m s t Wilke-Dor- furt and A . von Galecki ap;)lication of' ultratiltratiori t o analytical chclli- istry A. ii 382. Zuckmayer F. the uptake and value of calciiim niid phosphoric acid in the intestine A. ii 1069 Zuntz Nathn7t an explanation of Chan- veaii's experimerital results wliich indicate the diminished value of fats as compared with carbohydrates as source of energy in 1niiscu;ar work A . ii 1069. Zunz Zdgarcl amonnt of aliphatic amino-nitrogen iii the blood of marn- mals arid its proteoclastic power A ii 851. Zurkowski B. See Lt?on Marchlewaki. Zwicky K. See Emil Boashard.

ISSN:0368-1769    

DOI:10.1039/CA9120206221

出版商:RSC    

年代:1912

数据来源: RSC

摘要:

INDEX OF SUBJECTS. formation of in the fermentation of TRANSACTIONS PROCEEDINGS AND ABSTRAUTS. 1912. (Marked T. P. and A. i and A. ii respectively.) I A. Abhs cephalonku constituents of oleo- resin from (EMMANUEL) A. i 372. Abeorption selective (ABDERHALDEN) dependence of on surface tension Absorptive power influence of un- saturated centres on (MACBETH STE- WART and WRIGHT) T. 599 ; P. 71. Aceanthrenequinone a- and 8-chloro- and 1:5- and l:8-dichloro- (LIEBER- YANN and BUTESCU) A. i 467. Acenaphthene monohalogen derivatives Of (CROMPTON and WALKER) T. 958 ; P. 127. Acenaphthene chloro- oxidation of with chromic acid (CROMPTON and SMYTHE) P. 194. Acenaphtheneqninone chloro- and its derivatives (CROMPTON and SYYTEE) P. 194. Acenaphthenesnlphonic acid and its sodium salt (REICH WETTER and WIDMER) A.i 959. Acenaphthenonaldehyde ( KALLE & Co.) A. i 777. Acenaphthylene photochemical changes of (DZIEWONSKI RAPALSKI and LEY- KO) A. i 844. Acetaldehyde formation of in fermenta- tion (NEUBERG and KERB) A. ii 973. A. i 521. (CHRISTOFF) A. ii 435. Acetaldehyde estimation of in paralde- See also Paracetaldehyde. Acetaldoxime trichloro- stereoisomerism of (PALAZZO) A. i 946. cycZoAcetalr synthesis of ( BLAISE) A. i 236. Acetanilide o-chloro-N-nitroso-( FIscHER and NEBER) A. i 438. 1-Acetenylthiolanthraquinone and its silver derivative (GATTERMANN) A. i 1003. 2-Auetenylthiolanthraquinone (GATTER- YANN) A. i 1004. Acetio acid measurement of the ion- isation of by the hydrogen elec- trode (LOOMIS and ACREE) A. ii 125. electrical conductivity of solutions of alkali acetates in (HOPFGAHTNER) A.ii 320. dissociation of the vapour of (HOL- LAND) A. ii 436. density of (BOUSFIELD and LOWRY) P. 72. as an ebulIioscopic solvent (BECK- MA” HARING HANSLIAN and v. BOSSE) A. ii 331. action of phosphorus trichloride on (BROOEB) A. i 332. barium salt reaction between alumin- ium sulphate and (SACHER) A i 161. cadmium cerium chromic cobalt cupric ferric magnesium and man- ganic salts (SPATH) A. i 408. mercuric salt action of on molasses (STOLTZENBERG) A i 397. a8B-lribromoethyl ester ( MYLO) A i 335. cluytiavteryl and cluytyl eaters (TUTIN and CLEWER) T. 2226. hyde (RICHTER) A. ii 304. 91ii. 1382 INDEX OF SUBJECTS. Acedo acid ethyl ester influence of nitrogenous matter 011 the forma- tion of in alcoholic fermentation (KAYSER) A.ii 860. physical properties of (WADE and 246. influence of salts on the solubility of in water (LuND~N) A. ii 911. compounds of halogens and their hydrides with (MAass and McIN- TOSH) A i 825. substituted phenyl esters of (BRAZIER and MCCOMBIE) T. 972. Acetic acid amino- bromo- chloro- and iodo- phenyl eugenyl and guaiacyl esters (MANNICH and DKAUZBUR~) A i 848. bromo- sodium salt hydrolysis of (QENTER and WARD) T. 2534; P. 293. chloro- potassium salt velocity of reaction of aliphatic nmines with (MOORE,SOMERVELL,and DERRY) T. 2459 ; P. 278. choleateryl ester(D1ELs and STAMM) A. i 698. techloro- compounds of with di- methylpyrone (PLOTNIKOFF) A. i 792. ferric salt photochemical traiis- formations of (JAEGER) A. i 3. &nitro- ethyl ester (WAHL) A.i 333. nitrocyano- ethyl ester and its nietallic derivatives ( ULPIANI) A. i 340. thio- action of on cyanoguanidine (O!TRO~OVICH) A. i 320. dithio- (vwthyZcurbithionic acid) ethyl ester (HOUBEN and SCRULTZE) A. i 6. Aoetio acids substituted esterification Acetic anhydride preparation of pure and it3 properties (ORTON and JONES) T. 1720 ; P. 222. hydrolysis of (OHTON and JONES) T. 1708 ; P. 221 ; (PHILIP) P. 269. sodium oxide and water equilibrium in the system (DUNNINGHAM) T. 431 ; P. 16. action of on nitrates @PATH) A. i 403. Acetic anhydride bromo- (STEKNKOPF) A i 935. Aaetin chloro- (HEux) A. i 698. Ace toace tanilide p-am ino- andp-nitro- ( E’ARBWERKE VORM. M EISTEK LUCIUS j BRUNINO) A . i 759. MERRIMAN) T. 2429 2438 ; P. constants of (SUDBOROUGH and TURN- ER) T.237 ; P. 5. Acetoacetic acid ethyl ester spectro- chemistry and constitution of (HANTZSCH) A. ii 313 709. equilibrium isomerism of (AUivERs) A. ii 4 505. reduction of and of its derivatives (TAFEL and A N D R ~ ) A. i 234. reactions of amidines with (SCHESTA- KOFF and KAZAKOFF) A. i 1032. compounds of with hydroxy-carb- amide (MEYER) A i 423. formation of in perfusion experi- ments (OHTA) A. ii 1075. Acetoisoamylamide and its hydrochloride Acetobenzamide IiydrochIoride ( DEHN) Acetomethylanilide hydrochloride Aceto-a- and -&naphthalideel hgdro- Acetone electrochemistry of solutions i n (ROSHDESTWENSKY and LEWIS) T. 2094 ; P. 239. catalytic hydrogenation of (IPATIEFF and BALATSCHINSKY) A. i 7. catalytic action between iodine and (DAWSON and POWIS) T.1503; P. 159. action of alanine on the excretion of (FORSSNEH) A. ii 72. condensation products of with m- and p-cresol and their bromo- and chloro-derivatives (ZINCKE and GAEBEL) A. i 442. compounds of with halogens and their hydrides (MAASS and MCINTOSH) A. i 825. Acetone chloro- condensntion of with pheirols (LIPPMANN) A. i 861. dihydroxy- as an intermediate product of fernientation (SLATOR) A. i 162. the supposed formation of dnring fermentation and its detection (CHICK) A. ii 671. action of sodium hydroxide on (OPPENHEIMER) A. i 831. di-iodo- (WOLFF and GREULICH) A. i 1029. Acetonedicarboxylic acid ethyl ester condensation of with aldehydes ammonia and amincs ( PETRENKO- KKITSCHENKO) A. i 128. Acetonediethylmeroaptole com ounds of mercuric nitrate and chioricL wit11 (FICIITER and WENK) A i 424. Acetonedi.2:4:6-trimethylbenrylhydr- azone (CURTIUS and FRANZEN) A.i 309. (DEHN) A. i 834. A. i 833. (DEHN) A. i 834. chlorides of ( DEHN) A. i 834.INDEX OF SUBJECTS. ii. 1383 Acetoneoxalic acid. See Acetylpyruvic acid. Acetonephosphoric acid dihydroxy - barium salt and its osazone (LANG- HELD) A i 416. Acetone-a-qninolylhydrazone ( PERKIN and ROBINSON) P. 155. Acetonitrile nitro- ammonium salt (ULPIANI) A. i 340. 1 -Aoetonylthiolnaphthalene 4-ami no- acetyl derivative (ZINCRE andSCHUTz) A. i 258. Aceto-p-phenetidide amino- compound of cafieine with (CHEwscHE WERKE VORM. H. BYK) A. i 680. Acetophenone amino- a*-anisoyl w- chloro- and w-o- -m- and -p-nitro- benzoyl w-cinnamoyl w-a-naphthoyl and w-o- -m- and -p-toluoyl deriva- tives (LISTER and ROBINSON) T.1299 1301,1306 1309. w-chloro-5 -bromo-2-bydrox y - and 5 w - dichloro-f-hydroxy- ( KUNCKELL and FURSTENBERG) A. i 118. p-hydroxy- nitration of (POPE) P. 331. Aaetophenoneacetone semicarbazone of (FINZI) A. i 995. Aaetophenone-p-aniridil (REDDELIEN) A. i 364. Acetophenoneoxime p-nitro- (POSNER) A. i 455. Acetophenone-m- and -p-tolil (REDD- ELIEX) A. i 364. Acetopiperoneoxime (POSXER) A. i 456. Acetothienone action of hydrogen per- oxide on (LANFRY) A. i 717. Acetothiosalphuric acid sodium salt rate of formation of (KHAPIWIN) A. ii 926. Aceto-p-tolnidide 2-chloro- ( KUNCKELL and LILLIG) A. i 1027. y-Acetoxyacetoacetic acid a-cyano- ethyl ester (ANSCH~TZ) A. i 836. 5-Ace toxy-l-p-aminophenyl-3:4-di- me thylpyrazole ace t y 1 derivative ( FARBWEKKE VORM.MEISTEK LUCIUB & BRUKIKG) A.i 136. o-Acetoxyazobenzene m-amino- acetyl derivative (HEWITT and RATCLIFFE) T. 1767. l-p-Acetoxybenaeneazo-2-naphthol (CHARRIER and FERRERI) A. i 813. Acetoxybenzoic acid dibromo- (v. HEMMELMAYIC) A. i 977. o-Acetoxybenzoic acid,acetonechloroform ester (WOLFFENSTEIN) A. i 556 i 6 8 . menthyl ester (KONTOR CHEMISCIIER PRAPARATE ERNST ALEXANDER) A. i 556. Acetoxybenzyldeoxybenzoin (THIELE and RUGGLI) A i 867. Acetoxyisobntyric acid a-chloro- and its derivatives (BLAISE) A. i 606. a-Acetoxyisobatgric acid (AKSCHUTZ and MOTSCIIMANN) A. ii 1047. a- and 8-Acetoxybutyric acids (ANYCH- UTZ and MOTSCHMANN) A. ii 1047. 2-Acetoxy-2‘:4‘-diethoxy-5’-bromochal- kone dibromide (TAMBOR GUNSBERG KELLER CHASSCHY-HERZENBERG ROSENKNOPF and LICHENTENBAUM) A.i 44. 2-Acetoxy-2’:4’-diethoxyohalkone and 5-brorno- dibromide (TAMBOR GUNS- BERG KELLER CHANSCHY-HERZEN- BERG ROSENKNOPF and LICHENTES- BAUM) A. i 44. 4-Acetoxy-3:4-dimethoxyphenanthrene (PSCHORR DICKHAUSER and D’AVIS) A. i 720. l-Acetoxy-2:3-diphenylindene (THIELE and RUGGLI) A. i 867. l-8-Acetoxyethylthiolanthraquhone (GATTEKMANN) A. i 1003. l-Acetoxycyclohexyl methyl ketone oxime of (WALLACH and HAWORTH) A. i 569. Acetoxymercuri-o- -m- and -p-tolnidides (SCHRAUTH and SCHOELLER) A. 1 931. Acetoxymercuritoluidinoacetic acid ethyl ester (SCHRAUTH and SCHOEL- LER) A i 931. Acetoxynaphthathio$n (CHRISTOPHER a i d SMILES) T. 416. Acetoxynaphthaxanthone (DUTTA and WATSON) T. 1244; I?. 107. 3-Ace toxy-10-pheny1phenazoniam chloride l-amino- and its acetyl derivative (KEHRMANN and MASSLENI- KOFF) A.i 1034. a-Acetoxy 43-phenylpropionic acid ( ANS- cHU*rz and J~OTSCHMANN) A. ii 1047. 4-bcetyl-3-o- and -23-acetoxyphenyldihy- dro-24-benzoxazine- 1 -one ( E KELEY and DEAN) A. i 212. Ace tyl-d- alanyl- Z-lencine chloro- (ABDERHALDEN and FODOE) A. i 951. Acetylanthranilcarboxylic acid methyl ester (WEGSCHEIDER and FALTIS) A. i 463. Acetylanthranilic acid bromo- (FRIED- LASDER BILUCKNER and DEUTSCH) A i 318. 4-Acetyl-1 -i3-anthraqainonyl-3-methyl- pyrazolone (M~HLAU VIERTEL and KEIXER) A. i 705. Acetylation in ether solution (DEHN) A. i 833.ii. 1384 INDEX OF SUBJECTS. 2-Acetylbenzisooxazole 5-nitro- (BORSCHE and OPPENHEIMEP.) A. i 652. Acetylbutyric acid B-hydroxy- (Du- 3-Acetylcoumarin 7-bromo- and its oxime (LINCII) T.1763 ; P. 231. C-Acetyldimethyldihydroreeorcin and its derivatives (CHOSSLEY and RENOUF) T. 1529 ; P. 223. P-Acetyl-BB-dimethyl-~z-hexoic acid and its oxime (LESER) A. i 779. 6-Acetyl-68-dimethyl-n-hexoio acid ethyl ester (LESER) A. i 778. l-Acetyl-2:3-dimethylpyrrole-4-carbox- ylic acid ethyl ester (PILOTY and WILKE) A. i 899. Acetylene coinpound of cuproiis acetyl- ide sodium copper thiosulphate and (BHADUEI) A. i 597. additive compounds of with cuprous chloride (MANCHOT WITHERS and OLTROGCE) A. i 230. &chloride isomerism of (CHAVANNE) A. i 330. detection of (LLOREKS) A. ii 606. di-iodo- qreparation of and its re- action with organic sodio-derivatives (THOMPSON) P. 146. Acetylenic compounde (LESPIEAU) A. i 934. 6-Acetyl-2-ethoxydiphenyliodininm salts (WILLGERODT and BURKHAKD) A.i 630. l-Acetylgaaiacol 5-bromo- and 3- eliloro- (JoNA) A. i 761. 2-Acetylcyclohexanone and its deriva- tives (LESER) A. i 778. Acetylcyclohexantrione and its deriva- tives (HELLEI and KRETZSCHMAH) A i 274. 4-Acet yl-S-phydroxy-m-methoxy- phenyldihydro-24-benzoxazine- l-one (EKELEY and DEAN) A. i 212. 2-Acetylindandione metallic salts Of (HANTZSCH and OAJEWSKI) A. 1 871. Acetylindoxyl 6-bromo- (FRIEDLANDER BKUCKNEI~ and DEUTSCH) A. i 318. Acetyl-Z-leucine chloro- (ABDERHALDEN and FODOH) A. i 951. Acetyl-Z-lencyl-d-alanine chloro- (AB- Z-Acetylmalic acid hydrolysis of (HOLM- BERG) A. i 943. 6-Acetyl-2-methoxydiphenyliodininm hydroxide ancl its salts ( WILLGERODT and BUHKHARD) A. i 630. Acetylmethylaminoterephthalic acid methyl ester ( WEGYCHEIDER FALTIS BLACK and HUPPERT) A i 264.PONT) A. i 483. DERHALDEN and FODOR) A i 951. Acetylmethylcarbinol production of by bacteria (HARDEN and NORRIY) A. ii 282 471; (THOMPSON) A. ii 282. l-Acetyl-4-methylcoumarone 2-hydr- oxy- derivatives of (AUWERS) A. i 484. 4-Ace tyl- 1 -methyl-4- ethplcycZohexan - 3- one (LESEIL) A. i 778. a-Acetyl-B-methylglntaconic acid ethyl ester (BLAND and THORIJE) T. 1565. 3-Acetyl-l-methylindoxyl 6-bromo- (ETTIKGEK and FRIEDLANDER) A i 729. 4-Acetyl-6-methyl-l:2:3-oxadiazole (di- azoacetyZucetonc anhydride) ( WOLPF and GREULICH) A. i 1029. 3-Acetyl-4-methylpyridine-2(or 6)-carb- oxylic acid (MuhlM and BEKGELL) A. i 937. 3-Acetyl-4-methylpyridine-2:6-dicarb- oxylic acid (MUMM and BERGELL) A. i 936.2-Acetylmethylthiol-4-methyl-l:6-di- hydro-6-pyrimidone (JOHNSON and MORAN) A. i 914. 4-Acetyl-6-methyl- 1:2:3- triazole ( WOLFY and KRUCHE) A. i 1030. 4-Acetyl-3-wt- aiidp-nitrophenpldihydro- 24-benzoxazinee (EKELEY and DEAN) A.,i 212. a-Acetylphenylacetanilide ( WOLFF and GKEULICH) A. i 1029. 4-Acetyl-3-phenyldihydro-2:4-benzoxaz- ine-l-one (EKELEY and DEAS) A. i 211. l-Acetyl-3-phenyldioxindole ( KOHN and ~STEKSETZEI~) A. i 51. Acetylphoephoronr acid ( BKOOKS) A. i 332. 2-Acetylpyrrole azine of ( KNORR ancl HESS) A. i 900. Acetylpyrroles (KNORH and HESS) A. i 900. Acetylpyravic acid (acetmeoxalic acid) and its salts and derivatives (Mum[ and BEBQELL) A. ii 936. l-Acetyluposafranone ( KEHRMANY and MASSLENIKOPF) A. i 1033. Acetylsalicylic acid. See Acetoxy- benzoic acid.zc;-Acetylstyrene-?n-carboxyl~c acid (SIMONIS BOEHME and BENENSON) A. i 564. Aoetyltannin action of with alcoholic ammonia (NIERESSTEIN) A. i 290. C-Acetyltrimethyldihydroresorcin and its derivatives (CKOSSLEY and RE- N O ~ ) T. 1536 ; P. 223. 4- Acetyl- 1 :1:4- trimethylcycZohexan-3- one and its oxime (LESER) A. i 779.INDEX OF SUBJECTS. ii. 1385 3-Acetyl-2:4:6-trimethylpyrrole (FISCHER and BAKTHOLOMAUS) A i 384 ; (COLACICCHI) A. i 647. Acid C,H,O,S from maleic acid and sod- ium thiosnlphate and its derivatives (TANATAR and VOLJANSKY) A. i 941. C7HI4OZ barium salt from &methyl- C9H1202 from oxidation of terecamph- ene (ASCIIAN) A. i 367. C,H,,O from caryophyllene and its derivatives (SEMMLER and MAYER) A. i 121. C8H1,02 from oxidation of ketone C,,,H,,O and its derivatives (SEMBI- LER and MAYER) A.i 121. C,HI2O6 from camphenic acid and its salts and anhydride (HAWOP~TH and KIXG) T. 1980. C9HI4O3 from oxidation of tere- camphene (ASCHAN) A. i 367. C9HI6O2 from oxidation of ketone ClOHl,O and its derivatives (SEMMLER and MAYER) A. i 121. C,,H,,O from Cluytia sirnilis (TUTIN and CLEWER) T. 2223 ; P. 265. C,,H,,O from oxidation of sparteil- ene (MOUREU and VALEUR) A. i 210. CloH,O,N? from C11H,03N and hydr- iodic acid (TR~~GER and KROSEBERG) A i 896. CIIHgO:IN (-I- 2H20) from Oxidation of galipine sulphnte (TROGER and KROSEBERG) A. i 896. C,,H,O from c-hydroxy- ecyclohexyl- hexoic acid (WALLACH and Ow) A. i 568. C,nH1409 from oxidation of picrotoxin ( HARGER and CLARKE) A. i 1008. ClnHI60 from ethyl camphorylidene- cynnoncetate (FORSTER and WITH- ERS) T.1337. C,,H,O from tlic action of alkali on picrotin (HORRMAWN and SEYDEL) A. i 1009. CI7H,,O2 and its derivatives (RAMART- LUCAS) A. i 656. C,H,O and its salts and esters from the condensation product of acetone and p-crcsol (ZINCKE and GAEBEL) A. i 443. CmH,06 from benzylpyruvic acid (BOUGAULT) A. i 771. C,H,O,( -t- &H20) from the alkaline hydrolyeis of' a-hydroxy-y-phenyl- crotonamide ( BOUGAULT) A i 771. C,HI7O3N from the alkaline hydr- olysis of a-hydroxy-y-phenylcroton- amide (BOUGAULT) A. i 771. hcptan-(-01 (GUERBET) A. i 627. Acid CBH,O from a0-diphenyloctane and oxalyl chloride and its deriva- tives (v. BRAUN and DEUTSCH) A. i 688. CBHN03 and its semicarbazone from degradation products of cholesterol (WINDATJS) A.i 450. C,H,0gN2 from oxidation of bmcinol- one acetate and its dervativcs (LEUCHS and BREwsTER),iA. 1 211. CWH3806 and its sodium salt from degradation products of cholesterol C4aH7005 and its salts and derivatives extracted from birch trees (GRASSER) A. ii 593. Acids bases and salts ammonia system of (FRANKLIN) A. ii 451. dissociation fortnula for ( KENDALL) T. 1275 ; P. 158. relation between the strengths of and their activity (RABE and FPLLE) A. i 1014. ionisatioii in titration of bases and (FOLIN and FLANDERS) A. ii 634. catalytic action of (BREDIG MILLAIL and BRAUNE) A. ii 748 ; ( S N E w - LAOE) A ii 749. action of aqueous solutions of on olefines (MICHAEL and BRUNEL) A i 821. ingestion of after partial extirpation of the pancreas ( LABBJ~ and VIOLLE) A.ii 69. containing alcoholic hydroxyl basicity of (CALCAGNI) A i 935. carboxylic transformation of into keten-hydrates (MoHR) A. i 362. action of with benzenesulphon- amide (ROUILLEIL) A. i 584. complex mercury salts of' (FARBEN- FABRIKEN VORY. F. BAYER & Co.) A. i 754. mercury compounds of esters of (FARBENFABRIKEN VORY. F. BAYER & Co.) A. i 596. dibasic action of Grignard reagents on esters of (HEWITT and STEIKBERG) P. 140. fatty action of oxychlorides of silicon on sodium salts of (ZANETTI) A. i 935. separation of liquid and solid ( FACHINI and DORTA) A. i 532. bromimtion of (SMITH and LEW- COCK) A. i 826. constitution of the bimolecular cyanides of the (BARDROFF) A. i 762. constitution of complex metallic salts of (DUBSKY) A. i 675. (.WINDAU6) A.i 450.ii. 1386 INDEX OF SUBJECTS. Acids fatty glycerides of (BOMER and LIYPRICH) A. i 600. hremolytic power of (MCPHEDRAN) A. ii 371. estimation of the molecular weights of small quantities of (ARNOLD) A. ii 396. estimation of olein in (DUBOVITZ) A. ii 701. o-bromo- menthyl esters of (CHRIS- TOPHER and HILDITCH) T. 202. higher solubilities of the lead salts of in ether and petroleum (NEAVE) A. i 748. carbohydrate esters of (BLOOB) A. i 632 ; ii 365. optically active derivatives of (HILDITCH) T. 192. absorption of glycerides of (AR- GYRIS and FRANC) A ii 1069. substituted hydrolysis of esters of (DXUSHEL) A. i 599; ii 147; (DRUSHEL and DEAN) A. ii 927. unsaturated reduction of (FOKIN) A. ii 234. volatile detection and estimation of (EDELSTEIN and v.CSONKA) A. ii 872. halogen-substituted velocity of re- action of bases with (JOHANS~ON) A. ii 544. inorganic action of alkyloxides on esters of ( RABTSEVITSCH-ZUBKOV- R K ~ ) A. i 233. organic ionieation of (MICHAEL) A. ii 826. conductivity and dissociation of (WIGFITMAN and JONES) A. ii 1036 ; (SPRINGER and JONES) A. ii 1125. conductivity of in acetophenone solution (CREIGHTON) A. ii 1125. conductivity and ionic concentration in mixtures of molyhdic acid and (WINTGEN) A. ii 321. as catalysts (BIDDLE) A. ii 1048. cupric alkaline salts of (PICKERINO) T. 1614 ; P. 142. sodium salts influence of on hydr- olysis by alkali (SENTER and BULLE) T. 2528 ; P. 288. electrolysis of ( PETERGEN) A i 409. preparation of esters of cyclohex- anols and (SENDERENB and ABOULENC) A.i 694. compounds of with mercury salicyhte (KERB) A. i 932. saturated eeterification of (THOMAS and SUDBOROUOH) T. 817 Acids saturated hydrolysis of esters of (WILLIAMS and SUDBOROUGH) T. 412 ; P. 41. true and pseudo conductivity of in mixtures of acetone and water (SLUITER) A. ii 859. nnsaturnted relation between the iodine number and the structure of (PONZIO and GASTALDI) A. i 748. esterification of (THOMAS and Sun- BOROUGH) T. 317. hydrolysis of esters of (WIL1,IAm and SUD~OROUGH) T. 412 ; P. 41. unsymmetrical di- and poIy-basic esterification of (WEGSCHEIDER and A. i 463; (WEGSCHEIDER and HUPPERT) A. i 464. volatile formation of by yeast (OSTERWALDER) A. ii 475. etandardisation of without alkali solutions (KLINKERFUEB) A. 11 87. estimation of in oils and fats (LOEBELL) A.ii 211. estimation of in wines (REPITON KOCZIRZ) A. ii 211. Acid anhydrides. See Anhydrides. Acid chlorides action of on potassium nitrate (DIELS and OKADA) A i 3. condensation of with ethyl cyano- acetate malonate and acetoacetate (WEIZMANN DAVIES,and STEPHEN) P. 103. action of on ethyl diethoxyacetate (MYLO) A. i 4. fatty-aromatic action of aluminium chloride on (v. BRAUN and DEUTSCH) A. i 435. Acid diohloridee constitution of (OTT) A. i 828. absorption spectra and action with ammonia of (SCHEIBER and KNOTEE) A i 701. Aconitic acids chemistry of (BLAND and TRORPE) T. 1490; P. 131 195. Aconitine constitution of (BRADY) P. oxidation of and its permanganate action of on respiration (HARTUNG) toxicological detection of ( FUHNER) FALTI~ WEGSCHEIDERand BLACK) 289.(CARR) T. 2241; P. 253. A. ii 965. A. ii 106. A. i 527. A. i 677. Acraldehyde (OECHSNER DE CONINCK) preparation of (WOHL and MYLO),INDEX OI 11. YDY. I Acraldehyde a-bromo- reactions of (LESPIEAU) A. i 7. 8-hydroxy- coloiir and absorption of the dirosanilidines of (REITzENSTEIS and RONITSCH) A. i 662. Acraldehyde-2- -3- and -4-dileucanili- dines B-hydroxy- arid their salts (REITZRNSTEIS and BONITSCII) A. i 663. Acraldehyde-3- and -4-leucodianilidine B-hydroxy- hydrochlorides ( REITZEN- STEW and BOXITSCH) A. i 664. Acraldehyde-6-methyl-2-dileucotoluidi- dine B-hydroxy- (REITZENSTEIK and BONITSCH) A. i 663. Acraldehyde-6-methyl-3-dilencotoluidi- dine 8-liydroxy- (REITZENSTEIS and B~NITSCH) A. i 664. Acraldehyde-6 a and -6- methyl-4- dileuco- toluididines 8-hydroxy- and their salts (REITZENSTEIN and B~NITSCH) A.i 663. Acraldehyde-6-methyl-3-leucodi-p- tolui- didine B-hydroxy- hydrochloride (REITZENSTRIX and BOSITSCH) A. i 664. Acraldehyde-4-methyl-3-leacotolui~- dine B-hydroxy. (REITZEXSTEIN and B~NITRCH) A. i 663. Acridine action of on trypanosomes (LAVERAN and ROUDSKY) A. ii 75. Acridine 2:8-diamino- preparation and derivatives of and 2:a-dihydroxy- (BENDA) A i 651. Acridylpyronine ( PORAI-KOSCHITZ AUSCHKAP and AMALER) A. i 223. Actinium range of a-rays from (GEIGER and NUTTALL) A. ii 1022. emanation diffusion of (MCLENNAN) A. ii 889. and thorium emanation diffusion and transformation of (LESLIE) A ii 1032. solubility of in liquids and in charcoal (v. HEVESY) A. ii 117. detection of in minerals containing actinium (v.HEVESY) A. ii 116. Aotinolite -- from Sardinia ( LOVISATO! A. Besculin. detection o t in alantq f'rTrN- SUBJECTS. soyiaossonases OI vanaaium \MUWAN Aarlaminoketoner. isomeric chsnee of and Moss) P. 199. ii. 1387 AFFINITY CHEMICAL :- AfEnity and valency ( BOESEKEN) A.. ii. 443. 444 (RiiRRTTKRN. Address congratulatory to the Royal presidential (PRANKLAND) T. 654. Adenine componnd of with a hexose (MANDEL and DUKHAM) A i 320. Adenium Hongkel pharmacology of (LEPRINCE) A. ii 479. Adipic acid dry distillation of (AsCHAN) A. i 536. Adrenal glands. See Glands. secretion effects of asphyxia hyper- pnea and sensory stimulation on (CANNON and HosKINs) A ii 70. Adrenaline secretion (ELLIOTT) A ii 367. in blood (O'CONNOR) A. ii 459. action of on blood-pressure (BURKET PATON and WATSON) A.ii 789. action of on blood-vessels (OGAWA) A. ii 281. action of on the heart (STEWART) A. influence of on gaseous metabolism (HARI) A. ii 179. effects of injection of (HOBKINS and M'CLURE) A. ii 1196. production of glycosuria by injection of (KLEINER and MELTZER) A. ii 281. effect of on the intestine (HOSKINS) A. ii 189. action of on respiration (FIJCHS and R ~ T H ) A ii 654 ; (WILENKO) A. ii 789. Adsorption (SCHMIDT) A. ii 236 ; (RAKOWSKI) A. ii 237 743 913 ; (ESTRUP) A. ii 742. law of (ARRHENIUS) A. ii 138. experiments on (ESTRUP and ANDER- SEN) A. ii 435. phenomena of (GURWITSCH) A. ii 833. relation between ionisation and (GEB- HARD) A. ii 141. in solution (v. GEORGIEVICS) A. ii 140 236. negative isotherms of (ESTRUP) A. ii 912 Society P.248. ii 965. . _. " . - . .- - _ _ Acyl chlorides action of on primary amidev (TITHERLEY and HOLDEN) T. 1871 ; P. 227. I -3. ,mm-. ._ 1 . _ L L z - I--- \ - - - __ - ___ MAGN j A. i i 104. (TUTIN) A ii 307. detection of hg microsublimation I _- - __ - - - - - - -0- - - - ~ __-________l - - ..- .-. -~. halogen-substituted diacylanilides in to (ANGEL). T. 515 ; P. 46. Adaline. See a-Ethylbutyrylcarbamide a-broino-. I I -3 -- -- scHWEIZER,and VAN DER WANT) chemical ( BRONSTED) A ii 20 736. residual relation between chemical A. ii 444.ii 1388 INDEX OF SUBJECTS. AFFINITY CHEMICAL 1- hrociation and viscosity (THOLE) T. 552 ; P. 51 286. Chemioal equilibria in solution8 (Du. influence of the energy of motion on (RODER) A. ii 543. Chemioal kinetic8 of chemical reac- tions (OHLOFF) A.ii 243. of gas reactions (TRAUTZ) A. ii 746. of photochemical reactions ( WEI- GERT) A. ii 880. of the reaction between hydriodic and chromic acids (GOLBLUM and LEW) A. ii 924. of the reaction between ethyl iodide and silver nitrate in alcoholic solvents (PEARCE and WEIGLE) A ii 925. of the formation of oxonium di- bromides in organic solvents (TSCHELINZEFF) A ii 926. of the hydrogen peroxide sodium thiosulphate react.ion (ABEL) A. 5 927. Kinetio theory of gases (CHAPMAN) A. ii 340. Chemioal reactionr molecular statis- tics of (STRUTT) A. ii 1045. apparent change in weight during (MANLEY) A. ii 928. kinetics of (ORLOFF) A ii 243. heterogeneous theory of (HEY- MANN) A. ii 1155. Dilution law deduction of the (VAN ROSSEM) A. ii 1147. Dirtribntion law (HERz) A ii 1152.Catalymir (BOEBEPEN) A i 65. theory of (ACREE) A.,'b 1047. rale of intra-atomit. electrons in (ACHALME) A.?. 11 340 530 ; (MULLER) A. 11 530. by cations (HOLMBERG) A. ii 443 1048. positive and negative lecture ex- periment to illustrate ( ZENOELIS) A. ii 246. Catalytio reaction6 at high tempera- tures and pressures (IPATIEFF and BAIATSCHINSKY) A. i 7 37. Hydrolyeir (AGENO and VALLA) A. ii 243. of alcoholic solutions (HAGOLUND) A. ii 910. Dirrooiation theory of compared with experience (COLSON) A. ii 436. of weak electrolytee determination of (D'ACJOSTINO and QUACJLIA- RIELLO) A ii 1158. of natural ores and chemical com- pounds (HEMPEL and SCHUBERT) A ii 904. BRIGAY) A. ii 32 339. AFFINITY CHEMICAL :- Velocity of chemical change varia- tion of with temperature (HAR- COUBT and ESSON) A. ii 923.Velooity of crystallisation (WAGNER) A. ii 29 ; (TAMMANN) A. ii 1147 in capillary tubes (GRINAKOVSKY) A ii 911. Veloeity of cryrtalliration and diaro- lation (MARC) A. ii 336. Velocity of hydrolyais by alkali in- fluence of sodium salts of organic acids on (SENTEP. and BULLE) T. 2528; P. 288. of alkyloxyamides ( KLLPI) A. ii 748. Velocity of reaotion (POMA and TANZI) A. ii 633. influence of solvents on (v. HAL- BAN and KIRSCH) A ii 1046. influeuce of neutral solvents on (PATTERSON and MONTGOMERIE) T. 26 2100 ; P. 240. of alkyl haloids and tertiary bases (PRESTON and JONEB) T. 1930 ; P. 229. between gases (BRINER) A ii 544. Velocity of redaction of sugars with Fehling's solution (LAIRD) A ii 244. Agave sisalana.See Hemp. Aggregation new theory as to the nature of states of (SCIIAMES) A ii 738 1141. Air See Atmospherio air. Manine formation of from glycogen (FELLNER) A ii 279. action of on the excretion of acetone (FORSSNEK) A ii 72. separation of glycine from (LEVEKE and VAN SLYKE) A. i 681. E-Alanine picrolonate (ABDERHALDEX and WEIL) A. i 422. ZZ-Alsnine picronolate (LRVENE and E-Alanyl-d-aminobntyrylglycine (AB- DERHALDICN and CHANG) A. i 339. E-Alanylglycine ( ABDERHALDEN and FODOR) A. i 951. E-Alanylglycyl-Z-leacine (ABDERHAL- DEN and FODOR) A. i 951. E-Alanyl-Z-lencylglycine and its copper salt (ABDERHALDEN and FODOR) A. i 951. llbanite (ISTRATI and MIHAILESCU) A ii 773. 4lbin (BINO and ELLERMANN) 8.) ii 788. VAN SLYKE) A. i 681.INDEX 0 1 Albumin coagulation of by heat (VAL- LERY) A.ii 212. heat coagulation and solution of (GAYDA) A i 399. coagulation of and its gravimetric and volumetric estimation (VAL- LERY) A. ii 1011. See also Egg-albumin. Albumoses compounds of with ferric salts (R~~HMANN and SHMAJIINE) A. i 735. detection of in urine (FITTIPALDI) A. ii 107. Alchemy history of (WIEDEMANN) A. ii 547. Alcohol C,H,,O from oxidation of l-allylcyclohexanol (SAYTZEFF) A . *W" 1 I " . C,,H,,O from reduction of citral (LAW) T. 1025. C,,H,O from oil of Rhizoma impern- toria (LANGE) A. i 371. C,,H,O from B-methylheptan-[-ol (GUERBET) A. i 527. Alcohol. See Ethyl alcohol. Alcohols electrical conductivity of in liquid hydrogen chloride (ARCHI- BALD) A. ii 527. and ethers viscosity of mixtures of (BAKER) T. 1409; P.165. catalytic dehydration of (SENDERENS) A. i 406. . dehydration of by sulphonic acids (WUYTS) A. i 598. action of Boric acid on (BOESEKEN and of the hydroaromatic and terpene series (PICKARD and LI*rTLEBuRY) T. 109. of the terpene group catalytic action of copper at 300 on (NEAVE) T. 513 ; P. 53. aromatic preparation of ( VAVON) A. i 260. cyclic catalytic dehydration of (SENDERENS) A. i 441. fatty catalytic dehydration of (SENDERESS) A. i 331. higher optically active derivatives of (HILDITCH) T. 192. saturated absorption of ultra-violet radiation by (MASSOL and FAU- CON) A. ii 1116. monatonic acidity of (FUHNER) A. ii 188. primary action of potassium hydrox- ide on (GUERBET) A. i 67. condensation of secondary alcohols with the sodinm derivatives of (GUERBET) A.i 527. polyhydric from sugars action of ben- zaldeliyde on (MEUNIER) A. i 268. VAN RO~SEM) A. ii 147. SUBJECTS ii. 1389 Alcohole secondary action of potas- sium hydroxide on (GUEHBET) A i 154. condensation of with the sodium derivatives of primary alcohols (GUERBET) A. i 527. containing the isopropyl group rotations of (PICKABD and KEN- YON) T. 620. tertiary action of potassium hydroxide on (GUERBET) A. i 331. colour reaction of (ROSENTHALER) A ii 871. distinction between By microchemi- cal means (FERRRR) A. ii 607. Aldazines aromatic reduction of (CURTIUS) A. i 137 307 505. Aldehyde C,H?,O and its scmicarbazone from oxidation of 3-methylpulegene (RUPE SCHOREL aiid ADEGG) A. i 573. Aldehydes catalytic prepnration Of (SABATIER and MAILHE) A. 1 238. polymerisation of (FRANKE and WOZELKA) A.i 413. absorption spectra of (PURVIS and MCCLELAND) T. 1810 ; P. 233. replacement of oxygen by hydrogen in (WOLFF) A. i 988. action of alcoholic ammonia on in sunlight (INGHILLERI) A. i 831. condensation of 2:4-dimethylquiooline with (SPALLINO and CUCCHIARONI) A. i 581. condensation of pentaerythritol with (BEAD) T. 2090 ; P. 240. action of on pyrrole derivatives (COL- ACICCHI) A. i 491. condensation of with tryptophan (HOMER) A i 401. aromatic synthesis of (GATTEHMANN) A. i 984. condensation of with phenylgly- collonitrile in presence of thionyl chloride ( MINOVICI and ZENOV- ICI) A. i 699. chlorinated action of ammonium cya- nide on (RASKE) A. i 334. fatty action of alkali hydroxides on (ERECRANTZ) A. i 788. effect of on rabbits' arteries (COED) A.ii 857. unsaturated electrolytic reduction of (LAW) T. 1016 ; P. 98. Aldehydic substances formation of on perfusion of the liver (MASUDA) A. ii 1074. Angeli-Rimini reaction for (ANOELI) A. i 117 626 ; (BALBIANO) A i 474 ; (BAUDISCH and COERT) A. i 605.ii. 1390 INDEX OF SUBJECTS. Aldehydo-acidr aromatic (SIMON IS BOEHME and BENENSON) A. 1 564. m- and p-bldehydobenzeneazo-8-naph- thola (FRIEDLASDER and LENK) A. i 702. 4-Aldehydobencoic acid 2-nitroso- (SUIDA) A. i 117. ~-2-Aldehydo-4-rnethylphenox~ropionic acid and its derivatives (AUWERS) A. i 1011. a-o-Aldehydophenoxypropionic acid and its ethyl ester (AUWERS) A. i 1010. p- Aldeh ydophenyl-p-t olyliodonium hydroxide and its salts and derivatives (WXLLGERODT and UCKE) A I 774. B-Aldehydopropionic acid (HARRIES) A.and its derivatives (CARRI~RE) A. i o-Aldehydoruccinanilio acid ( PERKIN and ROBINSON) P. 155. 8-Aldehydo-p-tolyloxyaaetic acid and its ethyl ester (AUWERS) A. i 1010. Aldol bases constitution of (EDWARDS GARROD and JONEB) T. 1376 ; P. 163. quinoline and tetrahydroquinoline derivatives from (GARROD JONES and EVANS) T. 1389 ; P. 164. Aldoeer distinction between ketoses and Aleadrin. See impropy1 carbarnate BB- Alfalfa colouring matters in (JACOBSON) myristone from (JACOBBON) A. ii Alialfone and its carbinol (JACOBSON) A. i 239. Algae red and blue pigments of the (KYLIN) A. i 289. assimilation of nucleic nitrogen and phosphorus by (TEODEREBCO) A. ii 974. Alimentary canal action of drugs on the (KMCMAN) A. ii 965. adaptivity of the to ferment formn- tion (v.TSCHERMAK) A. ii 1066. Aliurin dithio- (1 :2-dithiolanthraquiy one) ether8 of (LENHARD) A. 1 997. Alkali carbonates and SRlphateS mutual solubility of in the solid state a t high temperatures (AMADORI) A. ii 917. hydrogen carbonate,Y detection of (HASLAM) A. ii 686. i 527. 410. (BETTI) A ii 498. dichloro-. A. ii 976. 80. Alkali chlorides velocity of absorption of water by (SCHUPTEN) A. ii 746. and nitrates physical properties of (HAIGH) A. ii 929. and phosphates combination of (AMADORI) A. ii 940. chromates crystallography of double salts of and magnesium chromate ( T U ~ O N and PORTER) A. ii 560. molybdates sulphates and tong- states reciprocal solubility of (AMADORI) A. ii 757. haloids combination of silver haloids hydroxides action of on aliphatjc aldehydes (EKECRANTZ) A.1 788. action of ozone on (TRAUBE) A ii 844. and carbonates precipitation by means of (JORDIS) A. ii 746. compounds of halogenated phenols and (SCHULKE & MAYR and FLEMMINO) A. i 848. periodates (AUGER) A. ii 757. iodides action of radium rays on (KAILAN) A. ii 522. metals preparation of (~PECKETER) A. ii 1167. relation between the atomic weights and qiectra of the (BURY) A. ii 821. distribution of light in the discharge from vapours of the (KUNZ and KEMP) A. ii 725. canal rays in vapoun of the (GOLD- STEIK) A. ii 8. emission of negative electrons by heated (FREDENHAGEX) A. ii 517. vapour pressure of (HACKSPILL) A. ii 430. absorption of light by sslts of (Hou- STOUN) A. ii 507. isopolymorphism of salts of (JAEG- EB) A. ii 47.solubility of salts of in the corre- sponding acids (HERz) A. ii 154. colloidal photo-electric effect of (POHL and PRINGSHEIM) A. ii 317. double sulphites of mercury and (BAUBIONY) A. ii 1175. nitrates and sulphatea double salts of (SOHREINEMAKERS and MASSINK) A. ii 553. peroxides greparation of from alkali hydroxi es and oxygen (FIBCHEK and PLOETZIE) A. ii 553. with (SANDONXIXI) A. ii 941.INDEX OF Alkali salts diffusion of the vapours of in flames (WILSON) A ii 744 ; (BECKER) A ii 1043. formation of solid solutions of '(BRUNI and MENEGHINI) A. ii 914. compounds of with organic bases (CALZOLARI) A. i 609. toxic effects of on soil bacteria (LTPMAN) A. ii 76 473. silicates and sulphates fusion experi- ments with (GINSBERG) A ii 919. sulphntes equilibrium of lithium sulphate with (SPIELREIN) A.ii 917. and carbonates mutual solubility of in the solid state a t high temperatures (AMADORI) A. 11 91 7. and silicates fusion experinients with (GINSBERQ) A. ii 919. sulphites action of on copper salts (BAUBIGNY) A. ii 351 447. thiocyanates toxicity of (FRANZ) A. ii 668. Alkalis ionisation in titration of acids and (FOLIN and FLANDER~) A. ii 634. estimation of in silicates (MAKINEN) A. ii 297. Alkaline-earth haloids oxy-sslts of (SCHREINEMAKERS and MILIKAN) A. ii 780. hydroxides heat of hydration of (JORISSEN) A. ii 626. metals preparation of (TRAUTZ) A. ii 349. emission of positive ions from salts of the (DAVISSON) A. ii 116. salts compounds of with organic bases (CALZOLARI) A. i 809. sulphides phosphorescence of (BACHEM) A.ii 713. phosphorescent excitation of by canal rays (BAERWALD) A. 11 1122. Alkaloid C18H,,N from acetophenone and ammonia and its salts and deriva- tives (PATERNO and MASELLI) A. i 295. Alkaloids formation of in tobacco (KAVENNA and BABINI) A ii 83. appearance of when photographed in ultra-violet light (MICHAUD) A ii 712. solubility of in basic solvents (SCHOLTZ) A. i 896. action of alkali on the salts of (TSCHERNORUTZKY) A. ii 1198. action of alkalis and alkali salts on the salts of (TRAVBE) A. ii 858. UBJECTS. ii. 1391 Alkaloids reactions of with quinone and chloral hydrate (SCHAR) A. ii 503. action of on the formation of urea (ZANDA) A. ii 281. angostura. Sec Angostura. cinchona. See Cinchona. opium. See Opium. of Pareim root (FALTIS) A. i 796. from strychnos.See Strychnos. excretion of into the stomach in preseiice of salts (LANGER) A. ii 1080. reaction of with mercurous chloride (BARONI and BORLINETTO) A. ii 105 microchemical detection of (GRUTTER- INK) A. ii 502. estimation of in Calrtbar beans (SAL- WAY) A. ii 503. extraction and estimation of in syrups (KOHN-ABREST) A. ii 398. Alkaloid bases synthesis of from the action of alcoholic ammonia on alde- hydes in sunlight (INGHILLERI) A. i 831. Alkyl bromides intramolecular trans- formations of (MICHAEL and ZEID- LER) A. i 822. derivatives preparation of (AUWERS) A. i 486. haloids rate of reaction of tertiary bases and (PRESTON and JONES) T. 1930 ; P. 229. Alkylamines catalytic preparation of (SABATIER and MAILHE) A. i 103. chloro- kinetics of transformation of into heterocyclic compounds (FRETJNELICH and RICHARDS) A.ii 633. Alkylaminodithiocarbamic acids salts and esters of (FOLJRNEAU~U~ VILA) A. i 26. Alkylammonium nitrites (RAY and RAKSHIT) T. 141,216,612 ; P. 41. mercuri-nitrites (RAY RAKSHIT and DATTA) T. 616 ; P. 41. blkyldiohloroamines action of metals on (OTT) A. i 948. Alkylenediamines action of hydroxides on solutions of (TRAUBE) A. i 9; ii 257. Alkylidenehydrarines decomposition of (KIJNER) A. i 213. Alkylidene-urethanes reaction between Bdicarboxylic compounds and (BIAN- CHI) A. i 542. Alkylnitrosoamides electro-reduction of (BACKER) T. 592 ; P. 65 Alkyloxidea action of on esters of in- organic acids (RABTSEVITSCH-ZUBKOV- SXY) A i 233.ii. 1392 lNDEX OF SUBJECTS. a-Alkyloxy-acids action of the chlorides of on zinc organic compounds (BLAISE and PICARD) A.i 232 746. a-Blkyloxyalkylacetic wide synthesis of (BLAISE and PICARD) A. i 535. Alkyloxyamidee velocity of hydrolysis of (KILPI) A. ii 748. o-Alkylphenols action of nitric acid on halogen derivatives of (ZINCKE) A. i 964. Allantoin in comfrey rhizome (TITHER- LEY and COPPIN) A ii 289. Allophanic acid esters of (MERCK) A. i 877. Allophanoide (THUGUTT) A ii 267. Allotropy theory of (SMITS),’ A. ii 339 1147 ; (SCHAMES) A. ii 738 1141. explanation of by the theory of directive vnlency (GUTHRIE) A. ii 930. and ionisation (HESEHUS) A. ii 121. Alloys electrical conductivity of (v. WEIMARN) A. ii 418; (STBPAN- OFF) A. ii 890; (GUERTLER BORNEMANN and v. XAUYCHEN- PLAT) A ii 1034. effect of tempering on the electrical resistance of (PORTEVIN) A.ii properties of a t high temperatures (BENGOUGH) A. ii 763. behaviour of on heating in a vacuum (GROVES and TURNER) T. 585 ; P. 62. resistance of to chemical action (BARTH) A ii 649. ternary structure of (GULLIVER) A. i 555. electrolytic analysis of ( BELASIO) A. ii 1096. detection of antimony and tin in (BELASIO) A. ii 1099. estimation of antimony in (JAMIESON) A. ii 96. Alluranic acid constitution of (BILTZ and HEYN) A. i 689. Ally1 compounds physiology of (CAR- LIER) A. ii 278. Ally1 aloohol properties of mixtures of water and (WALLACE and ATKINS) T. 1179 ; P. 141. benzene and water properties of mix- tures of ( WALLACE and ATKINS) T. 1958 ; P. 231. Allylamine salts (DEHN) A. i 241. Allylamines isomeric ( R ~ Y and DATTA) dllylammoninm nitrite ( R ~ Y and N-Allyl-p-anisidine and its derivatives ago.A. i 835. DATTA) P. 258. (KONIG and BECKEK) A. i 496. Allylbarbitnric acid (5-alZylmalonyE- carbamide) and its 5-benzyl derivative (JOHNSON and HILL) A. i 134. Allyloarbazole and its picrate (LEVY) A i 304. B-Allylglucoaide (BOURQUELOT and BRIDEL) A. i 790. Allyl-d-glucoside and its tetra-acetyl derivative and bromo- (FISCHER and STRAUSS) A. i 884. C-Allylguaiacol and its derivatives (CLAISEN and EISLEB) A. i 965. l-Allylcgclohexane l-chloro- (SAYT- ZEFF) A. i 777. Allyliminothiocarbonic acid ethyl ester (SCHNEIDER and HULLWECK) A. i 954. S-AUylmalonylcarbamide. See 5-Allyl- barbituric acid. 6-Bllylmalonylgnanidine (JOHNSON and HILL) A. i 135. 1-Allyl-B-naphthol and its henzoate (CLAISEN and EISLEB) A.i 965. 1-Allyl-B-naphthyl allyl ether (CLAISEN and EISLEB) A. i 965. C-Allylphenole formation of from allyl ethers of phenols (CLAISEN and EIYLEB) A. i 965. 2-Allyltetrahy~oisoqninoline ( WEI)E- KIND and NEY) A. i 501. 2-Allyltetrshydroisoqainoliniamaeetic acid iodide Z-menthyl ester (WEDE- KIND and NEY) A. i 501. Allylthiocarbimide estimation of (P~NAU) A. ii 1110. estimation of in mustard (RAQUET) A. ii 704. estimation of in feeding cakes and in mustard (BRIOUX) A. ii 308. Allylthiourethane silver salt (SCHNEIDER and HULLWECR) A. i 954. Almonds sweet and bitter amount of hydrogen cyanide in (DE PLATO) A. ii 80. Aloine from Natal aloes constitution of (L~GER) A i 708. Alnmian artificial production of (KRE- MA” and H~~TTINOER) A ii 163. Alumina. See Aluminium oxide.Aluminium spark spectrum of (LYMAN) A. ii 721. photo-electrical properties of (POHL and PRINCSHEIM) A. ii 618. density and coefficient of linear expan- sion of (BRISLEE) A ii 847. influence of impurities on the activity of (KOHN-ABREST and RIVERA- MALTES) A ii 648. gases in (GUICHARD and JOURDAIN) A ii 847.INDEX OF SUBJECTS. ii. 1393 Aluminium experiment to illustrate the burning of in oxygen (ZENGELIS) A. ii 247. action of mercury and its salts on (NICOLARDOT) A. ii 558. action of seltzer water on (BARILLI~) A ii 943. activated by mercury action of water absorption of in the blood (KAHN) A. ii 366. anode. Seo Anode under Electro- chemistry. Aluminium alloys electrical properties of ( BRONIEWSKI) A. ii 258. with cerium (VOGEL) A. ii 557. with copper and zinc (LEVI-MALVANO and MARANTONIO) A.ii 769 ; (CARPENTER and EDWAIIDS A. ii 1057. with platinum (CHOURICUINE) A. ii 849. with zinc thermal expansion of (YMIRNOFF A. ii 896. Aluminium bromide compound of with dimethylpyrone ( PLOTNIKOFP) A. i 792. chloride hydrolysis of (GILLET) A i 614. hydroxide solubility of in ammonium sulphate (KREY ANN and HUT- TINOER) A. ii 163. solubility of in sodium hydroxide (SLADE) A. ii 163. hydroxides nomenclature of ( DITTLER and DOELTER) A ii 357. nitrate,preparationof (JO~ITS~HITSCH) A. ii 261. oxide (aZu?nimz) pure preparation of use of as a drying agent (JOHNSOX) peroxide (TERNI) A. ii 944. silicate and lithium silicate equili- brium of mixtures of (BALLU and sulphate reaction between barium acetate and (SACHER) A. ii 161.Aluminium triphenyl preparation and properties of (HILPERT and GRUTT- NER) A. i 932. Aluminium estimation of in faxes (SCHMIDT and HOACLAND) A. ii 605. separation of glucinum from (WUNDER and WENCER) A. ii 687. separation and estimation of iron and (BORCK) A. ii 494. separation of iron zirconium and (WUNDER and JEANNERET) A. ii 96. on (KOHN-ABREST) A. ii 768. (SERPEK) A. ii 943. A. ii 847. DITTLER) A. ii 758. Aluminium organic compounds :- Aluminium braer constitution of (LEVI- MALVANO and MARANTONIO) A. ii 52. Aluminium bronze annealing of (Pom- EVI?; and ARNOU) A. ii 352. Aluminoeilicatee artificial ( GINSBERG) A. ii 163. " Alundum " plates for filtration (BEN- Alunite composition of' (MAKASSE) A ii 566. Amalgams. See Mercury alloys. h b r e i n and octabromo- and hczacliloro- (RIBAN) A.i 622. Amides action of hypoiodous acid on acid condensation of with cliloral fatty reduction of by metal-ammonias primary action of acyl chlorides on (TITHERLEY and HOLDEX) T. 1871. action of benzotrichloride on (TITHERLEY and HOLDEN) T. 1881 ; P. 227. Amidines reactions of with ethyl aceto- acetate (SCHESTAKOFF and KAZAKOPP) A. i 1032. Amidoeulphonic acid use of as a stand- ard in acidimctry (HOFMANN and BIESALSKI) A. i 444. silver potassium salt (HOFMANN BIE- SALSKI and S~DERLUND) A. ii 766. Aminee state of in aqueous solution (MOORE and WISMILL) T. 1635; P. 109 126. viscosity of the (MUSSELL THOLE and DUNSTAN) T. 1008 ; P. 70. action of sulphur on (HODGSON) T. 1693 ; P. 222. dissociation of the tartrates malates and camphorates of (MINCUIN) A.i 237. compounds of with boron tribroniide (JOHNSON) A. i 171. compounds of cupric thiosulphate and (ROSSI) A. i 799. conversion of into alcohols by yeasts and moulds (EHRLICH and PIST- SCHIMUKA) A. ii 590. aliphatic velocity of reaction of potas- sium chloroacetate and (MOORE SOMERVELL and DERRY) T. 2459 ; P. 278. action of on s-dibromosuccinic acid (FRANKLAND and SMITH) T. 57 1724 ; P. 224. aromatic inolccular compounds of with nitro-derivatives (TSAKALO- TOS) A. i 344. NER and EOSS) A. ii 245. (BOISMENU) A. i 15. (FEIs'I.) A. i 420. (CHABLAY) A. i 244.ii. 1394 INDEX OF SUBJECTS. bminer fatty preparation of (GAUDION) A. i 163. mercuriated action of propargaldehyde acetal on (REITZENSTEIN and BOX- ITSCH) A. i 740. primary action of nitrosoarylcarb- amides on ( HAAGER) A.i 103. action of on glyoxime peroxides (BOESRKEN and VAN LENNEP) A. i 723. primary secondary and tertiary nitrites of (NEOGI) T. 1608 P. 41 53. tertiary separation of from primary and secondary aminev ( HIBBERT arid WISE) T. 344. Amino-acids synthesis of (SORENSEN HOYRUP and ANDERYEN) A. i 13. synthesis of in the liver (EYBDEN and SCHMITZ) A. ii 278 ; (KONDO FJLLLNER) A. ii 279. isolation of from hydrolysis of pro- teins (ABDERHALDRN and WEIL) A. i 323. attempts to prepare glycerides of (MAILLARD) A i 13. action of on sugars (blAILLARD) A i 169. amount of in the nervoug system (ABDEREALDEN and WEIL) A. ii 1191. retention of in the body ( WOELFEL) A. ii 274. and ammonium salts as nitrogenous constituents of food (ABDEKHALDEN and HIRSCH) A.ii 957. fate of in the alimentary canal (ABDERHALDEN and LAMPE) A. ii 1189. elimination of in the depancrestised dog (LABB~ and VIOLLE) A ii 277. excretion of in urine (SIGNOKELLI) A. ii 370. compounds of with neutral salts (PFEIFFER andv. MODELSKI) A. i 949. preparation of copper salts of (KOBER and SUGIUBA) A. i 952 953. preparation of esters Of (ABDERIIALDEN and WEIL) A. i 950. precipitation of (NEUBERC and KERB) A i 540. detection of in presence of polypep- tides (ABDERHALDEN and HANS- LLAN) A. ii 500. estimation of by the esterification method (Novli~) A. i 337. estimation of in plants (BAILLY) A. ii 1009. estimation of gasometrically in urine (LEVENE and VAN SLYKE) A. ii 1008. Amino-acids separation of by means of the carbamino-reaction (SIEGFRIED and SCHU'I?') A.i 952. Aminoarylcarbinole action of bromine on (CLARKE and PATCH) A. I 696. Amino-aomponnde action o t hypochlor- ites on (TABUGI and LENCI) A ii 397. colour reactions of with mineral acids and potassium dichromate (AGUL- HON and THOMAS) A. ii 308. Amino-gronpe aliphatic quantitative estimation of (VAN SLYKE) A. 11 1008. Amino-ketoner aromatic ( KIJNCKELL) A. i 268. ethylenic 8-substituted action of hydrazine on (AND&) A. i 628. Amino-oxides optically active (MEISEN- HEIMER) A. i 25. Amino-sulphonee (GABRIEL and COL- MAN) A. i 115. Ammine peraulphates (BARBIERI) A. ii 763. Ammonia presence of in tobacco smoke (VAUBEL) A. ii 83. synthesis of from its elements ( BIL- LITER) A. ii 1165. catalytic preparation of from ite ele- ments (BADISCHE ANILIN- & SODA-FABRIK) A.ii 1052. preparation of from calcium cyan- amide (SULZER) A. i 610. preparation of by direct combination of nitrogen and hydrogen ( RADISCHE ANILIN- dz SODA-FABRIK) A ii 936. conductivity of in anhydrous formic acid (SCHLESINGEH end CALVERT) A. ii 26. molecular heat of (BUDDE) A. ii 1137. oxidation of (REINDERS and CATS) A. ii 248 ; (JORISBEN) A. ii 249. catalytic oxidation of (MENEQAINI) A. ii 344. electrolytic oxidation of (FICHTER) A. ii 936. velocity of decomposition of in quartz glass (BODENSTEIN and K RANEN- DIECK) A. ii 1155. absorption of by sulphurous acid (FELD) A. ii 448. and ethylenediamiiie hydrochloride equilibrium of the system (BIDET) A. ii 915. alcobolic action of on aldehydes in sunlight (IKGHILLERI) A. i 831. forrnation and assimilation of in dead plants (PALLADIN and IWANOFF) A ii 672 853.INDEX OF SUBJECTS. ii.1395 Ammonia loss of froni soils (v. WLO- DECK) A. ii 85. assimilation of by bacteria in soils (VOGEL) A ii 190. excretion of (MCGUIGAN) A. ii 371. excretion of in human urine (JAN- NEY) A. ii 185. estimation of colorimetrically (THOMAS) A. ii 991. estimation of in the preseuce of carbon dioxide (ELSDON and EVERS) A ii 601. estimatioii of in blood (FOLIN and DENIS) A. ii 703. estimation of in urine (FOLIN and MACALLUM) A. ii 683. and its salts estimation of pyridine in (WOHLK) A ii 704. estimation of and its separation froni pyridine (BAYER) A. ii 1009. Ammonia mercury compounds constitu- tion of (FKANKLIN) A. ii 557. Ammonio-copper chloride compound of with benzidine (JARVINEN) A.ii 486. Ammonio-cnpric mercnrio iodides (AK- DERLINI) A. ii 764. Ammonio-cnprone iodide (ANDERLINI) A. ii 7 65. Ammonium batwe cyclic (GADAMER) A . i 12i. Ammonium salts and amino-acids as nitrogenous constituents of food ( ABDERHALDEN and HIRSCH) A. ii 957. and gelatin as nitrogenous constitu- ents of food (ABDERHALDEN and LAMP^^) A. ii 956. conductivity and vicosity of in glycerol and in mixtures of glycerol and water (DAVIS and JONES) A. ii 1124. aliphatic valency isomerism of (HANTZSCH) A. ii 3. Ammonium glucinum arsenate ( BLEYER and MULLER) A. ii 644. carbonate and carbamate equilibrium of (BURROWS and LEWIS) A. ii 915. chloride mixed crystals of with nickel cobalt and copper chloride8 (FOOTE) A. ii 847. chroniate compound of mercuric chloride with (SwoMHoLM) A.ii 648. perchlorates relation between solu- bility and constitution of {HoF- MA” HOBOLD and QC’OOS) A i 164. hydroxides quaternary decomposition of ( v . BRAUX) A. i 165. Ammonium nitrate tranaition temyera- tures of (VOGT) A. ii 19. nitrite density of (RAY DHAR and DE) T. 1185 ; P. 161. pliosphomolybdate and silicomolyb- date distinction between (MELI- ROFF) A . ii 683. magnesium sulphate solubility of (SEIDELL) A. ii 161. tetrat h ioria te velocity of desomposi- tion of (DP PAEPE) A. ii 747. tetrathiophosphate (EPHHAIM and S’I’EIX) A. ii 43. Ammonium organic compounds dicyclic quaternary (DUNLOP) T. 1998 ; P. 230. substituted configuration of (JONES and DUNLOP) T. 1743 ; P. 221. Ammonium organic salts molecular weights of in bromoform (‘I’uRNER) T.1923 ; P. 234. quaternary aromatic cryoscopy of in bromoform (WEDEKIND and PASCHKE) A. ii 533. quaternary influence of the constitu- tion of tertiary bases on the rate of formation of (THOMAS) P. 188. carbamate and carbonate equilibrium of (BUXROWS and LEWIS) A. ii 915. conversion of in to carbamide (FICHTER and BECKER) A. ii 46. cyanate transformation of into carb- amide (CHATTAWAY) T. 170 ; (WHEELER) A i 751. cyanide action of on chlorinated aldehydes (RASKE) A. i 334. thiocyanate isomerism of thiocarb- amide and(ATK1h.s and WERNER) T. 1167 ; P. 141. influence of salts on the isomerism of thiocarbamide and (ATHINY and WERNER) T. 1982; P. 233. action of ammonia on (BRADLEY and ALEXANDER) A. i 170. Ampangsbeite (LACROIX) A. ii 568. Amygdalin distribution of ( ROSEN- THALER) A.i 640. Amygdalins reactions of with emulsion (KHIEBLE) A. i 482. Amy1 compounds chemistry of (MI- CHAEL and ZEIDLER) A. i 2. Amplamine salts (DEHN) A. i 241. isoAmy lsminocyclohexane and its phenylcarbamide (SABATIER and MAILHE) A. i 103. Amylases (SHERMAN and SCHLESINGER) A. i 815. Amylbenzene echloro- (MERCK) A. i 111.ii. 1396 INDEX OF SUBJECTS. iso- and sec. -Amylcarbazoles and their picrates (LEVY) A. i 304. Amylglacoside a-amino- (IRVIKE and HYND) P. 320. 8-LvoAmylglncoside ( BOURQUELOT and BRIDEL) A. i 946. 8-hohylheptane (MURAT and AMOUR- oux) A. i 528. Amyloclaetic activity determination of (EVANS) A. ii 573. Amylomyces rouxii formation of acids by (GOUPIL) A. ii 193. Amyloees (PRINGSHEIM and LANGHAXS) A. i 832. Amyloxyace tylace toace tic acid ester (WRIzxmN DAVIES an STEPHEN) P.103. isodmylisoqninolinium iodide 1 WEDE- KIND and NEY) A. i 502. 2-isodmyltetrahydroisoqainoline( WEDE- KIND and NEY) A. i 502. 2-isoAmyltetrahydroisoquinolinium- acetio acid iodide I-menthyl ester (WEDEKIND and NEY) A i 502. d-woAmyl-l:4-thiazan and its salts (CLARKE) T. 1588; P. 218. Anaemia chemical action of blood-poisons producing (MAIDORN) A. ii 1082. Ansathetics local and narcotics (GRos) A ii 280. synergic action of (v. ISSEKUTZ) A. ii 666. antagonism between salts and (LILLIE) A. ii 280 468. Analage (BOCCI) A. ii 777. Analcite composition of (MANAsSE),A. ,ii 566; (FOOTE and BRADLEY) A ii 568. Analcite-apophyllite bomb from Vesuvius (TIIUGUTT) A. ii 176. Analysir use of ultrafiltration in (ZSIGMONDP WILKE-DORFURT and V.GALECKI) A. ii 382. crystallochemical (FEDOROFF) A. ii 772 ; (BARKER) A. ii 1207. electrolytic (BRITISH ASSOCIATION REPORTS) A ii 603 ; (FISCHER and STECHER) A. ii 1096. variation of the cathode potential in ( ERCULISSE) A. ii 204. use of the mercury cathode in (RAUMAKN) A. ii 489. with platinum electrodes of light weight (GOOCH and BURDICK) A. ii 986. application of double thiosulphates in (JIMENO GIL) A. ii 987. elementary (DoHT) A. ii 92; gravimetric simplification of (Mur,- organic without use of an oxygen eth* (K.LJRTENACI<ER) A. ii 1001. MATN) A ii 87. carrier (MAREK) A. ii 297. Analyeis organic elementary silver spiral for use in (FISKE) A use of magnesia rods instcad of platinum wire in ( WEDEKIND) A. ii 382. without the use of hydrogen sulpliido (TRAPP) A ii 685.of metals of the copper-arsenic group (HINDS) A. ii 688. quantitative of coniplex mixtures (IWANOFF) A. ii 199. thcrmal of binary mixtures of metal!& chlorides (SANDONNINI) A 11 47 50 160 350 1172; (SAN- DONNINI and AUREGGI) A ii 162 764; (SANDONNINI and SCARPA) A. ii 918. of quaternary systems (PARRAVANO and SIROVICH) A. ii 30. volumetric precautions necessary in (STORTENBEKER) A. ii 864. standardisation of acids for without alkali solutions ( KLINKEKFUES) A. ii 87. titration of acids and alkalis in Anaphylaxis (ABDERHALDEN) A. ii 1194. with nuclear materials (ABDERHALDEN and KASHIWADO) A. ii 1192. Angostnra alkaloid8 (TROGER and KROSEBERG) A. i 895. Anhydrides acid formation of (DIELY and OKADA) A. i 3. velocity of hydration of ( BOESEKES A.ii 243 444. action of with magnesium pyrryl compounds (ODDO and DAINOTTI) A. i 721. Anhydrite solution phenomena on (BURKHARDT) A ii 357. Anhydro- N-benzylisotetrahydroberber- ine methyl hydroxide metliiodidc and methochloride (MCDAVID PERKIN and ROBINSON) T. 1225. Anhydrobisdibenz ylsilicanediol ( ROBI - SON and KIPPING) T. 2151 ; P. 245. Anhydrobisdiphenyleilicanediol (KIP- PING) T. 2131; P. 244. Anhydrobie-a-hydrindonespiran( LEUCH~ and RADULESCU) A. i 180. Anhydrobishydroxyketoperinsphthind- ene (ERRERA and CUFFARO) A i 273. Anhydrobisphenylethylsilicanediol (ROBISON and KIPPING) T. 2159; P. 245. Anhydrochloroisoamylurethane (FEIST) A i 421. Anhydrodextroee and its derivatives (FISCHER and ZACH) A. i 239. ii 603. qualitative (NOYES) A.,'ii 599.(McBAIN) 'r. 814 ; P. 106. SCHWEIZER and VAN DERWANJT),INDEX OF SUBJECTS. ii. 139'7 Anhydrodiphenylarabitol ( PAAL and Anhydrogitaligenin (KRAFT) A. i 374. Anhydrogitalin (KRAFT) A i 374. Anhydroglnconic acid and its derivatives (FISCHER and ZACH) A i 678. Anhydrohydrastininemeconine ( HorE and ROBINSON) P. 18. Anhydromentholglucoeide ( FISCHER and ZACH) A. i 239. Anhydromethylglncoeide and its hydrate (FISCHEK and ZACII) A. i 239. Anhydronitrilodiwobut yricphenylacetic acid (SI'ADNIKOFF) A. i 117. Anhydro-B-phyllotaonin preparation of KIKYCHER) A. i 31. (hIALARSK1 and MARCHLEWSKI) A i 641. Anhydropilosine and its salts ( PYMAN) T. 2268 P.. 267. Anhydroparpnrogallope acetyl deriva- tive and dimethyl ether (PEKKIN) T. 806. Anhydroisopurpurogallone (PERKIN) T.807. Anhydroeorbitol (FISCHER and ZACH) A i 678. Anilio acid iodo-(ToRREY and HUXTER) A. i 476. Anilide-o-catboxylic acid See Benzoic acid A'-cyano-o-amino-. Aniline variation of the boiling point of with pressure (HARLOW) A. ii 328. coiideusation of formaldehyde with (NASTUKOFB and MALKALN) A. i 962. action of with phenylazoimide (WOLFF) A. i 1028. action of on uranyl nitrate (IKOHIL- LEN) A i 620. coinpouiids of antimony trichloride and (MENSCHUTKIN) A. ii 923. hydrochloride measurement of the hydrolysis of by the hydrogen electrode (LOOMIS and ACXEE) A. ii 125. p - hydroxy ni trobenzena te (OsTRoni IS- SLENSKY) A. i 23. Aniline nt-chloro- effect of heat on a mixture of benzaldehydecyanohydrin and (BAILEY and AtcCoMBrE) T. 2272; P. 266. 2-cliloro-4:6-dinitro- (ULLMASX and Saxl'i) A.i 104. 0-fluoro- and p-fluoro- hydrochloride o-nitro- salts of ( WEISSENBERGER) A. i 691. trinitro- additive compound of with 2-methylindole (CIUSA and VECCHI- OTTI) A. i 755. (RINKES) A. i 844. C. ii. Anilineaiodiphenylene oxide (M AI LH E) A. i 667. Aniline-black and allied compounds (GREEN and WOODHEAD) T. 1117; P. 136 ; (GREEN and WOLFF) Y. 250. Anilinoacetothioamide ( JOIISSON and BURNHAM) A. i 305. 7-Anilipo-l0-p-aminophenylsafanol 7- p-amino- and its hydrochloride (HELLER) A. i 917. l-Anllinoanthraquinone-2-carboxylic acid and l-p'-chloro- and its sodium salt (BADISCHE ANILIN- & SODA- FABKIK) A. i 980. a-Anilinodiphenylacetanilide( KLINOER) A. i 557. p-Anilinodiphenylcarbamide ( KRAM- MER) A. i 916. a-Anilinodiphenyleneacetanilide( KLING- EK) A.i 558. l-Anilino-2:3-dz~ydroxy-4-pyridone and its derivatives (PERATONER and CAILAPELLE) A. i 301. 4-Anilino- 1-methylanthraquinone ( HEL- IJER GRUNTHAL and KUH'TENBERG) A. i 358 Anilinophenylacetonitrile ?n-chloro- (BAILEY and MCCOMBIE) T. 2273 ; Y. 266. Anilinophenylacetothioamide ( JOHSSOX and C'HERKOFF) A. i 810. p-Anilinophenylcarbamide aud its bromo-derivative (KRAMniEK) A i 916. p - Anilinophenyl-o-nitrophenylcarbam. ide ( KKAMMER) A. i 916. p-Anilinophenyl-4-nitro-o-tolyl-carbamd ide (KRAMMER) A. i 916. p - Anilinophenyl %nitro p-tolylcarbam- ide (KKAMMER) A. i 916. 4-Anilinopyridazoneanthrone (ULL- n i . i r w ) A. i 1028. Anilinoquinonea oxidation of to benz- irlitie derivatives (BRASS) A i 874. 3-Anilino-2-styryl-4-dihydroqninaaolone (BOGERT and BEAL) A.i 394. p-Anilino-o-?n- and p-tolylcarbamides (KKAMMER) A. i 916. l-Anilino-4-p- tolylthiolanthraquinone- 2-carboxylic acid (BADIWHE ANILIS- & SODA-FABKIR) A. i 980. Animal fluids physico-chemical study of (QUAGLIARIELLO) A. ii 61 185. Animal kingdom presence of manganese in the (BERTRAND and MEDIGRE- CEANU) A. ii 786. Animal tissues reduction enzymes of recovery of aIcohol from ( HANZLIK) estimation of inorganic phosphorus (BAcH) A. ii 183. A. ii 302. in (WHITTIER) A ii 90. 92ii. 1398 INDEX OF SUBJECTS. Animals presence of boron in (RER- TKAND and AGULHON) A. ii 854. action of cocaine in (GRODE) A. ii 280. cold-blooded energy changes in a t rest (HILL) A. ii 181. marine metabolism and nutrition of (MOORE EDIE WHITELEY and DAKIN) A.ii 1068. Anisaldehydepheaylhydrazone coni- pounds of with trinitrobeneeue (CIUSA and VECCHIOITI) A. i 33. dniasymldoxime transformation of in various solvent9 (PATTERSON and MONTGOMERIE) T. 26 2100 ; P. 240. Adisic acid (p-mthoxgbenzoic ad) 3:5-dibromo- (ZINCKE) A. i 444. p-Anisidiae nitration of the ~ c y l deri- vatives of (REVERDIN and DE Luc) A i 182. trinitro-derivatives constitution of (REVERDIN) A. i 963. s-Aniaildiphenylhydrstoaa ( PADOA and SAN~I) A. ii 880. B- Anisilphenylmeth ylosazone ( PADOA and $ANTI) A. ii 880. Anisole 3 - bromo-2 4 :6 -tr i-iodo -5 - u i tro - (JACKSON and BIGELOW) A. i 102. p-iodo- behaviour of in the animal organism (LWZZATO and SATTA) A. ii 965. Aniroler trinitro- (VERMEULEN) A. i 347. Anfsoylaoe%b acid oximino- methyl ester ( WAHL and SILBEHZWEIG) A.i 214. v-Anisoylacetic aoid ethyl ester and its derivatives (WAHL and SILBER- ZWEIG) A. i 114. ,bniroylaminoacetoaitrile ( JOENSON and BUKNHAM) A. i 305. Anisoylaminoacetothioamide ( JOHNSOS and BURNHAM) A. i 305. Aaieoylglyoxylic aoid methy! ester and its derivatives (WAHL and DOLL) A. i 626. Anisoylpropionic aoid methyl ester (BARGELIJKI and GIUA) A. i 356. p-Anisylacetylene derivatives of (MA N- CHOT WITIIEKS and OLTROGGE) A. i 231. Anisgl-y-bntyrolactone ( BARGELLINI and GIUA) A. i %6. Anisyl ohlommeth 1 ketone o-iodo- and its iododichlorige ( WILLGERO~T and BURRHARD) A. i 630. 4-p-Anisylcinnoline and its salts (STOEK- MER and GAUS) A. i 1026. o -m- and -~-Anisyltlimeahylsulphine hydroxides sslta of (KEHKMANN and SAVA) A. i 968.a-Anisylethylamine and its dcrivatives ( ~ L T T I and I)EL Rro) A. i 347. Anisylhydantoic acid (JOENSON and BENGIS) A. i 809. 4-Anisylhydantoin (JOHNSON and BEN- CIS) A. i 808. 4-Anisylidene- 1:3-dimethylhydantoin (JOHKSON and NICOLET) A. i 585. 4-Anisylidenehydantoin 2- thio- (JOHN - sos and O'BHIES) A. i 806. 4-Anisylidene-l-methylhydantoin (JOHSSON and NICOLET) A. i 585. p - Anis y limino -p- ch lorophenyl-p- ohloro - atyrylmethane and its salts and deri- vatives (STRAUS and HEITZ) A. i 994. Anisylindole ( BOEHRINGER & SOIINE) A. i 64. 3-pAnisyl-2-me thyl-4-dihydroqainazol- one (BOGEKT and BEAL) A. i 394. metliidide ( H ~ G E R T and GEIGER) A i 511. Anisyl methyl ketone o-iodo- and its dichlorido (b'ILr.GERODT and BURK- HARD) A. i 630. 8-Aniayl-a-naphthyl- and -1:3:4-xylyl- osazonea (PADOA and BOVINI) A.i 224. 8-bnisyl-B-2-cyclopentanonylprapio- phenone and its disemicarbazone 49-Anisylpyridaeine ( STOERMER and GAUS) A. i 1027. 4-p-Anisylpyridazine-5-carboxylic acid and amino- and nitro- ( S r o E R M m and GAUS) A . i 1027. 3-p-Anisyl-2-styryl-4-dihyllroqainazol- one (BoGERr and BEAL) A. i 394. 6-Anisyl-2-styry~oxeeole (LISTER and RUBISSON) T. 1306. Anisylthiocarbimide (v. BKAUN and DEUTSCH) A. i 694. Ankerite occurrence of in coal (CROOK) A. ii 565. Annual General Meeting,T. 639 ; P. 75. Anode. See under Electrochemistry. A?imn muricatu chemical examination of the leaves of (CALLAN and TUTIN) A. ii 81. Anorthite eqiiilibrium of with nephet- ite and witlicarnegieite (BOWEN) A. ii 774. Bnthocyanin formation of ( M'HELDA LE) A.ii 80. Anthocyanins ( NIERENSTEIN and.WHEL- DALE) A. i 42 ; (NIEREKSTEIN) A i 292. Bnthracene fluorescence of (STEVENSON) A. ii 111 ; (FRY) A. ii 713. derivatives preparation of ( BADISCHE ANILIN- & SODA-FABRIK) A. 1 119 1066 ; (MEYE~L) A. i 874. (STRIRGLER) A i 782.INDEX OF SUBJECTS. ii. 1399 Anthracene l-chloro- 1 -chloro-9( or 10)- brorno- aiid 1 -chloro-9 1 O-di- bromo- (FISCHER and ZIEGLER) A. i 754. Anthracene-10-carboxylic acid a- and 8-chloro- aud 1:5- and l:8-dichloro- (LIEBERMANN and BUTESCU) A. i 467. Anthracridone dibromo- and chlorodi- bromo- (BADISCHE ANILIN- & SODA- FABRIK) A. i 504. Anthranilethylamide (BOGERT and HEIDELBEKGEIL) A. i 216. Anthranilic acid 1 :3:5-trinitrobenzen- ate (OSTROMISSLENSKY) A. i 23 acetyl derivative chloro- and hydr- oxy- and isovaleryl derivative and a-bromo- a d a-liydroxy- (RIEDEL) A.i 774. ethyl and methyl esters picrates of (McKEE) A. i 140. Anthranilic acid 6-bromo- (FRIED- A. i 318. Anthranoylcamphoric acid ( RIEDEL) A. i 774. Anthraquino-l:4- and 1:S-dithiazolee (GA'TTERMANN) A i 1005. Anthraquinone melting point of (PHIL- IPPI) A. i 476. action of magnesium ethyl bromide on (CLARKE and CARLETON) A. i 29. derivatives preparation of ( FARBEN- FABRIKEN VORM. F. BAYER & Co. ) A. i 140 141 1020 ; (BADISCHE ANILIN- & SODA-FABRIK) A. i 996 ; (CHEMISCHE FABRIK GRIES- behaviour of with alkaline reducing agents (SEEP. and KARL) A. i 571. containing sulphur (BADISCHE AXILIN- & SODA-FABMK) A. i 876. Anthraquinone o-amino- condensation F.BAYEK& Co.) A. i 995. 1- aiid %amino- benzoyl-p-amino- benzoyl derivatives of (FARBWERKE VORM. MEISTEK LUCIUS & BRUK- LNG) A. i 197. l-arnino-5-cyano- 5-chloro-l-amino- 5-chloro-l-thiocyano- 1-bd0-4- nitro- 1- and 2-thiocyano- l-thio- cyano-4- aud -5-amino- l-thiocyano- 4-hydroxy- 1 -thiocyano-3:4-di- hydroxy- 1:4- 1:5- and 1:8-di- thiocyano- and their derivatives (GATTERMANX) A. i 999. aminodihydroxy- and 1 :8-dihydroxy- (OESTERLE) A i 203. LANDER BKUCKNER and DEUTSCH) HEIM ELEKTKON) A. i 1035. prOt~uctsof'( FARBENFABRIKEN VORM. Anthraquinone 2-bronio-l-cyano- ( ULL- MANN and VAN DER SCHALK) A. i 387. 1:5-dibrom0-4-nitro- and 15- arid 1:s- dichloro-4-nitro- ( FARBENFABRIKEN VORM. F. BAYEI & Co.) A. i 995. 2-chloro-4(8)-hydroxy-l:5-diamino- 4- chloro-8-hydroxy-l:5-diamino- ant1 4-hydroxy-l:5-diamino- dibenzoyl derivatives ( FARBENFABRIKEN VORM.P. BAYER & Co.) A. i 119. l:3:8-trihydroxy- and its acetate (OESTERLE) A. i 633. 1 3 5 :7 -tetrahydroxy- dime thy1 ether and its derivatives (FISCHEIL ZIEG- LER and GROSS) A. i 765. 1:4:5:8-tetmliydroxy- derivatives of (FISCHER aud ZIEGLER) A i 765. barium salt (FREY) A. i 477. hydroxylamino- (SCHOLL and EBERLE) A i 142. 1 :2-dithiocyano- ( LENHAKD) A. i 997. Anthraquinonee alkylated formation of (SEER aud EHRENZWEIG) A. i 276. chloro- action of copper on (ULLMANN and MINAJEFF) A. i 366. hydroxy- reduction of (HIRos~) A. i 875. Anthraqninone series (ULLXANN and VAN DEP. SCHALK) A. i 387.; (ULLMANN aud MINAJEFF) A. I 388. Anthraqninoneacridone amino- and nitro- and derivatives (AKTIES- TION) A.i 141. Anthraquinone-1:5-bisdia~oniam sulph- ate 2:6-rZibromo- (SCHOLL EBEKLE and TRITSCH) A. i 144. Anthraqninone-2:l 6:5-bisquinonediaz- ide (SCHOLL EDERLE and TRITSCH) A. i 144. Anthraquinonecarboxy- l-aminoanthra- quinone amino- benzoyl derivative (FARBWERKE TORM. MEISTEE LUCIUY & BRUNING) A. i 198. Anthraqninone-l-carboxylic acid 5- amino- %bromo- and 5-nitro- (ULL- hlANN and VAN DER SCHALK) A. i 387. Anthraquinone-2-carboxylic acid 1 - amino- (AKTIEN-GEYELLSCHAFT i 981. and its derivatives and l-chloro- (BADISCHIC ANILIN- & SODA- FABRIK) A i 979. GESELLSCHAFT FUR ANILIN-FABKIKA- FUR ANILIN-FABRIKA'rIoN) A. ,ii. 1400 INDEX OF SUBJECTS. Anthraquinone-4-carboxylic acid 1- amino- and l-thiocyano- (GATTER- MANX) A.i 1001. nitro- (FISCHER and ZIEGLER) A. i 755. Anthraquinone-5-carboxylic acid 1- amino- and l-thiocyano- (GATTER- MANN) A. i 1001. 1 :5-Anthraquinonediacridone ( BADISCHE ANILIN- & SODA-FABRIK) A. i 804. Anthraquinone-l:2-diazosulphide (LEN- HARD) A. i 997. Anthraquinone-l:2-dicarboxylic acid (SCHOLL) A. i 361. Anthraquinonedithioxanthone ( ULL- MANN) A i 126. Anthraquinoneiminazole 1 :a-hydroxy- (FARBENFABRIKRN VORM. F. BAYER & Co.) A. i 140. Anthraquinone 1- and 2-mercaptans (FARBWERKE VORM. MEISTER Lu- CIUS & BRUNING) 8. i 477. Anthraquinone-2 l-quinonediazide 4 6:8-tribromo-5 -hydroxy- ( SCHOLL EBERLE and TRITSCH) A. i 144. a-Anthraquinonesulp~enic acid and its salts and esters (FRIES and ENCEL- BERTZ) A. i 1006. a-Anthraquinonesulphenyl bromide and chloride (a-bromo- and a-chloro-thiol- nnthraqui~ulncs) (FRIES and ENGEL- BERTZ) A i 1005. a-Anthraquinoneeulphinic acid (FRIES and ENCELBERTZ) A.i 1006. Anthraquinone-5- -6- -7- and -8-sulph- onic acids 1-amino l-thiocyano- and their derivatives ( GATTERMANN) A. i 1001. Anthraqninone-l:2- thiazole 4-amino- benzoyl derivative (FARBENFABRIKEN VORM. F. BAYER & Co.) A. i 1020. Anthraquinonethioxanthone ( ULL- MANN) A i 196. Anthraquinonexanthones (ULLM ANN and URMI~NYI) A i 716. l- Anthraquinonyl thiocyanate 2-bromo- (LENHARD) A. i 997. 2-Anthraquinonyl thiocyanate 1 -amino- (LENHARD) A. i 997. 2-Anthraquinonylaminobenzoic acid 4- broino- (ULLMANN) A. i 114. 5 -An thraquinon y 1 - B - amino - 6 - chlo ro - quinizarin (FREY) A. i 477. a- Anthraquinonyl-~-aminophenylpyri- daronanthrone ( ULLMANN and VAN DER SCHALK) A.i 388. 4-a- and 8-Anthraquinonylamino-h'- phen ylp yridazonanthrone ( ULLBIANN and MINAJEFF) A i 389. Anthraquinonyl-l- and -2-diazoniam hydrogen sulphates (MOHLAU VIER- TEL and REINER) A. i 704. 2-Anthraquinonyl-4-diazo-l-phenyl-3- methyl-6-pyrazolone (blOHLAu VIER- TEL and REINER) A. i 704. Anthraquinonyl-l-diazosulphonic acid potassium salt (MOHLAU VIERTRL and REINER) A. i 704. BB'-Anthraquinonylenedicarboxyl chlor- ides preparation of ( FARBWERKE vomi. MEISTER LUCIUS & BRUNING) A. i 119. Anthraqninonylene-l:5- and -2:6-di- hydrazines (M~HLAU VIERTEL and HEDLICH) A i 705. Anthraqainonyl-l-hydrazine and its *hydrochloride (MOHLAU VIERTEL and KEINER) A i 704. and REDLICH) A. i 705. 5- and 8-chloro- (JfGHLAU VIERTEL Anthraquinonyl-2-hydrazine and its hydrochloride (MOHLAU VIERTEL and REINEK) A.i 704. Anthraquinonyl-l- and -2-hydrazinedi- snlphonic acids potassium salts (M~HLAU VIEKrEL and REINER) A. i 704. Anthraquinonyl-2-hy drazinesulphonic acid potassium salt (M~HLAU VIER- TEL and REINER) A. i 705. Anthraquinonyl- 1- and -2-hydrazone- acetoacetic acid ethyl ester (MOHLAU VIERTEL and REINEB) A i 704. a-Anthraquinonyl cttfl-hydroxynaph- thyllsulphide and its salts (FRIES and &An thraquinonyl- k2-naphthylenetri- azole amino- (FAHBWERKE VORRI. MEISTER LUCIUB & BRUNING) A. i 588. 1- Anthraquinonyloximidc 2 4-dibromo- (LEIIHARD) A i 998. 0-1 -Anthraquinonyloxybenzaldehyde and its derivatives (ULLMANN and URM~NYI) A. i 716. o-l-Anthraquinonyloxybenzoic acid (ULLMANS and URMENYI) A.i 716. N-a- Anthraquinonylpyridazonanthrone (ULLMANN and VAN DER SCHALK) A. i 388. 1- Anthraq'uinonylthiolacetic acid and its derivatives and 4-amino- and 5-chloro- (GATTERMANK) A. i 1003. 2-Anthraquinonylthiolacetic acid and its derivatives (GATTERMANN) A. i 1004. l-B-Anthraquinonylthiolanthraquinone- 2-carboxylic acid (BADISCHE ANILIN- & SODA-FABRIK) A. i 468. Anthraquino-1-thiazole and 4- and 5- amino- and 5-thiocyano- (GATTER- MANN) A. i 1005. Anthraquino-l- thiazole-4-carboxylic acid (GATTERMANN) A. i 1005. ENGELBERTZ) A. i 1005.INDEX OF SUBJECTS. ii. 1401 Anthraquinothiophen (GATTERMARN) A i 1004. 8-An thryldime thylsulphine hydroxide salts of (KEHRMANN and SAVA) A. i 968. Antiuris toxicnrin crystalline protein from the latex of (I~OTAICE and KNOOP) A.ii 81. Anti-emulsin synthetic properties of (BAYLISS) A. i 328. Anti-enzymes and enzymes reaction be- tween (MINAMI) A. ii 362. Antifebrin action of on blood (PICCI- NISI) A. ii 58. Antimony spectrum of (SCHIPPERS) A. ii 877. series in the spectrum of (VAN LOHUI- ZEN) A. ii 711. spontaneous crystallisation of (BE- KIER) A. ii 1178. equilibrium of sulphnr and (JAEGER and VAN KLOOSTER) A ii 1169. constitution and pharmacology of pre- parations of ( BRUNNER) A. ii 584. Antimony alloys with arsenic (I’ARRA- TANO and DE CESARIS) A. ii 262. with cadmium conducting power of photo-electric effects in (HERR- with lead and tin (CAMPBELL) A. ii 1056. with manganese magneto-optical pro- perties of (MARTIN) A. ii 1039. with palladium (SANDER) A.ii 651. Antimony compounds effect of potas- sium hexatantalate on the action of in trypanosome infection ( M ORGRK- Antimony lribromide and Prichloride compounds of with substituted benzenes (MENSCHUTKIN) A. i 98 99 100. compounds of with oxygenated organic compounds (MENSCHUT- KIN) A. i 193. (EUCKEN and GEHLIIOFF) A. ii 319. MANS) A. ii 716. ROTIE and ROSENTHAL) A ii 376. Antimony trihaloids coinpounds of with fluorobenzene with benzene- sulphonic acid and with naphtha- lene and its derivatives (MEN- SCIIUTKIN) A. ii 920. and arsenic iodides of (DOORN~OSCII) A ii 249. Iri-iodide eutectic alloys of arsenic tri- iodide and (VASILIEFF) A. ii 919. pentuiodide (QUERCIGH) A ii 937. oxysulphides (QUEECIGH) A. ii 562. sulphidc equilibrium of with lead and silver sulphides (JAEGET and VAN KLOOSTEIL) A.ii 1170. tvisulphide photo-electric efl’ect of (OLIE and KRUYT) A. ii 317. equilibrium of tin sulphide with (PARRAVANO and DE CESARIS) A ii 771. Antimony organic compounds (MAY) and MICKLETHWAIT) P. 19 68. Antimony detection of (STADDON) A. ii 1210. detection of iu alloys (BELASIO) A. ii 1099. detection of in enamels (RICKMANN) A. ii 870. estimation of volumetrically in alloys (JAMIESON) A ii 96. estimation of in red caoutchouc ware (SCHMITZ) A ii 496; (FRANK) A. ii 497. estimation of small quantities of in lead (FRIEDRICH) A ii 1102. estimation of in soft solder (GOOD- WIN) A. ii 496. estimation and separation of in white metal (COMPAGNO) A. ii 810. Antimony poisoning. See Poisoning. m-Antimonylaniline (MAY) T. 1035 ; Ant ip yrine < 1 - p h n y 1-2 3 -dinaelhylpym- xoZoo1ze) compounds of with ferric salts (CALZOLARI) A.i 51. compounds of silicotnngstic acid and ’ (JAVILLIER) A ii 948. T. 1033 1037 ; P. 5 96 ; (MOIZGAN P . 5. tyichloride compounds of aniline and compounds of with diazonium chlorides (MAY) T. 1037 ; l’. and RE!LLY) P. 334. . *- *._ _..I 1- . A1 - 1. ___I -->A- (MENSCHUTKIN) A. ii 923. no haloids equilibrium of with cgclo- hexane and cyclohexene (MEN- SCHUTRIN) A. ii 922. compounds of phenol and its ethers with (MENSCHUTKIN) A. ii 922. thermal analysis of mixtures of (BEHNARDIS) A. ii 1178. lrihaloids compounds of with poly- nuclear benzene hydrocarbons (MENSCHUTKIN) A. i 177. the hfluence o ~ ” ( ~ ~ A s c H I ~ A ~ ~ R ~ ) A. ii 959. Antithrombin r6le of in coagulation of blood (HOWELL) A ii 60.Apatite formation of (NACKEN) A. ii 1061. and simiiar minerals composition of (ROGERS and POSTMA) A. ii 565. Apigenin triethyl ether (PERKIN) P. 328.ii. 1402 INDEX OF SUBJECTS. Apophyllite from Siberia ( PILIPENKO) A. ii 175. Apparatus new (MAUINO) A. ii 1049. for carrying out reactions with ex- clusion of air (SIEMSSEN) A. ii 38. for enclosing decomposable substances ina protecting atmosphere(MIcrmL) A. ii 246. Apple constituents of the marc of (SCHNEIDER) A. ii 658. Aquodipyridinechrominm trifluoro- (COSTACHESCU) A. i 493. Aragonite from Molina de Aragon (LLORD Y GAMBOA) A. ii 564. distinction between calcite and (NIED- A. ii 1180. Aralia j a p i c a constituents of leaves of (DANZEL) A. i 640. Aralidin (DANZEL) A.i 640. Ararobinol and its triacetyl derivative (TUTIN and CLEWER) T. 295 ; P. 14. Aralin (DANZEL) A. i 640. Arbutin synthesis of and its derivatives (MANNICH) A i 884. Arginine synthesis of (SORENSEN HOY- RUP and ANDEXSEN) A i 13. Argon occurrence of in oxygen made from liquid air (MOREY) A. ii 450. spectrum of (STEAD) A. ii 876. crystallised optical investigation of (WAHL) A. ii 1044. equation of state of (ONNES and CROMMELIN) A. ii 900. solubility of in metals (SIEVERTS and BERGNER) A. ii 1052. Aromatic compounds emission spectra of (GOLDSTEIN) A. ii 216 614. stereochemistry of (CASAREB) A. i 247 616. hydrogenation of ( WILLSTATTER and HATT) A. i 545 ; (WIELAND) A. i 956. elimination of hydrogen from by aluminium chloride (SCHOLL and SEER) A. i 271. Aromatic series stereochemistry of (LOZANO) A.i 430. Arsenic presence of in vegetable foods (JADIN and ASTI~UC) A. ii 478. presence of in parasitic plants and their hosts (JADIN and ASTRUC) A. ii 976. vapour dissociation of (PREUNER and BROCRM~LLER) A. ii 1146. influence of on autolysis (LAQUEUR and ETTINGER) A. ii 661. action of on the blood-vessels (LoEB) A. ii 372. elimination of from the body (BON- GRAND) A. ii 465. ERSTADT) A. ii 760 ; (VAUBEL) Arsenic alloys with antimony (PARRA- VANO and DE CESARIS) A. ii 262. with copper conductivity of (PUSHIN and DISHLER) A. ii 320. with manganese (SCHOEN) A ii 164. Brsenic compounds toxicity of (MOUN- EYRAT) A. ii 281. Arsenic trihydride dielectric constant of (SCHLUNDT and SCHAEFER) A. ii 526. and antimony iodides of (DOORN- BOSCH) A.ii 249. tri-iodide (RICHTER) A. ii 43. eutectic alloys of antimony tri- iodide and (VASILIEFF) A. ii 919. pentaiodide (QUERCIGH) A. ii 937. oxide equilibrium of water and ‘ (MENZIES and POTTER) A. 11 Arsenious acid atmospheric oxidation of (REINTHALER) A. ii 755. estimation of with acid permangan- ate (Mosmand PERJATEL) A. ii 866. Arsenites action of on diazo-com- pounds (GUTMANN) A. i 397. Arsenic acid estimation of (MENZIES and POTTER) A. ii 1166. o-Arsenic acid compound of with hexainethylenetetramine (ROSSI) A. i 243. Arsenic trisulphide colloidal ( DUMAN- SKI) A. ii 153. equilibrium of silver sulphide and ( JAEGER and VAN KLOOSTER) A. ii 1170. precipitation of colloidal solutions of by salts of the rare earths (FREUNDLICH and SCHUCHT) A. ii 1044. Arsenic organic compounds ( MOEGAN and MICKLETHWAIT) P.6 8 ; (KARRER) A. i 740 929. physiological action of (VALENTI) A. ii 968. used in therapeutics estimation of (BRESSANIN) A. ii 708. Arsenic Fleitmann’s test for (DILLING) A. ii 91. hydrogen apparatus for Marsh’s test for (JADIN and ASTRUC) A. ii 387. detection of (STADDON) A. ii 1210. detection of in wines (CARLES and BARTHE) A. ii 594. apparatus for estimation of small quantities of (IWANOFF) A. ii 296. estimation of (RUPP and LEHMANN) A. ii 866. 1165.INDEX OF SUBJECTS. ii. 1403 Araenia estimation of as ammonium arseuomolybdabe (PELLET) A ii 203. estimation of i n presence of tin (BRESSANIN) A. ii 994. estimation of in insecticides (HOL- LAND) A. ii 91. soluble estimation of in conirnercial lead arsenate (CURRY and SMITH) A.ii 994. estimation of in organic compounds ( BOHRISCH and KURSCIINER) A. ii 203 ; (WARUNIS) A. ii 1094. separation of from antimony and other metals (COLLINS) A. ii 684 ; (MOSER and PERJATEL) A. ii 866. Arsenious acid. See under Arsenic. Araenites. See under Arsenic. Arsenobenzene toxicity of solutions of (FLEIG) A. ii 469. 3 :3 ‘- diamino-4 4‘- dihydroxy- and its hydrochloride (sulvarsan) prepara- tion and properties of (EHRLICH and RERTHEIM) A. i 524. preparation of neutral solnble deriva- tives of (FARRWERKE VORM. MEIS- TER Lucrua & BRUNING) A. i 595 1044. 4:4’-diarnino-3:3‘-dihydroxy- and its salts (BENDA) A. i 148 ; (FARB- WERKE VORM. MEISTEE LUCIUS & BRUNIKG) A. i 696. 5 5’-diamino-2:2 ’ -dihydroxy - and its hydrochloride (BENDA) A.i 82. Arsenobenzene-3:3’-bistrimethylammo- nium hydroxide 4:4’-dihydroxy- (BERTHEIM) A. i 819. Arsenoferrite ( BAUMIIAUER) A ii 949. Araenostovaine (FOURNEAU and OCHS- LIN) A. i 929. Arsinobenzoic acid and its esters oxidee of and dichloro- derivatives of (FOUR- NEAu and OCHSLIN) A. i 929. Arsonium compounds asymmetric quaternary and their attempted reso- lution (WINMILL) T. 718 ; P. 93. Arteries rabbits’ effect of aliphatic aldehydes on (LoEB) A. ii 857. Arylaminoanthraquinone derivatives preparation of (FARBENFABRIKEN VORM. F. BAYER 85 Co.) A i 995. Arglcarbamider nitroso- action of with primary amines and phenols ( HAAGER) A. i 103. Arglnitrosoaminea existence of (HANTZSCH) A. i 1039. Arylsnlphon-anilides and pnaphthal- idea amino-derivatives of (MORGAN and MICKLETHWAIT) T.142. Asaronanilide (BARGELLINI and MART- EGIANI) A. i 981. Aaaronthioanilide ( BAEGELLIWI and MARTEGIANI) A. i 981. Ascaridea chemistry and toxieology of the (FLUBY) A. ii 464. Ascidian’s blood. See Blood. Ascitic fluid constituents of (PATEIN and WEITZ) A ii 786. Asclepias uincetoxicum carbohvdrate from the rhizome of (MAseoN) A. ii 478. Asebotin from Kalmia lalvolia (BOLT:- QUELOT and FICHTENHOLZ) A. 11 Asparagine decomposition of by bacteria in presence of free oxygen (CARLSON) A. ii 191 972. dl-Aspartic acid picronolate (LEVENE and VAN SLYKE) A. i 681. Aspergillics niger influence of calcium on the development of (ROBERT) A. ii 192 671. influence of iron on the formation of conidia of ( JAVILLIER and SAIJTON) A. ii 192. importance of manganese in the dc- VelOpment O f (BERTRAND),A.ii 377. assimilation of nitrogen by (BRENNER) A. ii 77. action of salts on the development of (KIESEL) A. ii 861. hydrolysis of sucrose of by different acids (BERTRAND ROSENBLATT and ROSENBLATT) A. i 401. formation of invertase in (GRBZES) A. ii 976. effect of zinc on the secretion of invertase by (JAVILLIER) A. ii 377. influence of zinc on the consumption of food by (JAVILLIER) A. ii 861. Atherosper?na moschntum essential oil of the leaves of (SCOTT) T. 1612; P. 217. Atmolysie and an atmolyser (DTJBOIS) A ii 193. Atmosphere constituents of the upper layers of the (WEGEATEB) A. ii 636. Atmospheric air recoil atoms in ionised (KOVARIK) A. ii 1121. specific heat of (SCHEEL and HEUSE) A. ii 19 ; (MOODY) A ii 531. weight of a litre of (GUYE KOVACS and WOURTZEL) A.ii 636. proportion of carbon diaxide in the of antarctic regions (Nur7Ts.i and LAINI~ A. ii 154. penetrating radiation in (GOOKEL) A ii 416. radium deposit from between Val- paraiso and the East Indies (KNOCHE) A ii 223. expired constituents of (WEICRARDT and STOTTER) A. ii 671. 380.ii. 1404 INDEX OF 'IUBJECTS. Atmospheric air estimation of ether and chloroform vapours i n ( BOCHMANN and STRECKER) A. ii 1003. estimation of ozone in (HOLMES) A. ii 636. estimation of radioactive products in (KINOSHITA NISHIICAWA,and ONO) A. ii 12. Atoms maximal energies of (EIBEN- MANN) A ii 506. multiply-charged (THOBfSON) A. ii 1029. Atomic percentages conversion of per- centages by weight into (HOFFMANN) A. ii 340 ; (JANECRE) A.ii 750. Atomic refractivity. See under Photo- chemistry. Atomic theory development of the (MELDRUM) A. ii 35. Atomic weight nature of (KATAPAMA) A. ii 1156. of bromine (WEBER) A ii 1163. of calcium (OECHSNER DE CONINCK) A. ii 159. of chlorine (BURT and WHYTLAW- GRAY) A. ii 152 ; (BAUME and PERROT) A ii 933 ; (WOURTZEL) A. ii 934. of fluorine (McAD'AM and SMITH) A ii 549. of holmium (HOLMRERG) A. ii 163. of mercury (EASLEY and BRANN) A. ii 257. of nitrogen ( WOURTZEL) A. ii 248. of palladium (SHINN) A. ii 1178. of phosphorus ( BAXTER MOORE and BOYLSTON) A. ii 347. of radium (WHYTLAW-GRAY and RAMSAY) A 11 413 ; (H~NLG- SCHMID) A. ii 523. of silver (HINRICHS) A. ii 253 ; (GuYE) A. ii 552. of uranium ( LEBEAU) A. ii 848. Atomic weights (RICHARDS) A ii 928. table of T.1882 ; P. 216 ; (GUARES- CHI) A. ii 929. report of the International Committee 011 T. 1829 ; P. 214. determination of (HINRICHS) A. ii 642 ; (POCHEUX) A. ii 644; (LE CHATELIER) A. ii 840. and spectra of the alkali metals re- lation between the (BuRY),A.,ii 821. approximation of to integral and semi- integral values (FEILMA") P. 283. Atophan (2-phenyZquinoEi!t~e-4-carboxyZic acid) influence of on uric acid for- mation (FRANK and PRZEDBORSKI) A ii 659. behaviour of in the organism (DOHRN) A ii 965. Atoxyl (sodium-p-amimphenylarsinale) physiological action of ( NIEREN- STEIN) A. ii 75. action of on the animal body (ROTHERMUNDT and DALE) A. ii 668. Atrolactic acid. See a-Phenylpropionic acid a-hydroxy-. Atropine action of in the organism (METZNER) A. ii 585; (HEFFTEB and FICKEWIRTH) A.ii 5 8 6 ; (METZNER and HEDINGER) A. ii 966. Atropinesulphuric acid ( HOFFMANN LA ROCHE & Co.) A. i 896. Atropropinesulphuric acid (WILL- STATTER and HUG) A. i 577. Atropurol and its acetate (ROGERSON) T. 1049 ; P. 138. Aucuba fruits pectins from (HARLAY) A. ii 479. Augite from Central France (GONNARD and BARBIER) A ii 360. Auric chloride. See under Gold. Aurora spectrum of the and krypton (PAGE) A. ii 505. Autokatakinesis periodic ( LOTKA) A. ii 745. Antolysis and metabolisin (LAQUEUR and ETTINQER LAQUEUR BRUN- ECKE and CKAMPE) A. ii 661 ; (LAQUEUR and BRUNECKE LA- QUEUR) A ii 662. influence of iodine on (KEPINOW) A. ii 69. Antoxidation. See under Oxidation. Avogadro's constant determination of (ZANQGER) A. ii 22. Azines decomposition of by heat (PASCAL and NORMAND) A.i 145 147. Azine series studies in the (BALLS HEWITT and NEWMAN) T. 1840; P. 231. Azoacyl compounds preparation of (STOLLE MAMPEL HOLZAPFEL and LEVERKUS) A. i 225. Azobenzene derivatives of (WITT and KOPETSCHNI) A i 517. Azobenzene amino- 1:3:5-trinitro- benzenate (OSTROMISSLEKSKY) A. i 23. o-amino- and its salts and derivatives (WITT) A i 921. m-amino-o-hydrox and its deriva- o-hydroxy- acetyl derivatives o f - mf- and pf-chloro-nz-amino-o-hydr- oxy- acetyl derivatives and of- nt- and p'-nitro-m-amino-o-hydroxy- derivatives (HEWITT and RAT- CLIFFE) T. 1766. tives of-,mf-,an g- p -bromo-m-amino-INDEX OF SUBJECTS. ii. 1405 -il " --.--.- Y l A 2 0,r; Azobenzene 4 :4'-dibromo - 2-amino- and 4:4'-dichloro-2-amino- and their acetyl derivatives (NORMAN) T.1915 ; P. 232. 4-bromo-4'-nitro- and 4:4'-dibromo- (ANGELI and VALORI) A. i 321. 2:2'-dichloro-4:4'-dinitro- 2:2'-di- nitro- and Z:Z'-tetranitro- (GREEN and ROWE) T. 2449 ; P. 252. 4:6-dinitro-3-amino- and its acetyl de- rivative (FHIES and ROTH) A. i 659. p-nitro-p'-hydroxylamina- ( WITT and KOPETSCHNI) A. i 518. Azobenzene-z~-arsinic acid ( KARRER) A i 929. Azobenzene-pp'diarsinic acid( KARRER) A. i 930. Azodi-p-chlorobenzoyl ( STOLLI~ MAM- PEL HOLZAPFEL and LEVERKUS) A.. i. 226. (BRAND and WIRSIXG) A. i 666. 0-Azoxyphenylmethylsulphone(C1~AASZ) - . Azo-colouring matter C,,H,,O,N,S obtained from reduction product of 2:4-dimethyl-3-ethylpyrrole' and benz- enediazonium sulphate (FISCHER and BARTHOLOMAUS) A. i 50. Azo-colouring matters (MAILHE) A.i 667. scission of by halogens (SCHMIDT) A. i 322. of the triphenylmethane group (GREEN and SEN) T. 1113; P. 137. estimation of volumettically (GRAND- MOTJGIN and HAVAS) A. ii 1220. Azo-compounds preparation of (STOLL~ and SCHMIDT) A i 1035. optical behaviour of ( HAKTZGCH and LIFSCHITZ) A ii 1116. fastness to light of (WOROSHZOFF) A. i 145. o-hvdroxv-. etherification of(CHARR1EP. Azoimide (hgdraxoic acid hydyonitric acid) structure and reduction of (TURRENTINE) A. ii 448 ; (TUB- RENTINE and MOORE) A. ii 449. constitution of (THIELE) A. i 16. action of on cyanogen (OLIVERI-MAN- UALA and PASSALACQUA) A. i 144. interaction of nitrous acid and (WERNER) P. 257. Azo-a-ketodi-8-ethoxyethane (BRUNO and MYLO) A. i 162. pp'-Azophenyldimeth y lsulphinium salts (BRAND and WIESING) A i 6C6.pp'-Azophenyl methyl eulphide and its derivatives (BRAND and WIRSING) A. i 666. Azotobac ter u tilisation of cellobiose by (KOCH and SEYDEL) A ii 77. nitrogen assimilation by ( KOCH and SEYDEL) A. ii 77. influence of potassium on the fixation of nitrogen by (VOGEL) A ii 473. Azotobacter C ~ ~ O O C O C C Z ~ ~ accumulation of nitrogen by (ROSING) A. ii 473. 2:2'-Azoxyanthraquinone (SCHOLL and EBEKLE) A. i 142. Azoxybenzene B-p-bromo- and a- and @-bromo-4'-nitro- (ANGELI and VALORI) A. i 321. p-thiocyano- (FICHTER and BECK) A. i 105. Azoxy-compounds (ANCELI and VALORI) A. i 321. p-Azoxyphfnetole structure of " fluid crystals of (DEISCHA) A. ii 109. pp'- Azoxyphenyldime thyleulphinium iodide (BRAND and WIBSINO) A. i 666. pi)'-Azoxyphenyl methyl sulphide a11u J?r;Y*KEKl) A.I OIL. eizdoAzo-compounds (DUVAL) A. i 398. Azodiacetyl (STOLL~ MAMPEL HOLZ- APFEL and LEVERKUS) A. i 22'7. Azodicarboxylbenz ylidenehydrazide (STOLL~ MAMPEL HOLZAPFEL and LEVERRUS) A. i 227. Azodi-a-ethvlbutvrvl a d its mercurvsalt A. 1 514. B. Bacilli production of acetylmethyl- carbinol and By-butylene glycol by from sugars and other substance8 - -d ---.I -.I - ___. (STOLL~ MAMPEL HOLZAPFEL," and I (FARDEN and NORRIS THOMPSON) T -.r..mTT-\ A on? : OQO u f i v w i ~ n u a ) n. I L L I . Azodiformyl (STOLL~ MAMPEL HOLZ- APFEL and LEVERKUS) A. i 226. Azodimethyluracilcarboxyamide (BEY- THIEN) A. i 587. Azodi-a-naphthoyl (STOLL~ MAMPEL HOLZAPPEL andLEvERKus),A. i 226. eizdoAzodiphen ylme thane 4 4'-dich loro- 2-hydrosy- (MASCARELLI and TOSCHI) A.i 323. di- and tri-nitro- (DUVAL) A. i 399. n 11 YOY. creatine-destroying in the intestine (TWORT and MELLANBY) A. ii 466. tubercle chemical composition of (PANZER) A. ii 587. effect of injection of on the phos- phorus content of orgaiis (OTOLSRI and BIERNACKI) A ii 792. Bacillus tubercle action of glycerol esters on the (SALIMBENI) A ii 971.ii. 1406 INDEX OF SUBJECTS. Bacillus amimphiZws intastinalis (BER- THELOT and BERTRAND) A ii 669. Bacillus coli communis action on dex- trose of a variety of grown in presence of a chloroacetate (HARDEN and PEN- FOLD) A. ii 970. Bacillus prodigiomu fermentation of formic acid by (FRANZEN) A. ii 669. gelatinase of (v. GROER) A. ii 283. Bacillus subtilis fermentation of sugar by (LEMOIGNE) A. ii 1199.Bacteria decomposition of asparagine by in presence of free oxygen (CARLSON) A ii 191 972. formation of calcium carbonate i n soil by (GIMIKGHAM) A ii 75. decomposition of carbohydrates by (KLEIN) A ii 669. effects of atmospheres rich in oxygen on (ADAMS) A. ii 776. absorption of phenols by (COOPER) A ii 1199. action of radium emanation on (JAN- SEN and STRANDBERG) A. ii 974. production of indole by (ZIPPEL) A. ii 793. metabolism of See Metabolism. hydrolysis of polypeptides by (SASAKI) A,. ii 669. decomposition of sucrose by (OWEN) intestinal gas-forming power of (PEN- in milk (FRED) A. ii 1199. soil toxic effects of alkali salts on (LIPMAN) A. ii 76 473 ; (LIP- MAN and SHARP) A. ii 1200. efiect of lime on (BROWN) A. ii 670. assimilation of ammonia and nitrates by (VOGEL) A.ii 190. action of on phosphoric acid (SEWERIN) A ii 474. deiiitrifying sulphur physiology of (LIESKE) A. ii 1200. estimation of in feces (MATTILL and HAWK) A. ii 466. Bactericidal sera action of acids bases and salts on (OTTOLENGHI) A. 11 974. Bacterium d i indole reaction of (SEIDELIN and LEWIS) A. ii 191. detection of indole in cultures of (RIVAS) A. ii 669. Bactenurn lactw acidi phases of fer- mentation induced by (GRIMM) A. ii 191. Baddeleyite from Montana (ROGERS) A. ii 172. Baeumlerite (RENNER) A. ii 357. identity of with chlorocalcite ( ZAM- A. ii 975. FOLD) A. ii 191. BONINI) A. ii 652. Bdanoe for rapid weighiug of substances showing continuous variation in weight (URBAIN) A. ii 341. Mohr-Westphal device for reading (v. HEYGENDORFF) A.ii 150. Balance Sheets of the Chemical Society and of the Research Fund. See An- nual General Meeting T. 639 ; P. 75. Balsam Peru estimation of cinnamein in (LEHMANN and M~LLER) A ii 212. Bamboo enzymes in young shoots of (KATo) A. ii 81. Banana biochemical and bacteriological studies of the (BAILEY) A. ii 379. polarirnetric estimation of starch in (BAUMERT) A. ii 1217. Barbituric acid preparation of derivatives of ( FARBENFABRIKEN VORM. F. BAYER & Co.) A. i 1024 1025. Barium spectrum of (SCIIMITZ) A ii 877. Barium salts action of on blood- pressure (PATON and WATSON) A. ii 789. Barium nitrate preparation of (AKTIEN GESELLSCHAFT FUR CHEMISCHE INDUSTRIE and KUHNE) A ii 1171. sodium nitrate and water equi- librium in the system (COPPA- DORO) A. ii 441. peroxide thermal dissociation of (HILDEBRAND) A ii 335.tri- and tetra-thiophosphates and oxythiophosphite (EPHRAIM and STEIN) A. ii 43. sulphate plasticity of (ATTERBERG) A. ii 50. Barium detection of (CURTMAN and FRANKEL) A. ii 1211. Barley respiration of during germina- tion (ABRARAMSOHN) A. ii 197. distribution of mineral bases in (ANDR~) A. ii 803. amounts of nitrogen phosphorus and sulphur during the growth of (ANDR~) A. ii 675. tannin in the seeds of (REIUHARD) A. ii 592. absorption of water by the seeds of (BROWN and WORLEY) A. ii 1086. Barzarin (SALZMANN WALBAUM and Base C,H,,ON from ketomethylbutanol (FARBENFABRIKEN VORM. F. BAYER & Go) A. i 822. C7H,N from B-p-tolylhydroxylamine and sulphuric acid (BAMBERGEB and BRUN) A. i 692. SALZMANN) A. ii 1196.INDEX OF 3UBJECTS.ii. 1407 Bam Cl5HBN2 and its salts from heat- ing lupanine (PALMA) A. I 805. C,6H160N&lS froni n-phenyl-v-me- thylphenylthiourea (DIXON and TAYLOR) T. 568. C,H,O,N from isobutyldihydrober- berine (FREUND) A. i 487. C,H,N ( + H,O) from:B-p-tolylhydr- oxylamine and sulphuric acid (BAMBERGER and BRUN) A. i 692. Bases acids and salts ammonia system of (FRANKLIN) A ii 451. equivalent equilibrium of as affected by changes of diet and acid poison- ing (LUITHLEN) A. ii 792. velocity of reaction of with halogen- substituted acids (JOHANSSON) A. ii 544. exchange of in soils (WIEGNER) A. ii 677 981. action of on seedlings ( BOKORNY) A. ii 482. systematic detection of (PURGOTTI) A. ii 984. organic conductivity of in acetophe- none solution (CREIGHTON) A. ii 1125.action of iodoform on (DEHN) A. i 834. action of tetrabromoethane on (DEHN) A. i 240. compounds of with alkali and alkali-earth salts (CALZOLARI) A. i 609. cornpounds of with tetraiodoethyl- ene (DEHN) A. i 242. detection of (CHARITSCHKOFF) A. ii 817. tertiary influence of the constitution of on the rate of formation of quaternary ammonium salts (THOMAS) P. 188. rate of reaction of alkyl haloids and (PRESTON and JONES) T. 1930 ; P. 229. Basil oil constituents of (LALOUE) A i 574. Bmsia fats from species of (PELLY) A. ii 379. Bauxites colloidal properties of (DITT- LER and DOELTER) A. ii 171. Bean. See Phaseolw multi$orms. Beaverite (BUTLER and SCHALLER) A. ii 56. B-Bebeerine and its derivatives (FALTIS) A. i 796. Beckmann rearrangement (MOKTAGNE) of hydroxamic acids (JONES) A.i A. i 73. 692. Beer estimation of alcohol in (FRESE- NIUS and GRUNHUT) A. ii 870. estimation of extract in (FRESENIUS and GRUNHUT) A. ii 1112. Beetroot (sugar) non-protein nitrogenous constituents of the (SMOLENSKI) A. ii 803. production of sucrose in (STROHMER BRIEM and FALLADA) A. ii 1205. nianuring of with sodium chloride (STROHMER and FALLADA) A ii 83. estimation of sugar in (SAILLARD) A. ii 698. Beetroot pulp influence of water and of crude spirit on the composition of (AMMANN) A. ii 382. Behenic acid dibromo- amide and carbamidc and iodo- amide (FARBEN- FABRIKEN VORM. F. BAYER &Co. ) A. i 954. Behenolamide ( FARBENFABRIKEN VORM. F. BAYER & Co.) A. i 954. Bentonite from Wyoming (DAKTON and SIEBENTHAL) A ii 267. Benzaldazine hydrobromide (STOLL~) A i 505.di-o-chloro- tetrabromide (CuRrIus and PAULI) A. i 510. di-p-chloro- and di-p-imino- (PASCAL and NORMAND) A. i 146. Benzaldehyde and hydrocyanic acid solutions of in water (WIRTH) A. i 702. condensation of with polyhydric alco- hols derived from sugars (MEUNIRR) A. i 268. halogen and nitro-derivatives of (BLANKSMA) A. i 982. detection of chlorine compounds in (HEYL) A. ii 502. Benzaldehyde p-bromo- derivatives of (GATTERMANN) A. i 984. 6-bromo-3-hydroxy- and 5-bromo-3:4- dihydroxy- and their derivatives (PSCHORR SELLE KOCH STOOF and TREIDEL) A. i 775. pentachloro- (FARBENFABRIKEN VORM. F. BAYER & Co.) A. i 473. p-iodo- iododichloride and p-iodoso- (WILLGERODT and UCKE) A i 774. 0- and m-nitro- condensation pro- ducts of 2:4-dimethylquinoline with (SPALLINO and CUCCHIARONI) A.i 582. 2:6-dinitro- and its oxime and phenyl- hydrazone (EEICH and PINCZTCIVSKI) A i 361.ii. 1408 Benzaldehyde o- and p-thiocyano- (FRIEDLANDER and LENK) A. i 702. Benzaldehyde-di-m-chlorobenzylhydraz- one (CURTIUS and WEWER) A. 1 310. Benzaldehydecyanohydrin effect of heat on a mixture of with m-chloro- aniline and with ni-tolnidine (BAILEY and MCCOMBIE) T. 2272 ; P. 266. Benzaldehyde-p-methylbenz ylhydrazone and its derivatives (CURTIUS and SPRENGER) A. i 139. Benzaldehydenitroso-m-chlorobenzyl- hydrazone m-chloro- (CURTIUS and WEWER) A i 311. Benzaldehydenitroso-o-hydroxybenzyl- hydrazone o-hydroxy- (CURTIUS and KUPPERS) A. i 505. Benzaldehydenitroso-m-hydroxybenzpl- hydrazone m-hydroxy- (CuwIvs and KUPPERS) A.i 505. Benzaldehydephenylhydrazonee com- pounds of with picryl chloride tri- nitrotoluene trinitrophenol trinitro- benzene and trinitrotoluene (CIUSA and VECCHIOTTI) A. i 33. Benzaldehydetetramethyldi-p-amino- benzhydrylhydrazone (CumIus and KoF) A. i 732. Benzamide 3-nitro-4-amino- 4-acetyl derivative (BOGERT and WISE) A. i 451. Benzanthrone preparation of ( SCHOLL) A. i 195. Benzarsenoquinine (FOURNEAU and OCHSLIN) A. i 929. Benzarsinic acid ethyl ester (p-cu?*b- ethoxyphen3larsinic acid) and guaiacyl ester (FOURNEAU and OCHSLIN) A. i 929. Benzene formation of from cyclohexane (WILLSTATTER and HATT) A i 544. formula of (ANSCHUTZ CASARES) A. i 247 ; (v. LIEBIG) A. i 686. formula of from a thermochemical standpoint (TOMBROCK) A. i 842 956 ; (REDGROVE) A.i 956. and its derivatives ultra-violet fluor- escence of (DICRSON) A. ii 4. ally1 alcohol and water properties of mixtures of (WALLACE and ATKIXS) T. 1958 ; P. 231. and chloroform latent heats of and of their mixtures (FLETCHER and TYRER) P. 319. hydrogenation of (HINRICHSEN and KEMPF) A. i 686. pliotochemical oxidation of (BAN- CROFT) A ii 1021. pyrogcnic decomposition of (SMITH and LEWCOCK) T. 1453 ; P. 152. INDEX OF SUBJECTS Benzene formation of isomeric substi- tution products of (HOLLEMAN and VAN DRR LINDEN) A. i 20. iiifluence of sulphur on the substitu- tion of hydrogen by bromine in (BOURGEOIS and ABRAHAM) A. i 108. derivatives morphological study of (ARMSTRONG and RODD) A. i 756. compounds of with antimony tri- bromide and trichloride (MEN- SCHUTKIN) A.i 98 99 100. action of on the development of Pe?lieillium ghztcuin ( BGESEIiEK and WATERMAN) A. ii 283. preparation of di- and poly-hydroxy- ( FARBENFABRIKEN VORM. F. BAYER & Co.) A i 967. ’ comniercial estimation and elimina- tion of sulphur compounds in (EL- LERTON) A. ii 300. nucleus substitution in the (HOLLE- MAN) A. i 20 ; (OBERMILLER) A. i 174 ; (BOESEKEN) A. i 430. Imachlorides (VAN DER LINDEN) A. i 174. 1 -homo- 2 :ti-di-iodo-3 5-di- nitro- l-bromo-2:4:6-tri-iodo- 1- bromo- 2 4 6 -tri-iodo- 3 5-dinitro - and 1:3-dibromo-2:4:6-tri-iodo-5- nitro- (JACKSON and BIGELOW) A i 102. bromonitro- and chloronitro- equilib- rium between mixtures of (KRE- MANN) A i 101. l-bromo-2:4-dinitro- and its mixture with l-chloro-2:4-dinitrobenzene crystalIography of ( BOLDTREFF) A i 958.o- 9 2 - and pclichloro- hexachlorides (VAN DEE LINDEN) A. i 249. 1:2-dichloro-3:5-dinitro- and 1:4-di- chloro-2:6-dinitro- (ULLMANN and SANI?) 8.) i 104. fluoro- compounds of antimony tri- chloride and tribromide with (MEN- SCHUTKIN) A ii 920. nitro- electrolytic reduction of (SNOW- DON) A. i 100 ; (FARNAU) A i 436. reduction of with ferrous hydr- oxide (ALLEN) A. i 249. trinitro- compounds of with benz- aldehyde- anisaldehyde- piperon- aldehyde- and cinnamaldehyde- phenylhydrazones (CIUSA and VECCHIOTTI) A. i 33. additive products of with 2-methyl- indole and 2:3-dimethylindole (CIUSA and VECCHIOTTI) A. i 755. Benzene,INDEX OF SUBJECTS. ii. 1409 Benzenes bromonitro- conversion of into the corresponding dichloro-com- pounds (ScHbrIDT and WAGNER) A.i 175. Benzeneazobenzene-p-azo-a-hydroxy- naphthoic acid (SIRGAR and WATSON) A. i 1037. Benzeneazobenzene-pazosalicylic acid (SIRCAR and WATSON) A . i 1037. 4-Benzeneazo-2-benzenesnlphonyl-l:2 - naphthylenediamine (MORGAN and MICBLETHWAIT) T. 149. Benzeneazodiacetylcyclohexantrione (HELLER and KILETZSCHMAR) A. i 274. Benzeneazo-2:4-dimethyl-3-e thylpyrrole hydrochloride(GRABowsK1 and MARCH- LEWSKI) A. i 297. l-Benzeneazo-2-naphtho1 l-p-hydroxy- (CHARRIEE and PERRERI) A. i 813. y-nitro- formation of lakes by with aluminium and antimony com- pounds (STXEBIX’GER) A. i 1038. l-Benzeneazo-2-naphthyl methyl ether and l-p-hydroxy- and their hydro- chlorides (CHARILIIC~~ and FERKERI) A. i 812. Benzeneazo-8-naphthylamine p-bromo- and p-chloro- derivatives of (NOR- MAN) T.1917. Benzeneazophenylethylmercaptole and its hydrochloride (Fox and POPE) T. 1502 ; P . 200. Benzeneazophenylmethylmercaptole and its salts and p-nitro- (Pox and POPE) T. 1500 ; P. 200. Benzeneazosantalin (CAIN and SIMON- SEN) T. 1068 ; P. 140. Benzenediazonium chloride and p - chloro- and nt-nitro- compounds of with antimony trichloride (MAY) T. 1038. Benzenesulphonamide action of on carb- oxylic acids (ROUILLER) A . i 584. Benzenesulphonic acid compounds of antimony trihaloids with (MENS- CHUTKIN) A !if 920. isomorphous deiivatives of (BRITISH ASSOCIATION REPORTS) A. i 616. p-iodo- piodoso- and p-iodoxy- derivatives of ( WILLGERODT and KLINGER) A. i 255. Benzeneeulphonyl-p-anisidide m-nitro- 2:5-and 3:5-dinitro- and their deriva- tives (REYERDIN and DE LUG) A.i 182. naphthylenediamine (MORGAN and MICKLETHWAIT) T. 151. naphthylamine (MORGAK and MICKLE- THWAIT) T. 151. 2-Benzenesulphonyl-2-methyl-l:2- Benzenesulphonylmethyl-l-nitro-& Benzenylamidine m-bromo- y-cyano- and fib- and p-nitro- benzenesulphon- ates (ROUILLER) A. i 584. Benzhydrylisoamylthiocarbamide (v. BRAUN and DEUTSCH) A . i 694. Benzhydrylcarbamic acid bcnzhydryl- ammonium salt (FIGHTER and BECK- ER) A . i 15. Benzhydrylthiocarbimide (v. BRAUN and DEUTSCH) A. i 694. Benzhydrylthioaemicarbazide and its henzylidene derivative (Y. BRAUN and DEUTSCH) A. i 694. Benzidine compound of with amnionio- copper chloride ( JXRVIKEN) A. ii 486. derivatives oxidation of anilinoquin- ones to (BRASS) A. i 874. clinitro-derivatives isomerism of (GAIN COULTHARD and MIOKLE- THWAIT) T.2298 ; P. 277. ~T-Benzidineqninhydrone dihydriodide periodide (RICHTER) A. i 55. Benzil dioximes of (GARNEIC) A. i 995. Benzil di-p-iodo- ( WILLGERODT and UCKE) A. i 775. mm’-dinitro- (KLINGER and MAETIN- OFF) A. i 571. Benzilanilide ( KLINBRR) A i 557. 8-Benzildiphenylosazone (PADOA and SAKTI) A. ii 880. Benzilhydrazoxime and its derivatives {FORSTER and DEY) T. 2237 ; P. 275. 8-Benzil-a-naphthyl- and 1:3:4-xylyl- osazones (PADOA and BOVINI) A i 223. Benzilo-p-toluidide (KLINGER) A. i 557. Benziminazole derivatives isomerism and absorption spectra of (TINKLER) T. 1245 ; P. 161. Benzocyclobutadiene and amino- (NASTU- KOFF and MALKALN) A. i 962. Benzocoeramidonine ( FARBWERKE vomr. MEISTER LUCIUS & BRUNING) A i. 794. Benzoic acid chlorination of (BORX- WATER and HOLLEMAN) A.i 698. as a standard in acidimetry (MOREY) A . ii 986. complex iron salts of and their deriva- tives (WEINLAND and HERZ) A. i 854. sodium salt influence of on autolysis (LAQUEUR and BRUXECKE) A. ii 662. alkyl esters catalytic hydrogenation of (SABATIER and MUMT) A i 353. cllolesteryl ester action of bromine on (DORfiE Xld STOrESBURY) P. 196.3. 1410 INDEX OF SUBJECTS. Benzoic acid and o-chloro- and p-nitro- ethylene esters (FARBENFABRIKEN VORM F. BAYER & Co.) A. i 554. and p-nitro- 4(or 5)-glyoxaline- methyl esters (PYMAN) T. 541. substituted phenyl esters of (BRAZIER and MCCOMBIE) T. 973. 2-phenyloxindone ester and its metallic salts (HANTZSCH and GAJEWSKI) A. i 870. Benzoic acid 4:5-dichloro-2-amino- (BADISCHEANILIN-~L SODA-PABRIK) A.i 450. o-cyano- constitution of (SCHREIBER and DEUTSCHLAND) A. i 863. N-cyano-o-amino- (cyannnilide-o-carb- oxylic acid) ethyl and methyl esters (McKEE) A. i 140. 2:3-dihydroxy-. See Catecholcarb- oxylic acid. Benzoic acid detection of in coffee extract (LYTRGOE and MARSH) A. ii 699. detection of in foods (BIERNATH) A. ii 1006. detection of in milk ( PHILIPPE) A. ii 500 ; (BEVIS) A. ii 1007. estimation of (REMY) A. ii 102. estimation of in urine (STEENBOCK) A. ii 501. Benzoic acids substituted esterification constants of (SUDBOROUGH and TUHNER) T. 237 ; P. 5. negatively substituted correlation of ionisation and structure of (DEREK) A. i 188. Benzoic anhydride p-chloro- andp-iodo- (FRANKLAND CARTER and ADAMS) T. 2479; P. 292. Benzoic selenonimide (selemsaccharin) (LESSER and WEISS) A.i 644. p-Benzoic sulphinide metallic salts of (CHAMBERLAIN) A. i 354. Benzoin di-p-iodo- and its derivatives (WILLGERODT and UCKE) A. i 775. Benzonitrile p-amino- derivatives of (BOGERT and WISE) A. i 450. 3:4-diamino- and bromo-p-amino- acetyl derivatives ( BOGERT and 2:g-dinitro- (REICH and PINCZEWSKI) A i 361. Benzo-m-nitroanilide m-amino- (FAR- BENFABRIKEN VORM. P. BAYER & Go.) A. i 856. Bemophenone compound of with zinc chloride (REDDELIEN) A i 364. Benzophenone 2-amino-4’-hydroxy- (STO- ERMER and GADS) A. i 1026. 5-bromo-o-amino- and 5-chloro-o- amino- and their benzoyl deriva- tives (ANGEL) T. 517; P. 46. WISE) A. i 41. Benzophenone-~-anisidil ( REDDELIEN) A. i 364. Benzophenoneanthraquinon y 1-2- hy dr - azone (MOHLAU VIERTEL and REINER) A.i 705. Benzo-e-phenylamylamide (MERCK) A. i 110. Benzo-6-phenylbutylamide ( MERCK) A. 1 111. B-Benzopinacolin action of phosphorus tribromide and phosphorus on (MON- TAGNE) A. i 630. N-Benzoquinhydrone dihydriodide pen- odide (RICHTER) A. i 55. o-Benzoquinone tetrachloro- derivatives of (JACKSON and KELLEY) A. 1 275. p-Benzoquinone colour of in alkaline solutions (LUTHER and LRUBNER) A i 254. p-Benzoquinone 2:6-diamino- dibenzoyl derivative (MELDOLA and HOLLELY) T. 930. tetrabromo- tetrachloro- and tetra- iodo- derivatives of (TORREY and HUNTER). A. i 475. bromotri-iodo- (TORREY and HUNTER) A. i 475. 2:5-dicyano-3:6-dihydroxy- and its ammonium and silver salts (RICH- TER) A. i 34. tetraiodo- (iodoanil) and its deriva- tives (TORREY and HUNTER) A.i 475. Benzoquinone-2-acetic acid (MORNER) A. i 459. p-Benzoqainonechloroimide 2:6-di- bromo- (TARUGI and LENCI) A. ii 397. 1 :I-Benzoquinonehy droxyphenylimide 3:5-dibromo- (TARUGI and LENCI) A. ii 397. Benzothiazoline and its sulphine iodide (CLAASZ) A i 513. Benzotrichioride action of on primary aniides (TITHERLEY and HOLDEN) T. 1881 ; P. 227. Benzisooxazoles (BORSCHE) A i 652. Benzisooxazole-2-carboxylamide 5- nitro- ( RORSCHE and OPPEXHEIMER) A. i 652. Benzoyl chloride o-cyano- (SCHOLL NEUBERGER TRITSCH and POTSCHI- WAUSCHEG) A. i 563. Benzoylaoetaldehyde ethyl and ethyl- ene mercaptals ( KELBER andScHwARz) A. i 866. Benzoylacetic acid ethyl ester com- pound of with hydroxy carbamide (MEYER) A. i 423. s-Benzoylacetylhydrazide sodium and mercury salts (STOLLE MAMPEL HOLzAPFEL,and LLVEHKUP) A i 226.INDEX OF SUBJECTS.ii. 1411 Benzoylalanine resolution of and the brucine and strychnine salts of its active forms (POPE and GIBSON) T. 939 ; P. 126. 1-Benzoyl-1-allylcydopropane ( HALLER and BENOIST) A. i 570. Benzoyl-2-anthraquinonylimide chloride and its condensation product with 2- aminoanthraquinone (BADISCHE ANI- LIN- & SODA-FABRIK) A. i 996. Benzoylazoacetyl ( STOLL~ MAMPEL HOLZAPFEL and LEVERKUS) A. i 226. o-Benzoylbenzoic acid 4'-disulphide ( BADISCIHE ANILTN- & SODA-FABRIK) A. i 876. o-Benzoylbenzoic acid 3:5-dichloro- 2:4- dihydroxy- (METTLER) A. i 359. 2 ;4-dihydroxy- diacetyl derivative (v. LIEBIG) A. i 380. 2-Benzoylbenzisooxazole 5-nitro- (BORRCHE and OPPENHEIMER) A. i 653.Benzoylbenzylidenehydrazide chloride (STOLLI?) A. i 504. 1 -Benzoyl-l-benzylcycZopropane(HALLEn and BENOIS'C) A. i 570. y-Benzoyl-AS-buten-8-01 (DIECKMANN) A. i 868. Benzoylcarbamide o-amino- (DIELS and WAGNER) A. i 512. Benzoylcarbinol p-chloro- (STRAUS) A. i 993. Benzoylcarbohydrazide ( DIELS and OKADA) A. i 918. Benzoylcarbylamine action of alkyl- oxides and ainines on (JOHNSON and CHEKNOFF) A. i 219. Benzoylcyanamide preparation and de- rivatives of (DIELS and WAGNER) A. i 511. Benzoyldehydracetic acid action of amines on and its methyl- and phenyl-lactams (PETRENKO-KRIT- SCHENKO and SCH*~TLE) A. i 128. derivatives of with hydroxylamine and phenylhydrazine ( SCH~~TTLE) A. i 915. Benzoyldi-a-ethylbutyr ylhydrazide (STOLL~ MAMPEL HOLZAPFEL and LEVERKUS) A.i 227. 1-Benzoyl-26-dimethyltetrahydroqaino- line 8-bromo- (GARROD JONES and EVANS) T. 1392. 8-Benzoyl-uy-diphenyl-aydimethyl- guanidine (JOHNSON and CHERNOFP) A. i 219. Benzoyl-ay-diphenylguanidine (JOHN- SON and CHERNOFF) A. i 219. Benzoyldiphenylme thy1 thiocarbamide (DIXON and TAYLOR) T. 2522. Benzoyldiphenylthi~arbamide ( DIXON and TAYLOR) T. 2512. B-Benzoyl-ay-di-o- rn- and p- tolyl- guanidines (JOHNSON and CRERNOFF) A. i 219. o-Benzoylenedihydroqninazoline and its salts (GABRIEL) A i 392. Benzoylenetetrahydrqqninamline (GABRIEL) A. i 393. Benzoylglyoxylic acid isobutyl methyl and propyl esters (WAHL and DOLL) A. i 626. 1-Benzoylguaiacol 5-bromo- and 3- chloro- (JosA) A. i 760. Benzoylhydantoio acid 3:5-dibrorno- 4-hydroxy- (JOHNSON and HOFFMAN) A. i 136.3-Benzoy1hydantoin7 2-thio- (JOHNSON and O'BRIEN) A i 806. s-Benzoylhydrazide di-p-chloro- and its sodium salt (STOLL~ MAMPEL HOL- ZAPFEL and LEVERKUS) A. i 226. dl-and Z-2-Benzoylhydrindamide l-hydr- oxy- (POPE and HEAD) T. 763. Benzoylhydroqainine and p-amino- and p-nitro- ( VEKEINIGTE CHININFABRI- KEN ZIMMER & GO.) A. i 1013. Benzoylimidooarbonic acid diethyl and dimethyl esters (JOHNSON and CHERN- OFF) A. i 219. Benzoyl-a-isatinanilide (FARBWERKE VORM. MEISTER LUCIUS & BRUNIXG) A. i 801. Benzoylmenthone (BODTKER) A. i 278. 6-Benzoylmethoxy-2-benzoylmethyl- thiol-4-methylpyrimidine (JOHNSON and MORAN) A. i 913. 5 -Benzoyl-2-methoxgdiphenyliodiniam salts (WILLGERODT and EURKHARD) A. i 630. 2-Benzoyl-2-methylindandione (HANTZSCH and GAJEWSKI) A. i 870. 1-Benzoyl- 1 -methylcycZopropane and its derivatives (HALLER and BENOIST) A.i 570. Benzo ylmethylthiol-4-methyl- 1 :6-dihyd- ro-6-pyrimidone and its derivatives (JOHNSON and MORAN) A. i 913. 3-Benzoyloxindone-2-carboxylic acid ethyl ester (HANTZSCH and GAJEWSKI) A. i 871. 1-p-Benzoyloxybenzeneazo-2-naphthol (CHARKIER and FERRERI) A. i 813. o-Benzoyloxybenzoic acid (benzoylsuli- cylic acid) sodium salt (EINHORN ROTHLAUF and SEUFFERT) A. i 32. p-Benzo yloxybenzoylmandelamide (ALOY and RABAUT) A. i 462. 7-Benzoyloxy-8-methoxy-2-methylte- trahydroisoqninoline and its hydro- bromide (PYMAN and REMFRY) T. 1607.ii. 1412 INDEX OF SUBJECTS. 6- and 7-Benzoyloxy-2-methyltetra- hydroisoquinoline (PYMAN and REM- FRY) T. 1605. Benzoyloxypropylpiperidine and its hydrochloride (DUXLOP) T.2002. y-Benzoyl-AB-penten-8-01( DIECKMANX) A. i 869. 8-Benzoyl-a-phenylbutyric acid aud its methyl ester ( REIMER and REYNOLDS) A. i 769. l-Benzoyl-2-~heny1-A~- and -A2-cycZo- pentenes (BAUER) A. i 778. a-Benzoylpropionanilide ( WOLFF and GREULICH) A. i 1029. Bemoylquinine o- and p-amino- and o- and p-nitro- (VEREINIGTE CHINIX- FABRIKEN ZIMMER & Co.) A. i 577. Benzoylealicylic acid. See o-Benzoyl- oxybenzoic acid. Benzoylsemicarbazide and its acetyl de- rivative (RUPE and FIEDLER) A i 142. Benzoyltetr aphenylguanidine (JOHN- SON and CHERNOFF) A. i 219. Benzoyltriazoacetohydrazide (CURTIUS and BOCKMUHL) A. i 426. 3-Benzoyl-2:4:S-trimethylpyrrole (COLA- CICCHI and HERTONI) A. i 1016. 2-Benzoyl- 1 3 :4- triphenyl- A1-cycZo- pen-. tene (THIELE and RUGGLI) A.I 867. 3:4-Benzphenanthrene-l-carboxylic acid (WEITZENBOCK and LIEB) A. i Benzthiazole 1 :4-diarnino-5-hydroxy- sulphate and its diacetyl derivative (FICHTER and BECK) A. i 106. Benzyl bromide 2 6-dinitro- ( REICH and PIKCZEWSKI) A. i 361. iodide. 2:4:d-t~initro- (REICH WET- TER and WIDMER) A. i 959. Benzyl alcohol 2:6-dinitro- arid 2:4:6- trinitro- ( REICH WETTER and WID- MER) A. i 959. Benzyl compounds of sulphur oxidation of (SMYTHE) T. 2076 ; P. 242. Benzylacetophenone 2 3 :4-trih ydroxy- (DUTTA and WATSON) T. 1241 ; P. 106. Benzylallyliminomalonuric acid (JOHN- SON and HILL) A i 135. Benzglallylmalonic acid and its silver salt (JOHKSON and HILL) A. i 135. 5-Benzyl-5-allylmslonylguanide and its hydrochloride (HOLMBERG) A. i 135. Benzylamke salts (DEHN) A.i 242. mercuribroniide (DEHN) A. i 241. telluri-bromide and -chloride (GUT- BIER FLURY and EWALD) A i 689. 548. Benzylaminoacetic acid ethyl ester and chloride hydrochloride (MANNICH and KUPHAL) A. i 21 7. Benzylaminoacetobenzylamide hydro- chloride (MANNLCH and KUPHAL) A. i 217. Benzyl-o-aminobenzoic acid 2:4:6-tri- A i 959. Benzylaminocyclohexane and its phenyl- carbamide ( SABATIER and MAILHE) A. i 103. 3 -Benzylamino-1 -indone 2- iodo- ( SINONIS and KIRSCHTEN) A. i 270. Benzylaminosuccinobenzylimide and nitroso- (WARREN and GROSE) A i 961. Benzylaniline m- and p-chloro- and their hydrochlorides (LAW) T. 160. 2:G-dinitro- and its platinichloride (REICH and PINCZEWSKI) A. i 361. 2:4:6-trinitro- (REICH WETTER and Benzyl-o- and -2)-anisidines 2:4:6-tr.i- nitro- (REICH~WETTER and WIDMEH) A.i 959. 1-Benzylantipyrine. See l-Beiizyl-2:3- dimethyl-5-pyrazolone. 8-Benz yl- y -benz y lidene-a-methylpropy l benzyl ketone (REIMER and REY- NOLDS) A. i 770. 1 -Benzyl-4-benzylidene.3-me thyl-b-pyr- azolone (CuRrrus and SCHNEIDERS) A i 138. Benzyloarbamide o-nitro- (DIIHS and WAGNER) A. i 512. Benzylcarbazole and its picrate (LEVY) A. i 304. Benzyldichloroacetamide ( MANNICH and KUPHAL) A. i 851. Benzyl-mono- and -di-chloroamines pre- paration and decomposition of (DATTA) A. i 962. Benzyldeoxybenzoin bromo- (THIELE and RUGGLI) A i 867. 2-Benzyl-4-dihydroquinazolone ( BOGEET and GEIGER) A. i 395. 3-Bensyl-4-dihydroquinazolone methi?- dide (BOGERT and GEIGER) A. 1 511. Benzyldimethylamine 2:3-dihydroxy- and its hydrochloride (DOUETTEAU) A.i 620. 4-Benzyl-l:3-dimethylhydantoin p - hydroxy- (JOHNSON and NICOLET) A. i 585. l-Benzyl-2:3-dime thyl-5-pyrazolone,aiid 4-nitro- and 4-oximino- (CURTIUS and SCHKEIDERS) A. i 139. Benzyl-2:5-dimethyltetrahydrofuran 3- liydroxy- (DUPONT) A. i 291. nitro- (EEICH \~El'TER,and WIDMER) ' WIDMER) A. i 959.INDEX OF SUBJECI‘S. ii. 141 3 Benzyldipropylcarbinol (AMOUROUX and MURAT) A. i 41.5 ; (MURAT and A~toURoUx) A. i 528. o-Benzylenesiihydroquinazoline and its salts (GABRIEL) A. i 392. Benzylethylamine telluri-bromide and -chlaride (GUTBIEH FLURY and EWALD) A. 1 689. Benzylethylanunonium nitrite (RLY aud DArn) P. 258. Benzylethyl-n- and im-butylamines (WEDEKISD and NKY) A. i 502. Benzylethyl-?z-butylamnioniumacetic acid iodide Z-rnenthyl ester ( WEDE- KIND and NEY) A.i 502. Benzylefhyl-n- and iso-propylamines (WEDEKIND and NEY) A. i 502. Benzylethyl-n-propylammoniumacetic acid iodide Z-menthyl ester ( WEDE- KIND and NEY) A. i 502. Benzylethylsilicanediol (ROBISON and KIPPING) T. 2161 ; P. 245. Benzylglucoside a-amino- (IRVINE and HYND) P. 320. B-Benzylglucoside ( BOURQUELOT and BRIDEL) A. i 790. a-Benzylglutaconic acid ethyl ester (BLAND and THOKPE) T. 886. C-Benzylharmine and its hydrochloride (PERKIN and ROBINSON) T. 1784 ; P. 153. 6-Benzylheptane ( AMOUROUX and Mu- RAT) A. i 415. and its nitroso-chloride (MURAT and AMOUROUX) A. i 528. 1 -Ben2 y lhydantoin 2 - t hio- ( JOH XSON PFAU and HODGE) A. i 807. 4-Benzylhydantoin p-ethylxanthnte (JOHNSOK and BRAUTLECHT),A. ,i,805. 4-Benzylhydantoin. p-amino- and p- nitro- and salts of the former (JOHNSON and BRAUTLECHT) A.i 805. 4-m-bromo-p-hydroxy- (JOHSSON and BENGIS) A. i 810. 3 5-dibromo- p-hydroxy- and 3:5-di- iodo-p-hydroxy- (JOHNSON and p-hydroxy- thio- (JOHNSON and BRAUTLECHT) A. i 806. 2-thio- and its 3-acetyl derivative (JOHNSON and O’BRIEN) A. i 806. Benzylhydrazine m-chloro- hydrochlor- ide (CURTIUS and WEWEI~) A. i 311. Benzylidene chloride m-nitro- action of solutions of ethoxides on ( KLIEGL) A. i 268. Benzylidene bases electrolytic reduction of (LAW) T. 154; (BRAND and HOISG) A. ii 896. Benzylideneacetone. See Styryl methyl ketone. HOFFbIAN) d. i 136. C. ii. Benzylideneaoetophenone. See Phenyl Benz ylideneacetylpyrrocoline (SCHOLTZ) A. i 649. Benzylideneaoetylpyruvic aoid and its derivatives (MUMM and BERGELL) A.i 937. Benryli$eneaminocinnamic acid p- cyano- amyl ester optical properties of (STUMPF) A. ii 336. Benzylideneaniline an hy drosulphite and hydrogen sulpliite (MAYER) A i 251. Benzylideneaniline 3:5-dibromo-4- amino- 2:4:6- and 3:4:5-t~ibromo- (BLANKSMA) A. i 982. m-chloro- (LAW) T. 161. 2:g-dinitro- (REICH and PINCZRWSKS) A. i 361. Benzylideneanthranilc acids action of acetic anhydride on (EKELEY and DEAN) A. i 211. Benzylideneanthraquinonyl-l-hydra- zone and its acetyl derivative and o- and p-hydroxy- and o- m- and p - nitro- (MOH.LAU VIERTEL and REIWER) A. 1 704. zone and o- and p-hydroxy- 2:3-di- hgdroxy- and p-uitro- (MOHLAU VIERTEL and REINEK) A. ’I 705. tl.ans-Beneylidenebenzylamine (PAWLS EWSKI) A. i 182. Benzylidene- bis -2’ :4’-diethoxyaceto- phenone 2-hytlroxy- (TAMBOR GUNS- BERG KELLER CHANSCHY-HERZEN- BERG ROSENKNOYF and LICHENTEN- BAUM) A.i 44. Benz ylidenebisdihydro p yrrocoline (SCHOLTL) A. i 386. Benzylidenebisphenylanilinoaoeta~de (MINOVICI and ZENOVICI) A. i 700. Benz y lidene bisphenylchloroacetamide (MIX~JVICI and ZENOVICI) A i 700. 44’-Benzylidenebie-l-pheny1-3-methyl- 6-pyraaolone o-nitro- ( HEWUSCHELA and ROTHACKER) A. i 62. Benz ylidenebisphen ylphenylh ydr - azinoacetamide (MINOVICI and ZENO- VICI) A. i 700. Benzylidene-o-bromoaniline u- and p - hydroxy- (FISCRER and NEBER) A. i 438. 5-Benzylidene-3-iso-butylrhodanin and 5-0- and -m-hydroxy- (NAGELE) A. 1) 795. Benzylidene-o-chloroaniline and o- and p-hydroxy- and o- and p-nitro- (FIGCHER and NEBER) A i 438. Benzylidenediacetamide N-dichloro- (CHATTAWAY and SWINTON) T.1206 ; P. 158. styryl ketone. Benzylideneanthraquinonyl-2-hydra- 93ii. 1414 INDEX OF SUBJECTS. Benzylidene-diamides N-chloro- deri- vatives of (CHATTAWAY and SWIK- TON) T. 1206 ; P. 158. Benzylidenedibenzamide N-chloro- ( CHATTAWAY and S WINTON ) T. 1208; P. 158. 4-Benzylidene-l:3diethylhydantoin (JOHNSON and NTCOLET) A. i 808. Benzylidenediharmaline ( PERKIN and ROBINSON) T. 1786. Benzylidenedimethylethylenedihydr- azine di-p-nitro- and its hydro- chloride (BACKER) A. i 731. Benzylidenedipyrrocoline (SCHOL'TZ) A. i 386. 4-Benzylidene-1-ethylhydantoin (JOHK- SON and NICOLET) A. i 808. Benzylideneharmine and its salts and p - nitro- (PERKIN and ROBINSON) T. 1782 ; P. 163. Benzylidenehydantoin 4-m-bromo-p- hydroxy- (JOHNSON and BENGIS) A.i 810. 3:5-dibromo-4-hydroxy- and its ammoniuiilsalt (JOHNSON and HOFF- MAN) A. i 137. d l - and d-2-Benzylidenehydridamine 1-hyciroxy- (POPE and REAnj T. 763. 6-Benzylidene-B-methyl-aa-diethyl-6- NOLDS) A. i 770. Benz y lidene - 3 -met h y 1 - 1-e t h y lh y dan to in (JOHSSON and NICOLET) A. 1 808. 4-Benz ylidene-l-methylhydantoin (JOHNSON and NICOLET) A. i 808. Benzylidene-2-me thylquinoline syn- thesis of (v. ISMAILSKY) A. i 128. Benzylidenenicotinic hydraeide o- chloro- (MEYER and MALLY) A. i 515. Benzylideneisonicotinic hydrazide and o-chloro- (MEYER and MALLY) A. i 515. 4-Beney lidene- 1 -phenyl-$-methyl-S - pyrazolone o-nitro- (HEIDUSCHKA and ROTHACKEK) A. i 52. Benzylidinepicolide anil its hydro- chloride (SCHOLTZ) A i 649. Benzylidenepicolinichydrazide and o- chloro- (MEYER and MALLY) A.i 515. Benzylidenethienylideneacetone and its tetrabromide (GRISHKEWITSCH-TRO- CHIMOWSKY and MATSCHUREVITSCH) A. i 642. Benzylidene-di- and tri-thio-o- toluidines m-nitro- (HODGSON) T. 1698 ; P. 222. Benzylidene-m-toluidine (LAW) T. 158. Benzylidene-p-toluidine 3 4 5-t~ibrorno- crotonyl alcohol (REIMER and REY- (BLANKSMA) A. i 982. Benzylidene- y- triazobutyrohydradde ando-hydroxy- (CUKTIUS and GfULINI) A i 427. Benz ylidene-a- triatopropionohydtazide (CURTIUS and FRANZEN) A. i 426. 8-Benzyliminopropyl methyl ketone and a-oximino- (RUGHEIMEC and RITTEK) A. i 474. Benzylmalonyl chloride ( FARBENFABRI- KEN I-OI~M. F. HAYEIL & Co.) A. i 1025. Benzylmalonylguanidine ( KAST) A. i 1024. Benzylmethylaminoacetic acid and its ethyl ester and their salts (MAKNICH and KTJPHAL) A.i 218. Benzylmethyldichloroacetamide (MAN- NICH and KUPHAI,) A. i 851. a-Benzyl-8-methylcrotonic acid y - cyano- ethyl ester (BLAND and THOIWE) T. 891. 3-Benzyl-2-methyl-4-dihydroquinazol- one (BOGERT arid BEAL) A. i 394. 3-Benzyl-1-methyldioxindole methyl ether ( KOHN and OSTERSETZER) A. i 51. Benzylmethglethanolamine anil its salts (MANNICH aiid KUPHAL) A. i 850. a-Benzyl-B-methylglutaconic acid aiid its salts and derivatives (BLASD and THORPE) T. 1744. a-Benzyl-B-methylglutaconic acid a- cyano- ethyl esters (BLAND and THOIWE) T. 889. 4-Benzyl-l-methylhydantoin p-hydr- oxy- (JOHNSOX aiid NwoLm) A. i 585. Benzyl methyl ketone 2:4-dinitro-a- oximino- and its derivatives (BORSCHE and OPPENHEIMER) A.i 652. Benzylmethylnitrosoamine (RAY arid DATTA) P. 258. Benzylmethylisoolivil (KOERNER and VANZETTI) A. i 353. 1 -Benzyl-$-me th ylpyrazole blue (CUR- TIUS and SCHNEIDERS) A. i 138. l-Beqzyl-3-methyl-5-pyrazolone and 4- aniiuo- 4-dibromo- 4-dichloro. 4- nitro- aiid 4-oximino- and their deri- vatives (CuirrIus and SCHNEIDERS) A. i 137. l-Benzyl-3-methyl-6-pyridazinone (CUR- TIUS and SCHNEIDEKS) A. i 137. 3-Benzyl-4-methylpyridine 2:6-dihydr- oxy- and its dibenzo 1 derivative (BLAND and THORPE) l. 1743. 3-Benzyl-4-methyl-a-pyrone 6-chlofo- and its dianilide and 6-hydroxy- and its potassium salt (BLAND and THOHPE) T. 1745. 5-Benzyl-l-methyltriazole S-hydroxy- (KUl'E and OESTREICHER) A. i 221. YINDEX OF SUBJECTS. ii. 1415 1-Benzyl-5-methyltriazole (WOLFF and KR~CHP,) A.i 1030. l-Benzyl-6-methyltriaaole 3-hydroxy- 1 -0-hydroxy- (RUPE and OESTREI- CHER) A. i 221. l-Benzyl-5-methyl-l:2:3- triazole-4-carb- oxylic acid and its ethyl ester ( WOLFF and KRUCHE) A. i 1030. Benzyl- &naphthol a-amino- coin pounds of with mannose and galactose (BE~TI) A. ii 498. Benzyl-B-naphthylamine 2 :4 6-lrinitro- (REICH WETTER and WIDMER) A. 1 959. Benzyl-?,z-nitroaniline 2 4 :6-trinitro - (REICH JVETTER and WIDMER) A. i 959. Benzyl-B-phenylethylmethylcarbinol and its chloride (ORECHOFF and MEERSON) A. i 621. Benzylphosphinic acid a-hydroxy- and its calcium salt (PAGE) T. 425. Benzylphthalimidine o-amino- and its salts and o-hydroxy- (GASRIEL) A. i $9.3. Benzylcydopropanecarboxylic acid and its amide (HALLEB and BENOIST) A. i 570. 6-Benzylpyrimidine amino- halogen- and hydroxy-derivatives of ( KAST) A.i 1023. Benzylpyruvic acid preparation and condensation products of ( BOUGAULT) A. i 771. Benzylsemicarbazide and its derivatives and nitroso- (KESBLER and RUPE) A. i 219. o-hydroxy- and its derivatives (RUPE and OESTREICHER) A. i 221. 3-Benzyl-2-styryl-4-dihydroquinazolone (BOGERT and BEAL) A. i 394. a-Benzyltetrahydroberberine and i!s staniiichloride (FREUND) A. 1 383. N-Benzylisotetrahydroberberine and its derivatives ( MCDAVID PERKIN and ROBINSON) T. 1224. 3-Benzyl-22:5:5-tetramethyltetrahydro- furan 3-hydroxy- ( DUPOXT) A. i 291. 4-Benzyl-l:4-thiazan and its salts l-Benzylthiolanthraquinone (GATTER- MANN) A i 999. Benzyl-o- and -p- toluidines 2 :4 6-tri- nitro- (REICH WETTER and WIDMER) A.i 959. Benzyl-m- and -p-toluidines and their hydrochlorides (LAW) T. 158. Benzyl-o- m- andp-tolnidines p-chloro- and their hydrochlorides (LAW) T. 165. (CLARKE) T. 1589 ; p. 218. l-Benzyltriazole 3-hydroxy- and 3- hydroxy-l-o-hydroxy- (RUPE and OESTREICHER) A. i 221. l-Benzyltriazole-5-carboxylic acid (WOLFF and KRUCHE) A. i 1030. Benzyltrimethylsilicane ( BYGD~N) A. i 342. Benzylvinylmethylamine and its salts (MAKXICH and KUYHAL) A i 850. Berberilene. See 3 4-Dimethoxy- 3’ 4’- niethylenedioxy-2-hydroxymethyl-6’- vin ylstilbene. Berberine preparation of derivatives of (FREUND) A. i 487. Beri-beri etiology of (WIELAND) A ii 962. Bertrandite from Norway ( T‘oGT) A. ii 174. Beryl from Elba (MADDALENA) A. ii 775. from Madagascar (DUPARC WUNDER and SABOT) A. ii 360.Betafite (LACROIX) A. ii 567. Betaine action of in the organism (KOHLRAUSCH) A. ii 74. hydrochloride preparation of from molasses ( EHRLICH) A. i 835. periodide preparation of crystals of a (STAN~K) A i 609. separation of from molasses (SToLr- ZENBERG) A. i 680. estimation of nitrogen in (STOLTZEN- BERG) A. ii 601. Betaines in plants (SCHULZE and TRIER) A. ii 287 799; (YOSHIMURA aird TRIER) A ii 478 ; (I~ELEAKO and TRIER) A. ii 800. Beta vulgaris composition of the fat of (NEVILLE) T. 1101 ; P. 130. Betnlin and its derivatives (TRAUBEN- BERG) A. i 260 972. Bilberry bio-chemical analysis of the (FICHTENHOLZ) A. ii 108. Bile effect of Eck’s fistula on the forma- tion of (MATTHEWS) A. ii 273. influence of on diastase(MINAMr) A. i 402. human secretion and composition of (MENZIES) A.ii 786. of ox. See Ox bile. Bile pigments detection of in uriue (PETERSEN) A. ii 107 ; (CROUZEL) A. ii 400. Biliary acids preparation of the (SCHRYVER) A. i 537. Bilic acid ( PILOTY and THANNHAUSER) A. i 737. Bilirnbic acid preparation and constitu- tion ~~(FISCHER andRosE) A. i 575. Bilirubin estinintion of (HERZFELD) A. ii 612 706. Binary mixtures. See Mixtures binary.ii. 1416 INDEX OF SUBJECTS. Binary systems fusibility curves of (BAUAIE and GEORGITSES) A. ii 329. showing mixed crystals equilibrium in (KRUYT) A. ii 632. vapour pressure lines of (ICoHNsrAMM and KATZ) A. ii 370. acz3indone and its benzoyl derivative (HANTZSCH and ZORTMAN) A. i 872. Bio-chemical reactions influence of light 011 (v. EULER) A. ii 112 ; (v. EULEK and LINDBEILG) A.ii 407. Bio-electric currents toxicological in- vestigations of (HERMANNS) A. ii 663. Birch constituents of the (GRASSER) A. ii 593. Birds cure for polyneuiitis in 011 a diet of polished rice (FUNK) A ii 186 467. preparation of the substance which prevents polyneuritis in (PUNK) A. ii 856. relation of the liver to creatine metabolism in (PATON and MACKIE) A. ii 854. urine of (SHARYE) A ii 1194. Bis-3-acetyl-2:4-dime thylpyrrylpropane (COLACICCHI and BERTONI) A. i 653. Bia-3-acetylS-phenyl-4-methylpyrryl- methane (COLACICCHI and BERTONI) A. i 653. Bieaminobenzeneazo-azobenzene and its hydrochloride and acetyl derivative (WITT and KOPETSCHNI) A i 518. Bisaminobenzeneaaohydrazobenzene (WITT and KOPETSCHXI) A. i 678. Bie-auri-tris-amido-eulphonic acid potassium salt (HoFblANN BIESALSKI and SODERLUND) A.ii 766. Biaazobenzene-4:3’:4”-triareinic acid (KAHRER) A. i 930. 2 :2-Bisendoazodiphenylme thane 4 4 - dichloro- (MASCAHELLI and TOSCHI) A. i 323 ; (DUVAL) A. i 399. Bisbenzeneazohaemopyrrole ( LEYKO and MARCHLEWSKI) A. i 56. Biebenzeneazoharmaline ( FISCHER and BOESLER) A. i 645. Bis- S-benzoyl-2:4-dimethylpyrrylpro- pane (COLACICCHI and BEILTOSI) A i 653. 4-Bis-1 -ben~yl-3-methyl-S-pyrazolone (CURTIUS and SCHNEIDERS) A. i 138. Bie-9-bromoanthracene ( FISCHEH and ZIEGLER) A. i 755. Bis-p-bromobenzeneazoharmaline (FISCHEIL and BOESLEK) A. i f45. Bie-8-bromo- y-valerolaetone-aa-apirana (LEUCHS and GIESELER) A. i 716. Biebatylene oxozonide (HARRIES and EVERS) A i 673. Bia-y-butyrolactone-au-spiran (LEUCHS and GIESELEH.) A.i 714. l:4-Bis[p-carboxybenzylideneamino]- benzene (SIMONIS BOEHME and BESESSON) A. i 565. Bis-l-chloroanthracene (FISCHER and ZIEGLER) A. i 755. Bis-p-chlorobenzeneazoharmaline (PISCHER and BOESLEIL) A i 645. Bis-l-chloro-@(or 10)-bromoanthracene (FISCHER and ZIEGLEK) A. i 755. Bis-l-chloro-4-methylanthracene (FISCHEIL a i d ZIEGLEX\ A. i 765. X:Nr-Bis-3-chloro-a-naphthaquinonyl-2- benzidine (BRASS) A. i 874. Biedichlorotrimethyltrioxin (MY LO) A. i 335. Bia-diethoxyacetohydrazide ( Kau~o and MYLO) A. i lti2. 2 6 -Bis- dimethylaminoanilo- 3 :4di- phenylcyclopentenone (RUHEMANN and NAUKTON) T. 45. 2:3-Bis( -p-dimethylaminoanilo) - 5 :6 - methylenedioxy- l-hydrindone hydrate of (RUHEMANN) T. 782. 3:3’-Bisdirnethylamino-4:4’-&~ydroxy- areenobenzene and its dihydroctiloride (BERTHEIN) A.i 819. Bis-2:3-dimethyl-l-ethylpyrrole (big- hamopywole-e) and its picrate (PJLOTY and STOCK) A. i 934. Bis-2:3-dimethylpyrrole and its picrate (PILOTY and THANNHAUSER) A. i 736. Bisdiphenylacetylhydrazide chloride action of alkalis on (STOLL~ and SCHMIDT) A. i 980. 88’-Bi-diphenylacetyloxalylhydrazide (STOLLI~ and SCHMIDT) A. i 1036. 1 -Bi-diphenylamino-2:S-dibenzhydryl- 1 3 6-triazole acetyl derivative(SToLL33 and SCHMIDT) A. i 1036. Biediphenylene-ethane 2:2’-dibromo- 2:2’:7:7’- and 2:2’:9:9’-tet~abromo- 2:2‘ 7 7 ‘:9:9 ’-lmabromo- 9:9’-di- chIoro- 9:9‘-dichloro-2:2’-dibromo- and 9 :9‘-dichloro-2:2‘:7:7 ’4etrabromo- (SCHMIDT and WAGNEB) A. i 178. Bisdiphenylene-ethylene 2:2-dibromo- 2 2’ 7 7’-tetrabro mo- 2 2’ 7 7’- tctruchloro- (ScHbiInr and WAGNER) A.i 178. Biediphenylenetetrazen (WIELAND Sus- SEK ‘and LECHER) A. i 906. 3 :6-Bi - dipheny lme t h ylene - 3 6- dih ydro - 1:2:4:6-tetrszine (STOLL~ and SCHBfIDT) A. i 1036. Bishaemopyrrole-e. See Bis-2 :3-dimethyl- 1 -ethylpyrrole. Bis-u-hydrindone-(2:2) -8piran and its derivatives (LEUCHS and RADULESCU) A i 179. andINDEX OF SUBJECTS. ii. 1417 Bis-6-h ydroxy -2-piperidone-3 5-spirans. (LEUCHS and GIESELER) A 1 715. Bis-(4-hydroxyquinazoline-2)-13-phthal- ine (BOGERT and HEIDELBERGEB) A. i 215. Bisindandione metallic derivatives Of (HANTZSCH and LISTER) A. 1 871. Bisindandioneacetophenone-o-carbox ylic acid (HANTZSCH and ZORTMAN) A. i 873. Bisme t h y Ianilinoqninone (MijH1,A Ir and REDLICH) A. i 129. Bis-l-methylanthracene ( FISCHER and ZIEGLER) A.i 755. Bisapomethyldehydrobrucinolone nitro- (LEUCHS and BREWTER) A. i 210. Bisme thylenedioxyhydrindantin (Ru HE- MANN) T. 787. Bis-3:4-methylenedioxyphenyldiacetyl- ene (MANCHOT WITHERS and OLTROGGE) A. i 231. Bis-6-methyltetrahydroquinolinoquin- one (M(;HLAU and REDLICH) A. i 129. Bismuth spontaneous crystallisation of (BEKIER) A. ii 1178. Bismuth alloys with cadmium lead and tin (PAERATTANO and SIROVICH) A. ii 846. with manganese niagneto-optical pro- perties of (MAP~TIN) A. ii 1039. Bismuth oxyiodide use of as an in- dicator for alkalis and carbonates (REICHAXD) A ii 1090. sodium thiosulphate preparation of (SANCHEZ) A. ii 562. Bismuthides ( VOURXASOS) A ii 54. Bir-1 :8-naphthapenthiophen (FRIED- I A S I ~ R ~ ~ o ~ o s ~ z o w and ECKSTEIN) A.i 294. ilr:N'-Bis-a-naphthaquinonyl-2-benzid- ine (BRASS) A. i 874. Bis-l:&naphthathiophen ( FBIEDLXNDEIL and WOKOYHZOW) A i 293. Bis-23-naphthathiophen (FHIEDL~NDER and WOROSHZOW) A. i 293 ; (FRIED- LANDER WOKOSHZOW and NECKSTEIN) A i 294. Bis-l:2- and 2:l-naphthathiophens (FRIEDLAKDER WOXOSHZOW and ECKSTEIN) A. i 295. Bieoxindone derivatives (HANTZSCH and LISTER) A. i 871. 22'-Bisoxyselenonaphthen (sehindiyo) (LESSER and WEISS) A. i 643. Bisoxythionaphthen (tkioincligo) 6:6'-di- amino- (KALLE 8 Co.) A. i 126. Bisphenylallyl ozonide (HARRIES and v. RIEDESSTETN) A i 674. Bistetrahydroqainolinoquinone (MGIT- LAU and REDLICH) A. i 129. Bistetramethyldi-p-aminobenzophenone- thiocarbohydrazide (CuRrrus and KoF) A. i 732. Bie-p-tolueneazoharmaline ( FISCHER and ROESLEIL) A. i 645.ayBiatriazo-13- and y-chloropropanes (FORSTER and WITHERS) T. 494 ; P. 50. apBistriazo-n- and isopropyl alcohols (POHSTER and WITHERS) T. 493 ; P. 50. ay-Bistriazopropylene (FORSTER and WITHERS) T. 495 ; P. 50. Bladder urinary absorption of alcohol from tlie (Vij~.rz BAUDRESEL and DIRTRICH) A. ii 466. Bladder-stones from natives of Asia hfil~Or(ABDER1IALDEX and HANSLIAS) A. ii 962. Bleaching-powder action of dilute acids on (TAYLOR and BOSTOCK) T. 444 ; P. 14. Bleaching process experimental invcsti- gation of the (HIGQINS) T. 232; P. 130. Blood spectra of intensity distribution in ( HEUBNEI and ROSEN~ERG) A. ii 313. fat-splitting properties of (ABDEK- HALDES and LAMPI';) A. ii 572. rates of oxidation and reduction of (OINUMA) A. ii 179.coagulatioii of (STROMBERG) A. ii 59; (v. ANGYAN and v. DEN VELDEN) A ii 954 ; (ZAK) A. ii 1065. effect of loss of blood on the (STROM- BERG) A. ii 59. action of salts on (GESSARTI) A. ii 181. effect of injection of thrombin on (DAVIS) A. ii 60. rOle of antitlirombin and thrombo- plastin on (HOWELL) A. ii 60. glycolysis in (MELVIN) A. ii 1185. absorption of dextrose by (FISHER and alkalinity of the ( LUNDSQAARD),A. ii 777. hydroxyl ion concentration of in hyperthermia (QUAQLIARIELLO) A. ii 1064. influence of in traperi toneal transfusion of on tlie consumption of energy (HARI) A. ii 953. influence of intraperitoneal trans- fusion of on gaseous metabolism (RuDG and CSERNA) A ii 952. WISHART) A. ii 1185.ii. 1418 INDEX OF SUBJECTS. Blood effect of intravenous transfusion of on gaseous metabolism (HARI) A.ii 952. diminution of the anti-tryptic power of in diabetes (MEYEB) A. ii 583. hydrolysis of esters by (RONA and EBSEN) A. ii 362. hydrolysis of cholesteryl esters by a ferment in (SCHUL'I'Z) A. ii 852. action of iron in (ROCCHI) A. ii 268 ; (FISCHER and BRIEGER) A. ii 269. changes in due to drngs (PICCININI) A. ii 58. adrenaline in (O'CONNOR) A. ii 459. inter-relation of ammonia and carbon dioxide in (HOPKINS and DENIS) A. ii 58. constitution of the colouring-matter of (PILOTY and THANKHAUSER). A. 'i 736. relation of the liver to the fibrinogen content of the (MEEK) A. "ii 578. composition of the gases of the during respiration of oxygen ( BUCKMASTER and GARDNER) A. ii 459. iron in (FISCHER and BRIEGER) A. ii 924.lipoids in the (HERRMANN and NEU- MANX) A. ii 954. nitrogen content of ( BUCKMASTER and GAHDNER) A. ii 3e2. oxygen content of in relation to stabbing (PUPPE) A. ii 952. reducing substances in (BAKG) A. ii 180. amount of the sugar of in the corpuscles and in the plasma (HOBER and SPERLING) A. ii 1064. arterial influence of acids on the reduction of (MATHISON) A. ii 179. of ascidians (HENZE) A. ii 654. carbon monoxide behaviour of with precipitants (GESTRWITZ) A. i 325. dog's rotatory power of proteins from the serum of (DELAVA) A. ii 363. human nitrogen and sulphur content of (KoJo) A. ii 180. mammalian distribntion of reducing substances in (MICHAELIS and .RoNA) A. ii 58. proteoclastic power of (ZUNZ) A. ii 851. electrometric measurement of the reaction of (HASSELBALCH and LUNDSGAARD) A.ii 180. reactions of in carcinoma (SHAW- MACKENZIE) A. ii 582. testing of before transfusion (OTTEN- BERG and KALISEI) A ii 362. Blood detection of (Row) A. ii 107 ; (REICH) A. ii 399 ; (MICHEL) A. ii 400. detection of by the hzmin and haemochromogen tests (HEINE) A. ii 1011. detection of in faxes (DOCKHORK) A. ii 504. detection of mixed with rust (DE DOMINICIS) A. ii 1111. detection of t.hyroid substance in (LUSSKY) A. ii 612. detection of uric acid in (WEBER) A. ii 501. detection of in urine (MICHEL) A. ii 1112. estimation of the alkalinity of (MICHAELIS and DAVIDOFF) A. ii 1184. estimation of dextrose in (OPPLER) A. ii 100 ; (FRANK) A. ii 608 ; (FORSCHBACH and SEVERIN) A. ii 697. estimation of fats in (BERCZELLER) A. ii 1109. estimation of glycerol in (SCHMITZ) A.ii 1071. estimation of 1-8-hydroxybutyric acid in (PRIBRAM) A. ii 700. estimation of lactic acid in (KRASKE KONDO) A ii 1063 ; (v. NOORDEN ELFI~R and PIANTONI) A. ii 1064. estimation of manganese in (BER- TRAND and MEDIGXECEANU) A. ii 459. estimation of nitrogen in (Lijwy) A. ii 807. estimation of nitrogen urea and ammonia in (FOLIN and DENIS) A. ii 703. estimation of amino-acid nitrogen in (VAN SLYKE and MEYER) A. ii 1180. estimation of quinine in (BALDONI) A. ii 1219. estimation of sugar in (TAKAHASHI) A. ii 100 ; (HERZFELD) A. ii 608. Blood-corpuscles differences between individual (DLENES) A. ii 181. heat production of chemical processes in (MEYERHOF) A. ii 777. regeneration of (SNAPPER) A. ii 955. action of ammonia and ammonia de- rivatives on (GRAFE) A ii 852.action of carbon monoxide on (BUBANOVI~) A. ii 59. cholesterase in (CYTHONBERG) A. ii 1065. hcernatinremia in the destruction of (SCHUMM) A. ii 968. red electrical charge of (GIRARD) A. ii 954.INDEX OF SUBJECTS. ii. 1419 Blood-corpuaclea red influence of wash- iug 011 the resistance of (SNAPPER) A. ii 955. carbohydrates of (FRAXK and BRETSOHNEIDER) A. ii 180. union of thymol in (Usur) A. ii 1066. influence of cholesteryl esters on the number of (THOMAS and LEBERT) A . ii 852. Blood-pigment constitution of the coloured constituent of (PILOTY and DORMANN) A. i 519. Blood-plasma rotatory power of (ABDER- HALDEN and WEIL) A. ii 1185. Blood-platelets presence of prothrombin and thromboplastin in ( BAYNE-JONES) A ii 459. Blood-pressure effect of extracts of different organs on (MILLER and MILLER) A.ii 58. relation of the adrenal glands to (HOSKINS and MCCLUER) A. ii 579. action of adrenaline on (BURKET) A. ii 789. action of adrenaline barium and pituitrin on (PATON and WATSON) A. ii 789. causes of fall of (HOLZBACH) A . ii 1195. Blood-serum rotatory power of (ABDER- HALDEN and \VEIL) A. ji 1185. chemical reaction of (QUACILIAREELLO) action of on glucose (DOXIADES) A . estimation of proteins in (ROBERTSON) Blood-sugar physiology of (FRANK and Blood-vessels action of adrenaline on (OGAWA) A. ii 281. action of arsenic on (LoEB) A. ii 372. influence of purine diuretics on the permeability of (GAISBOCE) A ii 181. substances which constrict and dilate (POPIELSKI) A. ii 470. coronary innervation of the (BRODIE and CULLIS) A.ii 67. frog’s constrictor and dilator sub- stances for (SAMELSON) A ii 181. Body animal influence of radium on the temperature of the (DARMS) A. ii 470. Beiling point relation between molecular weight and (T.) A. ii 1136. determinations of (BRCKMANN and WEBITR) A. ii 234 431.; (BECKMANN a i d HARING) A. 11 431. A. ii 61. ii 269. A. ii 611. BRETSCHNEIDER) A. ii 180. Boiling point determinations of modifi- cation of Beckmann’s apparatus for (KNECHT aud BATEY) T. 1189 ; P. 142. modification of the Landsbercw ap- paratus for (PATERSON) A.,-ii,534. Bone-marrow chemistry of granules from (PErRy) A. ii 163. Bordeaux mixture preparation and testiug of (CROUZEL) A. ii 1213. Boric acid. See under Boron. Borneol action of sulphuric acid on (GOLUBEFF) A .i 787. Borneol ether (GOLUBEFF) A. i 787. Bornylene (TSCHUGAEFF and BUDRICK) pure preparation of (HENDERSON and Bornylenecarboxylic acid ethyl ester (BREDT and HILBING) A . i 112. Bornylenehydroramic acid ( BREDT and PEWIN) P. 57. Borohydrates. See under Boron. Boron occiirrence of in anirllsls (BERT- HAND aud AGULHON) A. ii 854. preparation aud properties of (WEIN- ’L’HAUB) A. ii 43. spectruni of (CROOKES) A. ii 110. Boron trzbromide compounds of with amines and nitriles (JOHNSON) A. i 171. Boric acid occurrence of in honey ( IJLITTNEP,) A. ii 394. volatility of in steam (NASLNI and AOENO) A. ii 937. action of ou alcohols and phenols (ROESEKEN and VAN ROSSEM) A. ii 147. detection of in butter (CORNALBA) A. ii 1094. estiiiiatioii of volumetrically ( BILTZ and MARCUS) A.ii 1209. estimation of in the mineral waters of Salsomaggiore (NASINI and PORLEZZA) A. ii 1184. estimation of in nickel plating hatlis (WOGRINZ and KLITEL) A. ii 601. Perborates preparation of ( BOSSHARD arid ZWICKY) A. ii 551. constitution of (BOSSHARD and ZWICKY) A. ii 640. Borohydrates (TRAVEKS and RAY) A. ii 938. Brain cerebrosides of the (LOENING and and JACOBS) A. i 1007. chuiiges in the substances of the dur- iug fasting (PALADINO) A. ii 273. effect of optical stimula on the gaseous inetabolism of the (ALEXANDER and Ithvhsz ; ALEXANDER) A ii 957. A. i 480. CAW) ir. 1416 ; Y. 187. THIEEPELDER) A. i 372 ; (LEVENEii. 142G INDEX OF SUBJECTS. Bran,.protective action of in a diet of Brass influence of tin and lead on the micro-structure of (JOHNSON) A.ii 762. effect of heating in hydrogen a t temperatures below the melting point (LEWIS) P. 290. Brarsidic acid di-iodo- amide and chloride ( FARBEKFABRIKEN VORM. F. BEYER & Co.) A. i 954. Brazilcopalic acid ( MACHENRAUM) A. i 124. a-Brazilcopalinic acid ( MACHENBAUM) A. i 124. Brazilcopalolic acid (MACHENBAUM) A. i 124. a- and B-Brazilcopaloresen (MACHEK- BAUM) A. i 124. Bread white and standard relative di- gestibility of (NEWMAN ROBINSON HALNAN and NEVILLE) A. ii 658. Bromine atomic weight of ( WRBER) A ii 1163. spectral distribution of the light sensi- tiveness of (PLOTNIKOFF) A. ii 61 5. spectrum of magnetic rotation of the vapour of (RIBAUD) A ii 1114. absorption of light by solutions of (PLOTNIKOFF) A ii 405. photo-chemical temperature-coeffi- cients of (PLOTNIKOFF) A.ii 218. solubility of in solutions of sodium bromide (BELL and BUCKLEY) A. 11 247. viscosity of (RANKINE) A. ii 332. abeorption of by organic com- pounds (KLIMONT NEUMANK and SCHWENK) A. i 933. action of thiocyanates with (KONIG) A. i 16. fluorescein as an indicator for (LA- BAT) A. ii 384. absorption of by oils and fats (SPRINK- MEYER and DIEDRICHS) A. 11 815. Bromides anhydrous preparation of (HARKE) A. ii 549. Perbromic acid attempts to prepare (ROBERTSON) A. ii 934. Bromine new reaction for (DENIG&S) A. ii 1208. detection of (BAUBIGNY) A. ii 200. detection of in presence of other halo- gens (GUAREBCHI) A. ii 989. detection of in organic compounds (GUARESCHI) A. ii 989. estimation of chlnrine iodine and (SARVONAT) A. ii 680.Bromoanil. See p-Benzoguinone- fetra- bromo- white rice (BR~AUDAT) A. ii 64. Bromoform decomposition of (SARGENT) A. i 674. cryoscopy of quaternary aromatic am- monium salts in (WRDEKIND and PASCHKE) A. ii 533. Bronze estimation of chromium in (SCHILLING) A. ii 809. Brucine action of chlorine and bromine A. i 49. Brucinolone salts and derivatives of (LEUCHS and BREWSTEE) A. i 211. isoBrucinolone (LEUCHS and BREWSTER) A. i 211. Bufagin (ABEL and MACHT) A. ii 1193. Bzcfo agurt. See Toad. Buphune distichn constituents of (Tu- hamanthine from (LEWIN) A. i 577. Bupleuwm fructicoszsm action of ni- trosyl chloride on the oil of (FRAKCES- CONI and SERNAGIOTTO) A. i 37. Burette automatic (MICHEL) A. ii with automatic zero (HEINrZ) A. ii with jointless stock-bottle-support Burner telescopic ( FRIEDRICIIS) A.ii 1161. Butadiene and its homologues prepara- tion of (AUSTERWEIL) A. i 525. production and polymerisation of (PERKIN) A. i 636. Bntadiene-caoutchouc synthesis of Butaldehyde B-hydroxy- formation of in fermentation (NEURERG) A.. ii 973. isoButaldehydedi-2:4 S-trimethylbenzyl- hydrazone (CURTIUS and FRANZEN) A. i 309. Butane uBt-tribromo- (v. RKAUN and DEUTSCH) A. i 106. Butanetetracarboxylic acid dihydrosy- ethyl ester (THOMPSON) P. 147. Butein synthesis of (GOSCHKE and TAM- BOR) A. i 30. Butein dimethyl ether (G~SCHKE and TAMBOR) A i 195. Butein tetramethyl ether (GOSCHKE and TAMBOR) A. i 195. Ag-Butenoic acid 8-bromo-a-hydroxy- and its potassium salt and ethyl ester (LESPIEAU) A i 7. Ag-Buten-y-one (FARBENFABRIKEN VORM.F. BAYER & Co.) A. i 414. Bntin synthesis of and its triacetate (G~SCHKE and TAYBOR) A i 195. iso-Butoxyacetic aaid derivatives of (RLAISE and PICARD) A i 747. on (kTRACZEWSK1 and ZBI.JEWSKI) TIN) A. i 797. 804. 294. (ROBERTS) A ii 295. (OSTROMISSLENSKY) A. i 284.INDEX OF SUBJECTS. ii. 1421 a-isoButoxybutane @.amino- and its salts and derivatives (RLAISE and PICARD) A i 747. Butoxyisobutyric acid aa-chloro- and its derivatives (BLAISE) A. i 606. isoButoxymethy1 ethyl carbinol ( BLAISE a i d PICARD) A. i 747. Butter fatty acids in (SMEDLEY) A. ii analyses of (SIEGFELD) A. ii 1218. detection of adulteration in (ROBIN detection of horic acid in (CORKALBA) Butyl alcohol amino- salts of (BLAISE and PICARD) A. i 747. sec-Butylamine clud its derivatives reso- lution of into optically active com- ponents (POPE and GIBSON) T.1702 ; P. 220. isoButylamine salts (DEHN) A. i 241. isoButylaminocycZohexane and its phenylcarbamide (SAUATIER and MAILHE) A i 103. Butplammonium nitrite (RAY and RAK- BHIT) T. 142. isoButylammonium nitrite (Ray and KAKSHIT) T. 612; P. 41. n- and iso-Butylammonium selenibrom- ides (GUTBIER and GRUNEWALD) A. i 241. Butylbenzene b-chloro- (MERCK) A. i 111. isoButylbenzene a-bromo- ( KIJNER) A. i 758. Butylisobutylacetic acid. See a-iso- Butylhexoic acid. Butylisobutylmalonic acid and its ethyl ester (FISCHER HOLZAPFEL and v. GWINNER) A. i 157. n- iso- and sec-Butylcarbazoles aud their picrates (LEVY) A. i 304. isoButyldihydroberberine and its deriva- tives (PREUND) A. i 487. Butylene By-glycol production of by bacteria (HARDEN and NORHIS) A.ii 282,474 ; (TBOJIPSON) A. ii 282. production of from sugar by Bacillus oxozonide and ozonide (HARRIES and EVERY) A. i 673. ozonides from (HARRIES) A. i 407. as-Butyleneoxide-8-carboxylic acid amyl ethyl and methyl esters (LEUCHS GIUA and BREWSTEII) A. i 604. 8-n- and -iso-Butylglucosides ( BOUR- QUELOT and BRIDEL) A. i 790. a-isoButylhexoic acid and its bruciue salt (PIBCHER HOLZAPFEL apd V. GWTNNER) A i 157. 1194. MaRION) A. ii 872. A. ii 1094. subtizh (LEMOIGKE) A. ii 1199. isoButylparabanic acid (N~GELE) A i 795. p-secButylpheno1 constitut,ion of the bromides of (ZINCRE) A. i 443. n-Butylisoquinolinium iodide ( WEDR- 3-isoButylrhodanin ( NAGELE) A. i 795. 2-n-Butyltetrahydroiquinoline( WE DE- KIND and NEY) A. i 501.2-n-Butyltetrahydroisoquinolinium acetic acid iodide I-menthyl ester (WEDEKIXD and NEY) A. i 501. GoButylthioparabanic acid (NAGELE) A. i 795. Butyltoluene a8-dibromo- and its derivatives ( KUNCKELI,) A. i 432. a-isolutylvaleric acid and its salts (FISCHER HOLZAPFEL and v. GWIN- NER) A i 158. Butyric acid ethyl ester action of glycine on (LIEBOWITZ) A. i 746. Butyric acid @-amino- relationship of the optically active fornis of and their derivatives (SCHEIBLER) A. i 082. y -amino - forma tion of (A B ~ E R H A LD EX and KAUTZSCH) A. i 952. a-bromo- p-tolyl ester (AUIVERS) A. i 107. @By- and Byy- tribromo- a-hydroxy- (LESPIEAU) A. i 7. y-chloro-a-hydroxy- and ay-dihydr- ory- and their salts (RASKE) A. i 335. a-cyano- salts and derivatives (HAD- LEY) A. i *699.B hydroxy- zinc calciuni salt of utilisation of in the liver (PRI- IS-hydroxy- estimation of. in urine and in blood (PKIBRAM) A ii 700. isoButyric acid a-homo- 21-tolyl ester (AUWERS) A. i 107. isoButyronitrile a-hydroxy- action of on the nitrite ester of iminodiphe- nylacetic acid (S*rADNIKoFF) A i 116. Bu tyryl-d-alanine d-amino- and its chloroacetyl derivative and d-bromo- (ABDERHALDEN and CHANG) A. i 339. Butyrylglycine cZ-amino- and d-bronio- (ABUEHHALDEX aiid CHANG) A. i 339. Butyryl-glycyl-d-alanine d-amino- and d-bromo- (ABDERHALDEN and CHANG) A. i 339. KIND and NEY) A. i 501. (SHAFFEK) A i 236. BRAM) A. ii 661.ii. 1422 INDEX OF SUBJECTS. Butyryl-glycyl-d-aobutyric acid d- amino- and d-bromo- (ABDERHALDEN and CHANG) A. i 339. Butyrylglyoxalic acid ethyl ester and its semicarbazone (WAHL and DOLL) A.i 536. C. Cadmium boiling point of (HEYCOCK Cadmium alloys with antimony photo- electric effects in (HERHMANS) A. ii 716. conducting power of (EUCKEN and GEHLHOFF) A. ii 319. with bismuth lead and tin (PAR- RAVANO and SIROVICH) A. ii 846. with tin (SCHLEICHER) A. ii 256 ; (GUERTLEK) A. ii 650. Cadmium perchlorate hydrates and am- monia compounds of (SALVADOKI) A. ii 649. chloride potassium and sodium chlor- ides eqiiilibrium in the system (BRAND) A. ii 255. haloids refractive indices of solutions of (GETMAN and GILROY) A. ii iodide and potassium and sodium iodides equilibrium in the systems (BRAND) A. ii 256. potassium iodide use of in estima- tion of ozone (BASKERVILLE and CROZIER) A. ii 1208. uranyl nitrate (LANCIEN) A.ii 455. sulphate equilibrium of with hydrogen chloride (MATIGNON) A. ii 441. sulphide crystallography of (ALLEN CRENSHAW and bfERWIM) A. ii 1055. Ccesalphut bowucella constituents of Cesium absorption spectrum of (BEVAN) Cesium chloride double salts of with ferrous chloride (WILKE-D~KFURT and HEYNE) A. ii 554. iodide compound of with thiocarb- amide (ATKINS and WERNER) T. 1178; P. 141. nitrate behaviour of in solution (BILTZ) A. ii 242. phosphide preparation and properties of (HACKSFILL and BOSSUET) A . ii 252. Caffeine influence of on the diuretic action of coffee (TIFFENEAU and BUQUET) A ii 1197. and LAXPLOUGH) P. 3. 873. (BHADURI) P. 53. A ii 403. Caffeine compound of aminoaceto-p- phenetidide and (CHEBIISCHE WERKE VOKM. H. BYK) A. i 580. compounds of hydrated metallic salts and (CALZOLAHI) A.i 812. fate of in the body (LEVINTHAL) A. ii 470. rBle of in the cardiac action of coffee (BWQUEY and TIFFENEAU) A. ii 966. action of on the germination and growth of seeds (RANSOM) A. ii 286. estimation of in coffee (COSTEG) A. ii 1012. Calabar beans estimation of alkaloids in (SALWAY) A ii 503. Calcite distinction between aragonite and (NIPDERSTADT) A ii 7 6 0 ; (V~UBEL) A. ii 1180. Calcium atomic weight of (OECHSNEIL DE CONIXCK) A. ii 159. content of the cell-nucleus (HOR- HAMMER) A. ii 459. fixation of by Aqxrgillus nipr (ROBERT) A. ii 671. influence of intake of magnesium on excretion of (HART and STEES- BOCK) A. ii 370. relation of to the cardio-inhibitory function of the vagus (HAGAN and Omrom) A. ii 278. absorption of in the intestine (ZUCK- MAYER) A.ii 1069. Calcium salts resorption and calcifica- tion of (TANAKA) A ji 277. influence of the anion on the toxicity of (LoEB) A. ii 469. physiological action of (Low) A. ii 281. Calcium yerborate preparation of (CHEMISCHE WEKKE VORM. H. BYK) A. ii 1171. carbonate formation of in soil by bacteria (GIMINGHAM) A. ii 75. fusion and inversion of (BoEKe) A. ii i60. solubility of in water (RENDALL) action of lithium hydroxide on (OEcmmit DE Coxrxcr;) A. ii 642. and phosphates manurial experi- ments with (SIMMERNUACHER) A. ii 803. estimatioii of in soils (SHKEWS- double carbonates of (BARRE) A. ii 254 350. chloride thermal analysis of mixtures of with metallic chlorides (SAN- DONNINI) A. ii 50. A. ii 643. BURY) h. ii 491.INDEX OF SUBJECTS.ii. 1423 Calcium chloride potassium hydr- oxide and water equilibrium in the system (CHUMANOFF) A. ii 543. fluoride action of on vanadium pent- oxide (MANCHOT PRANDTL and MANZ) A. ii 561. hydroxide disinfecting power of dry absorption of the halogens by nitrate and its hydiates (BASSETT and TAYLOR) T. 576 ; P. 48. oxide (lime) molecular weight of (OECHSNER DE CONINCK) A. ii 159. hydration of (BURDAIZOFF) A. ii 11 70. solubility of in solutions of sucrose (VAN GIKNEKEN) A. i 9 ; (WEISBERG) A. i 600. energy of electrons emitted by glow- ing (SCHXEIDER) A. ii 316. hydration of (CHUMANOFF) A. ii 349. influence of in soils (LEMMErXANN EINECKE and FJSCHER LEM- MERMANN FOEFSTER and EIN- ECKE) A. ii 198. effect of on soil bacteria (BROWN) A. ii 670. peroxide formation and decomposition of (HEI~GIUS) A.ii 1171. phosphates and carbonate manurial A. ii 803. phosphate use of in preservation of green fodder (SANI) A. ii 980. Tetracalcium phosphate and its reduc- tion by iron (STEINWEG) A. ii 349. Calcium sulphate reduction of (HOFMANN and MOSTOWISCH) A ii 159. sulphide effect of light and tempera- ture on the conductivity of (VAILLANT) A. ii 419. oxidation of (HOFMANN and MOSTOWISCH) A. ii 159. isobutyl- and isoaniyloxides (CHAB- LAY) A. i 3. cyanamide storage of in the tropics (MILO) A. i 16. preparation of ammonia and formic acid from (SULZER) A. i 610. analysis of (KIRCHOFF) A. ii 1111. Calcium estimation of in the ash of cereals (THOMPSON and MORGAN) A. ii 205. estimation of in presence of mag- nesium (CARBON) A.ii 490 estimation of in urine (BELL) A. ii 808. (VAUBEL) A. ii 1172. (WILKS) T. 366. eXperi m e n t S with ( s I M M E RM AC H E R ) Calcium organic compounds :- Calcium separation of from magnesium ( KALLAUNER and PRELLER) A. ii 604,. Calorimeter bomb adiabatic device applied t o a (FRIES) A. ii 535. respiration (LANGWORTHY and MIL- NER) A. ii 378 ; (HILL MAC- DONALD) A. ii 462. Calorimetry use of Dewar flasks in (BOGORODSKY) A. ii 134. Calotropis procera rennet ferment in the latex of (GERBER and FLOURENS) A. ii 977. Calycanthaceae production of hydrogen cyanide by (MIRANDE) A. ii 1203. Cambopinic acid (WICHMANN) A. i 883. Cambopinonic acid (WICHMANN) A. i 883. Cammidge reaction substances giving the (NEUBERG) A. ii 1105. Camphane 3-iOdO-. See Pinene hydr- iodide.Camphane series studies in the (FOHS- TEE and WITHERS) T. 1327 ; (FORSTER and SPIKNER) T. 1340 ; P. 46 ; (PORSTER and HOWAED) P. 313. Camphanecarboxylic acid and as-di- bromo- and B-iodo- and their salts and derivatives (BEEDT and HILBING) A. i 112. Camphenanic acid and its calcium salt (ASCHAN) A i 368. isocamphenanic acid (ASCHAN) A i 368. Camphene constitution of (HAWORTH and KING) l’. 1975; Y. 236; (AIJWERS) A. ii 214. oxidation of (ASCHAN) A. i 367. Camphenic acid structure of (HAWORTH and KING) T. 1975 ; P. 236. Camphenilene and its salts and deriva- tives (HINTIKKA and KOMPPA) A. i 279. Camphenilol and its benzoate ( HINTIKKA and KOMPPA) A. i 279. isoCamphenilo1 and its salts (HIXTIKKA and KOMPPA; A. i 279. Camphenilone and its semicarbazone (ASCHAR) A.i 367. 1:soCamphenilone and its serliicarbazone (HINTIKKA and KOMPPA) A. i 279. Camphonanic acid y-bromo- ( BGEDT LUND and AMANN) A. i 113. cis-Camphonolactone (BREDT LUKD and AMANN) A. i 113. Camphonolic acid salts and amyl ester of (NOYES GORSLINE and POTTER) A. i 160. Camphonolic acids stereoisomeric (BREDT LTJND and AMANN) A.,i,112.ii. 1424 INDEX OF SUBJECTS. Camphor stereochemistry of (MAPER) A. i 572. rotatory power of in carbon tetra- chloride (FAUCON) A. i 279. cryoscopy in (JOUNIAUX) A. ii 625. equilibrium of binary mixtures con- taining (JOUNIAUX) A. i 572. equilibrium of mixtures of naphthalene and camphor (JOUNIAUS) A. i 198. density of (MALOSSE) A. i 636. derivatives rotatory dispersion of (TSCHUGAEFF) A. ii 822. Camphor 8-hydroxy- and its semicarb- azone (FORSTER and HOWARD) P.313. Camphor oil constitaents of (SCHIMMEL & Co.) A. i 369. Camphor series molecular rearrange- ments in the (NOYES and BURKE; NOYES GORSLINE and POTTER) A. i 159 ; (NOYES and POTTER) A. i 786. ris-t?.ans-Camphoramide (BREDT LINCK and DE SOUZA) A. i 411. sec. -Camphorsmide cyano- (Br<EDT and SOUZA) A i 411. Camphorcarboxylamide and a&- bromo- (GLOVER and LOWRY) T. 1904; P. 186. isomeric changes in (LOWIIY and GLOVER) P. 186. Camphorcarboxylic acid bronio-,racemic catalytic activation of (CREIGHTON) A. ii 927. Camphorcarboxypiperidide and bromo- (GLOVER and LOWRY) T. 1907; P. 185. isomeric changes in (LOWRY and GLOVER) P . 186. Camphoric acid amine salts dissociation cetyl and myricyl hydrogen esters sec. -Camphoric acid ( RILEDI' and AMAN) A.i 411. Camphorimide chloro- (SCHEIBER and KNOTHE) A. i 542. Camphornitrilic acid chloro- (SCHEIBER and KNOTHE) A. i 542. B-Camphornitrilic anhydride ( FORSTER and SPINNER) T. 1352. Camphoronitrile (HREDT aiid DE SOIJZA) A. i 411. Camphorquinonephenylhydrazoneoxime (FORSTEII and SPINNER) T. 1354 ; Camphor-B-sulphonic acid cetyl and niyricyl esters (HILDITCH) T. 202. d-Camphor-B-sulphonic acid optical activity of salts and derivatives of (GRAHAM) T. 746 ; P . 108. d-Camphor-P-sulphonylmethyl-pnitro- aniline (MORGAN and MICKLE- TITWAIT) T. 147. of (RIINGUIN) A. i 237. (HILDITCH) T. 201. P. 47. cl-Camphor-Ll-sulphonylmethyl-p-pheny- lenediamine and its azo-&naphthol derivative (MORGAN aiid MICKLE- Camphor tree essential oil of the Nepal (PICKLES) T.1433 ; P. 192. Camphorylidenecyanoacetic acid and its salts and derivatives (YORSTER and WITHERS) T. 1334. Camphorylidenemslonic acid ( FORSTER and WITHERS) T. 1335. Camphorylidenephenylacetic acid (FOR- STER and WITHERS) T. 1339. Camphorylphenylthiosemicarbaside gelatinisation of solutions of ( H A r - SCHEK) A. ii 1149. Csnadium (FRENCH) A. ii 54. Canal rays. See under Photochemistry. Cancer sulphur metabolisni in ( MURE- CHI) A. ii 665. Cannizzaro% reaction (TIS'I'SHENKO SKY) A i 267. Caouprene bromides( OSTROMISSLENSKY) A. i 281. bromide structure of (LJUBAVIK) A. i 789. Caoutchouc the insoluble constituent of and i t s influence 011 the quality (BEADLE and STEVENS) A. i 789. structure of ( OSTROMISSLENSKT) A. i 280 ; (LJUBAVIN) A. i 789. synthesis of (PERKIN) A.i 6 3 6 ; (HARRIES HOFMANN) A i 706. chemistry of (SPENCF and SCOTT) A. i 123. molecular weight of (BARY) A. i 481. vulcanisation of (SPENCE) A. i 638 ; (SPENCE and YOUNG OSTWALD) A. i 706 ; (LOEWEN) A. ii 914 915 ; (BERNSTEIN) A i 1006 ; (HINRICHSEN and KINDSCHEE) A. 1 1007. vulcanised desulphurisation of ( HIN- HICHSEN and KINDSCHER) A. i 706. regeneration of from its bromide colloidal nature of (AHRENY),A. i,481. forniation of colloidal metallic sulph- ides in solutions of (LEWIS and WAUMSLEY) A. ii 631. nitrosites of (GOTTLOH) A ii 301. dioxozonide (HARRIES and HAGEUOR) A. i 408. estimation of (BOCK) A. ii 301 ; (HINRICHSEN and KINDSCHEP.) A. ii 397 ; (UTZ) ..A. ii 1002 ; (H~~BENER) A. 11 1102 1103; (EECKEK) A ii 1102; (Dccca) A. ii 1103.THWAIT) T. 147. VELTSA and RABTSeVITgCn-ZrJBKOV- (OSTROMISSLENSKY) A. i 284.INDEX OF SUBJECTS. ii. 1425 Caoutchouc estiniation of impurities in (FRASK and MARCKWALD) A. ii 1002. red estimation of antimoiiy in (Scmrrrz) A. ii 496 ; (FRANK) A. ii 497. Capillary layer curved theory of the (BABKER) A. ii 743. I-Carane and bromo- (KIJNER),A. i 213. Carbamic acid aiiiyl ester (VEREINIGI'E A. i 541. amylene ester preparation of ( VE- REINIGTE CHIXIKFABMKEK ZIM- > r m & Co.) A i 746. Bp-dichloroisopropyl ester (nlezbdrin) pharmacological action of ( MAASS) A ii 967. Carbamide occurrence of in plants (Foss~) A. ii 1203. synthesis of (FOSSE) A i 541. formation of from ammonium carb- amate (FIGHTER and BECKER) A. ii 45. transformation of ammonium cyanate into (CHATTAWAY) T. 170 ; (WHEELER) A.i 751. formation of in the hydrolysis of proteiiis (FOSSE) A. i 519 668. action of phenylthiocarbimide on (PIERONI) A. i 752. compound of with fornialdeliyde nitrate crystallography of (BAKKER) derivatives action of bromine and sodium hydroxide on (v. CORII- IER) A. i 684. action of sodiiim liypobromite 011 estimation of (DESGREZ and FEU- I L L I ~ ) A. ii 104. Carbamide chloro- action of on ketones ( BEHAL and DETCZUF) A. i 73. dichloro- formation of and its be- hariourwith aniines (DATTA),T. 166. hydroxy-,compounds of,with &ketonic esters (MEYER) A. i 423. nitro- derivatives of (BACKER) A. i 339. Carbamides aromatic ( KRAMMER) A i 916. Carbamidoacetothioamide (JOHNSON and BURNHAM) A i 305. Carbamido-acids formation of (WEI- LAND) A.11 278. ~~-Carbsmidobenzeneswlphonic acid salts of (STODDARD) A. i 111 ; (CHAMBER- LAIK) A. i 355. B - C arbamido - a -benr oylamino -B - p heny 1 - propionic acid (POSNER and STIRNUS) A i 457. CHININFA4BltIK&N ZIhf MEK 8i. CO.) (PALMrl) A. i 610. A. i 416. (LINCH) rr. 1755 ; P. 144. Carbamidocrotonic acid B-thio- ethyl ester (BRIGL) A. i 533. 8-Carbamido-aB-diphenylpropionic acid (POSNEB and STmxus) A. i 457. 8-Carbamido-8-furylpropionic acid (POSNER aiid STIRNUS) A. i 457. tll- and d-2-Carbamidohydrindamine 1 - hydroxy- (POPE and READ) T. 763. 8-Carbamido-8-phenylisobutyric acid (POSNER and SI-IIWJS) A. i 456. 8-Carbamidopiperonylpropionic acid (POSNER) A i 4%. Carbamyl-2-methylbenziminazole (Bo- QERT aiid WISE) A. i 451. p-Carbamylphenylurethane ( BOGERT and WISE) A.i 450. Carbamylthiolanthraquinone (FARB- WERKE YORM. MEISTER LUCIUS J; BILUNISG) A. i 197. Carbanilide p-cyano- ( BOGEIW aiid WISE) A. i 451. Carbazole additive compounds of with trinitrotoluene and picryl chloride (CIUSA and VECCHIOTTI) A. i 755. Carbazolecarboxylic acid and its ethyl ester and their condensation products with p-ni trosophenol (CAssELLA & Co.) A . i 512. Carbe thoxyaminoaceto thioamide (JOHN- SON and BURNHAM) A. i 305. Carbe thoxyamino-p-me thoxyphenyl- acetonitrile(JoHNs0N and CEi ERn-OFF) A . i 810. Carbethoxy aminopheny laceto thioamide (JOHNSON and CHERNOFF) A. i 810. l-Carbethoxyamino-2-o-methoxyphenyl- 5-methylcoumaran (ST~EILMER and FRIEMEL) A. i 46. Carbethoxy-a-benzylglutaconic acid ethyl esters (BLAND and THORPE) T.885. Carbethoxy-aB-dimethylglutaconic acid ethyl ester (BLAXD and THORPE) T. 1563. 3-Carbethoxy-2:4-dimethylpyrrole-5- acetic acid (FISCHEIC and BAILTHOLO- MAUS) A. i 648. 3-Carb e thoxy-2:4- dime thylpyrrole- 5 - propionic acid (FISCHER and BAIL- THOLOMXUS) A i 648. Carbethoxy-a-ethylglutaconio acid ethyl esters (BLAND and THORPE) y- Carbe thoxy glu taconic acid e thy1 ester (TEORPE) T. 254. Carbethoxy-y-methylaconitic acid ethyl ester enol and keto forms (BLASD and TRORPE) P. 131. Carbethoxy-a-methylglutaconic acid ethyl esters (BLAND and THORPE) T. 883. T. 884.ii. 1426 INDEX OF p-Carbethoxyphenylarsinic acid. See Benzarsinic acid ethyl ester. y-Carbethoxy-B-phenylglutaconic acid ethyl ester (BLAND and THORPE) T. 869. y-Car bethoxy-a-isopropylglutaconic acid ethyl ester (THORPE) T.255. Carbinyl chlorides unsymmetrical elimi- nation of hydrogen chloride from (ORECHOFF and MEERSON) A. i 621. Carbithionic acid chloro-. See Formic acid chlorodithio-. Carbithionic acids ( HOUEEN and Carbohydrates photo$heniical synthesis of (STOKLASA SKBOR and ZDOB- NICK$) A. i 606 ; (LOB) A. i 750. rotatory dispersion of in water pyri- dine and formic acid (GROSSMANN and BLOCH) A. ii 318. its a source of energy for iniiscular work (FRIDERICIA) A. ii 853. value of in muscular work (ZUNTZ) A. ii 1069. influence of on the consumption of energy (H~RI) A ii 953. influence of the pancreas on the com- bustion of (VERZAR) A. ii 1069. cleavage of by diastase (BIERRY VAN LAER) A. i 672. decomposition of by bacteria (KLEIN) A. ii 669.in diet influence of on respiratory exchange ( BEKEDICT and HIGGINS) A. ii 654. higher derived from dextrose (PHI- compounds of magnesium methyl iodide with derivatives of (FISHER and HESS) A. i 415. compounds of derivatives of with phosphates (v. EULER and JOHANS- SON) A. i 750. higher fatty acid esters of (BLOOR) A. i 532 ; ii 365. Carbohydrate-phosphoric acids behav- iour of esters of in the animal body (v. EULRR THORIN and JOHANSSON) A. ii 788. Carbomethoxyacetyl carbamide (Vos- WINIIEL) A. i 837. Carbon anode. See Anode under Electro- chemistry. emission of Rontgen rays from (SADLER and MESHAM) A. ii 719. emission of ions by (PRIXG and PARKER) A. ii 115. alectrical properties of a t high tem- peratures (HARKER and KAPE) A. ii 525. SCHULTZE) 8.) i 5 . LIPPE) A.i 607. SUBJECTS. Carbon melting of ljy the Joule effect (LA ROSA) A. ii 44. formation of diamond from (v. BOLTON) A. ii 45. transformation of forms of into graph- ite (ARSEM) A. ii 250. equilibrium of with cobalt manganese and nickel (RUFF) A. ii 1176. the system iron and (SmIn) A. ii,76?. solubility of in iron (RUFF) A. 11 917. solubility of in nickel (RUFF and MARTIN) A. ii 354. adsorption of gases by (HEMPEL and VATER) A. ii 903. valency of in unsaturated compounds (TSCHITSCHIBABIN) A. i 149. active asymmetric stereoisomeric compounds containing ( WEDEKIND and NEY) A i 501. combustion of (RHEAD and WHEEL- ER) T. 816 ; P. 105. rate of reduction of carbon dioxide by (RHRAD and WHEELER) T. 831 ; P. 104. time of excretion of (WOLF and Carbon alloys with iron (SMITS) A.ii 165 1058 1176 ; ( WARK) A. ii 165 ; (RUFF) A. ii 353 1176 ; (LEWIS) A. ii 353. thermal and micrographic study of (v. WJTTORF) A. ii 259. Carbon tetrachloride boiling-point of (MOLES) A. ii 431. ethyl alcohol and water properties of mixtures of (HILL) T. 2467 ; P. 290. pernitride preparation and properties of (DARZEXS) A. i 542. monoxide ( WIELAND) A. ii 347. viscosity of (ZIMXER) A. ii 627. action of on blood-corpuscles ( BUB- detection of (GUAYCO) A. ii 995. rapid estimation of (LEVY) A. ii 203. estimation of spectroscopically (HARTRIDGE) A. ii 488. dioxide dielectric constant of in the neighbonrhood of the critical point (VERAIN) A. ii 318. specific heat of (MOODY) A. ii 531. dissociation and specific heat of a t high temperatures (BJERRUM) A.ii 640. solubility of a t high pressures (SANDER) A. ii 251. solubility of in water containing colloids (FIXDLAY and SHEN) T. 1459; P. 195. OSTERBEKG) A. ii 581 664. ANOVI~) A. ii 59.INDEX OF SUBJECTS. ii. 1427 Carbon dioxide diffusion of in water (CARLSOB) A. ii 141. viscosity of (PHILLIPS) A. ii 832. rat! of absorption of mixed with air by potassium hydroxide (JA~CZYNSKI and PRZEMYSKI) A. ii 909. rate of reduction of by carbon (RHEAD and WHEELEK) T. 831 ; P. 104. influence of on the respiratory centre (LAQUEUR and VEi’.zbit) A. ii 179. proportion of in the air of antarctic regions (MUNTZ and LAINI?) A. ii 154. estimation of (ATKINSON) A ii estimation of volunietrically (Bow- SER) A. ii 995. estimation of in alveolar air (HEN- DERSON and RUSSELL) A. ii 387.estimation of i n soils (BOWSER) A. ii 1095. estimation of in water (CASARES and PL%A DE RUBIES) A. ii 603 ; (AUERBACH) A. ii 996 ; (WARBURG) A. ii 1210 ; (TILL- MANS and HEUBLEIN) A. ii 1211. apparatus for estimation of ( RUPP) A. ii 297. Carbonic acid neutralisation of (McBAIN) T. 814 ; P. 106. physiological and biological import- ance of (ALBITZKY) A. ii 458. estimation of free in water (NoLL) A. ii 685. Carbonates hydrolysis of (AGENO and VALLA) A. ii 243. Percarbonstes distinction between true and carbonates containing hydrogen peroxide of crystallisation (RIESENFELD and MAU) A. ii 156. Carbon disulphide iue of as a solvent in determinations of refraction constants (SCHWERS) T. 1889 ; P. 239. fusion curve of (TAMYANN) A ji 1135. experiment to illustrate the burning of in oxygen (ZENGELIS) A.ii 246. experiment to illustrate the ignition of a mixture of nitric oxide and (ZENGELIS) A. ii 246. change of into a gaseous product (DEWAR and JONES) A. ii 46. detection of in oils (MILLIAU) A. ii 92. estimation of (PREUSS) A. ii 1210. 488. Carbon estimation of by wet combustion (SIMONIS and THIES) A. ii 1001. estimation of in iron alloys (MAHLER and GOUTAL) A. ii 807. Morse and Gray’s method of estimation of in organic compounds (REID) A. ii 602. estimation of in steel (ISHAM) A. ii 387 ; (LEVY) A. ii 995. Carbon atom asymmetric model of (GARNER) Y. 65. Carbon-nitrogen linking ( EMDE) A. i 801. Carbonyl chloride bactericide and anti- parasitic properties of (SEMIBRA- TOFF) A. ii 672. action of on the body (MULLER) A. ii 73. Carbonyl group reactivity of the (STAUDINGER) A.i 193. Carbonyldicarbamide degradation pro- ducts of (HENIUS) A. ii 659. Carbostyril-B-acetic acid and its deriva- tives (PEBKIN and RoBr~soN) P. 155. Carboxybenzoyl-o-benzoic acid o-amino- (AKTIEN-GESELLSCHAFT FUR ANILJX- FABRIKATION) A. i 981. nL- and p-Carboxycinnamic acid (SIMO- XIS BOEHME and BENENSON) A. i 565. Carboxyhremoglobin action of various conditions on ( HARTRIDGE) A. i 399. 2-Carboxy-5-methylthiolphenylthiol- acetic acid (KALLE & Co.) A. i 126. 1-Carboxynaphthalene-2-thiolacetic acid (KALLE & Co.) A. i 208. a-8-Carboxynaphthylthiolacetic acid (FRIEDLANDER W70ROBHZOW and ECKSTEIN) A. i 294. 3-Carboxynaphthyl-2-thiolacetic acid (KALLE & Co.) A. i 209. 8-1- and 3-Carboxynaphthylthiolacetic acid ( FRIEDLANDER WOROSHZOW and ECKSTEIN) A.i 293. 4-p-Carboxyphenylanthraquinone- 1- carboxylic acid (SEER and KARL) A. i 572. 6-Carboxyphenylmethylaminoacetic acid 2-bromo- (ETTINGEK and FRIED- LAYDER) A. i 729. a-o-Carboxyphenyloxyropionic acid (a-salicy lox ypropioaic acid) ethyl ester (AUWERS) A. i 1010. o-Carboxyphenylselenolacetic acid ( LES- SER and WEISS) A i 643. a-o-Carboxyphenylthiolbutyric acid (AUWERS) A. i 1011. a-o-Carboxyphenylthiolpropionio acid (AUWERS) A. i 1011. o-Carboxy-m‘-tolyloxyaoetic acid (p- homosnliqloxyacetic acid) and its di- ethyl ester (AUWERS) A. i 1010.ii. 1428 INDEX OF SUBJECTS. 4-Carboxy-nt-xylyl-6-thiolacetic acid Carcinoma isolation of amino-acids and a proteolytic enzyme in exudates from (WIENER) A. ii 665. reactions of tho blood (SRAW-MAC- KENZIE) A.ii 582. composition of fat in (WACKER) A i 583. presence of radium in (LAZARUS- BARLOW) A. ii 665. increase of cholesterol in the dep6t fat in (WACKER) A. ii 1079. Carnegieite equilibrium of anorthite with (ROWEN) A. ii 774. Carnivora influence of ammonium salts and acetates on the nitrogen metabol- ism of (PEYCHECK) A. ii 1067. Carnotite occurrence of (WHERRY) A. ii 774. Carrotene detection of (TSVETT) A. ii 194. a-Carvacroxypropane y-chloro-8-hydr- oxy- and its phenylurethane (MARLE) T. 316. Carvacryl glycide ether (MARLE) T. 308. Carvelones (LAW) T. 1028. Carylidenehydraxine and its thioureide (KIJKER) A. i 213. Caryophyllenee constitntion of and derivatives of (SEMMLER and MAYER) A . i 120. Caryophyllenic acid and its derivatives (SEMMLER and MAYER) A.i 120. Cascarol and its acetyl derivative (TsCHIRCHand MONIKO WSKI) A. ,i 375. Caseation by lipoids (GAEHLIKGEK. and TILMAKT) A. ii 72. Casein combination of phosphorus and calcium in (LINDET) A. i 1041. solutions viscosity of (CHICK and MARTIN) A. ii 1042. estimation of in milk (MALENFANT) A. ii 1218. Caseinogen hydrolysis of (ROBERTSON) A. ii 819. hydrolysis of by trypsin (WALTEHS) A. ii 522 671. importance of the phosphorus of in growth (LIPSCHUTZ) A. ii 63. Castilloa-caoutchouc constituents of (ULTEE) A. i 883. Catalase paralysis and stiniulation of (VAN LAEK) A. i 1043. ant1 peroxydase separation of (KA- SANSKI) A. i 403. Catalysis. See under Affinity chemical. Catalysts specificity of ( CREIGHTON) A. ii 928. use of in asymmetric synthesis (BKEDIO and FISKE) A.i 983. (KALLE & Co.) A. i 126. Catechol equilibrium of naph thaIciie and (KRRMANN and JANETZKY) A. ii 1151. action of phorone and (GHIGLIEPI’O) A. i 186. complex compounds of ferric salts with (WEIRLAND and BINDER) A. i 184 445. Ca te cholcarb ox y lic acid (2 3 - dih ydroz y - benzoic acid) 5-bromo- and 4:5-di- bromo- and their hariuni salts (v HEMMELMAYR) A i 977. Catha edulis pharmacology of (CHE- VALIER) A. ii 480. Cations. See under Electrochemistry. Cats decerebrate influence of muscular rigidity on the carbon dioxide output of (RoAF) A. ii 579. Ccdrela toona colouring matter of the flowers of (PERKIN) T. 1538; P. 198. Cedrene (SEMMLER and MAYEE) A. i synthetic and natural (SEMMLER and derivatives of (SEMMLER and RISSE) Cedrenedicarboxylio acid (SEMMLER and RISSE) A. i 201.Cedrenol and its chloride and acetate (SEMMLER aiid MAYER) A. i 366. +-Cedrol and its acetate (SEMMLEI and MAYER) A i 479. Cells relation between destruction of and absence of oxidative power (WARBURG) A. ii 577. physiological permeability of (GAR- MVS) A. ii 578. stimulation of by ingestion of alka- line salts (WILSON) A. ii 277. animal synthetic powers of (ABDER- HALDEN and HIRSCH ; ABDERHAL- DEN and LAIIIPE) A. ii 1190. galvanic. See under Electrochemistry. living inhibition of the action of hydrogen cyanide in (WARBURG) A. ii 373. influence of salts on the absorption of colouring matters by (ENDLER) A. ii 863. valve. See under Electrochemistry. Cell-nucleus calciuin content of the (HORHAMMER) A. ii 459.Cellobiose utilisation of by Azotobactcr (KOCH and SEYDEL) A. ii 77. Cellulase (v. EULER) A. i 327 ; (JEKTGEN) A i 416. Cellulose dispersoid chemistry of (v. WEIMARN) A. i 679. influence of teinperature on absorption of water and alkali by (BEADLE and STEYENS) A. i 947. 367. SYORNITZ) A. i 573. A. i 201.INDEX OF SUBJECTS. ii. 1429 Cellulose hydrocellulose and alkalised cellulose conipara tive ace tyla tion of (OST and KATAYAMA) A. i 680. degradation of (KLEIN) A. i 679. action of enzymes on (BIERRY and GIAJA) A ii 657. fermentatiori of ( PRINGSHEIM) A ii 587. action of oxalic acid on (BRIGGS) A. i 539. action of ozone on (CUNNINGHAM and DoR~E) T. 497 ; P. 38. detection of (DILLING) A. ii 304. estimation of (JKONIG and HUHN) A. ii 1005 ; (CEOSS and BEVAN K~NIG and HUHN) A.ii 1105. Cellulose nitrated effoct of heat on (FRIc) A. i 73. nitro- apparatus for study of the de- composition of (Bltl\~~),A.,ii,394. estimation of sulphur in ( KULL- GXEN) A. ii 682. Cement analysis of (HENTSCHEL),A. ii 867. Portland constitution of ( JANECKE) A. ii 169 761; (JANECKE and SCHUMANN) A ii 450 ; (RANKIN and WRIGHT) A. ii 554. G‘entaurea Crocodglium cyanogenetic principles of (MIRANDE) A. ii 1203. Cereal# estimation of potassium and calcium in the ash of (THONPSON and MORGAN) A ii 205. Cerebrone (RIESSEK mid THIERFELDER THOMAS and THIERFXLDEH) A. 4373. Cerebronio acid (LEVENE and JACOBS) A. i 936. Cerebroeidee of the brain (LOENING and TIIIERFELDER) A. i 372 ; (LEVENE and JACOBS) A i 1007. Cerebro-spinal fluid toxicity of mineral salts in the (CAMUS) A.ii 968. Cerium metallic preparation and properties of (HIRSCH) A. ii 258. Cerium alloys with aluminium ( VOGEL) A. ii 557. Cerium hydride (DAFERT and MIKLAUZ) A ii 942. nitride (DIFERT and MIKLAUZ) A. ii 942. Cerotic acid anilide of (LIm and KUHN) A. i 676. Ceryl alcohol benzoyl derivative ( LIPP and KUHN) A. i 676. Chalkone 5-chloro-2-hydroxy- and its dibromide (KUNCKELL and FUR- STENBERG) A. i 118. 2‘:4‘:2-trihydroxy- (GOSCHKE and TAMBOR) A. i 195. Charcoal absorption of gases by (BERG- TER) A. 11 334; (ARNDT and SOHRAUBE) A. ii 1144. c. 11. Cheeae Cheddar chemistry of (NIEREN- STEIN) A. ii 291. Cheiranthic acid and its derivatives (MATTHES and BOLTZE) A i 601. Cheuolin glucoside from (SCHNEIDER and LOHMANN) A. i 1007. compound of silver sulphate and (SCHNEIDER and LOHMANN) A.i 1008. Chemical ca?culations reforni of (HANS- SEN) A ii 1157. changes work done in (WEGSCHEI- DER) A. ii 442. compounds photo-electric effects of (HUGHES) A. ii 5 880. space structure of (PALLADINO) A. ii 36. relation between the physical pro- perties of (TER GAZARIAN) A ii 23. dissociation of (HEMPEL and SCHU- BERT) A. ii 904. solid relation between the mole- cular volume and structure of constitution use of the magnetic field in determining (PASCAL) A. ii 229 326 426 734. determination of by optical methods (AUWERS) A. ii 1013 1015. and magnetic double refraction (COTTON and MOUTON) A. 11 426. and rotatory power (PICKARD and KENPON) T. 620 1427 ; P. 42 137 ; (POPE and WINMILL) T. 2309 ; P. 275. and viscosity (DUNYTAN and THOLE DUNSTAN HILDITCH and 1 HOLE) P.269. relation between colour and ( KONIG and BECKER) A. i 495. relation between electrolytic dis- sociation and ( WEOSCHEIDER) A ii 529. relation between molecular refrac- tion and dispersion and (EISEN- LOHR) A. ii 709. relation between phototropy and (PADOA and BOVINI) A i 223 ; (PADOA and SANTI) A.,”ii 879. relation between residual affinity and (CLARKE) T. 1788 ; P. 220. individuals characterisation of (WEGSCHEIDER) A. ii 930. reactions. See under Affinity chemi- cal. reactivity and absorption spectra (BALY and RICE) T. 1475 ; P. 197 312. stability (CLARKE) A. ii 928. Chicory. See Cichorium Intybus. (‘FELTSCRER) A. ii 831. . 94ii. 1430 lNDEX OF SUBJECTS. Chinese wood oil studies of (MORRELL) T. 2082 ;. P. 236. Chitin occurrence of (Y.LIPPMANN) A. i 126. degradation of (BRACH) A i 208. Chloral condensation products of with acid smides (FEIST) A. i 420. condensation product of 2:4-dimethyl- quinoline with (SPALLINO and CUCCHIARONI) A. i 582. action of on ethyl tartrate and on ethyl malate (PATTERSON and Mc- MILLAN) T. 788 ; P. 101. condensation of 5(4)-methylglyoxaline with (GERNOROSS) A. i 314. detection of in presence of chloroform (JoNA) A. ii 698. Chloralisoamylnrethane(FEIsT),A. ,i,421. Chloralbenaamide derivatives of (FEIST) Chloralcaffeine ( LEOLIER) A i 644. Chloraldibenzamide (FEIST) A. i 421. Chloralformamide methyl ether of Chloralmenthylursthane (FEIST) A. i Chloralmethylnrethane methyl ether Chloralpyrrocoline (SCHOLTZ) A. i 386. Chloralurotropine (LEULIER) A.i 644. Chlorates. See under Chlorine. Chlorides. See under Chlorine. Chlorine atomic weight of (Bmr and WHYTLAW-GRAY) A. 11 152 ; (BAUME and PERROT) . A. ii 933 ; (WOURTZEL) A. ii 934. niagneto-optical effects of (WOOD) A. ii 325 ; (HEURUNG) A. ii 510. action of ultra-violet light on ( LUD- fall of potential of metals in (RAISCH) experiment to demonstrate the diffu- viscosity of (RANKINE) A. ii 332. apparatus for burning in a hydrogen atmosphere (MEYER) A. ii 1051. compounds nascent sterilisation of drinking-water by ( ROUQUETTE) A. ii 3'14. Hydrochloric acid (hydrogen chzoride) the weight of a normal litre of (BURT and WHPTLAW-GRAY) A. ii 152. free energyof dilution of (TOLMAN and FERGUSON) A. ii 322. equilibriiim of cadmium.. sulphate with (MATIGNON) A. 11 441.phenol and water equilibrium in the system (SCHREINEMAKERS and VAN I)ER HORN VAN DER Eos) A. ii 543. A. i 421. (FEIST) A. i 421. 421. (FEIST) A. i 421. LAM) A. ii 511. A. ii 122. sion of (FORBES) A ii 1162. Chlorine :- Hydrochloric acid free and combined in the stomach contents (CHRISTIAN- SEN) A. ii 1187. Chloridea excretion of in urine (HERR- MANNSDORFER) A. ii 278. detection of in presence of thio- cyanates (CORMIMB~CUF) A. ii 1091. Chlorons acid (LAS~GUE) A. ii 842. estimation of (LAS~GUE) A ii 988. Chloratea rate of formation of &on1 hypochlorite (MULLER and MUL- LER) A. ii 1154. biochemical action of (ALVISI and ORABONA) A ii 863. analysis of (v. BUTTLAR) A. ii 87. Perchloric acid ,preparation of ( WIL- LARD) A. 11 1163. use of in electro-chemical analysis (HENDRIXSON) A ii 485.estimation of (GOLBLUM) A. ii 87. Perchlorates preparation and roper- ties of (GOLDBLUM and $XRLI- KOWSKI) A. ii 261. biochemical behaviour of (ALVISI and ORABONA) A. ii 868. estimation of quantitatively (LAMB and MARDEN) A. ii 681. Hypochlorites estimation of ( WIL- LIAMS) P. 327. Chlorine detection of in iodine ( BOUGE) A. ii 988. estimation of bromine iodine and (SARVONAT) A. ii 680. Chlorite new from Wyoming ( WOLFF) A. ii 1181. Chloroanil. See p-Benzuquinone tetra- chloro-. Chlorocalcite identity of baeumlerite with (ZAMBONINI) A. ii 652. Chlaro-oompoands refraction and dis- persion of (AUWERS) A. ii 1015. Chloroform and benzene latent heats of and of their mixtures (FLETCHER and TYRER) P. 319. estimation of volumetrically i n air ;KOCHMANN and STRECKER) A.ii 1003. Chlorophyll (WILLSTATTEII STOLL and UTZINGER) A. i 40 ; (WILLST~TTER and ASAHINA) A. i 41; (WILL- STATTER and BTOLL) A. i 285; (WILLSTAI'TEE and ISLER) A. i 710. formation of i n plants (MONTEVERDE and LUBIMENKO) A. ii 800. condition of in plants (HERLITZKA) A. ii 287.INDEX OF SUBJECTS. ii. 1431 Chlorophyll preparation of (STAN~K) A. i 641. duality of (JACOBSON and MARCELEW- SKI) A. i 285. colloidal spectra of (HEKLITZKA) A ii 1115. absorption of ultraviolet light b j ( D H ~ R $ and DE ROGOWSKI) A. 1 887. Becquersl effect in solutions of (SAM- SONOW) A. ii 528. estiniatiori of the components of (JACOBSON and MARCHLEWSKI) A. ii 705. estimation of minute quantitiee of (JACOBSON) A. ii 1011. Chlorophyll group (MARCHLEWSKI and SKI) A.i 289 ; (MALARBKI and MARCHLEWSKI) A. i 641 ; (JACOB- SON and MAHCHLEWSKI) A. ii 705 ; (MAHCHLEWSKI) A. i 791. Chlorophyllides (WILLSTATTER and STOLL) A. i 286. Chloroenlphonic acid preparation of (SANQER and RIEGEL) A. ii 752. Chlorothiole aryl (ZINCRE) A. i 762. Chloroue acid. See under Chlorine. Choladienecarboxylic acid ( WIELAND and WEIL) A. i 830. Cholalic acid blue compound of with iodine (BARGER and FIELD) T. 1394 ; P. 157. Cholanecarboxylic acid ( WIELAND and WEIL) A. i 831. Cholatrienecarboxylic acid ( WIELAXD and WEIL) A. i 830. Choleic acid isolation of from ox gall- stones (FISCHER and MEYER) A. ii 71. Cholestan tribronio- (KoLM) A. i 654. a-Choleetanone oxinle and p-nitrophenyl- hydrazone (DIELY and STAMM) A. i 698. Cholerterare in blood-corpuscles ( CYTRONBERG) A.ii 1065. Cholesterol (TSCHUGAEFF and KOCH) A. i 30. isolation of from ox gall-stones (FISCHER and MEYER) A. ii 71. in Java petroleum (STEINKOPF BOSS and LIEBMANN) A. i 554. origin and destiny of in the animal organism (ELLIS and GARDNEB) A. ii 275 958. increase of i n the’d8pot fat in car- cinoma (WACKER) A. ii 1079. degradation producta of ( WINDAUS) A. i 054. effect of heat on degradation products ROBEL ~fAllCHLEWVKI and ZURROW- of (WINDAUS) A. i 449. Cholestero1,chlorine derivatives of (MIN- OVICI and HAUBKNECHT) A. i 110. estimation of (CORPER) A. ii 302 871. Choleeteryl benzoate action of bromine on (DOR~E and STOTESBURY) P. 196. Cholesteryl esters influence of on the number of red blood-corpuscles (THOMAS niid LEBERT) A. ii 852.hydrolysis of by a ferment in blood and liver (SCHULTZ) A. ii 852. a-Cholestylamine and its hydrochloride ( D ~ L Y and STAMM) A. i 698. Cholic acid (WIELAND and WEIL) A i preparation of (AUZIES) A i 169. degradation products of (v. FURTH and ISHIHARA) A i 749. Choline occurrence of in plants (QCHULZE and TRIER) A. ii 1203. conversion of colamine into (TRIER) A. i 836. action of (PAL) A. ii 74. Choline bromo- and iodo- salts of ( RENSHAW FLOOD and MCBRIDE) A. i 949. Chrombrngnatellite (HEZNER) A ii 1061. Chrome alum solubility of crystals of (GRINAROWBKY) A. ii 946. Chrome ironore analysis of ( WARUNIS) A. ii 692. Chromialanine (LEY and FICKEN) A. i 244. Chromiglycine (LEY and FIGKEN) A. i 243. Chromite estimation of in ferrous iron ( P I ~ A DIC RUBIES) A ii 605.Chromium perchlorate (GOLBLUM and TEKLIKOWSKI) A. ii 261. hydroxide compounds of with glycine (HUGOUNENQ and MOREL) A. 168. nitrate (HALSE) A. ii 994. seaquioxide detection of (JANKOW- trioxide solubility and heat of solution of (BUCHNER and PKINS) A. ii 1177. detection of small quantities of electrochemically (GRUMBACH) A. ii 589. Chromic acid mechanism of the re- action between lrydriodic acid and (GOLBLUM and IIAw) A. ii 924. Chromatee basic ignition of (G ROQER) A. ii 770. bromide (KoLM) A. i 554. 830. ITSCH) A. ii 692.ii. 1432 INDEX OF SUBJECTS. Chromium sulphate colour changes in solutions of (GRAHAM) A. ii 944. Chromio nitrate preparation of (JOVIT~CHITSCH) A. ii 261. Chromyl chloride preparation of (MOLES and Q~MEz) A. ii 560. as an ebnllioscopic solvent (BECK- MAKN) A ii 1136.optically active isomeric (WERNER) A. i 938. acetates complex ( WEINLAND aiid BUTTNER) A i 530. fluorides (COSTXCHESCU) A. i 493. Chromium detection and estimation of by oxidation with Rilver oxide (MENEGHINI) A. ii 390. estimation of in bronze8 (SCBILLING) A. ii 809. estimation of and its se aration from vanadium in steels (&IN) A. ii 692. Chromium ammine salts (WERNER) A i 417. Chromium tannage chemistry of (SrIasNY and DAS) A. ii 945. Chromoisomerism (PIUTTI and DE’ CONNO) A. i 360. Chryrarobic add (HESSE) A. i 278. Chryrarobin (HEME) A. i 277. commercial constituenta of (TUTIN and CLEWER) T. 290 ; P. 13. distinction between chrysophanic acid and (L~GER) A. ii 819. Chryaarobol and its acetyl derivatives (HESSIE) A. i 277. Chryraain derivatives constitution of (OMTERLE) A.i 632. Chryrene synthesis of ( WEITZENBOCK and LIEB) A. i 547. Chryrene-6-aarboxylic acid ( WEITZEN- BOCK and LIEB) A i 548. Chryrone and its acetyl derivative (NIERENBTEIN) A. i 292. Chryrophanic aoid constitution of (Id- methyl ether action of ammonia on distinction between chryertrobin and Chryrophanol and its triacetate (HESSE) A. i 277. Chryrophanolanthranol (!I!UTIN and CLEWER) T. 296 ; P. 14. Chymorin. See Rennin. Cich0riu.m Intybw (chicory) inulin metabolism of (GRAFE and VOUK) A. ii 077. Cinchomeronic acid (pyrieline-3:4-diearb- oxylic acid) hydrazide of (MEYER and MALLY) A. i 515. Chromium organio componndr :- OEK) A i 197. (OESTERLE) A. i 276. (LI~GER) A. ii 819. Cinahona alkaloids (RABE) A. i 718. Cinchona bark volumetric analysis of (KLEINSTUCK) A ii 817.Cinohonic aaid synthesis of (KAUF- MANX PEPER and WIDMER) A. i 650. Cinchonine conversion of into cincho- toxine (BIDDLE) A. i 296 ; (RABE) A. i 488. Cinohotoxine conversion of cinchonins iuto (BIDDLE) A i 296; (RABE) A. i 488. Oinnabar dispersion of (ROSE) A ii 873. Cinnamaldehyde p-chloro- (STRAW) A. i 992. CiMcLmaldehydephenylhydrarone com- pound of with trinitrobenzene (CIUSA aud VECCHIOTTI) A. i 33. Cinnamaldehyde-as-phenylmethylhydr - =one (BACKER) A. i 732. Cinnamein estimation of in Peru bal- sam (LEHMANN and MULLER) A. ii 212. Cinnamio aoid calcium salt influence of calcium benzoate on the solubility of (DE JONG) A. i 699. 4-chloroethyl y-chloro-8-hydroxy- propyl glycol and glycerol esters of (FARBENFABRIKEN VORM. F.BAYER & Co.) A. i 189. estimation of with bromine (DE JONG) A. ii 103. Cinnamio acid 3:4-dihydroxy- methyl ester (POWER and ROGERSON) T. 6. B-iodo- di-iodo- and p-nitrodi-iodo- derivatives of (FARBENFARRIKEN VORM. F. RAYER & Co.) A. i 772. In-nitro- hydroxylainine salt ( POSNER) A i 455. 2:6-dinitro- and its ethyl ester (REICH and PINCZEWSKI) A. i 361. aZZoCinnamici acid polyniorphism of (MEYER) A. i 32. Cinnamio acids heats of coinbustion and transformation of the ( ROTH) A ii 235. stereoisomeric configuration of (STOER- MER and HEYMANN) A. i 974. Cinnamoyl8emicarbazide and its acotyl derivative (HUPE and FIEDLER) A. i 142. Cinnamyl ethyl ether and its dibromide (BEAUFOUR) A i 621. Cinnamylidene esters reaction of with magnesium organic compounds (REIM- ER and REYNOLDS) A.i 769. Cinnamylideneaoetophenone. See Phenyl cinnamylidenemethyl ketone. Cinnamylideneanthraquinonyl-1- and -2- hydratones (MOHLAU VIERTEL and KEINEK) A i 704.INDEX OF SUBJECTS. ii. 1433 Cinnamy lidenedipyrroco~ne ( BCHO LTZ) A. i 386. Cinnamyl methyl ether and ite deriva- tives (BEAUFOUR) A. i 621. Citraconia acid ethyl ester condensa- tion of ethyl sodiomalonate with (HOPE) T. 892 ; P. 93. Citral estimation of in lemon oil (RIPPETOE and WISE) A. ii 210. ?nonoxide and its derivatives (PRILES- CIIAEFF) A. i 635. Citric acid ammonium salt preparation of a neutral solution of (PATTEN and ROBINSON) A. ii 1094. analysis of commercial (BARBONI) A. ii 1106. Citronella essence of estimation of geraniol in (DUPONT and LABAUNE) A ii 697.Citronella oil constituents of (SCHIIUMEL & Co.) A i 370. analysis of (BOULEZ) A. ii 1105. estimation of citronella1 in (SCEIMMEL & Co.) A. i 880. estimation of geraniol in (ROURE-BERT- RAND FILS DUPONT and LABAUNE SCHIMMEL & Co.) A. i 880. Citronellal estimation of in citronella oil (SCHIMMEL & Co.) A. i 880. Citronellalaeine ( WOLPF and THIELE- PAPE) A. i 988. Citronellalhydrosone (WOLFF and THIELEPAPE) A. i 989. Citrophosphate solutions (QUARTAROLI) A. i 238 605 ; (PRATOLONQO) A. i 412. Citrullol formula of and its benzoyl derivative (TUTIN and CLEWER) P. 31 8. Clay formation of (ROHLAND) A. ii composition of (BLANCK) A. ii 483. odour of (ROHLAND) A. ii 1175. adsorption by (ROHLAND) A. ii red salt composition of (BILTZ and estimation of silicic acid in (PENCE) Clupeine structure of (KOSSEL and methylation of (ROGOZIRSKI) A i action of proteolytic enzymes on (ROQO- Cluytianol and its tetra-acetyl nnd tetra-benzoyl derivatives (TUTIN and CLEWER) T.2230 ; P. 265. Ctuytia sirnilis constituents of (TUTIN and CLEWER) T. 2221 ; P. 265. Cluytiarterol (TUTIN and CLEWER) T. 2228 ; P. 265. 484. 1145. MARCUS) A ii 11eO. A ii 204. CAMERON) A. i 326. 898. ZI~~SPI) A. i 672. Clu tinic aoid and ita cluytyl eater ("WTIN and CLEWER) T. 2226; P. 265. Cluytyl alcohol and its acetate (%TIN and CLEWER) T. 2228 ; P. 265. Cosgulometer eimple (DALE and LAID- LAW) A. ii 269. Coal Araa (DONATH and INDRA) A. ii 1060. Spitzbergen constituents of (PATTER- SON) A ii 651. and carbonaceous materials ( DONATH and BRAUNLICH) A i 337.occurrence of ankerite in (CROOK) A. ii 565. calorific power of various kinds of (LUCION) A. ii 811. formation of benzene hydrocarbons from the dry distillation of ( MEYER) A. i 525. formation of material similar to (BER- GIUS) A. ii 939. estimation of ash in (WEISSER) A. ii 810. influence of metallic carbonates on the estimation of volatile matter in (PROST and UBAGHS) A. ii 810. Coal-gar analysis of (UBBELOHDE and Coal ream paraffins from a Yorkshire Cobalt and nickel magnetisation of and of their alloys (WEISS and BLOCR) A. ii 17. equilibrium of carbon with (RUFF) A ii 1176. Cobalt alloys with nickel (RUER and KANEKO) A. ii 1059. magnetisation of (BLOCH) A. ii 531. with zinc (DUCELLIIEZ) A. ii 53. Cobalt atom the aeymmetric (WERNER) A i 10 166. Cobalt compoundr stereoieomeric ( WER- NER) A.i 74. Cobalt pmhlorate (GOLBLUM and TERLI- KOWSKI) A. ii 261 354. hydrabs and ammonia compounds of (SALVADORI) A. ii 649. chloride absorption of light by (BROWN) A. ii 507. mixed crystals of ammonium chloride and (FOOTE) A. ii 847. Cobeltour hydroxide red aud blue (HANTZSCH) A. ii 166. Cobaltinitriter application of to analysis (BURGESS and KAMY) A & 604. Cobaltammine raltr (WERNER) A i 10 74,166; (LAMB and MARDEN) A. ii 31. DE CASTRO) A ii 298. (COHEN and FINN) A. ii 264.ii. 1434 IIGDEX OF SUBJECTS. Cobalt organic? componndr absorption spectra of (FRANCHIMONT and BACKER) T. 2256 ; P. 264. hydrogen ferrocyanide (WILLIAMS) P. 317. Cobalti-a-alenines (LEY and WINK- LER) A. i 243. Cobalt detection of nickel and by nieans of xanthates (CAMPO Y CERDAN and FERRER HERNANDEZ) A.ii 95. Cobra poison active principle of (GuNN) A. ii 587. Cocaine action of in animals (GRODE) A. ii 280. influence of on metabolism (UNDER- HILL and BLACK) A. ii 472. Cocoa constituents of the essential oil of ( BAINBRIDGE and DAVIES) T. 2209 ; P. ’253. fermentation of (LAMBERT) A. ii 972. estimation of fat in (RICHTER) A. ii Codeide a-iodo- and its hydriodide (KNORR and HARTMANN) A i 483. Codeine methylation of ( PSCHORR and DICKHAUSER) A. i 578. +Codeine ethers and their salts (KNORR and HARTMANN) A. i 489. Coeramidonine 14-chloro- and 12:14- dichloro- ( FARBWERKE VORM. MEIS- TER LUOIUS & BRUNING) A. i 794. 14:14’-Coeramidonyl ketone ( FARB- WERKE VORM. MEISTER LUCIUS & BRUNING) A. i 794. Coffee r6le of caffeine in the cardiac action of (BvsQuET and TIFFE- NEAU) A.ii 966. influence of caffeine in the diuretic action of (TIFFENEAU end Bus- QUET) A. ii i197. estimation of caffeine on (COSTES) A. ii 1012. Coffee extracts detection of benzoic acid in (LYTHGOE and MARSH) A. ii 699. Cohesion pressure Traube’s theory of (BUBANOVI~) A. ii 833. Colamine. See Ethyl alcohol amino-. Cola-nut constituents of (GORIS) A. i 375. Colchioine estimation of colorimetri- cally (FABINPI) A. ii 503. Colemanite identity of neocolemanite with (HUTCHINBON) A. ii 565. Collstein (GORIS) A. i 375. Colloidal solntionr formation of (PAP- PADA) A. ii 439. theory of (HARDY) A ii 837. movement of particles in (SEDDIG) A. 11 142; (SVEDBERO and A ii 143. 1107. INOUYE SVEDBERG and ESTRUP) Colloidal rolationr colour and degree of dispersity of (HARRISON) A. ii 240.appliaation of van der Waal’s e l p a - tion to (SVEDBERG) A. ii 29. fractional diffusion of (DABROWSKI) A. ii 1146. determination of the concentration of (MARC) A. ii 745. toxicity of (DOEHR and MOLDOVAN) A. ii 654. systems application of the phase rule to (JONKER) A. ii 440. surface tension end congulation (TRAUBE) A ii 740. Colloid# electrical synthesis of ( KUTSCH- EROFF) A. ii 1148. history of the chemistry of (v. WEI- MARN) A. ii 912. clsssification of ( BOTTAZZI ; OSTWALD) A. ii 337; (y. WEIMARN) A. ii 439. electric properties of (PAPPADA) A. ii 542. electrical transport of ( MICHAELIS and DAVIDSOHN) A. i 326. changes in physical conditions of (~SCHORR) A. i 56 ; (PAULI and FLECKER) A.i 668. and crystalloids (MALFITANO) A. ii 240 337. heat of liquefaction of (FRANK) A. ii 20. hydration and dehydration of ( RA- KOWSKI) A. ii 913. reversible swelling change shown by (POSNJAK) A ii 912. influence of on the transport numbers and conductivity of electrolytes (RICHTER) A ii 914. influence of in the solubility of gases in water (FINDLAY and SHEN) T. 1459 ; P. 195. optinal agglutination poiut for (MI- CHAELIS and DAVIDSOHN) A. ii 440. action of radium emanation on (Jo- RISSEN and WOUDSTRA) A. ii 522. influence of as retarders in the re- duction of silver chloride (REENDERS and VAN NIEUWENBURQ) A. ii,254. influence of on diuresis ( KNOWLTON) A. ii 71. action of on enzymes ( PINCUSSOHN) A. i 521. electro-amphoteric isoelectric point of (MICHAELIS) A. ii 1150.plant. See Plant. estimation of in soils (ROHLAND) A. ii 1220. estimation of in drainage waters (MARC) A. ii 1150.INDEX OF SUBJECTS. ii. 1435 Col~rimeter for rapid work (WHITE) A. Colouring-matter C&H N,Br from 2:3- ii 597. 1 dimethvldihvdroin%le (KOKIG and Col&tmm passage of into milk (ENGEL Colour relation between chemical con- stitution and ( EONIG and BECKER) A. i 495. change of and phototropy (AMA- DUZZI and PADOA) A. ii 227. of ions (MAGNANINI) A. ii 142. sensitiveness the theory of (WINTHER) A. ii 4. Colouring of tissues selective (SCHULE- MANN) A. ii 859. Colonring-matter C13H I03NsS from 2:4:5-trimethylpyrroie ( FI~CHER and BARTHOLOMAUS) A. i 298. C,8H,,0,N2 from phenol and p-amino- diphenyl ether (MAILHE) A i 549. C18H,,0N3 from aniline and p-amino- di )henyl ether (MAILHE) A.i 549. C2,d19N21 from 2-me t hylindole- 3 - aldehyde and 2- or 4-methylquinol- ine methiodides (KONIG) A i 654. GHUN,Cl from dihydroindole and 2:4-dinitrophenylpyridinium chlor- ide (KONIG and BECKER) A. i 496. C21H,N,,Cl from tetrahydroquinoxal- me (KONIG and BECKER) A i 497. C2,H,N,Br from ethylaniline ( KONIG and RECKRR) A. i 496. C H N Br from methyl-o- m- and ;-$lu!dines ( KONI~ and BECKER) A. i 495. CvHaaO&Br from rnethyl-p-anisidine (KONIG and BECKEB) A. i 495. hH,N C1 from 2-methyldihydroind- oleanc! 2-4-dinitrophenylpyridinium- chloride (KONIG and BECKER) A. i 496. CsHaN2Br from S-methyldihydroind- ole and cyanogen bromide (KONIG and BECKEH) A. i 496. CsHpN,Br from 3-methyldihydroind- ole (KONIG and BECKER) A.1 496. CBH,,N2Br from tetrahydroguinoline (KONIG and BECKER) A. 1 496. t&H N,Br from allylaniline ( K O N I ~ an$Bmxm) A. i 496. €&&IazBr from ethyl-p-toluidine (KONIG aud BECEER) A. i 496. CsH,N,Br from methyl-m-rylidine (KONIG and BECEEB) A. i 495. CmH N2Br from propylaniline ( KONIG an%BEOKER) A. i 496. C1,&O,N,Br from methyl-p-phen- etidine (KONI~ and RECKEB) A i 495. C,H,,ON from dipheaglamine and paminodiphenyl ether (MAILHE) A. i 549. and DENNEMARK) A. ii 184. BECKE~) A i 496. . C,HpN,Br from 2-methyltetrahydro- quinoline ( KONIG and BECKEB) A. i 497. C,&N,Br from 6.methyltetrahyd1-o- quinoline (KONIG and BECKER) A. i 496. C,H,O,N?Br from 6-methoxytetra- hydroquinoline (KONIG and BECKER) A. i 497. CaH,,N,Br froiri 2:6-dimethyltetra- hydroquinoline ( KOXIG and BECKER) A.i 497. C,H,N,Br from ethyl-a- and B- naphthylamine (KONIG and BECKER) A. i 496. CSH,N2Br from carbazoline (KONIG and BECKER) A. i 496. C31H,N2Br from tetrahydro-S-naph- thaquinoline ( KONIG and BECKER) A. i 497. Colouring-matters absorption of light by (PLOTNIKOFF) A. ii 405. relation between constitution and photosensitiveness of (GEBHARD) A. ii 242. influence of the acricline ring on the colonr of (PORAI-KOSCHITZ AUSCH- KAP and AMSLER) A. i 222. nature of (UMOFF) A. ii 1019. theory of the action of (TRAUBE) A. ii 740. acceleration of the bleaching of (KUM- MELL) A. ii 616. influence of gas-pressure on the bleach- adsorption of by oohree (BOUCHON- action of alkali on (TSCEERNORUTZKY) ing O f (LASAREFF) A. ii 219.NET) A. ii 540. A. ii 1198. behaviour of with nucleic acids (FEULGEN) A. i 926. selective absorption of by tbsues (SCHULEYANN) A. ii 791. influence of salts on the absorption of by cells (ENDLER) A. ii 868. protective action of (STEVENSON) A. ii 515. relationship of to lipoids ( LOEWE) A. ii 741. passage of through protoplosm (END- LER) A. ii 1083. in alfalfa (JACOBON) A. ii 976. aniline UBB of in detection of bile pigments in urino (PETERSEN) A ii 107. basic influence of sodium carbonate on the toxicity of (TBAUBE) A. ii 868. cyenme constitution of (K~NIG) A. i 729.ii. 1436 INDEX OF SUBJECTS. Colouring-mattera yellow from ergot (FREEBORN) P. 71. fat-soluble behaviour of in the organ- ism (MENDEL and DANIELS) A ii 1197. derived from sulphonic acids of a- naphthylamine and a-naphthol constitution of (GATTERMANN and LIEBERMANN) A i 1038.containing hydroxyl groups metrrllic salt precipitates of (GUGGIARI) A. i 876. hydroxy-ketonic (DUTTA and WAT- SON) T. 1238 ; P. 106. organic anomaloris dispersion of (RoHN) A. ii 878. testing of (GRANT and ELSENBAST) A. ii 1219. detection of lead in (SPAETH) A ii 808. detection of in mustard (SIEVERS) A. ii 1111. detection and separation of (CHAPMAN and SIEROLD) A. ii 1010. See also Nycanthin. Colambiacopalic acid ( MACHENBAUM) A. i 121. a- aud 8-Columbiacopalinic aaid (MACH- EMBAVM) A i 124. Columbiacopalolic acid (MACHENBAUM) A. i 124. a- and 8-Columbiacopaloresen ( MACHEN- BAUM) A. i 124. Columbium (niobium) spectrum of (JACK) A. ii 1017. anodic behaviour of (SBORG~) A. ii 1132.Columbium pantafluoride preparation of (RUFF and SCHILLER) A. ii 168. Columbio acid preparation of the hy- drosol of ( HAUSER and LEWITE) A ii 262. electrolytic reduction of (OTT) A. ii 771. Columbium separation of tantalum and (RUFF and SCHILLER) A. ii 168. Comenio aoid dibromo- derivatives of ( PERATONER and D’ANOELO) A i 301. Comfrey rhizome allantoin as a constitu- ent (TITHERLEY and COPPIN) A ii 289. Compoaits “ phytomelanes ” in ( DA- FERT and MIKLAUZ) A. ii 195. Condenration by means of ultra-violet light (PRIBRAM and FRANKE) A. i 412. Condenser with internal cooling (SCHIRM) A. ii 750. Conductivity water. See Water. Conifer= formaldehyde in the cambial sap of (KLEINST~CK) A ii 1202. Conifere estimation of oxalic acid in Coniine methonitrite (NEOGI) T. 1610 ; P.53. Coniinium nitrib (NEOGI) T. 1608 ; P. Convolvulin liydrolysis of (VOTOZEK) Copaiba oil (DEUSSEN and EGER) A ii Coprl Brazilian (MACHENBAUM) A. i Columbia (MACHENBAUM) A i 124. Copper electrolytic deposition of (WEN and KERN) A. ii 556 (BENNETT) A. ii 646 ; (DUFAY) A. ii 1174. magnetism of (BEHNSEN) A. ii 17 ; (GRAY and Ross) A. ii 530. solution of in water (PIONUHON) A. ii 452. colloidal preparation of (DU GERS and KOPACZEWSKI) A. ii 51 ... coagulation of (PAINE) A. 11 337. electrolytic structure recrystallisation and strength of (FAUST) A. ii 1173. catalytic reduction by (LAW) T. 1544 ; P. 162. catalytic action of a t 300° on alcohols of the terpene group (NEAVE) T. 513; P. 53. Copper alloys with aluminium and zinc (LEVI-MALVANO and MARANTONIO) A ii 769 ; (CARPENTER and ED- WARDS) A.ii. 1057. with arsenic conductivity of (PUSHIX and DISBLER) A. ii 320. with mercury (GUNTZ and DE GRIEFT) A. ii 351. with tin electrical properties of (LEDOUX) A ii 727. with zinc (CARPENTER) A. ii 764. electrical properties of (No~sa) A Copper saltB absorption of light by (HOUSTOUN) A. ii 507. colour intensity of (PICKERING) T. 1625 P. 184. basic (ERMEN) A. ii 453. action of alkali sulphites on (BAU- BIGNY) A. ii 351 447. absorption of by Fundulw hetermtitus (WHITE and THOMAS) A. ii 576. of organic acids and their behaviour with alkalis (PICKERING) T. 174. estiniation of volumetrically with titanium trichloride (MOSER) A ii 1097. Copper perchlorate hydrates and am- monia compounds of (SALVADORI) A. ii 649. ammonium mercuric iodides (ANDER- LINI) A.ii 764. the needles of (OTTO) A. ii 500. 53. A. i 640. 812. 123. ii 890.INDEX OF SUBJECTS. ii. 1437 Copper nitrate basic and hydrated forms of (CUMMING and GEMMELL) A . ii 556. sulphate conductivity of mixtures of sul huric acid and (RICHARDSON ancfTAYLoR) A. ii 225. dehydration of the pentahydrate of action of sodium hyposulphite on (FIRTH and MYERS) P. 101. sulphide thermal conductivity of (ICOLE) A . ii 231. sulphite decomposition of (BAu- BIONY) A. ii 647. sodium thiosulphate componnd of cuprous acetylide acetylene and (BHADURI) A. i 597. Cupric alkaline salts of organic acids (PICKERING) T. 1614; P. 142. chloride mixed crystals of am- monium chloride and (FOOTE) A. ii 847. and cuprous chloride thermal analysis of the system (SANDON- NINI) A .ii 918. nitrate action of potassamide on in liquid ammonia (FHANKLIN) A . ii 1174. oxide melting point of (SLADE and FARROW) A. ii 1057. thiosnlphate compounds of with amines (Rossr) A. i 799. Caprous chloride and cupric chloride thermal analysis of the system (SANDONNIHI) A. ii 918. equilibrium of with cuprous oxide and with cuprous sulphide (TRUTHE) A ii 763. additive compounds of with acetylene and with p-anisyl- acetylene ( MANCHOT WITHERS and OLTROGOE) A i 230. imide (FRANKLIN) A.,*;i 1174. iodide compound of quinoline me- thiodide nnd (RoHN) A. i 801. ammonium iodide (ANDERLINI) A. ii 765. nitrate and lead iodide equilibrium in the system (FEDOT~EFF) A. ii 146. oxide fusion of with silica (OTIN) A. ii 351. and chloride e uilibrium of mix- tures of ($RUTBE) A.ii 763. sulphantimonites ( PARRAVANO and DE C.ESARIS) A. ii 942. sulphide and chloride equilibrium of mixtures of TRUTHE) A. ii 763. (BLACKMAN) A. ii 134. Copper organic oompoundn :- acetylide compound of copper sodium thiosulphate acetylene and (BHA- DURI) A. i 597. hydroferrocyanates and hydroferri- cyanates ( MULLER WEGELIN and KELLERHOFF) A. i 614. Cnpric hydrogen and sodium hydrogen ferrocyanides (WILLIAMS) P. 31 I . Copper electrolytic analysis of and esti- mation of gases in i t (HEATH) A. ii 1091. detection and estimation of in plants (.GU&RITHAULT) A ii 998. estimation of!. colorimetricslly (SCHOTT) A. 11 305. estimation of eloctrolytically in pyr- ites (TREADWELL) A . ii 998. estimation of by the iodine method (KENDALL) A. ii 93 ; (PETERS) A. ii 492 ; (SUQIURA and KOBER) A.ii 689. estimation of volumetrically (KEN- DALL) A. ii 604. estimation of in steel (ZINBERO) A ii 299. estimation of arsenic in commercial (BREBSANIN) A ii 994. estimation and separation of ( BAYER) A . ii 1212. quantitative separation of from other metals (JANNASCH and ROUTALA) separation of from cadmium arsenic iron and lcad (WARD) A. ii 605. electrolytic separation of from nickel or zinc (KREMANN) A . ii 1213. Copper fungicides (PICKERING) A. ii 285. Cork formation of (by. SCHMIDT) A . i 72 ; (ZEISEL) A. i 237. Cbrpus luteurn relation between the and the growth of the mammary glands (O’DONOGHUE) A ii 70. Corydalis alkaloids (GADAMER) A i 46 47 48. Corydine and its stereoisomerides and derivatives (GADAMER) A. i 47. isocorydine and its methiodide (GADA- MER) A.i 48. Corynanthine isomerism of gohimbine and (FOURNEAU and FIORE) A . i 49. Corytnberine and its derivatives (GADA- MER) A. i 46. Cotton seed use of the proteins of in nutrition (MENDEL and FINE) A. ii 272. Cottonseed oil Halphen’s reaction for (GASTALDI) A. ii 1108. Cotton-wool absorption of tannin by (SANIN) A. ii 436. ~ . i i 388.ii. 1438 INDEX OF SUBJECTS. excretion of,'in the pig (MCCOLLUM) A. ii 72. srtinn o f inlline nn fRR!Tr!HARnT\. Counaran-l:fl-dione preparation and derivatives of (FRIES and PFAFFEND- ORF) A i 204. Coumaran-1-one conversion of oxindole into (MARSCHALK) A. i 303. Conmaran-2-one 1 -homo- 1 :1 -dibromo- and 1:l-dichloro- (FRIES and PFAFFENDORF) A. i 205. 1-oximino- acetyl derivative (SI'OERM- EB) A.i 206. Coumarilio acid 2-hydroxy- ethyl ester salts of (AUWERS) A. i 1009. Conmarin 3-amino- and 7-bromo-3- amino- and their derivatives (LINCH) T. 1758 ; P. 230. 6- and 8-nitrothio- and derivatives (CLAYTON and GODDEN) T. 213 ; P. 6. Coumarin group (BIILMANN) A. i 461. Crertine (THUNBERG) A. ii 471. origin of in the body (INOUYE) A. ii excretion of (VAS) A ii 187. in muscle (CHISOLM) A. ii 787. in urine ofchildren (FOLIN and DENIS) metabolism. See Metabolism. estimation of (ROBE) A. ii 818. eatimation of in urine colorimetrically (AUTENRIETH and MULLER) A. ii 101. origin of in soils (SULLIVAN) A. ii 86. isolation of from mils (SHOREY) excretion of (VAS) A. ii 187. 1079. A. ii 465. Creatinine (SCHMIDT) A. i 540. .ti. ii 293. A . . ii. 9.10. 331. m- and p-Crerols condensation products of with acetone and their chloro- and bromo-derivatives (ZINCRE and GAEBEL) A.i 442. separation of (HOFFMANN LA ROCHE & Co.) A. i 549. Crithmum maritimum essential oil of (FRANCESCONI and SARNAQIOTTO) A. ii 381. Crops degradation of phosphatic manure during rotation of crops (MUNTZ arid GAUDECFION) A. ii 982. Crotonic acid B-cyanoamino- ethyl ester and its metallic salts (BRIGL) A. i 533. compound of with mercuric chloride (SONN) A. i 610. Cryptobruainolone and its hydrochloride (LEUCHS and PEIRCE) A. i 899. Cryptopyrrole. See 2:4-Dimethyl-3- ethylpyrrole. Cryetalline liquids (v. WARTENBERG) A. ii 112. Cryetalline rubrtancee determination of the molecular weights of (TAMMANN) A. ii 149. Cryatallisation from aqueous solutions eutectic (VOGEL) A.ii 744. velocity of (WAGNER) A. ii 29. velocity of and dissolution (MARC) A. ii 336. diminution of the rate of on account of adsorption (FREUNDLIOH and POSNJAK) A. ii 438. relation between temperature and (MARC) A. ii 336. (CHARITSCHKOFF). d. ii 476. I relation of proteins t o (KoAF) A. 11 metabolism. See under Metabolism. oxime and ita derivatives (SCHMIDT and HENNIO) A. i 719. estimation of (ROBE) A. ii 818. estimation of in urine colorimetrically (AUTENBIETH and MULLER) A. ii 101. Creo_ate antiseptic . properties .. - _ of D8Il9lOalB 01 (VAN l!~liPl. A.. 1. ZV. I pressure of a t high pressures (PUSHIN and GREBENTSCHIKOFF) A,. 11. Z40. I I U ~ G ~ L ) UII W A U N ~ ~ ~ J n. I IY. in ternary systems (PARRAVANO and Cryetallochemieal analysis.See Analysis. Crystallography chemical studies in (BARKER) T. 2484; P. 253. Crystalloids and colloids (MALFITANO) SIROVIOH) A. ii 836. ii 240,397. ,_ . . .. o-drerol tetrachloro-; and its derivatives (ZINCKE and PFAFFENDORF) A. i 964. m-Cresol preparation of pure (HOFF- YANN LA ROCHE & CO.) A. i 849. m-crpsol 2:4:6-tribromo- acetate and I c m-\ . . n.. 655. of (BLOCK) A. ii 128. ture (TAMMANN) A. ii 630. Cryetals fusion and thermal expansion dependence of the form of on tempera- isomorphous - . A mixed colour of (WELLS) &nitroso- action of bromine on'(vAN pCrem1 estimation of phenol and in ERP) A. i 28. liquid circular polarisation of (GAU- internal movement of (MAUGUIN) BERT) 8 . ii 510. A 11 m nINDEX OF SUBJECTS ii. 1439 Crystalr liquid mixed refractive indices ternary mixed formation of (SAHMEN) twin (NIGGLI) A.ii 744. $ - Cumene 4 6 - dichlo r o - 5 -id0 - 5 -iodo - 5-iodoso- and 5-iodoxy- (WILLOERODT and MEYER) A. i 22. +Cumidine aldol base from and its derivatives (EDWARDS GAKROD and JONES) T. 1388 ; P. 163. Cuminaldazine (PASCAL and NORMAND) A. i 146. p-Cuminaldehyde-p- caminylhydrazone and its derivatives (CURTIUS and KORTE) A. i 309. Cuminil-l:3:4-~ylylosalone (PADOA and ROVINI) A. i 224. p-Cnminylazoimide (CURTIUS and KORTE) A. i 310. p-Caminylhydraeine and its hydro- chloride and nitroso- (CURTIUS and KORTE) A. i 310. $-Cnmyl iododichloride ( WILLGERODT and MEYER) A. i 22. $-Cumyldichlorovinyliodonium hydrox- A. i 22. rl-Cumylthiolaoetic acid (KALLE & Co.) A. i 354 557. Cnpreine absorption spectrumof (DOBBIE and Fox) T.77. Cnproae salts. See under Copper. Curbine and its hydrochloride (LEUCIIS and PEIRCE) A. i 898. Cuscuta arvensis and trifolia influence of chemicals on the germination of (D’IPPOLITO) A. ii 82. Cyanamide (SONX) A. i 610. Cyananilic acid formation of from chloranilic acid (RICHTER) A. i 571. Cyanic acid decomposition of in aqueous solution (NOHMAND and CUMMINC) T. 1852 ; P. 225. Cyanide-enlphides action of on diazo- compounds (GUTMANN) A. i 397. Cyanine colonring-mattera constitntion of (KONIG) A. i 729. Cyanines oonstitution and synthesb of ( KAUFMANN and VONDERWAEL) A. i 503. Cyanogen spectrum of (FOWLER and SHAW) A. ii 215. action of on azoimidc (OLIVERI-MAN- D A L ~ and PASSALACQUA) A. i 144. Cyanogen iodide electric potential of (KovAcH) A.ii 728. Hydrocyanic acid (hydrogen cyanide) presence of in plants (RAVENNA and BOSINELLI) A. ii 1084 ; (MIRANDE) A. ii 1085. of (GAUBERT) A. ii 109. A. ii 438. lde salts Of (WILLGERODT and MEYER) Cyanogen :- Hydrocyanic acid (hydrogen cyanide) formationof in the high tension electric flanie (LIPINSKI) A. ii 896. formation of in germinating seeds ( RAVENNA and VECCHI) A. ,ii 194. effect of on the leak of an electro- scope (RUDGE) A. ii 519. products of explosion of (SALOMONE) A. i 686. and benzaldehyde solutions of in water (WIRTH) A. i 702. evolution of from linseed (COLLINS) A. ii 586. inhibition of the action of in the living cell ( WARBWRO) A. ii 373. importance of in plant chemistry (JORISBEN) A. ii 864. influence of on the excretion of sulphur in urine (MAQNANIMI) A.ii 71. detection of in plants (RAVENNA and BABINI) A. ii 798. estimation of in sweet and bitter almonds (DE PLATO) A ii 80. estimation of in tobacco smoke ( LEHMANN and GUNDERMANN) A ii 869. Cyanuric chloride action of on mag- nesium organic compounds ( OSTROGO- VICH) A. i 662. Cyclamen Europmum constituents of (MASSON) A. ii 674. Cyclamine-aldehydea and -aloohola preparation of (KAUFMANN and VAL- LETTE) A. i 656. Cyclamose and its osazone (MASSON) A. ii 674. Cynanchotoxin (IWAKAWA) A. ii 282. Cypress oil constituents of (ODELL) A. i,548 574. Cystine (MAUTHNER) A. i 335. Cytidine (LEVENE and LA FORGE) A. i 326. Cytirine constitution of (EWINB) P. 329. a- and 8-Cytirolidinee synthesis and constitution of (EWINS) P. 329. C y d d o acid (MAYSON) A ii 674.D. Dagingolio acid (GOTTLIEB) A i 39. Dagingoresen (GOTTLIEB) A. i SO. Damaacenine constitution and synthesis of and its salts (EWINEI) T. 544 ; P. 39. Dammar main from Borneo (GOTTLIEB) A. i 38 39. Datura strammiurn constituents of the oil from (MEYER and BEER) A. ii,693.ii. 1440 INDEX OF SUBJECTS. Deaminosturine (KOSSEL and WEISB) A. i 692. AQL-Decadiene (v. BRAUN DEUTSCH anc SCHMATLOCH) A. i 434. Decahydro-B-naphthaldehyde and i tr seniicarbazone (DARzENsand LEROUX)~ A. i 627. Decahydro-B-naphthol stereoisomerism of (MASCARELLI and RECUSANI) A i 761. Decahydro-B-naphthyl ketone glycidic eater (DARZENS and LEROUX) A. i 627. Decahydro-B-naphthy lmethylglycidic acid and its ethyl ester (DARZENS and Lmoux) A. i 628. Decahydro-13-naphthyl methyl ketone and its semicarbazone (DARZENS and LEROUX) A.i 628. Decinene (n-octyZacctylene) ( NOERD- a- and 13-Dedimethylgranatenine and their salts (WILLSTATTER and WASER) A. i 18. Dehydrobilio acid (PILOTY and THANN- HAUSER) A. i 925. Dehydrocaouprene (OSTROMISSLENSKY) A. i 283. DehydroohIoromethylhmmin ( K~~STER and GHEINER) A. i 670. Deh ydrocorydine hydriodide (GADAMER) A i 48. Dehydrodicarvacrol dibromo- and di- chloro- (COUSIN) A. i 254. Dehydrodicarvacroquione dichloro- tetrachloride (COUSIN) A i 254. Dehydrodi-p-thymol and its dibenzoyl derivative (COUSIN and H~RISSEY) A. i 695. Dehydroemodinanthranol monomethyl ether (TUTIN and CLEWER) T. 298 ; P. 14. Dehydroisofenchooamphoric acid (As- CHAN S J ~ ~ S T R ~ M and PETERSON) A i 200. Dehydroindigotin 5:7:5’:7’-tetrabromo- and its salts (KALB) A i 725.dichloralibromo- trichloro- and letrachloro- salts of ( BADISCEE ANILIN- & SODA-FABRIK) A. 1 218. Density relation between refractivity and in non-aqueous solutions (ROHRS) A. ii 309. of ,wes (LEDUC) A. ii 831. of solids (JOHNSTON and ADAMS) A. apparatus for determining (ESCARD) Deodorisation (KISSKALT) A. ii 974. Deoxymesityl oxide semicarbazone of LINQER) A. i 232. ii 637. A. ii 1139. (LAW) T. 1021. Dephlegmator (KRBCH) A ii 1049. Desaurini constitution of (KELBER and SCHWARZ) A. i 206. Dermotropic compounds isomerism of (MICHAEL) A. i 631. Desyl-s-di henylcarbamide (BRAZIER and MC~OMBIE) T. 2354 ; P. 287. Dextrin action of dilute nitric acid on (OECHSNER DE CONINCK and RAY- NAUL)) A. i 73. conversion of starch into (MALFITANO and MOSCHKOFF) h.i 240. detection of in foods (VOLLANT) A. ii 101. Dextrinr from starch (PRINGSHEIM and LANGHANS) A i 832. wood chemistry of(YLJ,NER) A.,i,163. Dextrose conversion of d-glucosamine into (IKVINE and HYND) T. 1128 ; P. 126. conversion of propionic acid into in the body (RINGER) A. ii 1196. action of a variety of Bacillus coli cornmunis on (HARDEN and PEN- FOLD) A. ii 970. absorption of by blood (FISHER and WISHART) A ii 1185. action of blood-serum on (DOXIADES) A. ii 269. action of hydrogen peroxide on (EF- FRONT) A. i 534. action of leucocytes on (LEVENE and MEYER) A ii 577 852. formation of lactic acid from in the animal body (EMRDEN BALDFIS and BCHMITZ) A. ii 1073. formation of an omzone by with phenylmethylhydrazine (NEUBEHO) A.i 608. action of tissue-juices on ( J A ~ ~ and MEYER) A. ii 677. reduction of disulphides to mercaptans by (CLAASZ) A. i 851. desoxyn and phenyldesoxyn of ( NAS- TUKOFF and KOTUKOFF) A. i 762. estimation of in presence of other substances (ROBENBLATT) A. ii 1003. estimation of in blood (OPPLER) A ii 100. estimation of in blood colorimetric- ally (FORSCHBACH and SEVERIN) A ii 697. estimation of in leather (PARKER and RLOUKEY) A. ii 498. estimation of in urine (OPPLER STUTTERHEIM) A. ii 100. estimation of in urine and in blood (FRANK) A. ii 608. Diabeter (glycoaurin) production of by injection of adrenaline (KLEINER and MELTZER) A. ii 281.INDEX OF SUBJECTS ii. 1441 Diabetes (glycosuria) inhibition of (MICULICICH) A. ii 855 856. by injection of sodium carbonate (PAVY and GODDEN) A ii 68.respiratory exchange in ( LEIMDORFER) A. ii 583. diminution of the anti-tryptic power of blood in (MEYER) A. ii 583. action of hirudin and ergotoxin on (MICIJLICICH) A. ii 855 856. emotional (CANNON,. SHOHL and WRIGHT) A. ii 72. experimental (MACLEOD and PEARCE) protein metabolism in (RINGER) A liver effect of antiglycosuric medica- ments on (NEUBAUER) A. ii 962. pancreatic fate of secretin in ( E v a ~ s ) A. ii 787. influence of injection of pancreatic extract on (SCOTT) A ii 186. phloridzin mechanism of (UNDER- HILL) A. ii 1195. influence of nutrition body-weight and water diuresie on (RoTH) A ii 963. influence of glutaric acid on (RING- ER) A ii 856. effect of injection of sodium tartrato in (UNDERHILL) A ii 787. post-anaesthetic (HAWK) A.ii 466. severe pathology and treatment of (GRAFE and WOLF) A. ii 855. Dkaenaphthylidenedione dichloro- (CROMFTON and SMYTHE) P. 195. Diacetohydraaodicarbonamide (LIKCH) T. 1758. ai-Diacetoxyadipic acid ethyl ester (DAVIEY STEPHEN and WEIZMANN) P. 94. 2:4-Diacetoxybenzoia acid dibromo- (v. HEMMELMAYR) A. i 977. 2:2’-Diacetoxy-l 1’-dianthraquinonyl- methane (ULLNANN and URM~NYI) A. i 717. Diace toxy dim er curiace to-o- t o lnidide (SCHRAUTH and SCHOELLER) A. i 930. Diacetoxydimercuri-o- toluidine (SCHBAUTH and SCHOELLEK) A i 930. Diaaetoxymerauri-m- toluidine and its acetyl derivative (SCHRAUTH and SCHOELLER) A. i 930. DilMetoxymeraari-o-tolnidinoacetic acid ethyl ester (SCHRAUTE and SCHOEL- LER) A i 931. us-Diaaetoty.B-methyladipia aaid ethyl ester (DAVIES STEPHEN and Wmz- A.ii 371. ii 1195. MA”) P. 96. S:6ADiaoetoxyphenylxanthenaulphonic acid and its barium salt (v. LIEBIG) A i 378. Diacetylcysnohydrine isomeric ( DIELS Diacetylfurazan and ita derivatives (ALESSAHDRI) A. i 655. Diacetyl~cZohexantrione and ite triben- zoyl derivative and oximino- (HELLEK and KRETZSCHMAR) A. i 274. s-Diacetylhydraride mercury salt (STOLLE MAMPEL HOLZAPFEL and LEVERICUS) A. i 226. Diacetylhydrazoxime and its derivatives (FORSTERand DEY) T. 2238 ; P. 275. Diacetyl-larerol (MORGEXSTERN) A. i 709. Diacetyloxime azine of (FORSTER and DEY) T. 2240. 2:3-DiacetylcycZopentadiene 5-nitro- and its salts and derivatives (HALE) A. i 566 994. Diacetylsantalin and nitro- (CAIN and SIMONSEN) T. 1066 ; P. 140. Diacetyltartaric acid conductivity and dissociation of (DEAKIN and RIVETT) T.127. Diacylanilidee hatogen-substituted isomeric change of into acylamino- ketoiies (ANGEL) T. 515 P. 46. Dialanine calcium chloride (PFEIFFER and v. MODELSKI) A. i 950. B-Dialdehyder condcnsation of with acetonylacetone (HALE) A. i 566. 2:2’-Dialdehydo-6:6’-dime thyldiphenyl (MAYER) A. i 478. 3:S’-Dialdehydodiphenyl 4:4‘-dibromo- and 4 4’-dichloro- (FA RBENFABRI - KEN VOKM. F. BATEI & Co.) A. i 474. S S’-Dialdehydodiphenyl-4:4’diaulphonic aaid ( FARBENFABRIKEN VORM. F. BAYER & Co.) A. i 475. Dialkyl phosphitcs tautomerism of (MI- LOBENDZKI) A. i 155 Dialkylacetic acidr optically active (FISCHER HOLZAPFEL and v. GWIN- NER) A. i 157. Dialkylcarbamidea preparation of (FICHTEK and BECKER) A. i 15. Dialkylaminosnccinic acid and its salts and nitroso- (FRANKLAND and SMITH) T. 1725 ; P.224. 6:s-Diallylbarbituric acid (5:5-diaZZyZ- ma2onylcarbumide) (JOHNSOX and HILL) A. i 135. Disllylethylenediparabanic acid (NA- GELE) A i 796. Diallylethylenedithiodiparsbanic acid (NAQELE) A. i 796. Diallylmalonylcarb~de. See Diallyl- barbituric acid. and STRAUMER) A. i 942.ii. 1442 INDEX OF SUBJECTS. 6 :6-Diallylmalonylgnanidine (JOHNSON and HILL) A i 136. Diamidothiophoephoria acid and its silver salt andphenyl ester (EPHRAIM) A. i 27. Diamond formation of from carbon themal conductivity of (KOENIGS- Di-isoamylamine salts (DEHN) A. i 241 242. Diamyloee and its hexa-acetate (PRINGS- NEIM and LANGHANS) A. i 833. Dianh y dro triediphen ylsilicanediol ( KIP- PING) T. ‘3134 ; P. 244.Dianilino-p-benzoqainone dibromo- ( V A x ERP) A. i 29. Dianilino-p-benzoqnone~nil iodo- (TORKEY and HUNTER) A i 476. Dianilinophenol-blue ( HELLER) A i 918. Di-b-anilino-a-phenylbatane (v. BRAUN and KRUBER) A. i 265. 6-8-Dianilinoqainisarin (PREY) A. i 477. Dianilinoatilbene di-m-chloro- mono- and its dibenzoyl derivatives and their salts (BAILEY and MOCOMBIE) T. 2273 ; P. 266. Dianiloindophenol and di-p-amino- acetyl derivative (HELLER) A. i 916. ac-Dianin ylaminotriphen ylmethane (WIELAND and LECHER) A i 907. Di-p-aniryldiacetylene ( MANCHOT WITHERS and OLTROOGE) A i 231. ctyDi-p-anirylguanidne and its 19-benz- oyl derivative (JOHNSON and CHER- NOFF) A. i 219. Dianisylidenedime thyle thylenedihydr- azine (BACKER) A.,ai 731. Dianisylidenepentaerythritol (READ) T.2092. Dianieylthioaarbamide (v. BRAUN and DEursCH) A. i 694. 1:2 1‘:2’-Dianthraceneacridine (ULL- MANN and URMBNYI) A. i 717. 1:2:1’;2’-Dianthracenexanthen (ULL- MANN and URM~KYI) A. i 717. 1:l‘-Dianthraaylmethane 2:2’-dihydr- oxy- and its diacetyl derivative (ULL- MANN and ~ H M ~ N Y I ) A. i 716. 1:2:1’:2‘-Dianthraquinoneacridine (ULLMASN and URM~NYI) A i 717. Dianthraquinonexanthen (ULLMANN and U R M ~ Y I ) A. i 717. 1 :2:l’:ld’-Dianthraqainonexanthone (ULLMANN and URM~NPI) A. i,717. Dianthraqainonyl dibromodiamino- (ULLMANS) A. i 996. sulphides di-l-amino- (LENHARD) A i 997. (v. BOLTON) A. ii 45. BEKGER) A. ii 231. Dianthraquinonylamine t hio- (BAD- i 1013. Dianthraquinonylaminee o-amino- pre- paration of (FARBENFABMKEN VORM. F. BAYEK & Co.) A. i 198.Dianthreqainonylcarbamides prepara- ti011 O f (FARBWERKE VOHM. BIEISTEI’ LUCIUS & BRUKIKG) A. i 119. 1 l’-Dianthraquinonyl-2:2’-dialdehyde7 and 4:4’- and 6:6’-dichloro- ( HADISCHE AKILIN- & SODA-FABRIR) A. i 362. 1:l’-Dianthreqainonylmethane 2:2‘-di- hydroxy- (ULLMANN and U K M ~ Y I ) A i 717. Dianthraqninonylthiodiphenylamine bromo- preparation of (ULLMANN and ULLMANN) A. i 389. 1:l’-Dianthrimide hydroxy- (FARR- WERKE VORM. MEISTER LIrcIus & BKUNING) A. i 996. Diarylamines preparation of (KNOLL & Go.) 9. i 345 960. Diastase (CHRZASZCZ) A. i 402. pure preparation and properties of (PKIBRAM) A. i 927. influence of bile on (MINAMI) A. i 402. influence of lecithin and lipoids on (MINAMI) A. i 402. action of on sugars and starch ( BIERRY VAX LARR) A.i 672. of malt influence of temperature on (VAN LAER) A. ii 244. pancreatic preparation of (LOB) A. ii 1188. of serum influence of the kidneys on (VAN DER ERVE) A. ii 61. of serum and lymph relation of the pancreas to (GOULD and CARLSON) A. ii 61. Diastases action of ultra-violet light on (AGULHON) A. i 61. arrest of by filtration ( HOLDERER) A. ii 903. Diazoaaetic acid ethyl ester reduction of .(DARAPSKY and PRARHAKAK) A. i 543 841. Diazoacetone and its cyanitle (WOLFF and GHEULICH) A. i 1029. Diazoacetylaoetone anhydride. See 4- Acetyl-5-methyl-l:2:3-oxadiazole. o-Diazoiminee constitutioii of (MORGAN and MICKLETHWAIT) P. 325. Diaeoamino-p-toluene 3 :3’-dibromo- (NORMAN) T. 1916 ; P. 232. syn-Diarobenzene p-cliloro- oxidation of (BAMBEKGER and BAUDISCH) A. i 733.4-p-Diazobenrylhydantoin ethylxanthate (JOHNSON and BKAUTLECHT) A. i 806. ISCHE ANILIN- & SODA-FABRIK) A.,INDEX OF SUBJECTS. ii. 1443 Diazo-compounds optical behaviour of (HANTZSCH and LIFSCHITZ) A. ii 1116. action of arsenites and cyanide-sul- phides on (GUTMANN) A. i 397. aliphatic constitution of (THIELE) A. i 16. Diazome thane reactions of ( STAU DI NGER and KUPFER) A. i 245. Diazoninm aalts non-aromatic (MORGAN and REILLY) P. 334. solid preparation of (STRUSZP~SKI and SVENTOSLAVSKY) A. i 55. 2-Diazo - 1 - oxynaphthalene - 5 - sulphonic acid chloro- (KALLE & Co) A. 1 814. 1-Diaao- 2 - oxynaphthalene-4- snlphonic acid chloro- (KALLE~CO.) A. i 814. Dibenzaldazine di-o-hydroxy- disodinm salt (CURTIUS and GLASER) A. i 506. Dibenzaldehyde o-disulphide (FHIED- LANDER and LENK) A.i 702. Dibenzamil and its derivatives (WOLFF) A i 1028. 5:5’-Dibenzhydryl-2 2’-bis- 1 3 :4- oxadi- azole and di-w-chloro- and di-w- hydroxy- (STOLLI~ and SCHMIDT) A. i 1037. 3:6-DibenzhydryI-l:2:4:5-tetrazine7 di- w-bromo- and di-w-chloro- ($TOLL& and SCHMIDT) A. i 1036. Dibenzhydrylthiocarbamide (v. BRAUN and DEUTSCH) A. i 694. 2:5-Dibenehydryl-l :3:4-triazole7 and 1 - amino- (STOLL~ and ScHMIwr) A. i 1036. Dibenzo-m-ohhloroanilide (BAILEY a i d MCCOMBIE) T. 2275. Dibenzocycloheptadienecarboxylic acid and its methyl ester (KENNER) P. 187. Dibenzoycloheptadienedicarbox ylic acid (KEKNER) P. 187. Dibenaocyclohep tadienone reactions of (KENNEK and TURNER) Y. 277. Dibenzocyclooctadienetetracarboxylic acid tetraethyl ester (KEXNEIL) P.187. Dibenzoylacetylhydrazide( STOLLI~ M AM - PEL HOLZAPFEL aud LEVERKL-s) A. i 226. y-Dibenzoylacetylmethane (MICHAEL) A. i 632. at-Dibeneoylbutane action of sodamide on (BATJEH) A. i 777. Dibenzoylaarbamide,ns-di-o-nitro-( DIELS and WAGNER) A. i 512. Dibenzoyldiacetylhydrazide (STOLLI? MAMPEL HOLZAPFEL,and LEVERKUB) A. i 226. Dibensoyl-p- dimethylaminophenylhydr- raide (STOLL~) A. i 920. Dibenzoyldiox~itroatyrene ( ROBEN- 3:4-Dibencoylfurazsn 2:3-dichloro- (BOESEKEN and BASTET) A i 724. Dibenzoylglyoxime peroxide constitu- tion of (BOESEKEN and BASTET) A. i 724. &Dibenzoylhydrazide mercury salt (S I’OLL~ MAMPEL HOLZAPFEL and LEVERKUS) A. i 225. Dibenzoylhydrazodicarboxylic acid ethyl ester (STOLL~ MAMPEL HOLZ- APFEL and LEVERKUS) A. i 228. Dibeneoyliodomethrne (ABELL) T.997; P. 145. Dibeneoylmethane the tautomenc forms of (ABELL) T. 998 ; P. 146. a:4-Dibenzoyloxyphenylaceto1~itrile (ALOY and RABAUT) A. i 462. a:4-Dibenzoyloxy-o-tolylacetonitrile (ALOY and RABAUT) A. i 462. Dibeneoylphenylethane (ABELL) T. 997 ; P. 145. 4:6-Dibenzoylisophthalic aoid (W. H. and M. MILLS) T. 2200 ; P. 242. 13-Dibenzoylpropionio acid ethyl eater (ABELL) T. 996 ; P. 245. y-Dibenzoylpropionylme thane (MICHAEL and HIBBERT) A. i 632. Dibenzoylprotocatechnaldehyde ( ROEEN- Dibenzoylsantalin (CAIN and SIMON- Dibenzoyltartaric acid di- o- m- andp- bromo- -chloro- and -iodo- methyl esters (FRANKLAND CARTER and ADAMS) T. 2470 ; P. 292. 2:5-Dibenzoylterephthalic acid and its sodium salt (W. H. and M. MILU) T. 2199 ; P. 242. Dibenzylamine salts (DEHN) A.i 241. Dibenzylamine di-m-chloro- and its salts and nitroso-derivative (CURTIUS wid WEWER) A. i 310. Dibenzyl-8-o-anisylethylcarbinol and its chloride (ORECHOFF and MEERBON) A. i 621. aa-Dibenzyl-Z-arabitol ( PAAL and KIN- SCHER) A. i 31. Dibenayl-pcarboxylic acid sodium and calcium salt (LIEBERMANN and MIT. TER) A. i 466. Dibeneyldiethylstannane (SMITH and KIPPING) T. 2561 ; P. 314. Dibeniyldihydroretene dihydroxy- (HEIDU~CHKA and GKIMM) A. i 108. Dibenzyldimethylammonium iodide (WIELAW and FRESBEL) A. i 903. s- Dibenz y ldimethylmethylenediamins (MANNICH and KUYHAL) A. i 218. Dibenz ylethylpropylstannane (SMITH and L~IPPISG) T. 2561 ; P. 314. MUND) A. i 843. MUND) A. i 843. SEN) rr. 1067 ; P. 140.ii. 1444 INDEX OF SUBJECTS. 1:3-Dibe~ylcycZoheptan-2-one (BORGCHE) A.i 194. 1:3-Dibenzylcyclohexan-2-one( BORSCHE) A i 194. s-Dibenzylhydrazinee di-o- and 7)~- hydroxy- and their salts and deriv- atives (CURTIUS and KUPPEHS) A. i 505. s- and aa-Dibenzylhydrazinee di-m- chloro- and their derivatives (CCRTIUS and WEWER) A i 310. Dibenzylideneacetone. See Distyryl ketone. 22’-Dibenzylideneaniline (MAYER) A. i 478. Dibenzylideneanthraquinonyl-2-hydr- azone (MOIILAU VIERTEL and REIN- ER) A. i 705. Dibenzylidenedipicolinic dihydraxide and di-o-chloro- (MEYER and MALLY) A i 515. 5:6’- Dibenzylidene-3:3’-ethylenedirho- danin 5 5’-di-p-hydromry- and 5:5‘-di- m-nitro- (NAGELF,) A. i 795. Dibenz y lidenepentaer y thritol and di- o - -m- and -p-nitro- (READ) T. 2091. Dibenzylidenepioolide (SCHOLTZ) A. i 386. Dibenzylideneqainolinia dihydrazide and di-o-chloro- (MEYER and MALLY) A.i 515. Dibenzylmalonyl chloride atiilide and amide (LEucHs and KADULE~CU) A. i 179. Dibenzylolivil ( I~OERNER and VANzETrI) A. i 353. Di-o-ben~yloxybenzaldazine (PASCAL and NORMAND) A. i 147. 1 :3-DibenzylcycZopentan-2-one (BORSCHE) A. i 194. Dibenzylrilicanediol preparation of (ROBINSON and KIPPING) T. 2146; P.,. 245. Dibenzyl-rilicolr and -eilicones( MAHTIN) P. 326. Dibeniylrtannic salts ‘(SMITH and KIPPING) T. 2557; P. 314. Di-isobatylamine salts (DEHN) A.,i 241. Di-)t-bntylaminosacciaic acid and its salts and dinitroso- (FRAKKLAND and SMITH) T. 60. Di-n-bntyl ketone and its semicarbazone (PICKARD and KENYON) T. 629. Di-sec. -butyloxamide ( BLAIST and PICAHD) A. i 747. au-Di-~~-batyleucoinic acid ( BLAISE and PICARD) A.i 747. Dioarbamidodiphenyldecane ( BORSCHE aud WOLLEMANN) A. i 23. 1:4-Dioarbamidopiperneine and its di- nitroeo-derivative (BACKER) A. i 731. 00’-Dicarbethoxyamino tolane ( RUGGLI) A. i 914. 00’-Dicarbimidotolane (RUGGLI) A. i 914. Dicarbonatodiphenyl dihydroxy- ( LIER- ERMANN and HEHRMUTH) A. i 447. B-Dicarboxylic compounds ruactioii between alkylidene-urethanes and ( I ~ I A N C H I ) A. i 542. Dichloralcaffeine ( LEULIER) h. i 644. Dichloralnrotropine (LEULIEIL) A. i 644. Di-trichloroacetyltartaric acid isobutyl ethyl and methyl esters and their tem- perature-rotation curves (PArTERsoN and DAVIDSON) T. 374 ; P. 43. Dichrysophanol hexa-ncetyl derivative (HESSE) A. i 277. 2:3-DicinnamoylcycZopentadiene and 5- nitro- sodium salt (HALE) A.i 994. Dicinnamylideneacetophenone d i - p chloro- arid its acetal (STRAUS) A. i 992. 6:6’-Dicinnamylidene-3 3’-ethylenedi- rhodanin (NAoELE) A. i 796. Dicinnamylidenepentaerythritol( READ) T. 2092. Dicinnamylidenepicolide (SC‘HOLTZ) A. i 386. Di-o-coumaric acid (FISCHER and HOESCH) A. i 859. s-Di-p-cnminylhydrazine and its deriva- tives ( CURTIUS and KORTE) A. i 310. Di-p-cnminylidenedi-p-cnminyldihydro- tetrazone (CURTIUS nnd KoRrE) A. i 310. Di-$-camyliodoninm hydroxide and 5- iodo- salts of (WILLGERODT and MEYER) A i 22. Di-p-cyanocarbanilide ( BOGERT and WTSE) A. i 451. Dicyanodiamide action of hydrazine on (HOFMANN and EIIRIIAKD) A. i 919. Dicyclic compoande comparison of with naphthalene (FRIES) A. i. 656. Didepsidee (FISCHEK and HOESCH) A. i 859. 6:6-Di-p-dimethylaminobenzylidene-3:3’- ethylenerhodanin (NAGELE) A i 795.Di -p -dime thy lamino - aoc - diphen yl- Aa - batylene (LEMOULT) A. i 583. Di-p-dimethylamino-aa-diphenyl-B- and -7-methyl-An-bntylenes {LEMOULT) A i 583. Di-p-dimethylamino-aa-diphenyl-19- methyl-Aa-propylene (LEMOULT) A. i 583. Didymium absorption spectra of (BALL) A. ii 877. Didymiam perchlorate (GOLBLUM and TERLIKOWSKI) A. ii 262.INDEX OF SUBJE@TS. ii. 1445 Didymolite (MEIPTEK) A. ii 950. Dielectrics and Dielectric constants. See under Electrochemistry. Diemodinol octa-acetyl derivative (HESSE) A. i 277. Dieosin-benzidide and -dianisidide (CAIN and BRADY) T. 2308. Ihervilla Florida fruit of (DAWSON) A. ii 864. Diet importance of fats in (OSBORNE MENDEL and FERRY) A. ii 7i9. effect of change of on the equivalent eqiiilibriuni of bases (LUITHLES) A.ii 792. effect of on the metabolism of sodium and potassium in the dog (G~RARD) A. ii 656. Diethoxyacetic acid ethyl ester action of acid chlorides on (MYLO) A. i 4. Diethoxyacetohydrazide (BRUNO and MYLO) A. i 162. Di-o-ethoxybenzaldazine hydrochloride (Cuimus and GLASEK) A. i 506. Di-o-and p-ethoxybenzaldazines (PASCAL and NORMASI)) A. i 147. Diethoxy-p-benzoquinonediethylhemi- acetal di-iodo- (TORREY and HUNTER) A. i 476. 2’:4’-Diethoxy- 1 -beneoylcoamarone and 5- and 5’-brOmO- (TAMBOR GUNSBERG KELLER CHANSCHP-HEMENBERG ROSENKNOPF and ‘LICHENTENBAUM) A. i 44. Di-o-ethoxybenzylamine and its salts (CUKTIUS and GLASEK) A. i 506. Di-o-ethoxybenzylidenebenzidine (GAT- Diethoxybntinene derivatives of ( ~ I G U I E R ) ; A.i 72. 2’:4 -Diethoxychalkone 5-bromo-2-hydr- oxy- and 2-hydroxy (TAMBOR GUNS- BERG KELLER CHANSCHY-HERZBS- BERG ROSENKNOPF and LICHENTEN- BAUM) A. i 44. 1- and 2-US-Diethoxyethylthiolanthra- qninones (GATrERMASN) A. i 1003. Di-o-ethoxystilbene (PASCAL and NOR- MAND) A. i 147. Diethyl sulphide &amino- and its salts (SCHNEIDER MULLER and BECK) A. i 192. chloroamino- hydrochloride antl picrate (GABRIEL and COLMAN) A. i 529. sulphoxide &amino- and its salts (SCHNEIDER MULLER and BECK) A. i 192. Diethylamine saIts (DEHN) A. i 241 242. Diethylaminobenzyl alcohol and its derivatives (v. BRAIJN and KRUBER) A. i 971. TERhlANN) A i 985. c. 11. &Die thylamino- A,%-heptadi-inene and its salts (VIGUIER) A. i 7. Diethylammonium hydrogen carbonates (FIGHTER and RECKEK) A.i 16. nitrite (RAY and RAKYHIT) T . 612 ; P. 41. selenibromide (GUTBIER and GRUXE- WALD) A. i 241. Diethylaniline telluri-bromide and -cliloride (GUTBIER FLUHY and EWALD) A. i 689. Diethylaniline o-amino-. See Diethyl- o-nitro- and its salts (WEISSES- Diethylbarbituric acid codeine salt of quinine salt (MERCK) A. i 1013. s-Di-a-ethylbut~ylhydrazide (STOLLE MAMPEL HOLZAPFEL and LEVERKUS) A. i 227. Diethylcarbamic acid diethy larnmonium salt (FICWTER and BECICER) A. i 18. Die thylcarbonatohexa-ace tylgalloyl- leucodigallic acid (NIERENSTEIS) A. i 471. 9:lO-Diethyldihydroanthracene 9:lO- dihydroxy- antl its derivatives (CLARKE and CARLETON) A. i 29. Diethylenediaminecobaltic salts cli- chloro- chloronitro- nitroaquo- and nitrothiocyanato- (WERNER) A.i 10. Diethylethylenediparabanic acid ( X i - GELE) A. i 796. Diethylethylenedithiodihydantoin (XA- GELE) A. i 796. Diethylethylenedithiodiparabanic acid (NXGELE) A. i 796. Diethylhydantoin (ROSENMUND and HEILRMANN) A. i 244. Diethylolivil ( KOEILNER and VANZETTI) A. i 352. Diethylisoolivil ( KOE~LXEI and VAN- ZET’TI) A. i 353. Diethyl-o-phenylenediamine and its salts ( WEISSENBEKGER) A. i 690. 3:3-Diethylrubazonic acid ( WAHL and DOLL) A. i 537. Diethylsphingosine (RIESSEK and THIEK- FELDER) A. i 373. Diethylsulphone B-amino- and its salts (SCHNEIDEK MULLEK and BECK) A. i 192. Diethylthiocarbamylglycollic acid and its derivatives (HOLMBERG) A. i 131. Diethylthionyl-2:2-propane (FICHTER and WESK) A. i 424. Diisoengenol constitution and deriva- tives of (PUXEDDU) A.i 185. Diisoeugenol bromo- diethyl ether (PUXEDDU) A. i 255. o- pheny lenedianiine. BERGEIL) A. i 690. (KNOLL& Co.) A. i 210. 95ii. 1446 INDEX OF SUBJECTS. Diferalic acid (FISCHER and HOESCH) A. i 859. Diffusion (LIESEGAKG) A. ii 541. determination of of dissolved sub- stances (OHOCM) A. ii 905. velocity of in disperse systems (SVED- BERG) A. ii 142. experiments calculation of (SCARPA) A. ii 904. behaviour of edges and corners in experiments on (LIESEGANG) A. ii 141. Osmosir mechanism of (FOUARD) A. ii 141 ; (GILLET) A. ii 1043. Osmotic membranes (BARrELr,) A ii 628. Osmotic pressure (PRuD’HoMnIE) A. ii 24 ; (TROVTON) A. ii 237. history of (\VALDEN) A. ii 542. measurement of (FOUARD) A . ii 436. vapour pressure theory of (QHORT- mi) A.ii 437. of solutions (SHORTER) A ii 24 ; (REYCHLEK. GILLm) A. ii 1043. Difluorescein-benzidide danieidide and tolidide (CAIN and BEADY) T. 2305. Di-9-flaorylamine (CURTIUS and KoE’) A. i 733. s-Diformylhydrazide silver and mercury Salts (STOLLh JfAMPEL HOLZAPFEL and LEVEKICUS) A. i 246. Difurfurylidenepentaerythritol (READ) T.. 2091. Dif~urylidenepicolide (SCHOLTZ) A. i Digestion action of gases on (LAQUEUR and BR~NECKE) A. ii 1188. in dogs (LONDON RIWOSCH MErrs- SOFF STASSOFF MAZIJEWSKI UA- GAEFF GABRILOWITSCH KRYM HOLBIBERG WIEDEMANN GILLELM aud SOLOWI~EFF) A. ii 1185. Digin (TAMBACH) A. i 375. Digingolic acid (GOWLIEB) A. i 39. Digitalis action of on the heart (Bus- assay of ( BURMASN) A. ii 503. Digitalis pwpwrea glucosides from the leaves of (KRAFT) A. i 373 ; (TAM- BACH) A.i 375. Digitalis substances influence of en- zymes on (HOLSTE) A. i 575. Digitosaponinr (K RAFT) A i 374. Diglycine barium calcium magnesium and strontium chlorides (PPEIFFER and v. MODELSKI) A. i 950. Diglycylglycine calcinm chloride (PFEIF- FER and v. MOI)ELSKI) A i 950. Diheptylidenepentaerythritol (R.EAD) 386. QUET) A. ii 966. r r . 2091. DicycEohexyl preparation of (SABATIER and MURAT) A. i 547. Dicydohexylamine aulichloride (WILLS- TATTER and HAW) A. i 545. aa- and 08- Dicyclohexylethane (SAB- ATIER and MURAT) A. i 617. Di-n-hexyl ketone p-nitrophenylhydra- zone (PICKARD and KENYON) T. 629. ay-Dicyclohexylpropane ( FR~~ZOULS) A. i 629. Dicydohexylpropanes four isomeric preparation of (SABATIER and MURAT) A. i 757. Dihydroararobinol (TUTIN and CLEWER) T.295. Dihydrocaffeic acid B-ainino- (POSNER) A. i 455. Dihydrocampholytic acid amino- de- rivatives of and tmxs-hydroxy- (NOYEY and POTTER) A. i 786. i- and dd-Dihydrocarvenolic acids and their derivatives (WALLACH) A i 878. Dihydrocaryophyllene (DEVSSEN and VIELITZ) A i 368. Dihydrocedrenes (SEMM LERand MAYER) A. i 480. Dihydrocuminaldehyde and its derivs- tives (FKANCESCOSI and SERNAGI- OTTO) A. i 38. 6:15-Dihydrodinaphthanthracene (W. H. and M. MILLS) T. 2204 ; P. 243. Dihydrofernlic acid 8-amino- ( POSNER) A. i 456. 2:5-Dihydrofnran-2:5-dicarboxylic acid amides and chloride Of (FISCHER HEM and STAHLSCHMIDT) A. i 901. Dihydroapoharmine methiodide ( HASEN- FRATZ) A. i 797. Dihydrohydrastinines and their salts (FREUND and SHIBAYA) A. i 488. Dihydro-p-indole and its salts and de- rivatives (v.BRAUN and GAWRILOW) A i 498. Dihydrolauronolic acid ( NOY ES autl BURKE) A. i 159. Dihydro-a-methylmorphimethine methyl ether bromohydroxy- and its acetyl derivative ( P~CHORK DICKHAUSER and D’AVIS) A. i 720. Dihydroisomyristicin B-bromo-a-hydr- oxy- (SCANDOLA) A. i 196. 4:6-Dihydroisooxazole 5-imino-4-oxi- mino-3-hydroxg- (WIELAND and BAU- MANN) A. i 839. Dihydrophorone and its semicarbasone (PuL) A. i 703. d-Dihydropulegeaamide (WALLACH) A. i 878. Dihydropulegene ( 1 -methyZ-3 -iaopropyZ- cyclopesitmc (WALLACH and MEYER) A. i 878.INDEX OF SUBJECTS. ii. 1447 Dihydropyrrocoline and its compound with mercuric chloride (SCHOLTZ) A. i 386. Dihydroqninazolines (RoGEnland BEAI,) A. i 393 ; (BOGEILT and GEIGER) A.i 395. Dihydroquinazolinebenzoic acid hydro- chloride and barium salt (GARMEL) A. i 392. Dihydroquinazolinepropionic acid and its hydrochloride and barium salt (GABRIEL) A. i 392. 4-Dihydroquinazolone amino- l)roxiio- and nitro- (ROGERT and GEIGER) A. i 396. Dihydroisoquinoline-2-carboxyphenyl- ethylamide and its salts (DECKER) A. i 581. Dihydroresorcins acyl derivatives of (CROSSLEY and RENOUF) T. 1534; P. 223. Dihydrosabinene (WALLACH) A. i 202. Dihydrouridine (LEVEXE and LA FORGE) Dihydrovetivenol and its acetate (S~xrn~- Di-indenyl aiid its tctrabroniides (GILIG- 2:2’-Di-indyl and its picrate ( RIADELUKG) A. i 499. Diketo-aldehyde C,,HBO from caryo- i 121. ai3-Diketobu tyric acid 8-p-bromophenyl- hydrazone pheiiylozazone and silver salt (WISLICENUS and Gijz) A.1 52. 5:6-Diketo-2-chlorophenyl-45:6 7- tetra- hydro-21:3-beneotriazole 4 :4 :7:7 - tetrachloro- (FRIES and XOTH) A. i 658. 3 6-Dike to- 1:4-dibenzyIpiperazine (MA s - NICH and KUPHAL) A. i 217. 2 3-Diketodihydro-( 1) -thionaphthen compound of with oxindole (KALLE st Co.) A i 389. 2 5 -Dike todihy dro- 1 3 :4- triazole and 1 - and LEVEHKUS) A. i 227. 3:6-Diketo-l:4-di-(3’:4’)-methylenedi- oxybenrylpiperazine (MANNICH and KUPHAL) A. i 218. 8:8-Diketo-l:6- and - 1 7-diphenylbenz- ditriazoler (WOLFF and GRAIJ) A. i 1034. 1:2-Diketohydrindene preparation of and its derivatives ( PERKIN ROBERTS and ROBINSON) T. 232 ; P. 4. Diketohydrindene See also Indandione. 1 :3-Diketo-6 :&methylenedioxyhydrin- dylideneaniline (RUHRMAXS) T. 786. A. i 326. LER RISSE and SCHROrER) A.1 882. NARD and C‘OURTOT) A. i 250. pliyilene (SEMMLER and BfAYEK) A. amino- @TOLL& MAMPEL HOLZAPFEI. 2:6-Diketo-5-naphthoxy-4-naphthoxy- methyltetrahydropyrimidine (JOHS- SON and HILL) A. i 913. Diketone C,Hl,02 from methyl ethyl ketone arid its derivatives (CIAMI- CIAN and SILBEI:) A. i 538. C1,H,O from caryophyllene arid its semicarbazone (S;E;>IJILRR and R ~ A Y E R ) A. i 121. 8-Diketoaes reduction of (B.iusa) A. i 415. cyclic Iicxaiiietliylene ( T~csEI:) A . i 7i8. l:5-Diketones seniicyclic (S~OBHE) A. i 779 780 ; (GEORGI and VOLLAND) A i 780 ; (STIUEGLEIL) A. i 781 783; (KOSEKRUKG),A. i i 8 2 ; (CI:UII<- ~ H A B K S ) A. i 784. 2:6-Diketo-5-phenoxy-4-chloromethyl- tetrahydropyrimidine (J OH XSON and HILL) A. i 912. 2:6-Diketo-5-phenoxy-4-phenoxymethyl- tetrahydropyrimidine (JOHNSOS and HILL) A.i 912. 2:6-Diketo-5-phenoxy-4-thiolmethyl- tetrahydropyrimidine (.JOHNON and HILL) A. i 912. 4:7-Diketo-l-phenyl-l:2:3-benzotriazole aiid its derivntivcs and 6-hydroxy- (WOLFP’ and (;I:Au) A. i 1034. 4:5-Diketo-l-phenyl-4:5-dihydro-l:2:3- benzotriazole ( FI;IES and J h i rsos) A i 660. 46-Diketo-2-phenyl-4 5-dihydro-2 1 :3- benzotriazole ( FI~IE\ and ROTH) A. i 658. Diketophenylpcrinaphthindenexanthene (ERREKA and CUFVARO) A. i 273. Diketophenyltetrahydroquinazoline (RIEDEL) A. i 774. Diketotetrahydroquinazoline (D1e1.s and WAGSER) A. i 512. 3:6-Diketo-1:2:3 6-tetrahydro-l:2:4:5- tetrazine (LIXCH) T. 1757 ; P. 144. 4:5-Dike to-3 :4 6 :6- tetrahydrotriphenyl hcetic acid 3 3 6 :6-tctr~chloro-2-hydl. - oxy and its lactoue (E’RIE and KOHLHAA~) A.i 661. Diketu-2:2:5:5-tetramethyltetrahydro- furan arid its dioxinie (DUPOXT) A. i 484. y- and i-Dilactylic acids and their mag- nesium salts (JuNGPLErsca) A. i 942. Dilatometer new (BOTTAZZI and BUGLIA) A. ii 135. Dilatometric researches (BoTrAzzr and BUGLIA) A. ii 135. dl-Dilaudanosine (GAnAArER) A. i 49. 43-Dilaurin (THIEME) A. i 334. a8-Dilaurosnlphuric acid and its potas- sinm s a l t (TrrrEam) A. i 334.ii. 1448 4-Dilencoformanilidine and its liyclrirte and sulphate (REITZENSTZIN aiid BONITSCH) A. i 664. Dilution law. See Affinity. 3:6-Dimethoxyacetophenone a-broiiio- SCHY-HERZESBERG ROSENKNOPF and LIUHENTEXBAUM) A. i 44. Di-o-methoxybenzaldazine liydrocliloride (CUK‘I‘IUS and GLASF&) A. i 506. Di-m-methoxybenzaldazine (CURTIUS and POTTER) A i 507.3 :4-Dimethoxybenzaldehyde A-broino- and its oxiine (PSCHORH SELLE KOCII STOOF and TREIDEL) A. i 776. 2:6-Dimethoxybenzoic acid 4-hydroxy- and its methyl ester (FISCHEH and PFEFFER) A. i 559. 3:4-Dimethoxybenzoic acid 5-hydrox-y- cadruiuin salt (FISCHE~L niid FREUI)KN. BERG) A. i 888. 2 5-Dime thoxybenzophenone 4‘-nitro - and its derivatives (KAUFFMAXN and DE PAY) A. i 365. Dimethoxy-p-benzoquinonedimethyl- hemiacetal di-iodo- (TOIWEY and Hus‘L’EI~) A. i 476. 2:5-Dimethoxy-l-benzoylcoumarone and its phenylliydrazone (TAniBoR GUM- BERG I< ELLER CH AN SCH Y - HE KZ ES - BERG ROSENKNOPF and LICREKTEN- BAUM) A. i 44. 6 :4’-Dimethoxy-1 -benzoyl-2 3-dimethyl- coumarone (TAM ROK G u NS BE KG KELLEI~ CHASYCH~.-H~I:ZISIUUEII( A.i 44. 5 :4’-Dime thoxy- 1 - benzoyl- 2-me thylcou - marone (TAMBOR GUNSBERG KELLEIL CHASSCHY-HERZENBERO ROSEN- KNOPF and LICHENTENBAUM) A. i 45. 3:4-Dimethoxybenzoylpropionic acid and 2-hydrory- and its methyl ester (BAKGELLINI and GIUA) A. i 356 357. 2:4- ancl 2:5-Dimethoxybenzoylpropionic acids (EAWELLINI aud GIUA) A. i 356. 2:3-Dimethoxybenzyl alcohol and its salts (DOUETTEAU) A. i 620. 3:4-Dimethoxybenzyl alcohol 6-bromo- SCHOHR SELLE I<OC‘H STOOF and REI ID EL) A. i 776. Di-o-methoxybenzylamine and its platiiii- chloride (Cuiwrvs and GLASER) A. i 506. Di m-methoxybenzylamine and its salts (Cuimus and POTTER) A. i 508. 2:3-Dimethoxybenzyldimethylamine aud its methiodide (DOUETTEAU) A. i 620. (TABIBOR G~KSBEKG KELLEI CHAS- ROSESKXOPF and LICHEX’J‘ENBAUhl) UJWECTS s-Di-o-methoxybenzylhydrazine and i t hydrochloride and diacetyl derivative (Cuirr1c.s aiid DETOROS) A.i 506. 5-Di-m-methoxybenzylhydrazine niid its hydrocliloride (Cuitnus ancl POT- I%[:) A. i 507. s-Di-p.methoxybenaylhydraeine and i t3 derivatives (C L; Rr I us and T KA UM x s s ) A i 508. 1 :4-Di-o-methoxybenzylideneamino- piperazine ( HAVKE~L) A i 731. 5:5-’Di-m-methoxybenzylidene-3:3’- ethylenedirhodanin tli-p-hydroxy- 5:5 -Di-p-methoxybenzylidene-3;3’- ethylenedirhodanin (NAGELE) A. i 795. 2 3-Dimethoxybenz ylmethylamine and its salts (DOUETTEAU) A. i 620. 3:Q-Dimethoxybenzyl methyl ketone a.nd its oxirrie (ROSENMUND MANKICH and JACOBSOHS) A i 967. 2:4-Dimethoxy-5-benzy1pyrimidine7 6 - chloro- (IhSI} A i 1023. 3:4-Dimethoxy-a-6-bromo-3-methoxy- phenylcinnamic acid 2-a1iiino- and 2- ilitro- (PS(;HOKIL and KOCH) A.i 767. 2’:5‘-Dimethoxychalkone 2-hydroxy- (TAMBOR GUNSBERG KELLER CIIAN- SCHY -HEHZ EX BERG ROSENKNOPF and LICHENTENBAUM) A . i 43. 6:6’-Dimethoxy-2:2’-dibenzylideneanil- ine (MAYER) A. i 478. 2 ?-Dime thoxy-5 10- di-p-chlorophenyldi- hydrophenazine dihydrochloride (,WIEI,AND and SUSSER) A. i 905. 44 -Dimethoxydiphenylcarboxylic acid (LIEBEKMANN and KAKDOS) A i 466. 3:3’-Dimethoxydiphenylbisdiazonium chloride compound of with ailtimouy trii:hloride (MAY) T. 1040. 3 :3’-DimethoxydiphenyL4:4’-diphthal- amic acid and its sodium salt (CAIN and BKADY) T. 2307. 8 8’-Dimethoxy-6 6’- diquinolyl-2:2’-di- phenyl-4:4’-dicarboxylic acid (C‘HKM- E. SCHERING) A. i 812. one (GATTEKMANN) A. i 1003. (NAGELE) A. i 796.lSCI1E 1‘ABl:IK AUF AKTIEN VOI1hf. l-as-Dimethoxyethylthiolanthraquin- Dimethoxyhexa-acetylgalloyllencodi- gallic acid (NIEEENSTEIN) A. i 471. 4:4’- 5 6’- and 7 7’-Dime thoxyindigotin ( FKIEDLANDEIL BRUCKNER anti DEUTSCH) A. i 319. 3:4-Dimethoxy-a-~i~-methoxyphenyl- cinnsmic aoid 2-amino- and 2-nitro- (PSCHORR I)ICKH~USER and ZEID- LER) A. i 766.INDEX OF STJBJECTS. ii. 1449 2:4-Dimethoxy 4’:5’-methylenedioxy- 3 :4-Dimethoxy-3’:4‘-me thylenedioxy-2- chalkone (G6sCfIl<E itnd TANBUR) A. i 30. hydroxymethyl-6’-vinylatilbene (ber- bwilunc) (MCDAVID PEKKIN and RORINSOS) T. 1226 ; P. 161. at-Dimethoxynonane (v. BRAUN and DANZ~GER) A. i 597. at-Dimethoxy-AS-pentene By-dibronio- (LICSPIEAU) A. i 391. a€-Dimethoxy- AS-pentinene (LESPIEAU) A. j 331. 2 3-Dime thoxyphenanthrene- 10-carb- oxylic acid ( PSCHORE and TREIDEL) A.i iii. 3:4-Dimethoxyphenanthrene-lO-carb- oxylic acid and 1 -bromo- (Pscrlo im Sar,~,e IiOCH STooF and TREIDEL) A . i i7i. 3:4-Dimethoxyphenylacetic acid 5- and fi-bronio- and ethyl ester of the latter ( I’SCHORR SELLI:. Koc~r STOOF and ‘I’IXIDEL) A. i i 7 6 . a -2:3 -Dime thoxyphenylcinnamio acid o-amino- and o-nitro- (PSCHORR and T I m n E L ) A. i 777. 3:4-Diqethoxyphenylcinnamic acid o- arnino-a-6-bromo- and o-nitro-a-6- hrorno- (PSCHOILI~ SELLE KOCH khN3F and TREIDEL) A . i 776. 3:4-Dimethoxyphenylethylamine and its hydrochloride (ROSENMUNI) RI AX- x I w and JACO~SOHN). A . i 967. 2:7-Dimethoxy-9-phenylfluorone 3- hyciroxy- and its salts ( KEHI:MANN and GUNTHEK) A. i 1012. 2:4- and 3:4-Dimethoxyphenylmeconine (JONES PERKIN and I l o r i r s s o ~ ) T.261. a€-Di-~-methoxyphenylpentan-y-one 2:4- and 3:4-Dimethoxyphenylphthalide (JONES PEI:KIN antl ROBINSOX) T. 260. a-2:3-Dimethoxyphenyl-?1.-propyl alcohol ( DO~:ETTEAI:) A . i 621. 3:4-Dimethoxyphenyll.sopropylamine and its hydrochloride (RosENnruNn RIASKICH ant1 JACO~SOIIN) A. i 967. 2 3 -Dime t hoxyphenyl- Al -prop ylene (DOUET’TRAU) A. i 621. 3:4-Dimethoxypropiophenone deriva- tives of (MAI~I-EGIAKI) A. i 987. 24-Dimethoxypyridine 3:5-dichloro- (SmL) T. 1948. Dimethoxystyrene 8-ni tro- ( ROSEN- MUND) A. i 449. d-Dimethoxyauccinanilic acid (YOUNG) P. 143. d-Dimethoxysuccinanilide (YOUNG) P. 143. (lhlLSCHE) A . i 194. q’-Dimethoxytriphenylcarbinol( KAUFF- 2:4-Dimethoxytriphenylcarbinol 5- A.? i 351. 02)’-Dimethoxytriphenylmethane (MAT;FFMAWS and PANNWITZ) A.i 351. 2:4-Dimethoxytriphenylmethane 5- Lroino- and 5-chloro- ( ~ U F F X A S S and PANXWITZ) A. i 351. ah-Dimethoxyundecane (v. HRAUN and DANLIGEI:) A. i 598. 4:5-Dimethylacetophenone w-chloro-2- amino- acetyl derivative and hydro- chloride ( KUKCKELL and SCHNEIDEI:) A . i 914. 2:4-Dimethyl-3-aeetylpyrrole azo-dye from ( FISCHEI~ and R A I ~ T H O I ~ O X ~ ~ S ) A. i 323. as-Dimethyladipic acid 8- hydroxy- derivatives of (HA RDIXG) T. 1590 ; l’. 219. ns-Dimethylallene polymerisation of (LEBEDEFF) A. i 173. 3.4-Dimethyl-l-allyluracil (BUCKES- DOI~FF) A. i 56. 1:4- Dime thyl-3-allyluracil (BUCK E s - DORFF) A. i 55. 5-Dimethylaminoacetenylthiolanthra- quinone (GATTEILMASN) A. i 1004. 5-Dimethylaminoanilo-3:4- diphenyl- JIAXN srld PASNWI‘IX) A.i 951. chloro- (KAUFFMAXS and PAXNWITZ) c~i~/clopentane-l:2-dione and its platinichloride (RUI$shfANK n i i d formation of’ gels with (HARDY) A. ii 836. NAUXl’ON) ‘p. 49. 5 -Dime thy laminoanilo - 3 4- diphenyl- c?jclopenten-l:2-dione and 1)romo- di- bromo- and dinitro- and their platiiii- chlorides ( RU II EMA KN and N AU s’roh’ ) T. 46. 4- and 5-Dimethylaminoanthraquinones l-thiocyano- and their derivatives (GATTEKMAKN) A. i 1000. 4- antl 5 -Dimethylaminoanthraquino- 1 - thiazoles (GATTEILMANN) A. i 1005. 1)-Dimethylaminobenzeneazosulphonic acid and its salts (STOLLI?) A. i 921. p-Dimethylaminobenzenediazonium salts (SI-OLI,~) A. i 920. 4-Dimethylaminobenzyl alcohol and its derivatives (v. ~ ~ I A U N antl Kr:vne~c) A. i 970.Dimethyl-p-aminobenzylideneanthra- quinonyl-l- and -2-hydrazonee (nIGH- LAU VIERTEL a n d I t ~ m ~ R ) h. i,704. 5-p-Dimethylaminobenzylidene-340- butylrhodanin (NXGRLIC) A. i 795. 3-p-Dimethylaminobenzylidene-2-keto- thionaphthen (hf ARscrrALx) A. i 576.ii. 1450 INDEX OF SUBJECTS. 5-Dimethylamino-l-8-bromoethyl thiol- anthraqninone (GATTEILBIANX) A. i 1004. 5-Dimethylamino-1-aB-tl.ibromoethy1- thiolanthraquinone ((i ATTEIXAKN) A i 1004. 1 -$)-Dime thylamino-2 5-dibenzhydryl- 1:3:4-triazole and chloro- (S,roxmI and 8- Dime thy laminodieth y 1 su I ph ide and siilplioxide niethiodides of’ (SCHNEID- EIL &I~!LLER and HECK) A. i 192. Dimethylaminodimethylphenylpyrazol- one conipounds of with cafleine and aromatic acids (CHKhIISCHE WERKE V O I L ~ I . H.EYK) A. i 516. p’-Dimethylaminodiphenyl sulphide o- nitro- and its hydrochloride (ZINCKE and FARR) A. i 764. Di- 8-methylaminoe thy1 disul phide and its salts (GAnltIEL and COLMAN) A i 530. Dimethylamino-A2qcZohexene and its derivatives (WILLSTA‘I’TER and HATT) A. i 544. 3 :3’-Dimethylarnino-4:4’-clihydroxy- arsenobenzene and its dihydrochloritle (BERTREIM) A. i 819. 3-Dimethylamino-4-hydroxyphenyl- arsinic acid (BERTHEIJI) A. i 819. 6-Dime thylamino-3-meth ylbenzyl chloride and its salts (v. BI~AUN and XEURER) A. i 969. 4-Dimethylamino-3-methylbenzyl alco- hol and its derivatives (v. R R A ~ T N and K~~UIIER) A. i 970. 6-Dimethylamino-3-methylbenzyl alco- hol and its derivatives (v. BRAUN and KRUBER) A. i 969. 6-Dimethylamino-3-methylbenzyl ether and its derivatives (v.BRAITN and a-Dimethylaminomethyl lacoeide (IRVINE and HYND) ’!. 1142. 4-Dimethylamino-2-methylthioltoluenc and its hydrochloride (ZINCRE and ROLLHAUSER) A. i 550. 4-Dimethylamino-l-naphthyl methyl eulphide and its hydrioctidc (ZINCKE and SCHUTZ) A. i 268. Dimethylaminocyclooctatriene and its salts (WILLST~TTER and WASER) A. i 19. Dimethylaminophenylacridylmethylene - quinonodimethylimonium chloride (PORAI-~OSCFJITZ AUSCBKAP and AMSLER) A. i 223. 10-p- Dimethylaminophenylazomethin- acridine (KAUFBIANN) A. i 516. 2-p-l)imeth ylaminophenylazomethine- quinoline etliiodidc (KAUIWANN) A. i 5 1 i . SCHhfIWr) A . i 1036. I<RURER) A. i 969. l-~~-Dimethylaminophenyl-3:4-dimethyl- 5-pyrazolone ( FARBWERKE WRBI. ME~STER LUCIUS & BRUKING) A. i 136. p-Dimethylaminophenylhydrazinesnlph- onic acid and its dibenxoyl deriva- tive (STOLL~) A.i 921. 1-p-Dime thylaminophenyl-2 3:4- tri- methyl-5-pyrazolone ( FARBWEIKP A. i 185. methyl-6-pyrazolone ( FARBWERRE VORM. MEIS~ICR LUCIUS & BRUNING) A. i 1033. Dimethylaminoterephthalic acid aiid its dimethyl ester (WEGSCHEIDER YALTIS BLACK and HUPPERT) A i 264. salts and esters of ( WEGSCHEIDER and BLACK) A. i 463. 4-Dimethylamino-3-toluic acid and its salts (v. RRAUS and KRIIBER) A. i 969. Dimethylamino-o- toluo-N-methyl-o- toluidide and its picrate (RASSOW and REUTEI:) A. i 555. 6-Dimethylamino-l-vinylthiolan~ra- quinone (GATTERhlANN) A. i 1004. Dimethylaniline telluri-bromide and -chloride (GUTBIER FLURY and EWALD) A. i 689. Dimethylaniline o-nitro- salts of (WEISSENBERGER) A.i 690. p-nitroso- action of methyl iodide and alkali on (FISCHER and HEPP) A. i 439. condensation of with 5-methyl- acridine quinaldine le idine and a-picoline and their cferivatives ( KAUFMANS and VALLETTR) A. i 655. 25-Dimethylbenzaldehyde and 6-amino- 4-bromo- 6-nitro- and their deriva- tives (GATTERMANN) A. i 984. 4:7-Dimethylbenziminoazole 6-nitro- (FRIES and NOLL) A. i 660. 2:4-Dimethylbenzoic acid 6-amino- and &nitro- (KALLE & Co.) A. 1 126. 4 7-Dimethyl- 1:2:3- benzotriazole 5 - amino- 6-chloro-5-hydroxy- 5-hydr- oxy- 5-nitro- and their derivatives (FRIES and NOLL) A i 660. 2:4-Dimethylbenzyl chloride and its derivatives (CURTIUS and MASER) A. i 308. B-2:4-Dimethylbenzylaminocrotonic acid ethyl ester (CURTIUS and MAPER) A. i 308. 2:4-Dime thylbenzylazoimide ((Iv KTIUS and MAYER) A.i 308. VOHM. MEISTIW LUCIUS & RRUNING) l-p-Dimethylaminophenyl-3:4:4- tri-INDEX OF SUBJECTS. ii. 14.51 2:4-Dimethylbenzylhydrazine and its salts and a-nitroso- (CURTIUS and MAYER) A. i 307. a-2:4-Dimethylbenzylhydrazonopro- pionic acid (CURTIUS and MAYEK) A i 308. Di-p-me thylbenzylidenepicolide (SCHOLI’Z) A. i 386. 24-Dimethylbenzylaemicarbazide (CUR- TIUS and MAYER) A. i 308. 1 :2-Dimethyl-4-aB-dibromopropylbene- ene (KUSCKELL and DETTMAR) A. i 432. Dimethylbrucine acetate and iodide (Mossr,~~) A. i 297. &-Dime thy1 -Aav-butadiene preparation of ( FARRENFABRIKEN VORM. F. BAYER & Co.) A. i 741. aa-Dimethylbutane-aS6-tricarboxylic acid B-hydroxy- ethyl ester (HA- WORTH and KING) T. 1979. 3:6-Dimethylcarbonato-4-methoxybenz- oic acid methyl ester (FIscHErt and PFEFFER) A.i 559. B-Dimethylcholine chloride and platini- chloride (MENOE) A i 74. 2:5-Dimethylcinnamic acid (GATTER- MA”) A. i 984. Dimethylcorytnberimethine and its salts (GADAMER) A. i 47. Dimethylcorytuberine and its salts (GADAMER) A. i 47. 1:4-Dirnethylcoumaranone ( Av WERS) A. i 1010. 1 :4-Dimethylcoumaranone - 1 - carboxyliq acid ethyl ester (AIJWERS) A. 1 1010. 1 :4-Dimethylcoumarone 2-hydroxy- (AUWERS) A . i 486. aB-Dimethylcrotonic acid 7-cyano- ethyl ester (BLAND and THOHPE) T. 888. Dimethyldeoenylamine and its salts (v. BRAUS) A. i 165. 4:4’-Dimethyl-l :l‘-dianthraquinonyl (ULLMANN and MINAJEFF) A. i 366. 2:2’-Dimethyl- 1 1 ’-dianthraqninonyl w -tetmbromo- w ~ tclmchloro-. and w wwo - 4 A’- and ~ 6 6’- he.atchloro- (BADISCHE ANILIN- & SODA-FABRIK) A.i 362. Dime thyldibenz yl (diphmty Ihitnne) is0 - nieric forms of (LEPIN) A. i 958. Dimethyldiethyldiglycollic acid and its lead salt (DUPONT) A . i 483. 2:4-Dimethyl-3:5-diethylpyrrole (FIs- 2:3-Dimethyl-4:5-diethylpyrrole picrate of (FISCHER and BARTHOLOMAUS) A. i 298. Dimethyldiethylpyrrolee ( COL ACICCHI and BERTONI) A. i 1016. (:HE) and BARTHOJ,OMiUS) A. i 384. 2 6-Dimethyl-2:s-diethyltetrahydro- furan 3-hydroxy- and its acetate (DUPONT) A i 290. Dimethyldicyclohexylhexanone and its derivatives ( WALLACH ant1 OST) A. i 568. 2:7-Dimethyl-2:3-dihydro-l:4-bell~oxaz- ine and ti-cliloro- and their pyridine dyes ( K ~ N I G and BECKER) A . i 497. 25- and 2:6-Dimethyldihydroindole and their derivatives (KiiNIG and BECKER) A.i 496. 2:S-Dimethyl-4-dihydroqninazolone ethiodide and niethiodirle (BOOERT and GEIGER) A. i 511. &amino- (B0GEI:T and GEIOER) A i 396. Dimethyldihydroreaorcinol bromoxyl- ends from (CROSSLEY and SMITH) P. 332. Dimethyldihydroretene dihydroxy- ( H E I D ~ ~ ~ H K A and GRIMM) A. i 108. 4:6-Dimethyldihydrouracil 4-bromo-5- hydroxy- (KIRCIIER) A. i 54. Dime thy14 - dime thylall y lamine (FAR - RENFABRIKEN VORM. F. BAYER & Co.) A. i 822. 1:S-Dimethyldioxindole methyl ether B-bromo- (KOHN and OSTRKSETZER) A. i 51. S :3’-Dimethyldic?~cZ~pentyl (8CH hi IDT and SIOWART) A. i 616. 2:2’-Dimethyldipheny1(2 2’-ditoZyb) for- mation of ring compounds from (KEN- HER) P. 187. 4:4’-Dimethyldiphenylcarboxylic acid (LIEBERMANN and KARDOS) A. i 465. 2:2’-Dimethyldiphenyldicarboxylic acid and its dimethyl ester (LIEBEILMANN and RAHTS) A i 466.3:3’-Dimethyldipheny 1-4:4’-dicarbaxylic acid esters of (LIEBERMANN and KAR- nos) A. i 466. 4:4’-Dimethyldiphenyl-2:2’-dicarboxylic acid and its methyl ester (LIEBERMANS and IiARDOS) A. i 465. 4:4’-Dimethyldiphenyl-2:3-dicarboxylic acid derivatives of (LIEBERBIANN and KAR~OS) A. i 465. 3:3’-Dimethyldiphenyl-44’-diphthal- amic acid and its sodium salt (CAIN and BEADY) T. 2307. 1 l‘-Dimethyl-6:66’ B‘-diph thaloyl-2 :2’- dinaphthyl (SCHOLL NEUBERQEH TRITSCH and POTSCHIWALTSCHEG) A. i 564. 1 :l’-Dimethyl-44‘-di-p-tolyl-9:9’-dian- throne-10:lO’ (SEER and KARL) A . i 572. 3 :4-Dimethyleneoxydihydrochalkone and its seinicarbazone (BARGELLINI and BIN) A. i 118.ii. 1452 INDEX OF SUBJECTS.Dimethylethyl-B-hydroxyethylammon- ium iodide aiid aurichloride (EM- NEIIT) A. i 253. Di-2-methyl-4-ethylphenyliodonium hydroxide and iodo- and their salts (WILLGISRODT and JAHN) A. i 21. 2:4-Dime thyl-3-ethylpyrrole and its picrate (FISCHEK and RARTHOI~O- hiAr-s) A. i 646. and its derivatives (WILI~STATTER and ASAHINA) A. i 127. 2 3-Dimethyl-5-ethylpyrrole ( FISCH ER and HARTHOLOMAUS) A. i 646. 2:5-Dimethyl-3-ethyltetrahydrofuran 3- hydroxp- (DUPOST) A. i 291. s-Dimethylformopyronine and its leuco- base and platinichloride (BIEHRINGEII GL~~CKSBERG and TANZEN) A. i 891. aB-Dimethylglutaconic acid and its ethyl ester and silver salt (BLAND and By-Dimethylglutaoonic acid a-cyano- ethyl ester (BLAND and THORPE) T. 887. AT-Dimethylglntamic acid (NovAK) A i 338. Dimethylglyoxime action of on plati- num salts (WUNDER and THUKIN- GER) A.ii 1102. as a reagent for ferrous salts (SLAWIK) A. ii 299. 813-Dimethylgnanidine salts of (SCHENCK) A i 685. aa- and as-Dimethylguanidines salts of (SCHEXCK) A. i 425. Dimethylhaemin oxidation of ( K~~S’I’EIL and GREINER) A. i 923. compound of with methyl chloride ( K~;STER and GREINER) A. i 670. Dimethylhemisparteilene and its deriva- tives (MOUREU and VALEUR) A. i 210. Bf-Dimethylheptane (CLARKE and BEGGS) A. i 150. Be-Dimethyl-eheptanol (CLARKE and BEGGS) A. i 151. Dimethylheptenylamine and its salts (v. BILAUN) A. i 165. B€-Dimethylhexa-Aap-dien-Ay-inene (FAI~BENFABKIKEN VORM. F. BATER & Co.) A. i 329. 1 3-Dime t hyl- A3-qc2ohexen- 5-one-6- oxalic acid and its ethyl ester (RUHE- MANN) T.1734. 1:3-Dimethylhydantoin (BII,TZ and HEYN) A. i 590. 2:4- and 3:4-Dimethyl-l-hydrindone i-hydroxy- and their derivatives (AUWEIIS) A. i 107. Dimethylhydrouraehiol (MAJIMA) A i THORPE) T. 1567. 884. Dimethyl-B-hydroxyethylamine gold salt (EMMERT) A. i 253. l:3-Dimethyliminoseole-2-one-4-carb- oxylic acid (BEYTHIEN) A. i 588. 3:3’-Dimethylindanthren ( BADISCHE ASILIN- & SODA-FABRIK) A. i 142. 1:l’-Dimethylindigotin and 6:6‘-di- bromo- arid 5.5’-dicliloro- (ETTIXGER and FRIEDLANDER) A. i 727. 3:3’-Dimethylindigotin 5:5’-dibromo- 6:6’-diamino- acetyl derivative (Kusc- KELL and SCHXEIDER) A. i 915. 4:4’-Dimethylindigotin 5:5’-dichloro- (KUNCKELL m d LILLIG) A i 1027. l:5-Dimethylindole (v. BRAUN and KRUBER) A. i 969. 2 3 -Dimethylindole additive com pounds of with s-trinitrobenzene trinitro- toluene and picryl chloride (CIUSA and VECCHIOTTI) A.i 755. 2:5-Dimethylindole (KONIG and BECKER) A. i 496. 1:2- and 2:5-Dimethylindyl-S-benzoquin- ones (MOHLAU and REDLICH) A. i 129. 2:S-Dime thylindyl-S-toluqninone (MijH - LAU and REDLICH) A i 129. 1 5-Dimethylisatin-p- toluidide ( ETTI K - GEK and FRIEDLANDER) A. i 728. Dimethyl-a-methylally lamine ( FARBES - FABILIKEN VORM. F. BAYER & Co.) A i 822. BB-Dimethyl- y-methylenepentane (CLARKE and JONES) A i 150. BE-Dimethylnonan-€-ol and its phenyl- urethane ( H.JELOIW) A. i 229. GO-Dimethyl-As-nonene ( BJELOUSS) A. i 230. yq- Dimethyloc ta- Ahdien- Aa-inene (FARBESFABRIKEN VOKM. F. RAYER & Co.) A. i 329. Be-Dimethyloctan-8-01 and its phenyl- urethane (BJELOLXS) A.i 229. &Dimethyl- Aa-octene ( WOLFF and THIELEPAPE) A. i 989. Be-Dimethyl- As-octene ( BJELOUSS) A . i 230. ys-Dimethyl-A~-octinen-~-diol (FAR- Co.) A. i 329. PS-Dimethyloctoic acid derivatives of (WALLACH and BEHNKE) A. i 570. yq-Dimethyloctyl alcohol ( WALLACH and BEHNEE) A. i 570. yq-Dimethyloctylamine and its deriva- tives (WALLACH and BEHNRE) A. i 570. Dimethylolivil and its derivatives (KOERNER and VANZETTI) A. i 352. Dimethgli8oolivil ( KOERKER and VANZ- ETTI) A. i 353 BENFABRIKEN VORM. F. BAYEK 6INDEX OF SUBJECTS. ii. 1453 Dimeth ylpentenylamine and its me thiod- ide (v. BRAUN) A. i 166. 4 :6-Dimethylphenanthraquinone (MAYER) A. i 478. 2:7-Dimethylphenanthraquinoneoxime . (LIEBERMASN and KARDOS) A. 1 465. 2 7-Dimethylphenanthrene-9 10-diol (LIEBERMASN arid KARDOS) A i 465.Dimethyl-o-phenetidine (REVERDIN and LIEBL) A. i 440. 2:4-Dimethylphenylaminosaccino-2:4- dimethylphenylimide and nitroso- (WARREN and GHOSE) A. i 961. 3:6-Dimethylphenylthiolacetic acid 4- cliloro- (KALLE k i Co.) A i 770. Dimethylpicramic acid ( MELDOLA and HOLLELT) T. 923. Dimethyli8opicramic aoid and its deriva- tives (MELDOLA and HOLLELY) T. 924. a- and 8-2:5-Dimethylpiperazines absence of optical activity of and their salts (POPE and READ) T. 2325 ; a- and p-2:S-Dimethylpiperazino-d- methylenecamphor (POPE and READ) T. 2334. 4:4-Dimethylpiperidine and its salts (KOMPPA) A. i 580. 4 4-Dimethylpiperidylpheny l thiocarb - amide ( KOMPPA) A. i 580. 1 :2-Dimethylcyclopropane(z~~IssKY and UJEDINOFP) A. i 17. Dimethylprop ylisobntylammonium iodide and platinichloride (POPE and READ) T.528. 1 :3-Dimethyl-6-isopropylc?/cZohexan- 1-01. See 3-blethylnienthan-3-01. 3:4-Dime thyl- 1 -propy luracil ( B UCREK D- l:4-Dimethyl-3-proppluracil ( BUCKEND- OKFF) A. i 55. 3:5-Dimethylpyrazole 4-amino- (1101t- GAN and REILLT) P. 334. 2:6-Dime thylpyridine-3-carbox ylic acid ethyl ester and its salts (RARE and MILARCH) A i 719. Dimethylpyrone conipounds of with aluminium chloride and with tri- chloroacetic acid (PLOTNIKOFF) A. i 792. 2:6-Dimethylpyrone use of as a solvent ( P o m ) A. ii 130. Dimeth ylpyrrocoline methiodide (SCHULTZ) A. i 649. 2:4-Dimethylpyrrole picrate ( FISCHER and BARTHOLOMAUS) A. i 901. 2:5-Dimethylpyrrole azo-dye from (FISCHER and BARTHOLOMAUS) A. i 323 P. 278. ORFF) A.. i 55.2:4-Dimethylpyrrole-5-acetic acid and its azo-derivative (FISCHEK and BAR- THOLOMAUS) A. i 648. 2:5 -Dime thylpyrrole- 3-carboxylic acid and its ethyl ester azo-dyes from (FISCHEK. and BARTHOLOMAI’S) A. i 323. 2:3-Dimethylpyrrole-4-carboxylic acid and its ethyl ester(PrLoTY aiidWILKE) A. i 899. 2 5-Dimethylpyrrole-3:4-dicarboxylic acid 1-cyaiio- ethyl ester (SOKN) A. i 610. 2:3-Dimethylpyrrole-4:5-dicarboxylic acid arid its esters (PILOTY and WILKE) A. i 899. 2:4-Dimethylpyrrole-6-propionic acid and its azo-derivative (FISCHER and BARTHOLOMAUS) A i 648. 2:4-Dimethylquinoline condensation of with aldehydes (SPALLISO and CUCCHIAROXI) A . i 581. 2:6-Dimethylqninoline 8-bromo- and its salts (GARROD JONES and EVANB) T. 1391. Dimethylracemic acid imide of (DIELS and STRAUMER) A.i 943. 2:5-Dimethylstyryl methyl ketone and its derivatives (GATTERMANN) A. i 984. Di-IS-methylaulphonethylthiocarbamide (SCHNEIDER ~ ~ U L L E R arid BECK) A. i 192. Dimethyl-i-tartaric acid imide of ( DIELS and STRAUMER) A. i 943. Dime thyltetrahydroqninolines syn thesis of (EWINS arid KING) P. 328. 2:4-Dimethyltetrahydroquinolines four stereoisomeric optically active and their salts and derivatives (THOMAS) T. 725 ; P. 108. 6:?-Dimethylthioconmarin and 5-nitro- (CLAYTOX and GODDEN) T. 214. 1 :l’Dimethylthio1-4:4’-azonaphthalene (ZINCKE and SCHUTZ) A . i 348. 15-Dimethyltriazole mid its salts (WOLFF and KRUCHE). A. i 1030. 1 :5 -Dimethyl - 1 :2:3-triazole -4-carboxylic acid (WOLFF and KRUCHE) A. i 1030. 2:3-Dimethyltrimethylenedimethylam- monium hydroxide and iodido (FAR- BENFABRIKEN VORM.F. BAYER & Co.) A. i. 822. 2:3-Dimethyltrimethyleneimine (FAR- Go.) A. i 822. l:3-Dimethyluracil-4-nitriloxide 5- nitroso- ( BEY*~’~IIEN) A. i 587. Dimethylvioluric acid ( BEYTHIEN) A. i 587. DENFABRIKEN VOKM. F. ljAYER &ii. 1454 INDEX OF SUBJECTS,. as-Dimethyl-m-xylidine and its salts (V. BRAUN and KRriBElt) A. i 969. 6:7 12:14-Dinaphthanthradiquinone ( W. H. a i d M. MILLS) T. 2200 ; P. 242. Dinaphthanthraquinone (W. 11. arid M. MIIJS) T. 2206 ; P. 243. Dinaphthanthrone (W. H. and 11. NIIJ~S) T. 2206 ; P. 243. s-Di-a-naphthoylhydrazide and its silver salt <Sror,r,h MAMIWL HOLZAPFEL and LEVERKUS) A. i 226. 1:l‘-Dinaphthyl dibenzoyl derivative of (Scrrotr,) A. i 195. Dinaphthylamine di-iodo- ( WIELAND and SUSSER) A.i 905. BB-Dinaphthylamine thio- (KNOLL k Co,) A. i 759. Dinaphthyldihydroretene clih y d 1-oxy - and its anhydride (HEIDUSCHKA and GRIMM) A. i 108. Di-a-naphthyl diketone (STOLLI5 MAM- I’EL HOLZAPFEL and LEVERKUS) A. i 226. Dinaphthylenecyclobutane (heplaeyclenc) ( DZIEWO~SKI RAIJALSKI and LEYKO) A. i 844. BB-Dinaphthyl ether (S.~BATIER and MAILHP) A i 767. ay-Di-8-naphthylguanidine and its 8- benzoyl derivative (JOHNSON slid CRERKOFF) A. i 219. cc.9-Di-B-naphthylhydrazine ( WIELAND and SUSSER) A. i 905. Di-2-naphthyl-m-phenylenediamine (KNOLL &L Co.) A. i 345. Di-n-octyl ketone p-nitrophenylhytlr- nzone (PICKARD and KENYON) T. 629. A. ii 950. Dioscwea Zatatas mucilage from ( OSEI I MA and TADOKORO) A. ii 381. Dioxindole derivatives of (KOHN and OSTERSETZER) A.i 50. 2 8-Diox y -8 9-dime thylpurine (J 0 H s s ) A. i 589. 2:8-Dioxy-l-methylpurine (JOHSS) A. i 589. 8-Dioxythionaphthen and its dibromide aiid nitro- (LANFRY) A. i 293. 2 6-Dic?lclopentylcycZopentanol ( WA I.- LACH nnd OST) A. i 569. 1 3-Dicyclopentyl-2-cyclopentanone and its derivatives (WALLACH and OW) A. i 569. 1 3-Dicyclopentyl- A1 -cyclopentene ( W A L- LACII and OST) A. i 569. 2:2’ Diphenol 3 3’-dibromo-5:5’-Jin i tro - 3 :3 ’- and 5:5’-dichloro- dic hloro- bronio- dichlorodibromo- and 3:3‘- dichloro-5:5’-dinitro- (ROBERTSON and BRISCOE) T. 1972. Diopside fusion Of( T,OE~VINSON-LESSlNG) Diphenoxy-p-benzoquinone tli-iodo- (T~RREY and HUNTER) A. i 475. aK-Diphenoxydecane (v. BRAUN L)Eurrsc1r aiid SCHMATLOCH) A i 433. Diphenoxymethylcarbinol and its acetyl derivative (V,iSSALI,o) A.i 761. ah-Diphenoxgundecane (v. BRAUN and DANZICER) A. i 598. Diphenic acid 2-chlorodinitro- (SCHMIDT and SAUER) A. i 35. Diphenyl hydrogenation of (SABATIER and MURAT) A. i 547. 4 -amino-2‘- hycl roxy - and 4-aniino-4’- hgdroxy- and derivatives of the latter (BAMBRRC~RP.) A. i 691. letrubromohermhydroxy- ( LIEBEKMAK s and HERRMUTH) A. i 448. 3:3’-dinitro- (CAIN COULTHARD and MICKLE’I‘H\VAIT) ‘r. 2303 ; P. 278. Diphenyl sulphide p-iorlo- ( WILLGERODT and KLIKGEK) A. i 256. o-nitro-p’-hydroxy- and o-nitro-0%’- dihydroxy- and itheir derivatives (ZINCRE and FARI:) A. i 765. disulphide di-o-amino- dibenzoyl de- rivative ( M ~ H L A U BEPSCHLAG and K~~HKEs) A. i 212. sulphoxide p-iodo- ( WILLGERODT and KIJNGER) A. i 256. disulphoxide oo’-dinitro- (ZIKCKE and FARR) A.i 763. telluride haloids ( LEDERER) A. i 852. Diphenyl series studies in the (CAIN COULTHARD and MICKLErHWAIT) T. 2298; P. 277; ( C a r s and RRADT) T. 2304 ; P. 285. Diphenylacetanilide a-chloro- ( KLIN- GER) A. i 557. Diphenylacetic acid amino- ( B x m and a-bromo- esters amide and anilide a-chloro- methyl ester (KLIWER) A. Diphenylacetylhydrazide (STOLL~ and SPHMJDT) A. i 1036. ByDiphenyladipic acid y-hydroxy- (.B~scrrr;~ KOHRES and STOLL) A. 1 890. Diphenylamine causes of the blue colour produced by the action of oxidising agents on sulphuric acid solutions of (KEHRMANN and Mrc~wrcz) A . i 1020. colour reactions of (LITTSCHINSKY) A. ii 1219 o-siilphosides intramolecular re- arrangements of (HILDITCH and SMILES) T.2294 ; P. 276. SEYDEL) A. i 910. (I<LIN(:ER) A. i 558. i 558.INDEX OF Diphenylamine o-alniiio- acetyl and benzoyl derivatives ( WOLFF) A. i 1028. 4-chloro-2:6.dinitro- and 2-chloro- 4:6-dinitro- (ULLMANN and SAKI?) A. i 104. hydroxythio- (H ILDIl’r 11 arid SMILES) T. 2295 ; P. 276. Diphenylaminoacetamide ( I<T,IXCEZ and NICKELL) A. i 699. l-Diphenylamino-3:6-dibenzhydryl-l:2- dihydro-l:2:4:5-tetrazine acctyl de- rivative (SIY)J,LI and SCI~MIIYI-) A. i 1036. 1-Diphenylamino-2:S-dibenzhydryl- 1:3:5-triazole acetyl derivative (S‘roLLB and SCHMIDT) A. i 1036. Diphenylanilinoacetanilide ( KL I XGER and NICKELL) A. i 699. aa-Diphenyl-l-arabitol and its Bylie- tetritbenzoyl derivative (PAA I. and Diphenylbenzidine aud di-p-nitroso- and their derivatives (KEH RMANN and MICEWICZ) A. i 1021.Dipheny lbenzidine p - n i tro - ( W I E LA N I) tZi-p-nitro- (WIELAND ROSEEU and 1:2-Diphenylbenziminazole and its hydrochloride ( WOLFF) A. i 1028. as-Diphenyl-B-benzyl- Aa-butylene ( O m - CHOFF and KOKOWALOFP) A. i 436. aS-Diphenyl-B-benzyl-y-methyl-AQY€- hexatriene ( RKIXIRR ant1 REYNOI,I)S) A. i 769. Diphenylbicyclooctane tlihpdroxy- and itsderivatives (GEORGI and VOLLAND) A. i 780. Diphenylbicydooctenone and its serni- carbazone (GEORGI and VOLLAXD) A. i 781. Diphenyl-4:4’-bieazo-a-hydroxynaphth- oic acid (SIRCAR and WATsos) A. i 1038. Diphenylbisdiazonium cliloridc and 2- nitro- compounds of with antimony trichloride (MAY) T. 1039. Diphenylbromoacetanilide( KIJNGER and NICKELL) A. i 699. Diphenylbromoacetyl Lroniide ( KLINCER ant1 NICKELL) A.i 699. liINSCHER) A. i 31. and ROSEEU) A. i 906. GAMBAI:JAM) A. i 906. SUBJECTS. ii. 1455 Diphenyl-+-butylcarbinol dehydration of (RAMART-LUCAS) A. i 449. Diphenylbutylthiocarbamide (v. BRAUS and DEUTSCH) A. i 694. By-Diphenyl-y-butyrolactone-y-acetic acid. See 5-l<eto-2:3-diphenyltetra- liydrofuran-2-acetic acid. Diphenylcarbazone structiirc of (HAM- BERGER) A. i 56. Diphenylcarbodiazide Cazeneuve’s structure of (HAMBRKCER) A. i 56. Diphenylchlorocyclohexylme thane 437. 4 5-Diphenyl-1 -?n - chlorophenylglyoxa- line (HAILBY and MCCOMBIE) T. 2276. By-Diphenyl- y-crotonolac tone- y- acetic acid. See 5-l<eto-2:3-diphenyl-2:5&- hydrofiiran-2-acetic acid. aK-Diphenyl- AaL-decadiene ( BORSCHE and WOLIXMANN) A. i 23. atc-Diphenyldecane and arc-dianiino- and its dibenzoate apw-tetrabromo- aK-dihydroxy- and aK-diOXiminO- (BORSCHR and WOLLEAIANN) A.i 23. s-Diphenyldi-p-anisylhydrazine and its derivatives (W IELAND and SBSSER) A. i 905. aB - Diphenyl- ap-die thylh ydrazine ( W I E- LAXD i t i d FRESSEL) A. i 903. 45-Diphenyl-2-5-dihydroglyoxaline 2- liydroxy- and its derivatives (BILTZ) A. i 908. 4:5-Diphenyl-46-dihydroglyoxalone an! its diacetyl derivative (HILTZ) A. 1 908. 5 :5-Diphenyl-4 6-dihydro-4-glyoxalone and its derivatives( BI Lrz and SETDEL) A. i 910. 3 :6 -Diphenyl-2 3 dihydro- 2-oxazolone (MCCOMEIE and SCAI~BOROUGH) P. 331. 5:lO-Diphenyldihydrophenazine di-p- nitro- (WIELAND and LECHER) A. i 904. 2:5-Diphenyl-l:2dihydropyridone 3- hydroxy- (BLAKD and THORPE) T. 870. (~CHhCII~I.IN alld V.ESCHER) A. i Diphenyldihydroretene dihydroxy- and its derivatives (HEIDUSCHKA and G I ~ I M J ~ L A.. i. 108. Diphenylbromocyclohexylme thane y -Diphenylbutaldehydecyanohydrin 8- Iiydroxy- (SP~YH) A. i 978. Diphenylbntane. See Dimethyldiben- By -Dipheny lbutane By- d ibrom o - (BESCHKF KOHRES and STOLL) A . i 890. ZYl -.) - -”,. Diphen yldimethyldihy drophenazine (WIELAND and LECHER) A. i 904. aS-Diphenyl-a fl-dimethylhydrazine (WIELAND and FREssEL) A. i 903. 2:3-Diphenyl-6 8-dimethylquinoline-4- carboxylic acid ( FAKBENFABRIKES VORJl. F. BAYER & GO.) A. i 1018.ii. 1456 INDEX OF SUBJECTS. s-Dip hen yl-di-io-nitrophenylh ydrazine A.,i 906. 9:12-Diphenyldiphensuccindane 9:12-di- hydroxy- (BRAND) A. i 960. DiphenyL4:4’-diphthalamic acid and its sodium salt (CAIN and BRADY) T.2307. Diphenyldiselenide-di-o-carboxylamide (LERSER and M 7 ~ 1 s s ) A. i 644. Diphenyldiselenide-di-o-carboxylic acid (LESSER and WEISS) A. i 643. Diphenyldithiolimine 00‘- dini tro- (ZINCGE and FARR) A i 764. s-Dip~enyldi-~-tolylhydrazine( WIELAND and LECHER) A. i 904. Diphenylditriazole ketone and its oxime (WOLFF and GRAU) A. i 1035. Diphenylditriazole-ketone-5-carboxylic acid and its derivatives (WOLFF and GRAU) A. i 1035. ap-Diphenyldodecane (v. RRAUN and DEUTSCH) A. i 688. Diphenylene dibromo- and di- and tctm- nitro- (DOBBIE Fox and GAUGE) P. 327. Diphenylene oxide (DOBBIE Fox and GAUGE) P. 327. Diphenylene oxide 1 :2:7:8-tetrahydr- oxy- and its tetra-acetate (NIE- di- and tetra-nitro- (MAILHE) A i 553. Diphenyleneacetamide chloro- ( KLIKG- ER) A.i 558. Diphenyleneacetyl bromide a-broino- (KLINGER) A. i 558. Diphenylene-ethoxyacetic acid and its methyl ester and auilide ( KLIKGEY.) A.. i 701. ( w i E ~ A N D R 0 8 ~ E u a n d GAMBARJAM) RENSTEIN) A. i 204. Diphenyleneglycollanilide ( KLINGER) A. i 558. Diphenyleneglycollic acid methyl ester (KLINGER) A. i 558. Diphenylenehydrazine and its derivatives (WIELAND SUSSEH and FRRSSEL) A. i 906. Diphenylenemethoxyacetic acid and its esters and anilide (KLIXGEK) A. i 701. Diphenyleneoxide-4:5-dioarboxylic acid 1:2:7:8-tetrahydroxy- and its deriva- Diphenylethoxyacetic acid (KLINGER) A. i 701. 1 3-Di-B-phenylethylbenzene 4 6-di- amino- and their derivatives (BORSCHE) A. i 181. as-Diphenylethylenediamine salts and derivatives of ( RILTZ and KREBS) A.i 909. tives (NIERENSTEIS) A. i 204. 2-6-Diphenyl-3-ethylc~cZohexane-4-one- 1-carboxylic acid ethyl ester (DIECK- MANX) A. i 858. 1 :5-Diphenyl-2-ethyl-A1-cycZohexene-3- one (DIECKMAXN) A. i 858. 2:4-Diphenyl- 1- ethyl- AJ-cycZohexene-6- one (DIECKMANN) A. i 858. 2:6-Diphenyl-3-ethyl-Az-cyc/ohexene-4- one-l-carboxylic acid ethyl ester (DIECKMANN) A. i 858. 2:4-Diphenyl-l-ethyl-A4-cycZohexene-6- one-l-carboxylic acid ethyl ester (DIECKMANN) A. i 858. a@-Diphenylethylsemicarbazide and its A. i 221. 3:4-Diphenylfuran-2-carboxylic acid (HINSBEIX) A. i 895. Diphenylglyoxaline reduction of ( BILTZ and KREIS) A. i 909. 4:5-Diphenylglyoxalone reduction of (RILTZ) A. i 907. as-Diphenylheptan-y-one and its deriv- atives ( B o r t s c ~ ~ ) A. i 194. Diphenyl-2 2‘ 4 4’ 6 6’-hexacarboxylic acid and its niethyl ester (LIEBRR- M A T S and KAKDOS) A .i 466. Diphenylhexahydroretene ( HEIDUSCHKA and GRIMM) A. i 108. a(-Diphenylhexane (v. BHAUN and DEUTSCH) A. i 687. y8-Diphenyl-AS-hexen-ae-olid-ecarboxy- lic acid and 15-bromo- and its ethyl ester (BESCHKE K ~ ~ H R E S and STOLL) A. i 890. Diphenylcyclohexylmethane (Scmrr I)I,IN and V. ESCHEIL) A. i 437. Diphenylhomocampholic acid hydroxy- a i d its sodium salt (HALLER) A. i 359. Diphenylhydantoin thio- reduction of ( RILTZ and SEYDEL) A. i 909. Diphenylisohydantoin (HOLXIBEIX) A i 132. Diphenylhydrazine,4 :6-dini t ro-3- amino - and its acetyl derivatives (FRIES and ROTH) A . i 658. Diphenyl-4- hydroxy-3-carbome thoxy- naplithylacetic acid and its dimethyl ester (ZAI.E.~KA-~~AZURKIEWIC~ and BIPTRZTCKI) A.i 467. Diphenyl-4 hydroxy-3-carboxynaphthyl- acetic acid (ZALESKA- h~AZU1:KIEWICZ and HISTI~ZYCKI) A . i 467. Diphenyl-4-hydroxy -3-carboxynaphthyl- carbinol (2 A LESKA-J~AZUBKIEWICZ and BISTRZYCKI) A. i 467. Diphenyl-4.hydroxy-3-carboxynaphthyl- methane (Z A L ESK A - ill A zu R K I EW I cz BB-Diphenylhydroxylamine ( WIEIAND d6riVlLtiVeS (l(.UPE tLlld OESTREICHER) and ~ ~ I S T R ~ Y C K I ) A . i 467. and ROSEEU) A. i 253.INDEX OF 3UBJECTS. ii. 1457 Diphenylhydroxystibine di-mamino- and its hydrochloride (MORGAN arid 2:3-Diphenylindene and l-bromo- and oximino- (THIELE and RUGGLI) A. i 867. Diphenyliodinium iodide perhaloids of (FOI~STER and SCHAEPPI) T. 382 ; P. 37. Diphenylmaleic anhydride dimorphism and crystalline form of (DRUGJIAK) A.i 625. Diphenylmaleinamic acid ( WARRES arid GI~OSE) A. i 962. Diphenylmethane influence of the nitro- group OII the sulphouation of ( KLIEGL) A . i 251. Diphenylmethane 4:4’-dichloro-2:2’-di- iodo- letracliloride (MASCAKELLI arid TOSCHI) A. i,. 323. di- and tri-nitro-o-aniino- acetyl de- rivatives (DUVAL) A. i 399. Diphenylmethane-4 :4-’dicarboxylic acid methyl ester aud dinitro- (LIEBEIL- Diphenylmethoxyacetic acid ( IiLINGER) A. i 701. Diphenylme thylamine I i ydroxytli io- (HILDITCH and SMILES) T. 2296. as-Diphenyl-pmethyl- Aa-butylene (OKECHOFF and MEEISOS) A i 621 aB-Diphenyl-a-methylbutyric acid (RAMART-LUCAS) A. i 623. aa-Diphenyl-B-methylbutyric acid and its anhydride nnd nitrile (RAMA1:T- LUCAS) A. i 556. ay-Diphenyl- €-me thylhexane $ 6 ~ - trio1 (SPATH) A. i 979.1 - Diphenylme thyl- 5-me thyltriazole 3 - hydrouy- (RUi’E and OESTKEICHER) A. i 221. 1 3-Diphenyl-7-methyloctahydroindene 1:D-dihydrosy- anhydride and its derivatives (I~OSENBUKG) A. i 783. 2:2-Diphenyl-5-methyloltetrahydro- furan 3:4-dihydroxy- ( PAAL and KIXSCHEI:) A. i 31. 2 :5 -Diphenyl-4-methyloxazole (LISTER and ROIHNSON) T. 1315. Diphenylme thyl- a- phenyle thylamine and its salts (DE LEEUW) A. i 24. Diphenylmethylisopropylamine and its salts and derivatives (DE LEEUW) A. i 24. 2:4-Diphenyl-G(or 8)-methyl-l(or 5)- isopropylbicyclononan-9-one 4-liydr- oxy- and its derivatives (STOBBE and KOSENBUKG) A. i 785. Diphenylmethyl propyl ether (STADNI- KOFF) A. i 110. hIICKLETH\VAIT) P. 20. AIAXN and MITTEK) A. i 466. 2:3-Diphenyl-6-methylquinoline4-car- F.BAYER & Co.) A. i 1018. a-Diphenylmethylsemicarbazide and its derivatives (RUI’E and OESTREICHER) A. i 220. as-Diphenyl-a-methylsemicarbazide (BACKER) A. i i 3 2 . l-Diphenylmethyltriazole 3-hydroxy- (RUPE and OESTREICHER) A. i 221. By-Diphenylmuconic acid a-brorno- ethyl esters (BESCIIKE KOHRES and STOLL) A i 891. ww-Diphenyl- 1:4-naphthaquinomethsne ( ZALESKA-MAZURKIEWICZ arid BIS- THZYCKI) A. i 467. Diphenylnitrosoamine decomposition of by heat (bhKQUEYIiOL and FLOREN- TIN) A i 759. Gr-Diphenylnonan-€-one and its deriva- tives (BOILSCHE) A. i 194. ar-Diphenyl-ASsr8-nonatetrene-a-one and its acetal (STKAUS) A. i 992. a@-Diphenyloctane (v. HRAUN and DEU’I’SCII) A. i 688. 2:5-Diphenyl-1:3:4-oxadiazole cliloro- iodide and hydrobromide (STOLL~) A.i 505. Diphenyloxaliminochloride di-o-bromo- (FRIEDLANDER BKUCKNER and DEUTSCH) A. i 319. 3:3-Diphenyl~sooxazolidone ( POSNER and STII~NUS) A. i 457. ae-Diphenyl- Aau-pent adiene ye-dichloro- (STRA~-S) A. i 989. a€-Diphenyl-AP-pentadiene ae-di- chloro- di-p-chloro- and a- and y- chloro-di p-chloro- and their deriva- tives ( S n A u s ) A. i 991. ae-Diphenyl-A@-pentadien-a-01 di-p- Diphenylpentame thylenedicarbamide (v. HliAUN and DEUTSCH) A. i 686. ae-Diphenylpentane (v. BRAUN arid DEUTSCH) A. i 435. Diphenylisopentane di-p-hydroxy- and its derivatives (IVANOFF) A. i 761. a€-Diphenylpentan-a-ol (STRAUS) A. i 991. ae-Diphenylpentan-a-one acetal of (STKAUS) A. i 992. ae-Diphenylpentan-y-one di-o-hydroxy- (BORSCHE) A. i 194. Diphenylpiperidonedicarboxylic acid dianiide of (TSONEFF) A.i 580. Diphenylpropane o-amino- and its de- rivatives (v. BRAUN and DEUTSCH) A. i 688. aS-Diphenylpropionic acid d-men thyl ester (RUPE and KERKOVIUs) A. i 458. boxylic BCid(FARBENFABR1KES VOKM. chlol.0- (SrRAUS) A. i 993.ii. 1458 INDEX OF SUBJECTS. a/3-Diphenylpropionic acid B-amino- and its hydrochloride (POSXER and STISSUS) A. i 457. BB-Diphenylpropionic acid 8-amino- (POSXXR and S r r ~ s u s ) A i 457. uo-Diphenyl-AP-propylene (SABATIER and MURAT) A. i 7 5 i . 2:6-Di-w-phenylpropylq/clohexanone (BORSCHE) A. i 195. Diphenyl-2:3-pyrazino-l-aminoanthra- quinone (SCHOLL EBERLE and TRITSCH) A. i 143. 24-Diphenylquinoline and its platini- chloride (SPALLINO and SALIMEI) A. i 723. 2 3-Diphenylquinoline-4-carboxylic acid 6:8-dibromo- ( FAI~BESFAIIRIKEN VOBBI.F. BAYER & Co.) A. i 1019. Diphenylretene (HEIDUSCHILI aiid Gi~zhrar) A. i 108. 3:3'-Diphenylrubazonic acid ( WAHL a i d DOLL) 8. i 626. Diphenylselenidedi-o-carboxylic acid (LESSER and WEISS) A. i 643. Diphenyleilicane dichloro- preparation of (KIPPING) T. 2113 ; P. 243. Diphenylsilicanediol preparation and properties of (K~I~PING) T. 2122 ; P. 243. Diphenylsilicol preparation and pro- perties of (b1AIWIX) A. i 404. Diphenyl-eilicole and -eilicones (MAIL- TIN) P. 326. 9:12-Diphenylsuccindadiene ( BRAXI)) A. i 960. Diphenylsnlphinylmethane. See Di- phenylsulphoxidemethane. Diphenylsulphone p-iodo- p-iodoso- and p-iodoxy- and their derivatives (WILLGERODT and ]<LINGER) A . i 256. Diphenylsulphone-4'-carboxylic acid 4- iodo- and its derivatives and 4-iodo- so- ethyl ester (WILLGERODT and PLOCKSTIES) A i 257.Diphenylsulphoniam dibromide ( BOUR- GEOIS and ABRAHAM) A. i 109. Diphenylenlphonylethane di-o-am ino - and di-o-nitro- (CLAASZ) A. i .ild. Diphenylealphoxidemethane (diphe?tyZ- suZphinyZmethane) and its benzenedia- zonium derivative (HISSBERG) A. i 546. Diphenyl-23:2':3'-tetracarboxylic acid and its tetramethyl ester (KENKER) P. 277. Diphenyl-242':4'-tetracarboxylio acid and its tetramethyl ester (LIEBER- MANN and KARDOS) A. i 465. Diphenyl-3:3':4:4-tetracarboxylio acid methyl ester (LIEBERMANN and KAK- nos) A. i 466. Diphenyl-4:4':23'-tetracarboxylic acid and its methyl ester (LIEBEKMANN and KARDOS) A. i 465. ax-Diphenyltetradecane (v. BI~AUN and DEUTSCH) A. i 688. 2:2-Diphenyltetrahydrofuran-5 -carbox- ylic acid 3:4:5-trihydroxy- (PAAL and KINSCHEIL) A.i 31. 4:5-Diphenyltetrahydoglyoxaline 3- l~romo-2-hydroxy- ( BIL'L'z) A. I 908. 5 :5-Diphenyltetrahydro-4-glyoxalone and its salts and 2-hyclroxy- and its acetyl derivative (RILI'z and SEYDEL) A. i 909. ae-Diphenyl-Bfi66- tetramethylpentan-y- one (HALLEK) A. i 270. Diphenylisothiohydantoin (DISON and TAYLOR) T . 560; P. 54. 1:5-Diphenylthiolanthraquinone (GAT- 4:5-Diphenyl-3-o- - I / / - and -1)- tolyl-2:3- dihydro-2-oxazolonee (McC'oJfBIE and PARKES) T. 1996. 45-Diphenyl-3-?n- n11d -p-tolyloxa- sulphinazoles (McCoxin~~ and PARRES) T. 1998. BG-Diphenylvaleric acid ay-dill ydrosy- potassium salt and esters of' (SP~TH) A i 978. a6-Diphenylvaleronitrile (BOHSCHE) A. i 264. Diphenylyl-4-hydroxy-3-carboxynaph- KIEWICZ and BIsrmYcKr) A.i 468. as-Diphthalaminoadipic acid (DAVIEs STEPHEN and WEIZMANS) 1'. 95. as-Diphthaliminoadipic acid ethyl ester (DAVIEY STEPHEN and ~$rEIZhIANN) P. 95. 2:3:6:7-Diphthaloyl-9-methylcarbazole (EHREXHEICH) A. i 130. Diphthalylthianthren ( BADISHE ANI- LIN- & SODA-FABRIK) A i 1013. Dipicolinic diazoimide (MEYER and MALLY) A. i 515. Dipicolinic dihydrazide (MEYER and MALLY) A. i 515. Dipicolinic diphenylhydrezide ( XEYER a i d MALLY) A. i 516. Dipicolinic diarethane ( MEYER and MALLY) A. i 515. Dipiperidyldiphenylmethane and its derivatives (v. BJKAUN and KRUBER) A. i 970. s-Dipiperonylhydrazine and its deriva- A. i 510. 2:6-Dipiperonylidene-3-methylcyclo- hexanone (STRTEBLER) A. i 784. TEKhfANS) A . i 1002. thylacetic acid (ZALESKA-bIAZUK- tives (CUKlIUS and SCHMITTMANIC),INDEX OF 7UBJECTS. ii.1459 Dipiperonylidenepentaerythritol Dipiperonylidenepicolide (SCHOLTZ) A. Dipropionylmethane (FIYCHER and BAIL- THOLOY.<US) A. i 646. Dipropylamine salts (DEHs) A. i ‘2.11 242. Dipropylaminosuccinic acid and its salts and dinitroso- (FRANKLAND and SMITH) T. 58. Diprop ylaminosnccinic acid /el7 abromo- (FKASKLAND and SMITH) T. 1727. Dipropylammoninm nitrite (RAY and RAKSHIT) T. 613 ; P. 41. Dipropylisoamylcarbinol (AM ou HOU s and MGRAT) A. i 415 527. Dipropylaniline o-nitro- and its salts (WEISSESBERGER) A. i 691. Dipropylbarbituric acid (hlEILCK) A. i 1013. Di-p-isopropylbenz ylidenepicolide (SCHOLTZ) A i 386. Dipropylisobutylcarbinol (AMOLKOUX and MURAT) A i 415 528. Dicgclopropylethanol and its bromidc (hhcaIELs) A.i 259. Diisopropyl ketone seniicarbazoiie (PICKARD and KRNYON) T. 620. Dipropylolivil (KOERXER and VAN- ZETTI) A i 352. 3:3’-Dipropylrubazonic acid (WAHL and DOLL) A. i 537. Di-;o-isopropylstilbene and its dibromidc (PASCAL and NORMAKD) A. i 146. Dipterocarpol and its anhydride (V-4N ITALLIE) A. i 352. Dipterocarpone and its oxhie (VAN ITALLIE) A. i 352. Dipyratoleanthrone (MOHLAU VIERTEL and REDLICH) A. i 705. 2:2’-Dipyrimidylthiocarbamide 55’- rlinitro- (HALE and BRILL) A i 217. Dipyrophosphoric acid. See under Phosphorus. Dipgrroyl oxinie (OI~DO and DAINOTTI) A. i 721. s-Dipyrroylethane and its dioxime (ODDO and DAIKOTTI) A. i 721. Dipyrroylmethane and its salts ( ODDO and DAINOTTI) A . i 721. Dipyrrylisooxazole (ODDO and DAIN- OTTI) A.i 721. 6:6’-Diqninolyl-2:2’-diphenyl-4:4’-dicar- boxylic acid (CHEMISCHE FABRIK A. i 811. 6:6’-Diquinolyl-2:2’-diphenyl-8:8’-di- methyl-4:4’-dicarboxylic acid (CHEM - ISCHE FABRIK AUF AKTIEN VORM. E. SCHERING) A i 812. (READ) T. 2093. i 386. AUF AKTIEN VORM. E. SCHERING) 6 6’-Diqninolyl-2:2’-dihydroxydiphenyl- 4:4’-dicarboxylic acid ( C‘HEMISCHE FABRIK AUP AKTIEN VORM. E. SCHERING) A. i 812. 3:4-Diquinonyl-2:3-dethylpyrrole (hIoI~r,Au and REDLICH) A. i 129. 3 :4-Diquinonyl-5-phenyl-2-methylpyr - role (M~HLAU and REDLICH) A. i 129. 1 :4-Disalicylideneaminopiperazine (BACKER) A. i 731. 2 7- Disalic ylidenec ydohep tanone sodium derivativv ( UORSCHE and GEYEIL) A. i 892. 2:6-DisalicylidenecycZohexanone (ROILSCHE and GEYER) A. i 892. 3 -5-Disalicylidene- 1-methylcyclohexan-. Disalicylidene-o- and -?u-phenylene- diamines (SEXIER SHEPHEARD and CLARKE) T.1955 ; P. 237. Disinfection mechanism of (COOPEK) A. ii 1199. Dispersion. See under I’lio tocli cmistry. Dissociation. See wider AWnity chemical. Dissolecules (COLSON) A . ii 25. as-Distearin sulphste and its bruciue salt (GRUN and CORELLI) A. i 409. Distillation history of (v. LIPPMASN) A. ii 897. of liigh-boiling niixturcs ( DUBOVITZ) A ii 133. fractional (GOLODE~Z) A. ii 430. .. with steam (GOLODETZ) A. 11 apparatus for (MAILINO) A ii vacuum receiver for (GLASER) A. ii 548. Diatillation apparatus electrically heated (ALLEN and JACOBS) A ii 932. 4-0110 (BORSCHE iLnd GEYER) A. 1 892. 234. 1049. safety (SCHIRM) A. ii 445. fractional ( GOLODETZ) A. ii 626. Kjeldahl improved ( HADLOCK) A.Distillation and extraction apparatus (TAURKE) A. ii 383. Distribution law. See Afliiiity. 1:3-Distyrylbenzene 4:6-diamino- 4:6- dinitro- 2:4:6-trinitro- and their de- rivatives (BORSCHE) A. i 180. Distyryl ketone (dibenzylidenemtm~c) derivatives of (~TRAUS) A. i 999. nitrate (REDDELIEN) A. i 986. 2:4-Disalphamidobenroic acid compound of with mercuric oxide (KERB) A. i 452. Disulphides reduction of to mercaptans by dextrose (CLAAIZ) A. i 851. ii 983.ii. 1460 INDEX OF SUBJECTS. 6:8-Disulphonaphthalene-2-azo-a-naph- thalene-4-azo-a-hydroxynaphthoic acid (SIRUAR and WATSON) A. i,1038. 6 8- Disulphonaphthalene-2-azo-a- naph- thalene-4-azosalicylic acid (SI RCA R and W ~ ~ s o s ) A. i 1038. s-Ditetramethyldi-p-aminobenzhydryl- . hydrazine (CUI:TIUS and Kot;) A.I 732. Dithienylideneacetone and its tetra- bromide (GRISHKEWI'rSCH-TROCHI- MOiVSKY and bf ATSCHUREVITSCH) A. i 642. l:2-Dithiolanthraquinone. See Alizarin dithio-. 1:8-Dithiolanthraquinone derivatives of (GATTERMANN) A. i 1001. 2:4-Dithiolanthraquinone l-amino- and its derivatives (LENHARD) A. i 998. Dithiophosphorio acid. See under Phos- phorus. Dititani-o-cresotic acid ainmonium salt (HAUSER and LEWITE) A. i 848. Dititanisalicylic acid salts of (HAUSER and LEWITE) A. i 847. Di-p-4- toluenesulphonylphenyliodinium hydroxide (WILLGERODT and PLOCR- STIES) A. i 256. Di-p- toluidinodi-p-methyldibenzyl (LAW) T . 162. Di-p-toluidinomethylindophenol ( HEL- LEI:) A. i 917. Dim- toluidinostilbene benzoy 1 deriva- tives and their salts (BAILEY and MCCOMBIE) 'J!.2277. Di-o-toluidoindophenol (HELLER) A. i 92i. Di-p-toluidomethylindophenol ( HELLER) A. i 917. Ditolyl 2:2'-disulphide 4:4'-diamino- and its hydrochloride and acetyl de- rivative (ZIXCKE and ROLLHAUSER) A. i 550. Di-o- and p t o l y l telluride haloids ( LE- 2:2'-Ditolyl. Sec 2:2'-Dimethyldi- p h en y 1. aa-Di-p-tolyl-Z-arabitol ( PAAL and KINSCHER) A. i 31. s-Di-o-tolyldiethylcarbamide (RAWOW and REUTEK) A. i 555. Di-p-tolyldihydroretene dihydroxy- and its anhydride ( HEIDUSCHILA and GRIMM) A. i 108. s-Di-o- tolyldimethylcarbamide and its tetranitro-derivative ( RASSOW and REUTER) A. i 555. 9 12-Di-p- to1 yldiphensuccindadiene (BRAND) A. i 960. 9 12-Di-p- tolyldiphensuccindane 9 12- dihydroxy- (BKAND) A. i 960. DERER) A. i 853. oxides (LEDERER) A.i 853. Di-p- tolylene oxide (S A BATI E R and MAILHE) A. i 767. Di-m-tolylguanidine (JOHNSOX and CHERXOFF) A. i 219. D i p tolyl-4-hydroxy- 3-carboxynaph- thylacetic acid and its dimethyl ester ( ZALESKA-M~ZURRIEWICZ and Brs- . r u w I i r ) A. i 468. Di-p- tolyl-4- hydroxy-3-carboxy naph- thylcarbinol (ZALESKA-MAZUKKIE- WICZ and BISTRZYCKI) A. i 468. Di-p-tolylmethanedicarboxylic acid (LIEBERMAKN and RAHTS) A . i 466. ww-Di-p- tolyl- 1:l-naph thaquinometh- ane (ZALESKA-MAZURKIEWICZ and BISTICZYCKI) A. i 468. Di-m-tolyloxy-p-benzoquinone dibromo- (TOKREY and HUNTER) A. i 475. Di-p-tolyloxy-p-benzoquinone dibromo- dicliloro- and di-iodo- (TORREY and HUNTER) A i 475. Ditolylsulphone o-hydroxy- and its derivatives (ZEHExrER) A. i 444. Di-p- tolylthiolanthraquinone (GATTER- MANS) A.i 1002. l:4-Di-p- tolylthiolanthraquinone-2-car- boxylic acid (BADISCHE ANILIN- & SODA-FABRIK) A. i,' 980. Ditolyl triethyl ether ( BAMBEKGER and BLANOEY) A. i 692. Di-o-triazophenyliodinium chloride (FOWTER and SCHAEPPI) T. 1366. Di-o- -m- and y-triazophenyliodinium iodides and the tetrachloride of the first ( F o R s r m and SCHAEPPI) T. 1366. aa-Di-2:4:5-trimethylbenzylhydazine and its salts and derivatives (CURTIUS and FKANZEN) A. i 309. Di-2:4:5- trimethylbenzylsemicarbazide (CLJIC~IUS and FRANZZN) A. i 309. Di-2:4:5-trimethylbenzyltetrazone (CUIC- TIUS and FKANZEN) A. i 309. Diuresis (GINSBERG) A. ii 1079 ; influence of colloids on ( KNOWL'TON) calomel IFLECKSEDER)~ A. ii 582. Divanillylidenedipicolinic dihydraeide (MEYER and MALLY) A.i 515. Divanillylidenequinolinic hydrazide (MEYEK and MALLY) A i 515. s.-Divinylethylene oxide (HEux) A. i 599. Di-2-m-xylidoindophenol ( HELLER) A. i 917. Dog heat production and metabolism iii the after an abundant meat diet (WILLIAMS RICHE and LUSK) A. ii 270. potassium and sodium content of the organs of the ( G ~ ~ L A R D ) A. ii 463 (Corm) A ii 1080. A. i j 71.INDEX OF SUBJECTS. ii. 1461 Dog depancreatised elimination of amino-acids from the (LABB~ and VIOLLE) A ii 277. Dogs digestion in (LONDON RIWOSCH MEPISSOFF STASSOFF MAZIJEW- SKI DAGAEFF GABRILOWITSCH KRYM HOLMBERG WIEDEMASN GILLELS and SOLOWBEFF) A. ii 1185. liypophysectomised metabolism of (BENEDICT and HOMANS) A. ii 365. young feeding of on the anterior lobe of the pituitary body (ALDRICH) A.ii 582. Double decomposition in organic chemistry (BMJSI COSTARDI and DA POXTE) A. ii 925. Drainage in India (LEATHER) A. ii 596. Drainage water. See Water. Drinking water. See under Water. Druga theory of the action of (TRAUBE) A. ii 740. action of on the alimentary canal (KLOCMAN) A. ii 965. action of on blood (PICCININI) A. ii 58. absorption of introduced into the cerebro-spinal fluid (DIXON and HALLIBURTON) A. ii. 584. relation of to lipoids (LOEWE) A. ii 742. resorption of from ointments (SAUER- action of on isolated organs (DALE passage of into the sweat (TACHAU) Drying apparatus new ( WOYTAEECK) A. ii 445. " Dnlcin " (p-phenetoleca~bainide) de- tection of (CAMILLA and PERTUSI) A. ii 104. Dunite from the Urals (DE RUBIES) A. ii 174. Durylic acid preparation of and its sodium salt (MILLS) T.2191 ; P. 243. Dyeing theory of (SAPOSHSIROFF) A. ii 241 ; (DKEAPER and WILSON) A. ii 442. electrical theory of (HARRISON) A. ii 16. vat theory of (GEBHARD) A. ii 242. Dyes. See Colouring-matters. Dypnone-p-tolil ( REDDELIEN) A. i a-isoDypnopinacolin (DELACRE) A. i Dysentery asylum (TEBBuTr) A. ii LASD) A. ii 584. and LAIDLAW) A. ii 854. A. ii 184. 364. 30. 665. c. ii. E Earth quantitative compoeitioll of the Crust of the (FERBMANN) A. ii 447. Earths rare chemistry of (WIRTH) A. ii 766. in Spain (CAMYO Y CERDAN) A. ii,564. crystallography of the p-dihromobenz- enesulphonates of the (Annrsmom and RODD) A. i 756. fusion of with sodium carbonate (WUNDER and SCHAPIRO) A. ii 1097. isomorphous molybdates of (BILLOWS) A ii 560.double nitrates of the (JANTSCH) A. ii 767. fractional crystallisation of picrates of the (DENNIS and BENNETT) A. ii 257. detection and separation of (BARNE- BEY) A. ii 999. separation of (JAMES) A. ii 690. Esrthnut oil detection of in olive oil (ADLER) A. ii 815. Ecballium elaterium enzymes from the organs of (BERG) A. ii 380. Echinochrome (MCCLENDON) A. i 520. Eels young chemical composition of (REUSS and WEINLAND) A. ii 1193. Eggs colouring matter of the yolks of (BARRIERI) A. ii 783. lecithin from the yolks of (RIEDEL) A. i i 4 4 ; (BARBIERI) A. ii 957. fowl's osmotic activity in (UREENLEE) A. ii 463. hen's formation of d-lactic acid in during incubation (ANNO) A. i 748. herring's nucleic acid in (TSCHERNO- RUTZKY) A. ii 958. sea-urchin's oxidative processes in (LOEB and WASTENEYS) A..ii. 66 ; (MCCLENDON and MITCHELL); A.,. ii 273. starfish and sea-urchin effect of salts on (LILLIE) A. ii 468. Egg-albumin action of pepsin on (ROHONYI) A. ii 1066. Egg-capsules of the shark (HUSSAKOP and WALKER) A. ii 369. Egg-shells of Pollachixs brandti compo- sition Of (MIYAKE and TADoKoRoj A. ii 368. B-Elaeostearic acid and its salts and derivatives and tetrabromo- ( MOR- RELL) T. 2082 ; P. 235. Elatic acid (EMMANUEL) A. i 372. Elatinic acid (EMMANUEL) A i 372. Elatolic acid ( EMMANUEL) A. i 372. Electrical osmosis. See under Electro- chemistry. 96ii. 1462 INDEX OF SUBJECTS. Eleotrifioation. See under EIectro- ELECTROCHEMISTRY :- chemietry. Eleatroohemistry of solutionsin acetone Electricity conduction of and valency Electrification contact ( GRUMBACH) Accumulator electric light (WIN- Cells concentration containing the ternary electrolytes (GEISSLER) A.ii 321. Clark thermodynamics of (POLLIT- ZER) A. ii 14. galvanic variation of the electro- motive force of with tempera- ture (BEDEAU) A. ii 13. with carbon anodes (BECHTER- EFF) A. ii 226 ; (FIBCHER and LEPBIUB) A. ii 1036. polarisation of (REICHINBTEIN BURQER and ZIEREN) A. ii 1037. of the Daniel1 type chemical theory of (PFEIFFER) A. 11 14. Sn 1 CrCI I Pt. electromotive force of (KREMANN and Noss) A. ii 1130. selenium ( PI~LABON) A. ii 622. valve influence of electrolytes on the voltage of (SCHULZE) A. ii 126. Electrioal oondaativity (SCHLESINGER and CALVERT) A ii 26. measurement of (KLEMENC) A. ii 121. maximum specific applications of in chemistry (GIBSON) A.ii 726. of true and pseudo-acids in mixtures of acetone and water (SLUITER) A. ii 889. of alloys (ST~PAXOFF) A . ii 890. of eloctrolytes in non-aqueous sol- vents (RIMBACH and WEITZEL) A. ii 422. influence of colloidal sulphur on (RAFFO and ROBSI) A. ii 1037. of gases in the electrodeless ring discharge (WACHBMUTH) A. ii 1033. relative of salts method of illus- trating the (BLAXCHARD) A. ii 446. of solutions influence of pressure and temperature on the (Lus- RANA) A. ii 623 ; (K~RBEH) A. ii 889. (ROSHDESTWENGKY and LEWIS) T. 2094 ; P. 239. (STARK) A ii 621. A. ii 12. THER) A ii 318. ELECTROCHEMISTRY :- Eleatrical conductivity of solutions abnormal (SACHANOFF) A. ii 422. Dielectrio constantr of binary mix- tures of non-associated organic solvents (DOBROSERDOFP) A.ii 729. of solutions of salts (WALDEX) A ii 421. Dieleotrios liquid behaviour of on the passage of electric currents (VAN DER BIJL) A ii 890. Electrical oharge action of ions in de- termining the of surfaces (MINES) A. ii 372. Electric dircharge after-glow of in gases variations in the (MATTHIES and STRUCK; ASTON and WAT- SON) A. ii 324. in pure sodium vapour (DUNOYER) A. ii 891. Electric furnace wound with a non- noble metal (UBBELOHDE) A ii 150. pressure (FISCHER and PLOETZE) A. ii 530 553 554 555. Electrical osmosis influence of electro- 419 ; ( BARRATT and HARRIS) A. ii 420 729. endosmosis (BANCROFT) A. ii 623. Electrochemical reductions (BACKER) A i 339 730. Eleotrode hydrogen study of the and its applications (LOOMIS and ACREE) A.ii 124 125 ; (DESHA and ACREE) A. ii 125. measurement of in alcoholic hydrogen chloride (HARDMAN and LAPWORTH) T. 2249 ; P. 263. lead sulphide (LEBEUEFF) A. ii 1129. mercurous chloride (calomel) stnrly of tho (LOOMIS and AGREE) A. ii 124. potassium potential of the (LEWIS and KAYES) A. ii 225. thallium potential of (SPENCER) A. ii 731. Electrodes polarisation of (BROCHET) A. ii 891. of the third kind determination of the solubility of slightly soluble salts by means of (SPENCER) A. ii 1129. potentials of standard (AUERRACH) A. ii 123. tantalum (BRUNCK) A. ii 1128. (STRUTT) A. ii 126. lytes on (V. ELISSAPOFF) A. ii,INDEX OF SUBJECTS. ii. 1463 ELECTROCHEXISTRY :- Anode aluminium filnis on the (BAIRSTO and MERCEK) A ii 123. carbon cells with (BECHTEHZFF) A.ii 226. uranium behaviour of (SBORGI) A. ii 321. Cathode rotating (BESNETT) A. ii 622. thallium use of in reduction of organic compounds (ZERBES) A. ii 1038. Wehnelt emission of positive ions by the (KNIPP) A ii 9. Electrolysie function of interatomic electrons in (ACHALME) A. ii 322 530; ( b l u L L m ) A. ii 530. stand for (F1scH~i~ and FRESENIUS) A. ii 484. Electrolyte configuration of equi- potential lines in an (BROCHET DELVALEZ) A. ii 124. potential difference between glass and an (RI~TY) A. ii 622. Electrolytes rotatory power of (BOSGIOVANNI) A ii 314. influence of colloidal sulphur on the electrical conductivity of (RAFFO and ROSSI) A. ii 1037. dissociation of in non-aqueous sol- vents (KREIDER JONES and HAGGLUND) A. ii 120. dissociation of in mixtures (AND- REEFF and SAPOSHNIKOFF) A.ii 892. electrical conductivity of in non- aqueous solvents (KIMBACII and WEITZEL) A. ii 422. influence of colloids on the transport numbers and conductivity of (RICHTER) A. ii 914. influence of on electrical osmosis (v. EIJGSAFOFF) A. ii 419 ; (BARRATT and HARRIS) A ii 420 729. ionisation of (HERZEN) A ii 226. electrolytic valve action in (SCH- ULZE) A ii 126. solubility of in aqueous solutions (MASSON) T. 103. formation of complex compounds by in solution (COSTACHESCU and APOSTOX) A. ii 528. binary,dissociation of (VAN ROSSEM) A. ii 893. dependence of the conductivity of on concentration (HERTZ) A. ii 120. strong dissociation of (KESDALL) P. 255. ELECTROCHEMISTRY :- Electrolytes ternary dissociation of (McBAIN) A . ii 893. weak determination of the mole- cular weights and dissociation constants of (D’AGOSTIKO and QUAGHARIELLO) A.ii 1158. Electrolytic dissociation (A KRHEN I - u s ) - . A . ii 419 ; (SACHANOYF) A. 11 731. relation between cheriiical constitu- tion and (WEGSCHEIDER) A. ii 529. energy changes in (AI~RIIENIUS) A . ii 131. total and free eiiergy in ( L G N D I ~ and GAJLDNER) A. ii 892. of electrolytes (ASDREEFF arid SA- POSHNIKOPF) A. ii 892; (Mc- UAIN ; VAN ROSSEM) A. ii 893. Electrolytic reduction (LAW) T. 1544 ; P. 162. of unsaturated aldehydes aiid ketones (LAW) T. 1016 ; Y. 98. of benzylidene bases (LAW) T. 154. Electrometer use of in the study of chemical reactions (BOLL) A. ii Electromotive force produced by the flow of salt solutions through capillary tubes ( R x ~ T Y ) A.ii 622. measurement of in alcohol (HARD- MAN aiid LAPWORTH) T. 2249 ; P. 263. Electron conception of valeiicy (FALK) A. ii 930. Electron theory and ionisation (NOYES) A. ii 545. Electrons negative emission of by heated alkali metals (FREDESHA- GEN) A. ii 517. Photoelectrone emission velocities of (HUGHES) A. ii 883. Ionisation relation between adsorp- tion and (GEBHARD) A. ii 141. and allotropy ( H E S E H ~ S ~ A. ii 121. correlation of and chcrnical struc- ture (DERICK) A. i 188. by collision influence of fluorescence on (FKANCR and M‘ESTPHAL) A. ii 314. of electrolytes (HECZEN) A. ii 226. and the electron theory (NOYES) A. ii 545. of gases. See under Photochem- istry. of organic acids (MICHAEL) A. ii 826. 384 ; (GRUMBACH) A. ii 389.ii. 1464 INDEX 01 ELECTROCHEMISTRY :- Ion nature and velocity of an in a gas (KLEEMAN) A.ii 8. Ions the action of in determining the electrical charge of surfaces (MINES) A. ii 372. charges on (TOWXSEND) A. ii 412. colour of (MAGNANINI) A. ii 142. mobility of in gases (PRZIBKAM) A ii 618. recombination of in gases (ERIK- SON) A. ii 518. experiment to illustrate the rates of migration of (CHANDLER) A. ii 548. velocity of in gases (LATTEY and TIZARD) A. ii 516 ; (ALTBERG) A. ii 517. dissymetry of positive and negative relative to the condensation of water vapour (BESSON) A. ii 1123. collision of in gaseous mixtures (KLEEMAN) A. ii 883. electrolytic theory of ( LORENZ) A. ii 323. negative mobility of (TODD) A. ii 1122. positive emission of from the Weh- nelt cathode (KNIPP) A.ii 9. emission of from salts of the al- kaline earth metals (DAVISSON) A. ii 116. discharge of from heated phos- phates (HORTOX) A. ii 8. positive and negative charges on (POMEROY) A. ii 114. positive flame mass and mobility of (MOREAU) A. ii 1031. Cations catalysis by (HOLMBERG) A. ii 443 1048. Potential difference of between glass and an electrolyte (RI~TY) A. ii 622. fall of of metals in chlorine (RAIBCEI) A ii 122. Potentials relation of the of elements to their periodic classification (PALMAER) A. ii 1128. of non-aqueous solutions (ISGARIS- CHEFF) A. ii 729. Cathode potential variation of in electrolytic analysis (E I~CULISSE) A. ii 204. Transport numbers apparatus for me~surement of (SCARPA) A. ,ii,732. Voltameter iodine (WASHBURN and BATES) A. ii 1129 ; (BATES) A.ii 1130. Faraday value of the ( WASHBURN and RATES) A. ii 1129 ; (BATES) A. ii 1130. SUBJECTS. Electrode. See under Electrochemistry. Electrolytes. See under Electrochem- istry. Electrometer. See under Electrocheni- istry. Elements origin of the names of the natural system of the (LAEMMEL) A ii 1048. evolution of the (ALBUQUERQUE) A. ii 1156. relation between the atomic volumes and spectra of (ROSSI) A. ii 22. velocities of the vapours of in their spark spectra (HEMSALECH) A. ii 403. Zeeman effect for various (LUTTIG HARTMANN and PETEKKE) A. ii 506. structural theory of the (NICHOLSOX) A. ii 35 ; (PALLADINO) A. ii 36. thermomagnetic properties of (OWES) A. ii 227 425. vibration frequencies of in compounds (KOREF) A. ii 328. relation of the potentials of to the periodic system ( PALMAER) A.ii 1128. ferro-magnetic variation of the mag- netic intensity of with temperature (ASHWORTH) A. ii 127. monatomic theory of the solid state of (GR~NEISEN) A. ii 1048. sublimation vaporisation and lique- faction of (GRUNEISEK) A. ii 534. of the nitrogen gronp iodides of (JAEGEK and DOORNBOSCH) A. ii 640. solid linear expansion of as a function of the absolutemelting point (STEIN) A. ii 128 ; (RUDORF) A. ii 624. Elephant epidermis keratin from (BVCH- Embalming resins used in (TSCIIIRCH Embryo chemistry of the ( RGGLIA and Emeraldine and its leuco-base (GREEN and WOODIIEAD) T. 1122 ; P. 136. Emieaion and selective absorption (SCHAUM and lfrTiiSTF,NFELD) A. ii 18. Emodin monomethyl ether acetyl de- rivative (TU’rIN and CLEWEK) T.294. Emodinol acetyl derivatives of (HESSE) A. i 277. Emodintridipbenylurethane (TUTIN and Emulsification tlicory of ( BANCROYI’) (VASILIEFF) A. ii 931. TALA) A. i 520. arid REUTTER) A. i 639. CONSTANTINO) A. ii 1078. CJ,E\VEl<). T. 292. A. ii 542 834.INDEX OF SUBJECTS. ii. 1465 Emnlsin action of in alcoholic solution (ROURQUELOT and BKIDEL) A. i 672. influence of the dilution of ethyl alcohol on the action of in this medium (BOURQUELOT and BRIDEL) A. i 928. synthetic action of (BOURQUELOT and BRIDKL) A. i 592. synthesis of alkyl glncosides by means of (BOURQUELOT and BRIDEL) A . i 738. reactions of amygdalins with (KKIEBLE) A . i 482. action of on gentiopicrin (ROURQUELOT and BRIDEI.) A. i 593. action of 011 salicin in alcoholic solu- tion (BOURQUELOT and BRIDEL) A.i 522. Emulsions apparatus for preparing ( HATSCHEK) A. ii 445. stability of (GROSCHUFF) A. ii Enamels detection of antimony in (RICKMANN) A ii 870. Energy exchanges of in cold-blooded aninials a t rest (HILL) A. ii 181. influence of carbohydrates and of in- traperitoneal infusion of blood on consumption of (HARI) A. ii 953. changes of in vaporisation and elec- trolytic dissociation ( ARREENIUS) A. ii 131. chemical connexion between optical frequency and (STARK) A. ii 315. of gases effect of gravity on the (Low) A. ii 734. internal of a substance (KLEEMAN) A. ii 535. total and free in electrolytic dissocia- tion (LUNDI~N and GARDNEK) A. ii 892. Enols spectrochemistry of (AUWERS) A. ii 3. Enzyme glucolytic of yeast ( BIRCKNER) A i 8lT. lipolytic i n urine (PRIBRAM and Lowy) A.ii 370. peptolytic of saliva (KOELKER) A. ii 181. Enzymes distribution of in plants (H. E. and E. F. ARMSTRONG and HORTON) A. i 816. formation of in the alimentary canal (v. TSCHERMAK) A. ii 1066. chemical composition and formation of (v. EULER and JOHANSSON) A. ii 590 ; (v. EULER and MEPER) A. ii 793 970 ; (v. EULER and PALM) A. ii 1201. oil-water (ELLIS) A ii 13 1036. 144. Enzymes synthetic functions of (BAY- LISS) A. i 328 ; (BRADLEY) A. ii 368. and anti-enzymes reaction between (MINAMI) A. ii 362. in young bamboo shoots (KATo) A. ii 81. of the bull’s testis ( MIHARA) A. ii 70. distribution of in the digestive organs of fish (POLIMANTI) A. ii 182. in sterile milk (HARDEN and LANE- CLAYPON) A ii 664. in ovaries (LOB and GUTMANK) A ii of rennet (VAW DAM) A ii 460. of the spleen (TANAKA) A.ii 69. of yeast (EULER) A. ii 19s. action of colloids on (PINCUSSOHN) A i 521. influence of on Digitalis substances (HOLSTE) A. i 575. action of ou mannans galactans and cellulose ( BIERRY and GIAJA) A. ii 657. paralysis of (LICHTWITZ) A. ii 590. influence of in edema (ELDER and possible influence of on the production cleavage of proteins by (ABDERHALDEN alcoholic influence of uranium salts on animal influence of electrolytes on 783. GIES) A. ii 1080. of cedema (GIEs) A. ii 856. and PETTIDONE) A. i 1040. (KAYSER) A. ii 860. (BIERRY) A. ii 656. digestive experiments on (GRABER) A. ii 706. glucoside-spli tting relation of nncleic acids to (TSCHERNORUTZKY) A. i 815. lipolytic influence of serum and the juices of organs on (MIKAMI) A.ii 460. peptolytic occurrence of (ABDER- HALDEN) A. ii 576. proteolytic action of on clupein (RoGozfssKI) A. i 672. influence of oxygen on the work of in dead plants (PALLADIN and KHAULE) A ii 291 ; (PALLADIN ALEXAKDROFF IWANOFF and LEVITSKY) A. ii 800. reduction (BAcH) A. ii 183. Amylase. Analase. Anti-emulsin. Antithrombin. Cat alase. Cellase. Cellulase. Choleoterase. Enzymea. See also :-ii. 1466 INDEX OF SUBJECTS. Enzymes. See also :- Diastase. Erepsin. Emulsin. Gelatinase. Glycerophosphatase. H istoz yni e. Invertase. Lactase. Levanase. Linase. Lipase. Ma1 tase. Nuclease. Nncleosidase. Oxydase. I’ancrentin. Pepsin. Peroxydase. I’henolase. Phospliatese. Prothronibin. Prunase. Reduc tase. Rennin. Secretin. Synproteasc. Takadias tase.Tetranuclease. Thrombin. Thromboplastin. Try psin. Ureasr. Zymase. Zymin. Enzyme action (BAYLIYS) A. i 328 ; (FAI,K and NELSON) A i 522 693 ; (ARMSTRONG and HORTON) A. i 594 ; (H. E. and E. F. ARM- STRONG and HORTON ARMSTRONG and EYRE) A. i 816. reversibility of ( BOUP.QUELOT and BRIDEL) A i 928. 4-Eosinamino-S:3’-dimethyldiphenyl-4’- phthalamic acid (CAIS and BRADY) T. 2309. Ephedrine and +-ephedrine salts and derivatives of ( S C H M I D T ~ I ~ ~ CALLIESS) A. i 644. Epiborneol (BREDT and PERKIN) P. 57. Epicamphor,’amino- and bromo- (BKEDT and PERKIN) P. 57. a-and B-isonitroso- and their deriva- tives (FORSTER and SPINNER) T. 1348 ; P. 47. Epicamphorcarboxylic acid and bromo- ( HREDT and PERKIN) P. 57. Epichlorohydrin preparation of (FAR- BENFABRIKEN VORM.F. BAYER & Co.) A. i 155 ; (CHEMISCHE FAB- RIK GRIESHEIM-ELEKTRON) T. 744. Epidihydrodicamphenepyrazine and its ealts ( FORSTER and SPINNER) T. 1357. Epidote from Aosta Valley Piedmont from Norway (ANDERSEN) A. ii 1183. EQKILIBRIUM :- Phase rule application of to colloidal Equilibria in one-component systems thermodynamics of (TAMMANK) A. ii 19 29 129. influence of pressure on (PUSHIN and GKEBENTSCHIKOFF),A. ,ii 330,331. of fused ruixt.ures of isomorpous salts (VRSHESNEVSKY) A. ii 137. Equilibrium of a system under influ- ence of an external agent (VOL CHONSKY) A. ii 441. in heterogeneous systems ( WEG- SCHEIDER) A ii 441. three-phase (SYITS) A. ii 242. in binary systems sliowing mixed crystals (KRUYT) A. ii 632. Ternary systems critical end-points in (SmTs) A.ii 918. crystallisation in ( PARRAVANO and SIROVICH) A. ii 836. Equilibrium curve solid-liquid (VAN LAAP.) A. ii 1040. Equilibrium chemical. See under Affinity chemical. Erepsin distribution of in organs (AMANTEA) A ii 777 Ergot yellow colourhg matters froni (FREEBORN) P. 71. Ergotoxin action of on diabetes (MICU- LICICH) A ii 856. isoErucic acid (MACBETH and STEWART) P. 68. Erysimzm perowskianum erysoli n from (SCHNEIDER and KAUFMANN) A. i 837. Erysolin and its derivatives (SCHNEIDER and KAUFMANN) A. i 837. Erythrene preparation of ( FARBENFAE- HIKEN VORM. F. BAYER & Co.) A. i 742 821. Eryths.ophla?u?n Qteineense i cons tit ue n ts of the bark of (POWER and SALWAY) A. ii 977. Erythroeulphuric acid calcium salt (CHEMISCHE WERKE VORM. H. BYK) A. i 832.Erythroxyanthraquinone methyl ether (FARBWERKE VORM. MEISTER LUCIUS & BR~NING) A. i 477. Eeerine (physostigmine) constitution of (SALWAY) T. 978 ; P. 125. Eeerine blue and its salts (SALWAY) T. 986 ; P. 125. Emroline preparation properties and salts of (SALWAY) T. 980 ; P. 125. (MILLOSEVICH) A. ii 569. systems (JONKER) A ii 440.INDEX OF SUBJECTS. ii. 1467 Ester C16H3004 from ethyl a-bromo- hexoate (BLAISE and PICARD) A. i 747. Eaters fusibility curves of the formation of (BAUME and PAMFIL) A. ii 1039. acid action of sodium alkyloxides on (DAMBERGIS and KOMNENOS) A i 934. liquid capillary constants of (WALDEN and SWISNE) A. ii 628. hydrolysis of by blood (RONA and EBSEN) A. ii 362. fatty reduction of by metal amniooias Ester acids of thiocarboxylic acids with aliphatic dcohol acids (HOLMBERG) A.i 130. Eeter formation in methyl alcohol (GOLDSCHMIDT and THUESEN) A. ii 1155. Ethane tetmbromo- action of on organic bases (DEHN) A. i 240. hoxachloro- thermal analysis of and of its binary mixtures (PASCAL) A. i 330. Ethanetriurethane (CURTIITS) A. i 430. Ethenylamidine benzenesulphonate (ROUILLER) A. i 584. Ether. See Ethyl ether. Ethers and alcohols viscosity of mixtures of (BAKER) T. 1409 ; P. 165. Ethereal sulphates formation of in the animal organism (LADE) A. ii 778. Ethoxide barium ( CHABLAY) A. i 3. calcium (DE FOKCRAXD) A i 67,743. E thoxides action of ?n-ni trolenzylidene c:iiloride 011 solutions of (KLIEGL) A. i 268. y-Ethoxyacetoacetic acid ethyl ester aiitl its copper salt (SOMMELET) A. i Ethoxyacetopiperidide (BRUNO and ITL LO) A.i 162. Ethoxyacetylacetoacetic acid ethyl ester ( WEIZMASK DAVIES and 2-Ethoxyacetylacetophenone (PISTER- MANX and TAMnoR) A. i 486. Ethoxyacetylmalonic acid ethyl ester 6-Ethoxy-l-p-aminophenyl-3:4-di- (CHABLAY) A. i 244. :i34. STEPHEN) l’. 103. (\VEIZMANN DAvIes and STEPHES) P. 103. methylpyrazole and its acetyl deriva- LUCIUS & BRUNINQ) A. i 136. 4-Ethoxyanthranilic acid and its acetyl derivative ( FRIEDLANDBR BRUCILNEK and DEUTSCH) A. i 319. o-Ethoxybenzaldehyde and nitro- and their derivatives ( GATTEKMANN) A. i 984. tive (FARBWERKE VORJI. hfElSTEtt p-Ethoxybenzeneazo-a- hydroxynaphth- oic acid (SIRCAR and WATSON) A. i 1037. l-o- and-p-Ethoxybenzenesea.2-naphthyl ethyl ethers and their hydrochlorides (CHARRIER and FERRERI) A i 814.Ethoxybenzfurazan. See E thoxybenziso- oxadiazole. o-Ethoxybenzhydro! (GATTEILMANN) A. i 985. Ethoxy-o-benzoqainonedioxime cliloro- (GREEN and ROWE) T. 2458. 5-Ethoxybenzisooxadiazole (ethoxybcnc- furazan) 6-chloro- and its oxide (GREEN and ROWE) T. 2458. y-Xthoxy-a-benaylacetoacetic acid ethyl ester (SOMMELET) A. i 334. 2-Ethoxy-S-benzylbarbituric acid (FAR- BENFABRIKEN VORM. F. RAYER & Co.) A. i 1025. Ethoxy-bromo- and -chloro-acetic acid ethyl esters (MYLO) A. i 4. a-Ethoxybntane-BC-dione-6-carboxylic acid ethyl ester and its salts (PERA- TONER) A. i 291. a-Ethoxyisobatyric acid and its salts and derivatives (RLAISE and PICARD) A. i 603. 2-Ethoxyconmsrilic acid and its ethyl ester (AUWERY) A. i 1009. 2-Ethoxy-4-coumarilic acid and its ethyl ester (AmvEtts) A.i 1010. 2-Ethoxycoumarone(Avw~es),A. i 1009. S-Ethoxy-o-cresol ( BAMBERGEIL a i d y-Ethoxy-aa-dibenzylacetoacetic acid 6 -E thoxy-4:5-dimethyldihydrouraci 4 - bromo- (KIRCHER) A i 54. a-Ethoxydiphenylace tanilide( KLI XGE R) A. i 557. a-Etboxydipheng leneace tsnilide( K LI NG- EP.) A. i 558. 2-Ethoxy-5-ethylbarbituric acid (FAR- BENFAHRIKES VORN. F. RAYEP.& Co.) A. i 1025. a-Ethoxy-a-ethylbutyric acid and its salts and ethyl ester (HLAISE and PICARD) A. i 603. 1-B - Ethoxyethylthiolanthraquinone a-Ethoxyhexoic acid salts aiid deriva- tives of ( B L A I S E ~ ~ ~ PICAHD),A.,i,747. Ethoxy-o-dzhydroxycatechol hemiether hemhloro- and its derivatives (JACK- SON and KELLEY) A. i 275. 8-Ethoxymelilotic acid ( BIILMANN and HOFF) A. i 462. 6-Ethoxy - l-p-methylaminophany1-3:4- dimethylpyrazole and its nitroso- derivative(F-4~swERK VORM.hIEISTER Lucrus & BRUNINQ) A.i 136. BLANQES) A. i 692. ethyl ester (SOMhlEI,ET) A. i 334. (GAT’rERMANS) A. i 1003.ii. 1468 INDEX OF SUBJECTS. Ethoxymethyl-n-bntyl ketone and its derivatives (BLAISE and PICARD) A. i 232. 2-Ethoxy-4-methylcoumarone( AUWER~) A. i 1010. 3-Ethoxymethylpyrazolone and its sodium salt (SOMMELET) A. i 534. Ethoxymethylsuccinic acid and its ethyl ester (HOPE) T. 906. a-2- Ethoxynaph thylitlene-p-amino- phenol ( MANCHOT aud PALMBERQ) A. i 350. 8-Ethoxypentane-ayc- trione-ut-dicarb- oxylic acid diethyl ester and its salts (PERATONER) A i 291. ~-Ethoxy-a-phenylbntan-y-one and its semicarbezone (SOMMELET) A. i 334. p-Ethoxyphenylaminosnccino-p-ethoxy- phenylimide and nitroso- (WARREN and GHOSE) A.i 961. 2-Ethoxy-6-phenylbarbituric acid (FAR- BENFABKIKEN VORM. F. BAYER & Co.) A. i 1025. 6-E thoxyphenylglycine-2carboxylio acid (FRIEDLANIJER BRUCKNER and DEUTSCH) A. i 319. o-Ethoxypropionylacetophenone (PIS- TERMANN and TAMBOR) A. i 486. 3-Ethoxy-Cpyridone l-hydroxy- ( PERA- TONER and TAMBURELLO) A. i 301. 2-Ethoxy-4-pyridone-6-carboxylic acid and l-hydroxy- and derivatives (PERA- TONER and TAMBURELLO) A. i 300. Ethoxy-o-qninocatechol hemiether hemchloro- and its acetyl derivative (JACKSON and KELLEY) A. i 276. 2-Ethoxy-2- thiol-3-phenyl-4-oxazolidone (HOLMBERG) A. i 132. 2-Ethoxythionaphthen and its -1-aarb- oxylic acid (AUWERS) A. i 1011. 2-E thoxy- 1 -p- to1 ylanthraqninoneimin- axole 4-hydroxy- and its sulphonic acid (FARBENFABRIKEN VORM.F. BAYER & Co.) A i 141. a-Ethoxyvaleric acid and its derivatives (BLAISE and PICARD) A. i 535. 6-Ethoxy-y-valerolactone ( LEUCHS GINA and BREWSTER) A. i 604. l-u(or B)-Ethoxyvinylthiolsnthraquin- one (GATTERMANN) A. i 1004. Ethyl alcohol chemistry of (v. LIEBIG) A. i 824. history of (v. LIPPMANN) A. i 824. and water specific gravity of mixtures of ( FRZ~ENIUS and GR~NHUT),A. i 154. density and thermal expansion of and its mixtures with water (OSBORNE MCKELVY and BEARCE) A. i 232. carbon tetrachloride and water pro- perties of mixtures of (HILL) T. 2467; P. 290 Ethyl alcohol and water determination of the surface tension of mixtures of (GRUNMACH) A. ii 903. conversion of acetaldehyde into by yeast ( KOSTYSCHEFF and HUB- BENET) A.ii 860. equilibrium of manganous sulphate water and (SCHREINEMAKERS and DEUSS) A. ii 441. compound of with ferric sulphate (RECOURA) A. ii 165. compounds of with hydrogen bromide and with bromine (MAASS and MCINTOSH) A. i 825. absorption of from the urinary bladder (VOLTZ BAUDREXEL and DIET- RICH) A. ii 466. recovery of from animal tissues (HANZLIK) A. ii 302. excretion of by the animal organism (VOLTZ BAUDKEXEL and DIET- RICH) A. ii 466. action of on muscle (LEE and LEVINE) A. ii 854. as a food for fungi (LINDNER and CZISER) A. ii 589. r61e of in metabolisni (VOLTZ and DIETRICH) A. ii 576. and methyl alcohol relative toxicity of towards the rate of reproduction in Hydatina senta ( WHITNEY) A. ii 968. estimation of in beer (FRESENIUB and GKUNHUT) A ii 870. Ethyl alcohol amino- conversion of into choline (TRIER) A.i 836. B-amino- from egg lecithin (TRIER) A. i 233. Ethyl chloride concentration of in blood a t the onset of narcosis (FREY) A. ii 584. Ethyl ether purification of for use as an anaesthetic (GCI~RIN) A. i 744. pure conductivity of (CARVALLO) A. ii 119. fusion curve of (TAMMANN) A. ii 1135. spontaneous explosion of ( KASSNER) A. i 826. equilibrium of water and (SCHEFFER) A. ii 1151. action of on metabolism (Ross and HAWK) A. ii 280. additive compound of ferrous chloride and (MANCHOTand HAAS) A. ,i,933. estimation of volumetrically in air (KOCHMANN and STRECKER) A. ii 1003. Ethyl iodide mechanism of the reaction of silver nitrate and in alcoholic solvent8 (PEARCE and WEIQLE) A. ii 925.INDEX OF SUBJECTS.ii. 1469 Ethyl mercaptan &amino- and its picrate (GABRIEL and COLMAN) A. i 529. Ethylamine salts (DEHN) A. i 241,242. diacetyl derivative and its hydro- chloride (PRTNGSHEIM) A. i 883. Ethyl n-amyl ether and its derivatives (BLAISE and PICARD) A. i 232. Ethylaniline tellnri-bromide and -chlor- ide (GUTBIER FLURY and EWALD) A. i 689. Ethylbenzene heat of combustion of (JESSE) A. ii 1041. Ethylbenzoylacetone (a-pheityZ-&ethyl- butanedwne) and its copper salt (DTECKMANN) A. i 869. 1 -Ethyl-4-aS-dz~romopropylbenzene (KUNCEELL and DETTMAR) A. i 432. a-Ethylbatyranilide a-cyano- ( HADLEY ) A. i 699. a-Ethylbntyric acid formation of methyl propyl ketone from in the organism (BLUM and KOPPEL) A. ii 188. a- Ethylbutyro -23-tolnidide a-cyano- (HADLEY) A i 699. a-Ethylbutyrylcarbamide a- bromo- (ada- Zinc) ( ROSENMUND and HERRMANN) F.BAYER dt Co.) A. i 422. u-Ethylbatyryliaocarbamide methyl ether bromo- (FARBENFABRIKEN VORM. F. BAYER B Co.) A. i 169. a-Ethylbatyrylcarbamyl chloride a- bromo- (FARBENFABRJKEN VORM. F. BAYER & Co.) A. i 953. Ethylcarbsmio acid ethylammonium salt (FICHTER and BECKER) A. i 15. Ethylcarbamylglycollic acid (HOLM- BERG) A. i 131. Ethylcarbithionic acid. See Propionic acid dithio-. Ethyloarbonatobenzaldehyde (ROSEN- MUND) A. i 843. 1-Ethylcarbonatognaiacol 5-brOmO- (JoNA) A. i 761. Ethylcarbonatonitroetyrene (ROSEN- MUND) A. i 843. d-E thylcarbonatopenta-soetyl-leucodi- Ethylcsrbonatophenylnitroethanol Ethylcarbonatopolyace tylpolydigalloyl- leucodigallic acid (NIERENSTEIN) A. i 470. Ethyl a-ohloro-n-propyl ketone (BLAISE) A.i 606. 1-Ethylaonmaranone-1-oarboxylio soid ethyl ester (AUWERS) A. i 1010. Ethylcrotonylcarbamide (ROGENMUND and HRRRMANN) A. i 244. 5-Eth~l-4-dihydroquinanolone ( BOGERT and QEIUER) A. i 396. A. i 244 ; (FARBENFABRIKEN VORM. @liO mid (NIERENSTEIN) A. i 470. (ROSENMUND) A. i 843. 3-Ethyl-4-dihydroquiazolone ethiodide aiid ruethiodide (BOGERI’ and GEIG- ER) A. i 511. nitro- (BOGERT and GEIGER) A. i 396. Ethylene viscosity of (ZIMMER) A. ii? 627. nature of supposed compound of and ferrous chloride (MANCHOT and HAAS) A i 933. dibromide cryoscopic constant of (Moms) A. ii 533. haloids stereoisomeric reaction differ- ences of (PFEKFFER) A. i 618. Ethylene irichloro- autoxidation of (ERDMANN) A. i 65 597 ; (STAUDINGER) A. i 330. tctruiodo- compounds of with organic bases (DEHK) A.i 242. Ethylene glycol dithio- di-l-amino-2- anthraquinonyl ether of (LESHARD) A. i 997. Ethylene oxide action of on hydrazine hydrate ;BARNETT) P. 259. aa’-Ethylei iebieiminodiphenylacetoni- trile (SCKLESINOER) A. i 656. ad-Ethyle iebisiminophenylacetic acid and its derivatives (SCHLESINGER) A. i 5 i5. aa’-Ethyle iebisimino-a-phenylpropionic acid and its salts (SCHLESINGER) A. i 555. aa’-Ethylenebiaiminopropionic acid and its derivatives (SCHLESINGER) A. i 555. Ethylenediamine telluri-bromide and -chloride (GUTBIER FLUI~Y and EWALD) A. i 689. hydrochloride and ammonia equili- brium of the system (BIDET) A. ii 915. Ethylenediammoninm selcnibromide (GUTBIEIL and GRUNEWALD) A. i 241. 3:S’-Ethylenedibenzos~iropyran (HORSCHE and GEYER) A i 893.Ethylenedipiperidine dibenzyl iodide (DUNLOP) T. 2003. 3:3 -Ethylenedirhodanin (NAGELE) A. i 795. Ethyleneglycoloxide dithallium (CHABLAY) A. i 528. Ethylenethiolanthraqninone (GATTER- MANX) A. i 999. Ethylenic linkings colour reaction for detection of (OSTROMISSLEXSKY) A. i 1. &Ethyl galactoside synthesis of (BouR- QUELOT and HfiRIsSEY) A. 1 946. Ethylgluooeide a-amino- (IRVINE and HYND) P. 320.ii. 1470 INDEX OF SUBJECTS. 4( or 6)-Ethylglyoxaline &amino- and its ralts ( P y h i m ) T. 643 ; P. 48. toxicity of ( BEILTHELOT and BER- TRAND) A. ii 969. presence of in the intestine and its production from histidine by a bacillus (MELLANBY and TWOHT) A. ii 853. onic acid B-hydroxy- lactone of and its salts ( P Y m N ) T. 537 ; P.47. Ethyl heptadecyl ketone (RYAN and NOLAN) A i 749. y-Ethylhexane and y-iorlo- (CIAILKE and HIEOEL) A. i 405. y-Ethylhexan-8-01 (CLARKE and RIE- GEL) A. i 405. y-gthylhexan- y-ol( CLA RKE and RIEQEI,) A i 405. y-Ethylhexan-&one (CLARKE and RIE- GEL) A. i 406. 2-Ethylcyclohexanone and its acetyl de- rivative (LESER) A. i 778. y-Ethyl-AP-hexene (CLARKE and RIE- GEL) A. i 405. Ethylisohexyl ether (HLAISE and Pr- CARD) A. i 232. Ethylhydrazine B-hydroxy-. and its fornialdehytie derivative ( HARNETT) P. 259. 3-Ethyl-4-hydroxyqninazoline-2-phtha- lone ( BOGEILT and HEIDELBEIXER) A. i 216. l-Ethyl-l-indenol 2:3-dibromo- and its acetyl derivative (SIMONIS and KIR- SCHTEN) A i 271. Ethylmercaptophthalamic acid (GA- BRIEL and COLMAN) A. i 530. A7-B-Ethylmercaptophthalamic acid an- hydride and its salts and deriv- atives (GABRIEL and COLMAN) A i 529.Ethylmercaptophthalmethylamic acid and its anhydride salts of (GABRIEL and COLMAN) A. i 630. Ethy1methy:isoolivil (KOERNEK and a(8-Ethyl) B-l-methylglyoxaline-4(or 6)-propionic acid B-hydroxy- lactone of and its picrate (PYMAS) T. Ethylmorphine and its hydrochloride melting points and solubilities of (SCHAEFER) A. i 797. Ethylolivil (KORRNER cind VANZETTI) A. i 352. Ethylisoolivil (KOERNER and VANZETTI) A. i 363. y-Ethylphenol 8-chloro- (v. BRAUN and GAWRILOW) A. i 498. a-(B-Ethyl)-B-glyoxaline-4(or 5)-propi- VANZETTI) A. i 353. 538. p-Ethylphenyl a-bromopropyl ketone (KUNCKELL) A. i 432. a-P-Ethylphenyl-Aa-butylene and its clibromide and a-chloro-B-hromo- (KIJNCKELL) A. i 432. Ethylpiperidine B-chloro- action of heat on (DUNLOP) T.2000 ; P. 230. 8-iodo- hydriodide (DUNLOP) T. 2002. Ethylpropylisobatylamine preparation of and its platinichloride (POPE and READ) T. 523 ; P. 50. d-Ethylisopropylcarbinol and its deriva- tives (PICKARD and KENYON) T. 632. Ethylpropyletannic chloride (SMITH and KIPPING) T. 2563 ; P. 314. Ethylpyridium salts (FERNS and LAP- WORTH) T. 281. l-Ethylquinolylene-4(2’)-quinaldine ethiodide salts and derivatives of (KAUFMANN and VONDERWAHL) A. i 503. 2-Ethylqninoxaline-3- carboxylic acid ethyl ester (WAHL and DOLL) A. i 536. a-Ethylstyryl propyl ketone (AUWERS) A . ii 1014. a-Ethyltetrahydroberberine methiodide (PREI:ND) A. i 488. l-Ethyltetrazole-5-carboxylic a d d and its salts and derivatives (OLIVERI- MANI)AL.~ and PASSALACQUA) A.i 145. 4-Ethyl-l:4-thiazan and its salts (CLARKE) T. 1587 ; P. 218. Ethylthiocarbamylglycollic aoid and its salts (HOLMBERG) A. i 131. l-Ethylthiolanthraquinone and 1-8- lmomo- l-a/3-cZibromo- and 1-e- liytlroxy- (GATTERMANN) A. 1 999. 2-Ethylthiolanthraquinone 2-@-brorno- 2-aP-dibromo- and 2-&hydroxy- and their derivatives (GAWEHMANN) A. i 1004. l-Ethylthiolanthraquinone-6-eulphonic acid potassium salt (GATTERMANX) A. i 1002. 3.’-Ethylthiolbenzaldehyde and its de- rivatives (GATTERMANN) A. i 985. 2-Ethylthiol-4-benzylidene-l:5-~ydro- 5-gloxalone (JOHNSON and NICOLET) A. i 808. 2-Ethylthiol-4-beneylidene-l-ethyl- 1:6- dihydrod-glyoxalone (JOHNSON and NICOLET) A. i 808. 2-Ethylthiol-4-benzplidene-l-methyl- 1:6-dihydro-6-glyoxalone (JOHYSOX and NICOLET) A i 808.INDEX OF SUBJECTS. ii.1471 2-Ethylthiol-5-phenoxy-4-phenoxyme- thyl-l:6-dihydro-G-pyrimidone (.To if N- SON and HILL) A. i 912. 2-Ethylthiol-l-phenyl-4-p-nitrobenzyl- idenehydrantoin(JoHNs0Nann BRAUT- LEOHT) A. i 805. 4-Ethyltriacetonine and its salts (CLARKE and FRANCIS) A. i 722. l-Ethyltriazole and its S-carboxyl!~ acid (WOLFF and KRUCHE) A. 1 1030. l-Ethyltriazole-4:5-dicarboxylic acid (WOLFF and KRUCHE) A. i 1030. l-Ethyluracil 5-amino- and 5-nitro- (R~CRENDORFF) A. i 54. 1-Ethylnracil-4-carboxylic acid 5-nitro- (B~CKEKDORFF) A i 54. Eudiometer modified explosion (CAMP- BELL) A. ii 86. Engenol p-nitrobenzoate of (CLAISEK and EISLEB) A. i 965. Eugenol 5-nitro- potassium hydrogen salt (KLEMENC) A. i 459. isoEugenyl propyl ether (PUXEDDU) A.i 185. Enonymol and its acetyl derivative (ROGERSON) T. 1046 ; P. 138. E16onymus atrqurpweus chemical ex- amination of the bark of (ROGERSOX) T. 1040 ; P. 138. Euonysterol aud its acetate ( ROGERSON) T. 1048 ; P. 138. Eupitorbia constituents of the latex of (v. WIEYNER) A ii 674. Europium :- Earopoue chloride (URBAIN atid BOUEION) A. ii 162. Expansion coefficients variation of with temperature ( LINDEMANN) A. ii Explosions absence of penetrating radi- ation during (DE BROGLIE ant1 BRIZARD) A. ii 882. Extraction apparatus (FRIEDHICHS ; JACOIXON) A. ii 37 ; (WILSON) A. ii 341 ; (FORD) A. 11 445 ; (BACON and DUNBAR) A. ii 679 ; (MARINO) A. ii 1050 ; (BLASDALE BOEOK) A ii 1090. mqdified Soxhlet (FRIEDRICHS) A. 11 1160 1161 ; (QCHMID) A. ii 1161. modified Wiley (RICHARDSON and SCHERUBEL) A.ii 983. Extraction and distillation apparatue (TAURKE) A ii 383. 127. F. Facea detection of blood in (DOCK- HORN) A. ii 504. Faeces estiination of aluminium in (SCHMIDT and HOAGLAND) A. ii 605. estimation of bacteria in (MATTILL and HAWK) A ii 466. Fagaramide. See Piperonglacrylic acid isobutylamide. Fagopyrum-mtin preparation of (BRAKDT and SCHAKTEL) A. i 885. Famatinite from Nevada (RANSOME) A. ii 264. Faraday. See under Electrochemistry. Faraday’s law lecture experiment to illustrate (ZENGELIS) A. ii 246. Fasting ( HOWE MATTILL and HAWK) A. ii 65 369 ; (HOWE and HAWK) A. ii 273 369 576; (SHERWIN and HAWK) A. ii 461 ; (HAWK) A. ii 660. changes in the brain substances during (PALADINO) A ii 273. ab~orption of,by thestomach(Gmrcm) A.ii 272 659; (GREENE and absorption and storage of in the salmon’s muscles (GXEENE) A. ii 274. sparing action of (RARTMANN) A. ii 7i9. infiltration of into the liver after phosphorus poisoning and its origin in the animal body (SHIBATA) A ii 68. ingested fate of in the body (RAPER) A. ii 365. composition of,in carcinoma(~~ACKER) A ii 583. of fowls (PENNINGTON and HEPBURN ; HEPBURN) A. ii 275. of milk. See Milk. of the smegma of the horse (ZARI- BRICKY) A. ii 961. Fate determination of the melting points of (PROUZERGUE) A ii 307. apparatus for determination of the iodine and saponification numbers of (MICHEL) A. ii 396. absorption of bromine by (SPRINK- MEYER and DIEDRICHS) A. ii 815. animal constituents of (KLIMONT) A. ii 580. colouring matters and nitrogenous sub- stances in (BOUCHARD) A.ii 632. from Bassia species (PELLY) A ii 379. hydrolysis of by sulphuric acid (GRUN and CORELLI) A. ii 409. decomposition of by higher fungi ( SPIECKERMANN) A. ii 590. importance of in diet (OSBORNE MENDEL and FERRY) A. ii 779. Fat absorption of (BLOOR) A. ii 676. SKAER) A. ii 273.ii. 1472 INDEX OF 3UBJECTS. Fats as a source of energy for muscular work (FRIDERICIA) A ii 853. value of in muscular work (ZUNTZ) A. ii 1069. detectiou of sulphur componnds in (KNORR) ti. ii 990. estimation of (WATANABE) A. ii 701; (GOYKE) A ii 1107. estimation of by direct hydrolysis (SZ~KELY) A. ii 872. estimation of the Polenske number of (ARNOLD) A. ii 702. estimation of acids in (LOEBELL) A. ii 211. estimation of glycerol in ( WILLSTATTER and MADINAVEITIA) A.ii 1104. estimation of in blood ( BERCZELLER) A. ii 1109. estimation of in cocoa (RICHTER) A. ii 1107. estimation of in organs (SEIIBATA and ENDO) A. ii 67. analysis of (MADINAVEITIA) A. ii 816. Twitchell’s process for the analysis of {GRIMLUND) A. ii 816. Fehhg’e solution preparation of (LUNING) A. ii 303. modifications of (HARRISON) A. ii 98. Felspar French analyses of (GONNARD and BARBIER) A. ii 359. -Fenchane (WOLFF and NOLTE) A. i 988. isoBenchocamphanic acid (ASCHAN SJOSTXOM and PETERSON) A. i 200. isoFenchocamphononic acid aiid its derivatives ( ASCHAN SJOSTROM and PETERSON) A. i 200. isoFenohocamphorio acid constitution and derivatives of and a-bromo- and a-hydroxy- and their derivatives (ASCHAN SJOSTROM and PETERSON) A. i 198. isoFencholauronolic acid (ASCHAN SJOSTRBM and PETERSON) A.i 200. Fenchonazins (WOLFF and NOLTE) A. i 988. Fenchonehydrazone (WOLFF and NOLTE) A i 988. Fermentation alcoholic (v. EULER and NER and MEISENHEIMER) A. ii 671 ; (KOSTYTSOHEFB and HUB- BENET) A. ii 860. mechanism of (HARDEN and YOUNU) A. ii 670. dihydroxyacetone as a product in (SLATOR) A. i 162. alcoholic influence of nitrogenous matter on the formation of ethyl acetate in (KAYSER) A. ii 861. JOHANSSON) A. ii 377 ; (BUCH- Fermentation a!coholic hydrogenation of sulphur in (CHOWRENKO) A. ii 972. inhibition of (DORMER) A. ii 1082. yeast ( VANDEVELDE) A. ii 588 ; (F EULER and BACKSTROM) A. 11 589. in the presence of iodoform bromo- form chloroform and acetone (VANDEVELDE) A. ii 588. sugar-free (NEUBERG and KARCZAO) A.ii 78; (NEVBERG; NEUBERG and KERB) A. ii 973. of sugars (LINDNER) A. ii 475 476. Ferric salts. See under Iron. Ferricyanic acid transformation of intq ferrocyanic acid (GILLET) A. i 614. copper salts of (MULLER WEGELIN and KELLERHOF) A i 614. Ferricyanides alkylation of (HARTLEY) T. 705 ; P. 101. estimation of (RAY and SEN) A. ii 817. Ferroboron analysis of (RAULIN) A. ii 207. Ferro-concrete de-rusting of iron in (DONATH) A. ii 52 ; (ROHLAND) A. ii 53. Ferrocyanic acid transformation of ferri- cyanicacid into (GILLET) A. i 614. copper salts of (MULLER WRGELIK and KELLERHOFF) A. i 614. Ferrocyanides alkylation of ( HARTLEY) T. 705 ; P. 101. metallic hydrogen (WILLIAMS) P. 317. estimation of (WILLIAMS) A. ii 704. Ferromanganese analysis of (BELASIO) A. ii 1097. Ferronickel analysis of ( CARRON) A.ii 691. Ferrosilicon analysis of (CAMILLA and PERTESI) A. ii 1215. Ferrotnngsten estimation of manganese estimation of tungsten in (FIEBER) Ferrouranium analysis of (TRAUT- MANN) A. ii 207. Ferrovanadinm estimation of vanadium in (SLAWIK) A. ii 300. Berrozirconinm? analysis of (WUNDEI and JEAKNERET) A. ii 96 ; (WEISS and TRAUTMANN) A. ii 495 ; (PIWA DE RUBIES) A. ii 1001. Fertilieers. See Manuree artificial. 4-Fernloyloxyben~oic acid ( FISCHER and HOESCH) A. i 859. Fever metabolism in (MYERS and VOLOVIC) A. ii 277. induced by injection of salts (FREUSD and GRAFE) A. ii 186. in (SLAWIK) A. ii 299. A. ii 495.INDEX OF SUBJECTS. ii. 1473 Fibrin bodies (FoEx) A. ii 1082. Fibrinogen ( BAUEIL and ESGEL) A. i regeneration of (MEEK) A.ii 273. Ficus-caoutchouc constituents of (ULT~E) A. i 883. Fiehe’s reaction for detection of invert sugar in honey ( HALPHEX) A. ii 498 ; (Sl’ECKI,tN) A. ii 499. Fig tree latex coiistituents of (GEKUEI?) A. ii 801. Filling apparatus automatic (Scrirmi) A. ii 37. Filter automatic (WALLACE) A. ii 678. flat (HUNDESHAGEK) A. ii 484. Filter-pump valve for a (HUTCIIINSON) A ii 933. Filtration alundum plates for ( BENNER nnd Ross) A. ii 245. Filtration apparatus (KLEEMAKN) A. ii 598. for low temperatures (PKINS) A. ii 38. Fir Douglas constituents of oil from (BRNSON and DARRIN) A. i 574. Fish absorption of metallic salts by (WHIYK arid THOMAS) A. ii 576. enzymes in the digestive organs of (POLIMASTI) A. ii 182. English cooking and composition of (WILLIAMS) A. ii 70.Fish gelatin influence of on the estima- tion of sugars (BERNADI) A. ii 1004. Flame mass and molbility of the ~iositive ions of a (bfORlCAU) A . ii 1031. experiment with (EGEICI’ON) A. ii 635. of the Bunsen burner spectrum of the violet region of the (JOHAXSES) A . ii 402. Flames deposits obtained from by electricity (THIEJIE) A. ii 122 321. difyusioii of alkali salt vapoui-s in (WILSON) A. ii i44 ; (BECKEK) A . ii. 1043. oxy-hydroget1 aiid chloriiie-hydrogen spectra of metals in (HARSACE;) A. ii 215. reversed reactions and reductions i n (MEYER) A. ii 1051. Flasks Dewar use of in calorimetry (BOGORODSKY) A. ii 134. distilling thermometer holder for (FKEUND) A . ii 932. Flavone 2‘-hydroxy- and its Rcetyl de- rivative (PISTERMAXN andTAhlBoR) A. i 486. 1:3:4-trihydroxy- and its triacetyl derivative (NIERENSTEIN) A i %92.785. Flavone group ethylation in the (PERKIN) P. 328. Flavonol 1 :3:4 :3’:4’-pentahydroxy- (NIEKENSTEIN and WHELDALE) A. i 42. Flour ageing of and its effect on diges- tion (WESEXER and TELLEM) A. ii 657. influence of concentration of the hydrogen ion on the baking value of (JESSEN-HANSEN) A. ii 675. wheat estimatiori of gliadin in (HOAG- LAND) A. ii 706. estiniation of the gluten-content of ( RAMMSTEDT) A. ii 820. Fluidity and vapour pressure ( BING- I f m ) A. ii 333. Fluoran potassium salt (v. LIEBIG) A. i 380. Fluorene B- 1 3 :6 :8 -tetrani tronaphtha- leilate (OSTKOMISSLEKSKY) A. i 23. Fluorene 9 9-dichloro-2-bromo-9 9-di- chloro-2:i-dibromo- and 2:7:9:9- tctmchloro- (SCHMIDT and WAGNEE) A. i 178.2:7:9:94etrahydroxy- and its tetra- heiizoate (SCHMIDT RETZLAFF and HAID) A i 696. Fluorene series (SCHMIDT RE’L‘ZLAFF and HAID) A. i 695. Fluorene-fbcarboxylic acid 9-bromo- and 9-chloro- inethyl esters ( KLIKGER) A. i 558. 2:7-Fluorenequinone 9:9-dichloro- (SCHMIDT I~ETZLAE’F and HAID) A. i 696. Fluorene-a-sulphonic acid (SCHMIDT RETZLAFF and HAID) A. i 696. Fluorenone compound of with zinc chloride (REDDELIEN) A. i 364. Fluorenone 2:7-dianiiuo- 2:7-dihydr- oxy- and 2 3 6 7 -tetranitro- and their derivatives (ScHMInT RETZ- LAE’F and HAID) A. i 695. 2:7-dichloro- and its derivatives (SCHMIDT and WAGNER) A. i 179. Fluorescein sodium salt (uruni?~) fluorescelice of (RoHx) A. ii 878. Fluorescein telmchloro- (METTLER) A. i 359. Q- & 7- and 6- Fluoresceins and their salts arid derivatives (v.LIEBIG) A. i 379. 4-Fluoresceinamino-3 3’dimethyldiphe- nyl-4-phthalamic acid (CAN and BRADY) T. 2308. Fluorescence (FrtY GELBKE) A. ii theory of (BALY and KRULLA) T. Baly and Krulla’s hypothesis of (MAC- 713. 1469 ; P. 196. BETH) P. 271.ii. 1474 INDEX. OF SUBJECTS Fluorescence influence of on ionisation by collision (FRANCK and WEST- YHAL) A. ii 314. auxochromic influence of nitrogen in (KAUFPMANN and WEISSEL) A i 863. of metallic salts (WOLFF) A. ii 878. Fluoresoent substances action of in alcoholic solution (Szucs and KISCFI) A. ii 791. Fluoresoin diacetyl derivative (v. LIE- BIG) A. i 380. Fluorides. See under Fluorine. Fluorine atomic weight of (MCADAM and SMITH) A . ii 549. spectrum of in a Geissler tubc (POR- LEZZA) A.ii 876. action of in nature (ALVIN) A. ii 357. Hydrofiaoric acid (hydrogen fluoride) ionisation and conductivity of solu- tions of (PICK) A. ii 1131. Fluorides estimation of (VAN KAM- PEN) A. ii 88. Fluorine detectionof (RuPP) A. ii 88 ; (SARTORI) A. ii 384. detection and estimation of (GAUTIER and CLAUSMANN) A ii 681. estimation of (DRAWE) A ii 806. estimation of small quantities of colorimetrically (GAUTIER and CLAUSMANN) A ii 805 806. estimation of as calcium fluoride (STARCK aiid THORIN) A. ii 295. Fluorite as a standard of density and refractive index (MERWIN) A. ii 55. Fluorites from Spain (CAMPO Y C E H D ~ N ) A ii 564. +Fluorone non-existence of ( PUM- MERER) A. i 181. Fluorspar analysis of (BJDTEL) A. ii 997. Fodder green preservation of with calcium phosphate (SANI) A.ii 980. Foddere utilisation of phosphorus in by ruminants ( FINGERLIXG) A. ii 63. separation of organic phosphorus and phosphates in (FINGERLING and HECKINC) A. ii 91. Food in relation to growth (OSBORNE MENDEL and FERRY) A. ii 957. influence of the temperature of on the gaseous metabolism of man (HARI and V. PESTHY) A. ii 952. digestion of the inorganic constituents of (ABDERHALDEN and HANSLIAN) A. ii 956. amino-acids and ammonium aalts as nitrogenous constitueii ts of ( ABDEH- HALDEN and HIRSCH) A. ii 957. Food gelatin and animonium salts as nitrogenous constituents of (ABDER- HALDEN and LAMPI?) A. ii 056. Foods the balance of acid-forming and base-forming elements in (SHERMAN and GETTLER),. A. ii 576. vegetable arsenic in (JADIN and ASTRUC) A.ii 478. detection of beuzoic acid in (BIER- NATH) A. ii 1006. detection of dextrin and estiniation of sucrose in (VOLLANT) A. ii 101. estimation of the mineral constituents i n (BERG) A. ii 603. estimation of phosphorus in ( VOZLRI K) A ii 386. canned estimation of tin in(ScHREIBER and TABER) A. ii 95. in the cambial sapof Conifem (KLEIK- STUCK) A. ii 1202. condensation of with aniline (NASTU- KOFF and MALHALN) A. i 962. condensation of with o-toluidine (NASTUKOFF and KRONEBERG) A. i 962. condensation of with cycloliexanol and methylcyclohexanols (MURAT and CATHALA) A. i 847. action of potassium cyanide on (POL- STORFF and MEYER) A. i 605 ; (FRAKZEN) A i 677. excretion of (MCGUIGAN) A. ii 371. compound of with carbamide (PALMA) A. i 610. compound of with phenylpyrrole (COLACICCHI and BERTONI) A.i 653. detection of in milk (Gr~ss) A. ii 1218. detection of in plants (CURTIUS and FRANZEN) A. ii 797. estimation of (RIMINI and JONA) A. ii 698. estimation of refractometricrrlly ( REI- CHER and JANSEN) A. ii 304. Formaldehydesulphoxylic acid zinc salt preparation of crystals of (BA- i 945. Formamide as a solvent and ioiiising medium (WALDEK) A ii 26. Formamide iodo- (BOISMENU) A. i 15. Formamidine disulphide preparation of and its salts (WERNER) T. 2176 ; P. 240. action of nitrous acid on (WERNER) sulphate (FICIiTER and W m K ) A Formaldehyde (ELVOVE) A. ii 103. DISCHE .%NILIN- & SODA-FABRIR) A. 'r. 2180 ; P. 241. i 423.INDEX OF SUBJJXTS. ii. 1475 Formic acid formation of in the fer- mentation of sugar (STEITUHK and SCHELLBACH) A.ii 956. production of by yeast (FRAWES- and STEPPUHN) A. ii 4 i 5 . preparation of from alkali forniates (CHEMISCHE FABRIK GRUNAU LANUSHOFF & MAYER FRAKKE and KIKCHNER) A. i 408. preparation of from calcium cyanamide (SULZER) A. i 610. ferinentatioii of by Bacillus prodigiosus (FKANZES) I. ii 669. action of on triarylcarbinola (GUYOT and KOVACHE) A i 186 972. catalytic decomposition of esters of (SABATIER and MAILHE) A. i 156 15?. aluminiuni and chroinium salts pre- paratioii of solutions of (WOLFF) A. i 408. colour and absorption of the dirosanili- dines of (REITZENWEIN and Bii- NITSCH) A. i 662,664. estimation of in honey (FIKCKE) A. ii 608. estimation of by means of perman- ganate (FOUCHET) A. ii 499. Formic acid chlorodithio- (chlorocarbi- thimic mid) ethyl ester (HOUBEN and ScHuLrZE) A.i 6. cyanoamino- esters of and their salts (MERCK) A. i 877. FormoxyiYobntyrio acid and its deriva- tives (BLAISE) A. i 410. a-Formoxypropionic acid and its deriva- tives (BLAISE) A. i 410. 6- and 7-Formylanilino- l-naphthol-3- sulphonic acids and sodium salt of the fornier (FARBENFABKIKEN VORM. F. BAYER & Co.) A. i 552. Formyl-3-methoxy-4:6-methylenedioxy~ phenylethylamine (DECKER) A. 1 581. 4-Formylmethylamino- 1 -phenyl-2:3-di- methyl-5-pyrazolone (FARBWEKKE INO) A . i 516. Formylphenylacetic acid ethyl ester isomeric forms of (MICHAEL MICHAEL and FULLER) A. i 861. l-Formyl-23:s-trimethylpyrrole and its pheuylhydrazone ( KNOKR and HESS) A. i 900. Fowls the fat of (PENNIKGTON and HEPBURN HEPBURN) A.ii 275. egg? See Eggs. Freezing-point influence of a third coni- ponent on the of binary mixtures ( b I u c B I s ) A. ii 898. VOlLM. MEISTER LUCIUS & BRUN- (WISLICENUS) A. i 623. Freezing-point depression of the for binary mixtures (BAUD) A. ii 233 331. of mixtares of salts (RIvETT) A.,ii,l%O. determinations (RoTH) A. ii 532 ; Friedel-Craft's reaction ( B~ESEKEN) A. i 65 (HELLER) A. i 357 ; (HEL- LEK GRUNTHAL aiid RUHTEKBERO) A. i 358. Frog muscle of. See Muscle. Frogs cardiectomised diffusion of druga in (ABEL) A. ii 1193. Frost protection of plants from (MAXI- MOFF) A. ii 476 980. Falminic acid polymerides of (WIE- LAND and BAUMANN) A. i 838. mercury salt (PHILIP) A. i 839. Fulrninuric acids constitntion of the (ULPIAXI) A. i 340 611. B- and y-Fnlminuric acid6 derivatives of (ULPIANI) A.i 611. Fumaric acid formation of by moulds conversion of maleic acid into (TAKA- methyl hydrogen ester (WARREN and Fumarodiphenylamide (WARREN and GROSE) A. i 962. Fnmaromethylanilide ( WA REP^' and GROSE) A. i 962. Fnmaryl chloride dibromo- (OTT) A. i 830. Fumes apparatus for absorption of (FOLIN and DEKIS) A. ii 635. F~nrEdi~s toxicity of sugar solutions to effects of alkaloids on the embryos of Aadulus heteroclitus abso tion of copper salts by (WHITE andTmmAs) A. ii 576. Fungi acids from (BOEGAULT and alcohol as a food for (LINDNER and nitrogenous constituents of (REUTER) oxydases in (REED and STAEIL) A. ii higher chomical composition of (GORIR and MASCRI~) A. ii 79. n itrogenouscoiistituentsof ( WINTER- STEIN and REUTER) A.ii 1204. chemistry of (ZELLNER) A. ii 196 196. decompositiou of fats by (SYIECREI~- MANN) A. ii 590. lower conversion of amines into alco- hols by (EHI~LICII and P I s m c a r - MUKA) A. ii 590. (FL~GISL) A. ii 533. (EHRLICH) A. ii 192. TAR) A. i 160. GROSE) A. i 961. (LoEB) A. ii 587. (MIGLENDON) A. ii 1196. CHARAUX) A. ii 289. CZISER) A. ii 589. A ii 593. 381.ii. 1476 INDEX OF SUBJECTS. Fungi lower action of metallic salts on (BOKORNY) A. ii 1201. Funnel new (RLACKMAK) A. ii 150. substitute for a separating (KILIANI) Fz~,ntuntiu elnslica composition of the seeds of (H~BERT) A. ii 802. Faran-@-carboxylic acid and its silver salt and methyl ester (ROGEKSON) T. 1044 ; P. 138. Furan-2:5-dialdehyde and its derivatives (COOPER and NUTTALL) T. 1074 ; P. 139. Furan-2:6-dicarboxylic acid 3:4-dihy- droxy- methyl ester (HINSBERG) A.i 895. Furfuraldehyde presence of in adulter- ated wines (PASQUEI~O and CAPPA) A ii 193. estimation of (EYXOS and LANE) A. ii 305. Fnrfuralhydrazone ( WoLFFand MAYEN) A. i 988. Furfurglidenebisdihydropyrrocoline (SCHOLTZ) A. i 386. Furfurylidenedipyrrocoline (SCHOLTZ) A. i 386. Furfurylidenehydrazhe conversion of into 2-methylfuran (KIJNER) A. i 204. Furnace aluminium tube (STOCK) A. ii 341. electric. See under Electrochemistry. Furoxandicarboxylonitrile ( U LPIAN I) A. i 341. 4-a-Fnryldihydrouracil ( POSNER and STIRNUS) A. i 457. 8-Furylpropionic acid B-amino- and its benzoyl derivative (POSNER and STIRNUS) A. i 457. Fusion curves for substances of low A. ii 245. melting point (TAMMANN) A. ii 1135.Galactan estimation of (MIYAKE) A. ii 1105. Galactans and the action of enzymes on them (BIERKY and GIAJA) A. ii 657. Galactose compound of with a-amino- benzyl-@-naphthol ( BETTI) A ii 498. Galipine amino- and nitro- and their derivatives (TROGER and KROSEBERG) A. i 896. Gallacetophenone diacetate (HELLER and FKITSCH) A. i 874. Gallic acid ethyl ester (BIDDLE and KELLET) A. i 713. Galloyl-lencodigallio acid dihydroxy- hexa-acetyl derivative (NIERENSTEIN) A. i 4 f l . Galloyl-a-methyl glucoside ( FISCHER and FREUDENBERG) A. i 472. Galls oxidation phenomena in (MOL- Chinese tannin of ( FEIST aiid HAUN) Gall-stones of the ox isolation of cholcic acid stearic acid and cholesterol from (FISCHER and MEYEK) A . ii 71. Gas iinture and velocity of an ion in a electrolytic action of ultra-violet light on (COEHN and GROTE) A.ii 1118. ignition of by the electric discharge (COWARD COOPER and WAKBUK- TON). T. 2278 ; P. 268. natural near Pisa (GIGLI) A. ii 564. natural earth in Trairsylvamia (v. SZ~DECZKY) A ii 171. apparatus for measuring an evolved (BACON and DUNBAR) A. ii 679. apparatus for obtaining a sample of (SINNATT) A. ii 679. governor and gauge for maintaining a regular flow of (COLLINS). A. ii 548. Gas analysis use of ultra-violet light in (LANDAU) A. ii 986. apparatus for ( HOIIENSEE) A. ii 297 ; ( BURRELL) A. ii 1089. Gas apparatus Orsst absorption vessel for the (PREUSS) A. ii 983. Gas-generating apparatus ( UOKMANX) A. ii 931. Gas-pressure regulators (STANSFIELD). A. ii 150. Gaseous combustion phenomena of (MEu- NIER) A.ii 432. Gaseous metabolism See Xetabolism. Gases new apparatus for preparatiou of (MARINO) A. ii 1050. kinetic theory of (CHAPMAN) A. ii 340. application of the kinetic theory of to chemical problems (SACKUR) A. ii 145. ultra-red absorption spectra of (BJEK- RUM) A. ii 1114. emission spectra of (SCHWEDES) A. ii 709. effect of density on lines in the spectra of (LIVENS) A. ii 874. electric discharges in a t atmospheric pressure (RIESEKFELD) A. ii 1126. absorption of light by ( KOENIBSBER- GER arid KUPFEKER) A. ii 405. effect of temperature on the absorption of nltra-red rays by (v. BAHR) A. ii 506. LIA~:D) A. ii 285. A. i 888. (KLEEMAN) A. ii 8.INDEX OF SUBJECTS. ii. 1477 Qaseg changes effected by in ultra-red absorption spectra (v. BAHR) A. ii 2. action of ultra-violet light on (Rahc- SAUEK) A.ii 5. transformation of energy in photo- chemical reactions in ( WAI~BCRG) A. ii 315. interaction of the molecules of (SMITH) A. ii 1158. ionisatiou of (BISHOP) A. ii 9 ; (KOVAKIK) A. ii 221. ionisation of by collision (BARSS) A. ii 881. ionivation of by collision in helium (GILL aiid YIDDCCK) A. ii 515. ionisation of by light (LYnfAN) A. ii 721. ionisation of by Hontgen rays (BARK- LA and S i n r o s s ) A. ii 222. collision of ions in mixtures of.( KLEE- MAN) A. ii 883. mobility of ions in ( PRZIDXAM) A . ii 618. velocity of ions in (LATrEY and TIZAKD) A. ii 516 ; A ii 517. recombination of ions in (EMKSOX) A ii 51s. luniiposity of under the influence of cathode rays (GEIIKCKE and SEE- LIGER) A. ii 517. theory of the photo-electric current ill (~’AI:TZ~CH) A.ii 317. conductivity of in the electrodeless ring discharge ( i\7ACHsM UTH) A. ii 1033. secondary radiation in ( KOSSEL) A. ii 315 ; (BLOCH) A. ii 718. determination of refractive indices of at high preesure (SIEBTSEMA and IIE HAAS) A. ii 213. passage of Rontgen rays through (OWES) A. ii 516. absorption of yrays by (CHADWICK) A ii 718. action of the electric discharge on (DE HEMPTINSE) A. ii 323. variations in the electric discharge in (MATTHIES and STILUCK ; ASTOX and WATSOX) A. ii 324. absorption of under the electric dis- charge (STRUT) A. ii 1052. in Geissler tubes (HODGhON) A. ii T25. velocity of reaction between (Bars~it) A. ii 544; (‘~‘R.\LJTZ) A. ii 746. equilibria in mixtures of (SCHEFFEI:) A. ii 328. specific heat of (6JEltRl3f) A.ii 232 ; (LEWIS and RASDALL) A. ii 897.. . c. 11. (bLTLIER(;) Qaset~ dependence of tlie thermal conduc- tivity of on temperature (EUCKEK) A. ii 17. thermal ronduction and convection in a t high temperatures (LAKGMUIR) A. ii 231. effect of gravity on the energy of (Low) A. ii i34. densities of (LEDI-c‘) A. ii 831. viscosity of mixtures of (TIioMax) A. ii 23. transpiration of through tubes (Ron~Rrs) A. ii 237. fractional combustion aud absorption of mixtures of (HEMPEL) A. ii 987.. solubility of in solids (GUICHA~LD) A. ii 295. absorptioii of (DUCLAUS) A ii 140. by cliarcoal (BERGTER) A. ii 334 ; (HEAII’EL and VATEK) A. ii 903 i. (ARKDT and SCHMUBE) A. 11 1144. by iron salts ( ~ I A ~ c I I o ~ ~ MERRY aa(1 WORIXEI~) A. i 955. by platilium and rhodium (SIEVERTS aiid Junxscli) A.ii 263. spontaneoixs alteration of concentration in (SVEDBEI~G) A. ii 906. quaiititativc removal ot’ nitrogen from misturc of ( I I E ~ I c ~ I and EIctr- HORN) A. ii 385. solubilit of in water influence of colloi& and fine susDensiuns on the (FISDLAY and Y H ~ ) T. 1459 ; P. 195. calculation of cliemical constants of measiirenient of (JA~BEKT) A ii apparatus for measuring (NJCOLAR- influence of 011 autolysis (LAQUEVI:) combination of hanioglobiu with diatomic second virial coefficient for poisonous from oilfields (SHREWS- rare analyses of from mines (MOUREU Gasometer new (RociimEAi.) A. ii 680. Gaetric juice secrction of (AKILHESICS) quantity of secretion in tlie (WISTEK) Gae-washing bottle ( FMEDI;XCHS) A . ii 1161. Gelatin isolectria point of (MICHAELIS and GRISEFF) ,4.ii 729. (SACKUK) A. ii 1151. 1090. Do’r) A. ii 597. A. ii 662. (1\hNcHo*r) A ii 953. (KEESOY) A. ii 1157. BURY) A. ii 1179. and LEPAPE) A. ii 47. A. ii 182. A. ii 270. 97ii. 1478 INDEX OF SUBJECTS. Qelatin protective action of on colloidal gold (MIXES) A ii 169. tannage of by halogens (XEUNIEI m d SEYEWETZ) A i 400. action of water vapouron ( BAXCI~OIW) A. ii 838. hiolytic scissioii of (SADIKOFI.‘) A ii i 9 4 . and aiiiinouiuin salts as iiitrogeiio~is constituents of food (ABDEHWXLDES and LAMP&) A. ii 956. Gelatinase from Bncillus prvcligioaics (r. GROER) A. ii 283. @ah formation of heat revvisible (HARDT) A ii 836. Gelseminm identification of (TI-TJS) A ii 307. Gentian preseiice of sucrose in the dried root of (BKIDEL). A.ii 82. Qentianose hydrolysis of by enxynies (BIEHRY) A. ii 1072. Gentiopicrin action of eniulsion on (BoL-RQUELOT and B ~ I ~ E L ) A. i 593. aeraniol mon- and di-oxides and their derivatives ( I’RXLESCHAEW) A. i 633. estiniation of in essence of citroii- ella (Duroxr and LAI:.~USE) A. ii 697. evtiniatiou of in citronella oil (ROUILE- BERTRAND FILS D ~ P O N T and 880. LABAWE SCIIIMMEL Lk CO.) A i German silver separation of nickel nnd zinc in (SPKISG) A. ii 95. Gitalin and its hydrate (KRAFF) A i 374. action of on the frog’s lieart (SYMES) A. ii 790. Bitin (KRAFT) A. i 371. Glands physiology of (ASHER) A. ii 660 ; (ASHEK and 1-OGEL) A. ii 959. adrenal. See Suprarend. mammary relation between the corpus Zutcum and the growth of the (O’DONOGHUE) A.ii 70. concretions in a cyst of the in a horse (SCHEUNEKT aud GI:IMMER) A ii 186. submaxillary gaseous metabolism of (BARCROFT and PIPER) A. ii 782. blood-flow and metabolism in (BAR. CROFT and M ~ L L E R ) A. ii 659. supmrenal. See Suprarenal. thymus iiucleic acids from (STEUDEL) A. i 400. thyroid (EDMITD~) A. ii 579. presence of active principles in (FEXGEK) A. ii 660 782. Glandrr thyroid relation of to the atropine-destroying power of blood (hfETZNER and HEDINCER) A. ii 966. eflect of feeding with on nitrowen and carbohydrate nietabol& (KRAUSE and CHAMEK) A. ii 659. Glass potential difference between :iud an electrolyte (RI~TY) A. ii 622. action of sunlight and of i.adium compounds on (RUDGE) A. ii 881. broivn laboratory apparatus of (GOCKEL) A ii 1160.dl-Glancine and its salts (GADAMEK) A. i 49. Qlanconite from Cracow (b~onozEwIcz~ A. ii 776. from Prussia (JOIINSRN) A ii 178. Gliadin r d e of in nutrition (OSBORNE MESDEL and FERRY) A 11 1190. estimation of in wheat flour (HOAC- LAND) A. ii 706. Globulin nature of “artificial” (GIBSOX) A i 669. +-Globulin (HASL~M) A. i 591. Glucinnm arsonntes (BLEYER and MUL. chroinates ( BLEYEX and Moortnraslu) A. ii 762. Glucinnm estimation of gravimetrically (BLEYER and BOBHART) A. ii 1211. volumetric estimation of (BLEYER aild MOORMAXN) A. ii 491. separation of from aluminium (WUSD- ER and WENGER) A. ii 687. a-Glncoheptonic acid preparatioc of ( LIEBRECHT and ROSENFELD) A. i 537. d-a-Qlucoheptonic acid behaviour of in the organism (OIiTA) A. ii 279. Glnco-p-hydroxyacetophenone ( MAUTH- XEK) A.i 575. Gllnco-p-hydrorybenzaldehyde (91 AETH- SEW) A. i 575. Gluco-neogenerir (RXSGER) A. ii 1196. Glucosamine condensation of bromoacyl haloids with (HOPWOOD and WEIZ- MAXN) P. 261. estimation of in oroinucoid and in pseudomucin (NEUBEKG and SCEEWKE.~) A. 1 922. d-Glncosamine preparation of ( NEU- BERG) A. i 836. conversion of into &-glucose (IRVIXE and HYND) T. 1128 ; P. 126. LEI:) A. ii 644. Glucore. See Dextrose.INDEX OF SUBJECTS. ii. 1479 Glucoeide from cheirolin (SCHNEII~ER from K U h i f C L Intifolia (BoultovELcsr and FICHTENHOLZ) A . ii 196. Glacosides preparation of (JA(.oBs) A. i 946. synthetic (MAUTHNEI~) A. i 574. methylation of (HEMIG and S C H ~ ~ N - BACH) A . i 707. behaviour of in the organism (BASS) A.ii 471. synthesis of alkyl derivatives of by means of emulsion (BOUKQUELO I' and BRIDEL) A. i 738. from StrophiLllms ( HEFFI'EI and choice of yeasts in the biochemical detection of (BOURQUELOT aiid €Id- HISSEY) A ii 1104. Qlaoosider amino- synthetic (IILVINE and HYND) P. 319. Blucosidea. See also :- Amygdalin. A nhydrogitaligenin. Anh y drogi talin. Aralin. Convolvulin. Digin. Digitosapouin. Gentiopicrin. Gitalin. Gitin. Helicin. Salicin. Saponin. Qlucosone preparation Of (bIEYER) A. i 638. Qlutaconic acid anilides of (BLASD and THORPE) T. 864 ; P. 49. Qlntaconic acids chemistry of the (BLAND and THORPE) T. 856 871 1557 1739; P.. 49 56 70 217 215; (THORYE) P. 51. Olutamic acid preparatiou and estima- tion of (ABDERHALDES) A. i 261. ammonium salt (SCHULZE and TKIEB) A.i! 170. mercuric salt (ABDERHALDEN and KAUTZSCH) A. i 492. d-Blatamic acid inversion of (FISCHER and NORESCHI) A. i 836. piitrefaction researches with (ABDER- HALDEN and KAUTZSCH) A. i 952. d- and db-Glatamic acids picronolates of (LEVESE and VAN SLYKE) A. i 681. Glutamine rotatory power of (SCHCLZE aud TRIER) A. i 170. Glataric acid preparation of (GAULT) influence of on phloridzin diabetes and LOHMAKX) A. i 1007. SACHS) A. i 482. A. i 412. (RISER) A. ii 856. I-Glataric acid a-hydroxy- sodiuni salt (FISCHER Rnd MOKESCHI) A. i 837. Sluten absorption of salts by moist and saturated aqueous ( VASDEVELDE and BOSJIASS) A. i 736. il- and Z-Olutimic acids formation of ( S I ' A X ~ K ) A . i 952. Glyceraldehyde action of sodium hydr- oxide (OYPESHXIMER) A. i 831.Dlyceridee synthesis of (GIANOLI) A. i 52 ; (BELLUCCI HACHILLI and GARROSI) A. i 935. of fatty acids ( B ~ ~ M E I ~ and LIMPRICH) A. i 600. Glycerol formation of in tlic animal body (EM BDES SCHM ITZ and HALDES) A. ii 1076. d ccom posi tion of by ul t ra-violet light (HENRI and RAXC) A. i 528. specific gravity aiid hygroscopic power of (KAILAS) A . i 154. action of hydrogen peroxide on (EFFRONT) A. i 675. sstion of phosphoric acid on (Cos- TARDI) A. i i4X as R seiisitiser (BEKNETT) A. ii 10'20. and its a-~noiiocliloi~oliydrin aryl ethers of ( M a n L R ) T. 305; P. 5. testing of for dynamite manufacture (HOFWIMMEP.) A. ii 302. cstiniation of in blood (SCHAIITZ) A. ii 1071. estimation of in fats (WILLSTATTER and MADINAVEITIA) A. ii 1104. estimation of in w i II e( ROTH EXFUSSER) A ii 607 ; (BEIS) A.ii 813. Glycerol nitro-. See Glyceryl tm'nitrate. Glycerolsnlphonic acid barium salt (VAS- ELDIK 'YHIEME) A. i 334. Blycerophosphataee in animal organs (GROSSER and HL-SLER) A. ii 367. Olycerophosphoric acid preparation and constitution of (CARI:~) A. i 155. Qlyceryl trinitrate crystallography of Glycide ethers ( b h R L E ) T. 305 ; P. 6. Glycine formation of in the animal organism (EPSTEIN and BOOR- MAX) A. ii 70 ; (ABDERHALDEN and HIRSCH) A. ii 579. action of on ethyl butyrate (LIEBOW- ITZ) A. i 746. compounds of with chromic hydroxide (HUGOUNENQ and MOREL) A. i 168. picrate use of in the separation of glycine from alanine (LEI-ESE aud VAN SLYKJ) A. i 681. sodium salt (PAOLIXI) A. i 826. (XAUCKHOFF) A i 68.ii. 1480 INDEX OF SUBJECTS Glycine yicrolonate (ABDERHALDEX and WKIL) A.i 422; (LEVEXE and VAN SLPKE) A. i 682. Glycocyamidine preparation of (SCHMIDT) A. i 799. Glycogen for ina tion of (Ros E s PEL n) A. ii 854. formation of in the liver (FREUND and POIJYEJL) A ii 661. in the body of the snail (EKHAI~D and ZIEGLWALLKER) A. ii 779. formation of iu yeast cells ( BRUSCHI) A. ii 283. foririatioii of alaniue from ( FELLSER) A. ii 279. presence of in phanerogams aiid its relation to calcium oxalate ( POLITIS) A. ii 83. preparation of from yeast (HARDEN and YouKG) T. 1928 ; P. 235. Glycols preparation of (CH EM ISC HE FABKIK AUF AcrIEx VORhf. E. SCHERING) A. i 743. Glycols optically active derived from the yhenyl-lactic acids (MCKENZIE and MARTIN) P. 326. Glycol esters prepnation of ( FARDEIY- FABRIKEN YOKM.F. BAYER & Co.) A i 554 973. of phosphoric acid glycerides (GKUS and KADE) A. i 156. Qlycolhydrin esters of phosphoric acid glycerides (GRUN and KADE) A. i,156. Glycollaldehyde bimolecular (h1CCLE- LAND) P. 247. Glycollic acid aluminium salt (BPI() A. i 534. Qlyooloxides of barium calcium lead lithium and strontium (CHABLAY) A. i 528. Glycolysia (LEVESE and MAYER; Mc- GUIGAN and v. HESS) A. ii 368 ; (EDELMANS) A. ii 572. in blood (bfELVIN) A. ii 1185. after pancreatectoniy (MCGUIGAN and v. HESS) A. ii 787. Glycosuria. See Diabetes. Glycuronic acid influence of giiaiacol derivatives on the excretion of (KNAYP) A. ii 73. detection of in urine (NEUBERG and SCHEWKET) A. ii 1106. detection of in diabetic urine (JOLLES) A ii 1217.Glycyl-d-alanyl-Z-leucine and its copper derivative (ABDERHALDES and FODOR) A. i 951. Glycyl-d-amin0butyryI-d-alanine (AB- DERHALDEN and C'HAXG) A. i 339. l-Glycylanthrsqainone-2-carboxylic acid (BADISCHE ASILIN- 8; SODA- FABRIK) A. i 980. Glycylglycine lithium chloride (PFEIF- FEE and v. MODELSKI) A. i 950. Glycyl-Z-leucyl-d-alanine and its copper A. i 951. Glycyl-Z-phenylalanine isolation of fromintestinal chyme (ABDERHALDEN) A ii 1190. Glycyl-Z- tryptophan scission of by saliva blood bacteria or exndations (TAYLOR and HALL) A. i 927. Glycyrrhizic acid estimation of (COR- Glyoxaline aeries reductions in t h o (BILTZ) A i 907 910; (BILrz aud RREBS) A. i 908 909; (BILTZ and SEYDEL) A. i 909. 4(or 5)-Glyoxalineformaldehyde and its salts ( PYMAN) T. 542 ; P. 48.a-4(or 5)-Glyoxslinemethyl-8-ethylauc- cinic acid and a-cyano- and their ethyl esters and hydrogen oxalates ethyl malonic acid ethyl ester nud its hydrogen oxalate (PYMAN) T. 535 ; P. 47. Glyoxalone-45-dicarboxylic acid and its ethyl ester (FENTON and WILKS) T. 1581. Glyoxime peroxides action of primary amines on (BOESEKEN and VAN LEN- NEP) A. i 723. Glyoxime nitro- and its salts and de- rivatives (BAMBERGER and SLJZUKI) A. i 839. B-Gnoscopine (HOPE and ROBINSON) P. 16. Gold colloidal PAP PAD.^) A ii 169. preparation of (AMBERGER) A. ii shape of particles of (GANs) A. ii protective action of gelatin on hydrosols coagulation of (GALI~ZKI) action of Rontgen rays on (GALECKI) rate of solution of in potassium cyanide ROFF) A i 613. reduction of in silicic acid gels and formation of gold deposits (HAT- SCHEK and SIMON) A.ii 772. precipitation of (PRIWOZKIK) A ii 562. Gold alloys analysis of (HANDY) A. ii 694. with silver (RAYDT) A. ii 562. Gold aalte reactions of with m-phenyl- enediamine (SIEMSSES) A. ii 1001. deriVatiVe(ABDERHALDEN and FODOH) 3IIMB(EUF) A. ii 306. (PYMAN) rr. 538 ; P. 48. 4(or 6)-Glyoxalinemethyl-y-phenoxy- 1059. 508. (MINES) A ii 169. A. ii 263. A. ii 417. (MICHAILENKO and MESETSCHERJA-INDEX OF SUBJECTS. ii. 1481 Gold chloride (auric chloride) reductioi of by an ethereal solution of phos phorus (GALECKr) A ii 1060. Gold detection of (STERNER-RAISER) estimation of (TRENKSER) A. ii 392 Goldfleldite froni Nevada (RASSOME) A. ii 264. Qold-plating composition of potassium ferrocyanide baths for ( BEUTEL) A.i 543. Gommobacter a bacillus producing Isvulose (FEHNBACH and SCHOEN) A. ii i93. Gonococcus serum reactions of (AI:K. Qorgonin (OSWALD) A. i 57. Granite availability of potassium in (ASCHAN and LOKKA) A. ii 252. Grape juice influence of light on the fixmentation of (LUBIMKO and FRO- LOFF-BAGREIEF) A. ii 283. Grape stones constituents of (PAI:Is) A. ii 286. Grapes synprotease in the must of over- ripe (PASTANELLI) A ii 82. Qraphite formation of from other forms of carbon (ARSEBI) A. ii 250. thermal condiictivity of (KOEXICX- BERGER ICOLE) A. ii 231. Qrayanotoxin (KuBo) A. ii 251. Qmrillea robusta arbutin in the leaves of ( BO~RQITLOT aud FICH~ES- IIOLZ) A. ii 594. prescnce of qucbrachite in the leaves of (BO~RQUELOT and FICHTES- irotz) A. ii 1085. Qrignard reaction (JOLIIWIS) A.i 675. applications of the (v. RRAL-S DEUTSCH and SCHMATLOCR) A. i 433. mechanism of the (GORSKS) A. i 622 ; (STADNIKOFF) A. i 972. Grignard reagents action of on esters of dibasic acids (HEWZTT and STEINBERG) P. 140. use of in the quantitative estimation of hydroxy- amino- and imino- de- rivatives of organic compounds (HIJ~~ERT) T. 325. Growth and niitrition (HART MCCOL- L m and STEENBOCK) A. ii 364. influence of fresh milk in (HOPKINS) A. ii 779. food in relation to (OSBORSE MENDEI. and FEIWY) A. ii 957. Qnaiacol nitration of ( KLEMENC) A. i 695. influence of derivatives of. on excre- A. ii 300. WILIGHT) A. ii 187. tion of glycuronic acid (KNAPP) A . ii 73. Gnaiacol iron compounds of (WEIS- Quaiaool 3-amino- and its acetyl de- rivative and 3-ch101-o- (JoNA) A i 761.6-nitro- and its acutgl derivative (KLEMESC) A. i 695. Quaiacyl ally] ether (CLAISEN and EIS- LEB) A i 965. ethyl ether 5-bromo- and 3-chloro- (JoxA) A. i 761. glycide ether (MARLE) T. 308. Qaaiacyloxypropane y- clil or0 -B - hydr- oxy- and its plienylurethane (MAHLE) T. 316. Guaiol and its derivatives (SEAfM1,EI and MAYER) A. i 480. Guanidine derivatives action of bromine and sodium hydroxide on (v. C O R I ~ R ) A. i 684. Guanidine amino- hydriodide com- pound of thiocarban:ide and (AT- KINS and WERNER) T. 1989. cyano- action of thioacetic acid on (OSTROUOVICR) A. i 320. Quanidines metliylated (SCI-IENCK) A. i 424 685. 6-Guanidino-?L-valeric acid a-amino-. See Argiuine. a- Guanidino-22-valeric anhydride 6- amino- salts of (Q~~REXSEN H ~ ~ Y R L ~ I ~ and ANDERSES) A.i 14. Guanine from heated soil (LATHROP) action of (DES(;nEz and DOP.I,I?.~NS) Qaanylic acid (LEVESE and JACOBS) preparation of (JOSES) A. i 670. Gum chicle constitueiits of (Rosz ant1 COHEN) A. i 125. Gum8 (SCHIRMER) A. i 609. Gynocardin decomposition of by the enzyme of the leaves of Puq&rm cdiile (DE Josc) A. i 39. LAND and BIXDER) A. i 850. A. ii 982. A ii 585. A. i 926. H Kaemanthine nature of (LEWIS) A. i action of (LEWIS) A. i 577. Esematinaemia in the destruction of blood corpuscles (SCHUMM) A ii 968. Emmatoporphyrin and its anhydride and their dimethyl estcrs (KUSTER and DKIHLE) A. i 670. Kmmatoporphyrinuria in tFphoid fever (AILSOLD) A. ii 1195. Sematopyrrolidinio acid natnre of (PILOTY and HIRSCH) A. i 925. b m i n preparation and recrystallisation of (HAMSIK) A.i 923. 1014.ii. 1482 INDEX OF SUBJECTS. Hmmin constitution of (I<~;.sTER) A. i molecular weight of (PILOTY and inolecular weight of ( I’ILOI‘Y and regcnera ti on of after hmu orrhage oxygen capacity of (Pirrms) A. i 519. combination of with gases (MascIfuT) A. ii 953. combination of with oxygen and carbon monoxide (DOUGLAS HAL- DANE nud HALDANE) A. i 591. en’ect of high altitudes on the quantify LEP. arid WEBER) A. ii 572. heat coagulation of compouiitls of (HARTKIDGE) A. i 400. analysis of ( LUTZ) A . ii 61 2. photometric estimation of (BGTTE1;- FIELD) A. ii 820. 670. FINK) A. i 923. FINK) A. i 923. (Bowom) A. ii 5 i 2 . Hemoglobin (LETSCIIE) A. i 324. O f (COHNHEIM KEEGLINGEN T0l’- Hsmolysis (KoAF) A.i 655. by formaldehyde ( EISENBEIK;) A. ii by lecithins (SCHIPPERS) A. ii 655. Hsmopyrrole ( FISCHEK and RARTHOLO- ~r:ius) A. i 50 580 646; (LEYRO and MARCHLEWSKI) A i 56 ; (WILLST.~TTEP. and ASAHIKA) A. i 127 ; (MARCHLEWSKI) A. i 646. and its salts ( WILLSTBTTEE and ASA- HINA) A . i 41. constituents of (PILOTY and STOCK) A. i 923. derivatives of (GRAIIOWSKI and azo-dyes from (MAIWHLEWSKI) A. i isoHsemopyrrole and its salts (WILL- STATTEK and ASAHINA) A. i 41. isoHmmopyrrolidine and its derivatives (WILLsTirTERand ASAHINA) A. i,42. Halo en derivatives refraction constant O f rk2HQ’ERS) P. 246 Halogens rrbsorption of; by dry slaked lime (WILKS) T. 366. reactivity of in organic componnds (SENTER and W A I ~ ~ ) T. 2534 ; P. 293. action of on silver salts (TAYLOR) P.314. action of on silver salts aiid on potas- sium cyanate in presence of water (NoRMASDandCU,1IYING) T. 1852 ; P. 225. and their hydrides compounds of with toluene methyl ether methyl and ethyl alcohols acetone and ethyl acetate (MAASS and MCINTOSH) A. i 825. 1065. BfARCIILEWSKI) A. i 1015. 399. Halogens estimation of in organic com- pounds (DONAU) A. ii 384 ; (Mos- THUL~) A. ii 485 ; (REID) A. 11 990. Ealoids containing a tertiary radicle isomeric changes of (LEPIN) A. i 957. Hardness diagram of (KCRXAKOFF and VI~SHESSEVSIIY) A. ii 136. Harmaline ( PEIU;IN and ROBIXSON) T. bronio- and its salts (HASENFRATZ) Harmalinesulphonic acid( HA SENFR ATZ) A. i 383 ; (FISCHER and BOESLER) A i 645. isoHarman and its salts (PERKIN and ROBINSOS) P. 156. Harmine (Per.rar; and ROBINSON) T.1775 ; P. 217. constitution of (PE11ICIN and ROBIN- sos) P. 153. pharmacological action of (GI-SN) A. ii 857. brorno- and dibrorno- and their salts (HASENFRATZ) A. i 209. upliarmine bromo- ( HAEENFRATZ) A. i 209. iodo- and its salts (HAGENFRATZ) A . apoHarminesulphonic acid ( HASEN- FRATZ) A i 383. Hatchettite from Cracow ( MOROZEWICZ) A. ii 776. Heart action of adrenaline on the (STEWART) A. ii 965. action of coffee and af caffeine on the (BUSQUET and TIFFEXEAU) A ii 966. action of pilocarpine on the (GAIS- BGCIi) A. ii 189. effect of electrolytes on the of different aiiinalv (MINES) A. ii 367. cause of the bent of the (~IAXTIN) A. ii 571. beat of the influence of partial pressure of oxygrn on the (LOEB and WASTE- NEYS) A. ii 571. gaseons exchange and activity of the under influence of poisons (ROHDE and OCAWA) A.ii 951. frog’s gaseous exchange in the during cyanide poisouing (WEIZSXCKER) A. ii 952. work and gaseous metabolism of the (WEIZS~CKEIL) A. ii 1193. action of gitalin on the (SYMRS) A. ii 790. isolated etfect of carbon dioxide on the ( RETCHAM KIKG and HOOKEI~) A. ii 1191. 1775 ; P. 217. A. i 209. i 383.INDEX OF SUBJECTS. ii. 1483 Heart mammalian isolated influence of temperature and blood-pressure on the (KSOWLTOX and STAKLIXG) A. ii 571. tortoise action of Iiomologons alcohols and aldehydes on the (VEKSOS) A. ii 67. Heat. See under Thcrmochcmistry. a-Hederagenin (VAN 1)EK HAAR) A . i Bedern helix glacouides from (VAX ~ E R a-Hederin (VAN L)ER HAAR) A. i 586. Hedgehog vesicular fluid of the (HOP- Eelicin a-amino- (IRVISE and HYND) Helium in tlierrnal springs (MOUREU and electropositive nature of (LORIXG) absorption of undcr the electric dis- soluhility of in metals (SxEnii'rs and liquid experiments with (OSSES) A Hell-Volhard reaction mechanism of the (ASCHAN and FALCK) A.i 599. Hemicellulosee fermentative decomposi- Hemipinic acid nitro- esters of (WEG- SctiEiDER and MULLER) A. i 771. Hemp Sisal (Agave sisalann) occurrence of lactic acid in (JICGEOHGE) A. ii 1204. Hen synthesis of lecithin in t!!e (MCCOLLVM and HALPIS) A. 11. 368. Bqatica trilola constituents of (DE- LATTRE) A. ii 1085. Heptaoyolene. See Dinaphthyleneeydo- butane. Heptadecoic acid and its triglyceride ( HUMEE and LIMPRICH) A. i 600. n-Heptadecyl alcohol and iodiile (GAS- CARD) A.i 65. aSc-Heptadi-inene 8-liydrosy- (Vr- GUIER) A i 7. Heptane a&-tribromo- (v. BRAUS DEuTscIr and SCHMATLOCH) A i 434. y-iodo- and y-hydroxy- (BLAISE and PICARD) A. i 747. spiroHeptanedicarboxylic acid dimethyl ester STLI LING) T. 476. spiroHeptanetetracarboxylic acid and its sodium hydrogen salt (OSTLIKG) T. 476. Heptyl ether (BLAISE and PICARD) A. i 748. wHeptylacetylene. See Koninene. 886. HAAR) A. i 885. KISS) A. ii 69. P. 320. LEPAPE) A . ii 843. A. ii 843. charge (STRUTT) A. ii 1052. BEHGNEI~) A. ii 1052. ii 251 319. tion of (PRISGSHEIM) A. i 883. Heptylglyoxslic acid,ethyl ester,and its semicarbazone (WAHL and DOLL) A. i 536. B-Heptylhexoamide (GUERBET) A. i 67. Heroine (diacctoxy worph i ~ ) secretion and to~eranceof (LANOEK) A. ii 1080. Herring's eggs.See Eggs. Hertz-Halwachs etfect and photo- chemical actions (REBOUL) A. ii 512. Heterocyclic compounds nomenclature of (BI~HAL) A. i 342. kinetics of transformation of chloro. alkylainines into (FREUNDLICII and RIcHAKDP) A. ii 633. Hetero-poly-acids containing vanadic acid (I'RANI>,~I and HUMBEP.T) A. ii 167. Hecea b7.asiliemi.q nlncoside in the seeds of (GORTER) A.:% 864. Hexa-acetoxydipheny1,tetmbromo- (LIE- BER3IAKX and HEItRblUTH),A. i 448. Hexa-acetyl. See under the parent sub- etance. A1:3-cycZoHexadiene action of with bromine (HAEKIES) A. i 842. Hexaethylcarbonatoleucodigallic acid and its active forms (XIERENSTEIX) A. i 469. Hexahydrite (JOHWTW) A. ii 35s. 2:4:2':4':2":4"-Hexamethoxy triphenyl- methane (ICAUFFMASN and XIESEE) A . i 853. Hexamethyltriaminophenyldi-o- tolyl- carbinol and its hydrochloride ( R A ~ - sow and REu'rER) A .i 587. Hexame thyltli-p-aminotriphenylme- thylamine ( VILLIGEI and KOPET- SCHXI) A. i 1031. Hexamethyldecylenediammonium hydr- oxide and iodide (v. BEAUS) A. i 165. Hexamethylenetetramine action of sodium hypochlorite 011 (DF.I,$-. PINE) A. i 12. excretion of (MCGITIGAN) A ii 371. preparation of a therapeutically valu- able derivative of (bIE1LCK and EICHHOLZ) A . i 948. crystallography of compounds of with metallic salts (BILLOWS) h. i 419. compouiid of with orthoarsenic acid (ROSS) A i 242. compound of hydrogen peroxide and (v. GIRSEWALD) A i 835. compounds of with magnesium and manganese nitrites (SCAGLIARISI) A. ii 942. borocitratos ( ATHESSTAEDT and REDE- KER) A. i 168.Hexsmeth ylheptylenediammonium broniitle (v. P I ~ U X ) A. i 165.ii. 1484 INDEX OF SUBJECTS. Hexamethylrilicoethane ( RYGD~CN) A. i 342. cycZoEexane conversion of into benzen (WILLSTATTEK and HATI-) A. I 544. equilibrium of antimony haloids and (MEKSCHUTKIN) A. ii 922. cycZoEexane dibromo- derivatives of (HARRIES) A. i 343. tetrabromo- (BODROI-Y and TABOCRY) A. i 546. l-chloro-l:2-dibromo- ( FAWOI:SKT and BOSHOWSKY) A. i 616. cycloHexanecarboxylic acid isoamyl ester (SABATIER and MC'ILAT) A. i 354. cycZoHexano1 physical constants of ( DE FORCRAXL)) A i 548 ; ii $35. the system water and (DE FORCILAK.D) A. i 694. bromination of (BODROUX and TA- BOURY) A. i 567. condensation of formaldehyde and (MURAT and CATHALA) A. i 84i. LydoHexanols preparation of esters of and organic acids (SENDERENS and ABOULENC) A. i 694 l-cyc2oHexanol-l-acetic acid and its salts (SAYTZEPF) A.i i i 7 . cycZoEexanone bromination of (BODROUX and TABOURY) A. i 567. MJcloEexantrione transformation of a phloroglucinol derivntive into one of ( H E L J ~ ~ ) A. i 274. 1:3:S:4:6:6-EexaphenyI-2:5-diketopiper- aeine (KLIXGER and NICKELL) A. i 699. Ti-Hexatriacontane (GASCARD\ A. i 65. Aa-Eexenaldehyde and its derivatives (CURTIUS and FRANZEX) A. ii 795. cycZoHexene equilibrium of with Rn ti- mony haloids ( A~ESSCIIU~'KI?~) A. ii 932. ozonides from (HAKRIE~ and SEIU) A. i 4Oi. A'-cycZoHexene 1:2-dibromo- (FAWOR- SKY and ROSHOWSKY) A. i 616. A'-qcZoHexene- l-a- isobntyric acid crys tallograpli y of ( TSCHI RWINSKY) A. i 973. A'-ydoHexenylacetic acid ethyl ester (AUWERS and ELLINGER) A.i 188. a-A1-cycZoEexenylpropionic acid methyl ester (ACWERS and EJLJSCER) A. i 188. Xexose compound of a with adrenine (MANDEL and Dus~Anr) A. i 320. phosphate action of enzymes on (HARDIXG) A. i 928. Hexoues action of miiscle plasma and ancreatic extract 011 (LEYENE and & ZYER). A. ii 57i. Hexosephoephoric acid sodium salt hydrolysis of (v. EULER and FUSRE) A. i 336. d-isoEexoyl-~-alanylglycine a-bromo- (ABDERHALDEN and Fonoe) A. i 951. isoHexoylgIucosamine u-bromo- (HOP- WOOD aud WEIZMAE;?;) P. 261. cycZoHexylamino-2- 3- and 4 methyl- cydohexane and their derivatives (SABATIER and MAILHE) A. i 103. a-cycZoHexyIbatan-y-ol and its salts (VAVON) A. i 629. c~cloRexyldipropylcarbino1 (AMOTIROVX and its acetyl derivative (MURAT and cycZoEexyl ether (W1LLs'r;iTTER and HATT) A.i 544. a-cycZoHexylethylamine and its platini- chloride (WALLACIK and HAWORTH) A. i 569. 8-cycZoHexylheptane (AM ouno us and MURAT) A. i 415 525. cycZoHexyl-2-c?~cZohexanonei.~ooxime (WAJ~LACH and OST) A. i 568. a-cycZoHexylhexoic acid r-amino- c- hydroxy- and their derivatives (WAL- LACH and OST) A. i 568. c?~cZoHexyl methyl ketone 1-hydroxy- and its semicarbazone (WALLACH and HAWORTH) A. i 569. cycZoHexylpheno1 ( W u r ~ s ) A. i 698. 2-Hex ylphenoqninoxsline-S-oarboxylic acid ethyl ester (WAHL and ~ L L ) R. i 536. a-c?icZoHexyIpropionic acid I - 11 ydroxy- inethyl ester (AVIVERS and ELLINGER) A. i 188. cycloHexyl etyryl ketone and its di- bromide (FRI~ZOULS) A. i 629. Eippnric acid barium salt analysis of (RODTKER) A.i 189. detectionof(HA.\e) T. 1254 ; P. 163. estimation of in urine (FOLIN and FLANDERS) A. 11 396 501 ; (STEENBOCK),~A. ii 501 ; (HRYNT- SCHAK) A. ii 1007. Hippuric acid a-hydroxy- and its salts and derivatives (HAAS) T. 1255 ; P. 163. Hipparothioamide (JOIIKSON and BURS- HAM) A. i 305. Hirudin action of on diabetes (MICU- IJCJCH) A. ii 855. Histidine degradation of (DAKIN and racemic resolution of (ABDERHALDEN and WEIL) A i 383. Hiatoeyme (MUTCH) A. ii 579. Holmium atomic weight of (Hot3r:iEnc;) M M MU RAT) A. i 415. Anrovno~-s) A i 528. M'AKEMAN) A. ii 271. A. ii 163,INDEX 01 Homoatropinesulphnric acid (WILT,- STAT'I'ER and HL?(;) A. i 577 ; (HOFPMANN LA ROCHE & Co.) A i S96. Homochromoisomerism (HASTZSCH) A. i 182. Homoenonysterol and its acetate (ROGERSOS) T.1048 ; P. 138. Homogentisic acid formation of after administration of tyrosine ( ABDEK- HALDEX) A. ii 586. Homogentisic acid quinhydrone (M W- NEK) A. i 459. Homohordenine aud its salts (v. BRAUS and DEuTscH) A. i 846. Homopiperonylamine preparation of (FARBESFABRIKEN VOIIM. F. UAYEK & Co.) A. i 553. ~~-Homosalicylidene-p-aminobenzoic acid and its methyl and ethyl esters (MAKCHOT and PALMBE~X;) A. i 349. p-Homosalicylidene-p-aminophenol (MANCHOT and PALMUEKG) A. i 350. p-Homosalicylidene-~-anisidine (11~s- clroT and PALMBERG) A. i 350. p-Homosalioyloxyacetio acid. See o- Cnrboxy-m'- tolylo xyacetic acid. Homotaraxasterol and its derivatives (POWER and BKOWNISG) T. 2425 ; P. 285. Homotyrouol. . See y-Phenylpropyl alcohol p-hydroxy-. Homovanillic acid 5-nitro- and its salts and methyl ester (KLEMELSC) A.i 406. Homoveratric acid 5-nitro- and its salts (KLEMENC) A. i 460. Honey occurrence of boric acid in (BUTT- NER) A ii 394. inversion of sucrose by (ACBERT) A. ii 394. detection of invert sugar in (HALPREN) A. ii 495 ; (STOECKLIS) A. ii 499. estimation of formic acid in (FISCKE) A. ii 608. Hordenine synthesis of (VOSWIXCKEJ,) A i 443. Hornbeam constituents of the leaves of (CURTIUS and FRAKZEX) A. ii 9 i 8 979. Hornblende from Central France (Gos- NARD and BARRIER) A. ii 360. Home smegna of. See Smegna. Humic acid from sphagnum peat ( O D ~ S ) A. i 336. Enmic acids (TACKE and SUCHTISG) A. i 4i3. Humus as a source of carbon for Iiigher plants (MOLLIAI:D) A ii 287. SUBJECTS. ii. 1485 Humus estimation of in soils (BEAM) Rydantoin 2-t11io- synthesis of and its 3-acetyl and 3-benzoyl derivatives (JOHLSSON and NICOLET) A .i 53. 6-thio- (JOHNSON and CHEHNOFF) A. i 810. Hydantoins (JOHNSON and NICOLET) A. i 53 585 808 ; (JOHSSON and HOFF- MAN) A. 1 136; (JOHNSON and GUEST) A. i 316 80i ; (JOHNSON) A. i 390 ; (JOHNSON and BRAUT- LECIIT) A. i 8 0 5 ; (JOHNSON and O'BHIES) A. i 806; JOHNSON PFAU and HODGE) A. i 807 ; (JOHS- SON and BENGIS) A. i 808 809; (JOHNSON and CHERPI'OFF) A. i 810. Hydantoins isothio- substituted (DIXOX and TAYLOR) T. 558; P. 54. Hydantoin-4-acetamide 2-thio- and its 3-acetyl deiivative (JOHNSON and GCEOT) A i 807. Hydantoinacetic acid 4-thio- and its salts (JOHNSOX and AhIBLER) A. i soo. Hydantoin-4-acetic acid 2-tliio- (Jons- sox and GUEST') A.i 807. Hydantein-4-propionic acid T OH NSOK and GUEST) A. i 317. Hydantoylcarbamide 5-hydroxy - (BILTZ and HETN) A i 589. Hydatinrc se?ita effect of the niediiim on the life cycle of (SHULI,) A. ii 369. toxicity of ethyl and methyl alcohols with reference to the rate of repro- duction in (WHImEY) A. ii 968. Hydrastine estimntion of (VAS I ) E R HAAR) A. ii 105. dl-B(or a)-Hydrastine amino- and nitro- (HOPE and ROBINSON) P. 17. Hydrastinine reactions for (RErcIr Ar. I)) A. ii 106. Hydrates behaviour of in dry air (TSCHERMAK) A. ii 1140. Hydratropic acid. See a-Phenylpro- pionic wid. Hydrazidocinchomeronic acid and its hydrazine salt (METER arid blALl.Y) A i 516. Hydrazidodiphoephoric acid diphenvl ester (EPHRAIM and SACKHEIM) A.,-i 28. Hydrazidophosphoric acid salts and esters ot (EPHRAIM arid SACKHEIM) A.i 27. Hydrazine action of on dicyanodiamide (HOFMANS and EHRHARD) A. i 919. electrochemical oxidation of salts of (TURRESTINE and GIBBOSS) A. ii 249. A. ii 820.ii. 1486 INDEX OF 7UBJECTS. Hydrazine conipounds of uranium salts and (SALVADOILI) A. ii 1177. doublesaltsof(FE~r.ATINI) A. ii 345. derivatives conversion of in to hetero- cyclic compounds (S~or.r,C) A. i 504. pcrc*hloiate crystnl1ogra~)liy of (PAXI- ciII) A. ii 551. hydrate action of ethylene oxiile on (BARNETT) P. 259. hydriodide compound of thioc irbani- itle and (ATKINY and WEILNEK) T. 1989. tliiosiilpliate and its componnds with mctRllic chlorides (FERHATINI). A. ii 345. estimatioii of ( R . ~ Y and SEX) A. ii 81 7. estimation of volumetrically (JANIE- SON) A.ii 487. Hydrazines reduction of primary nitro- amines to (BACICEIC) A. i 339. reduction of secondary nitroaniinrs to (EACKER) A. i 730. dissociation of in solution ( W I E I . ~ ~ I I ) A. i 902. aromatic (WIELASD and FRESSEL) A. A. i 1104 907 ; (WIELAXD SL-SSER and FRESSEL) A. i 905 ; (WIE- LAND ROSEEI‘ aiid G UIHARJAM) A i 906. Hydrazinecarboxylic acid ammonium salt ( F I C H T E I ~ ~ ~ ~ RECKFK) A.,i,16. me thy1 ester p - ni trobenzy 1 id en e d e - rivative (BACKER) A. i 359. Hydrazinoacetic acid nitroso- ethyl ester (DAHAPSKT and PI:ABIIAKA~L) A i 544. Hydrazino-acids optically active ( DAR- AYSKY) A. i 3 0 i . Hydrazino-8-gnoscopine (HOPE and ROBIS~OX) P. 17. Hydrazino-dZ-B(or a)-hydrastine (HOPE and ROBINSON) l’. 18. c-Hydrazino-86-dihydroxy-ay- diphenyl- pentane r-imino- (SPATII) A.i 979. 2-Hydrazino-p-phenolsulphonic acid Co.) A i 1022. I-Hydrazinophenylacetic acid ( DARAII- SKY) A. i 307. Hydrazobenzene 2 2’-dlcliloro- 4 4’di- nitro- 2:2’-dinitro- 2:4:2’:4‘- and 2:4:6:4’-tetmnitro- and 2:4:6:2’:4’- pentanitro- (GREEK and row^) T. 2449 ; P. 252. tli-p-nitro- dimetliyl ether (WITT and KOPETSCHKI) A i 51% i 903; (WIELASD allti IIRPHER) (FARBEXFABKIKEK VOKM. I:. BATER & Hydrazodicarbonthiamidesulp honic acid arid its silver salt ( L i s m ) T. 1753. Hydrazodicarboxylbenzylidenehydr- azide silver salt (STOLLI~ MAMPEL HOLZAPFEL and LEVERRUS) A. i 227. Hydrazodicarboxylic acid ethyl ester niercary salts (STOLLI~ MAMPEI HOLZAPFEL and LEVEEKUS) A. i 227. Hydrszodicarboxylphenylimide silver and LEVERRUS) A.i 227. Hydrazoic acid. See Azoimide. Hydrazones,stereoisorneric configuration pp’-Hydrazophenyl methyl eulphide (]<RAND and WIRSIKG) A . i 666. Hydrazotetracarboxyldibenzylidenedi- hydrazide (SrroLtb MAMPEL HOLZ- APFEL and LEVERKVS) A. i 227. Hydrazote tracarboxyldiphenyldi-hide (STOLLI? MAMI~EL HOLZAPFEL and LEVERKUS) A. i 227. 2-Hydrindamine 1 -h ydroxy - op tical1 y active and externally conipensated and their salts and derivatives (POPE and READ) T. 758 ; P. 107. Rydrindones hydroxy- formation of (AUWERS) A. i 107. l-Hydrindone-2-oxalic acid and its ethyl ester (RLTHEMANN) T. 1734. ethyl ester oxime of (RcHEmms and LEVS) T. 2546. l-Hydrindone-2-oxanilide (RUHEMAS N and LETT) T. 2545. Hydriodic acid. See under Iodine. Hydroaromatic compounds ( ~ R I T I S H ASSOCIATIOS REPORTS) A i 616.spcctrochemical differentiation be- tween ( AUWERS and ELLINGER) A. i 187. determination of nnsaturation in (KLIMONT and NEIJMANN) A. bromination of ( EODROUX and T.i - BOURY) A. i 516. Hydrobromocaryophyllene nitrosochlor- ide (DEUSYEN and VIELITZ) A i 369. Hydroccerulignone reactions of (ScHXR) A. ii 1216. Hydrocarbon from the diamond-washings of Brazil (BRASNER) A. ii 171. C8Hl6 from y-bromo-y-methylheptane C,H, frotn 1 -chloro-1 -allylcyclohexane and silver carbonate (SAYTZEFF) A. i iii. C1,,HI6 froin citronella oil (SCHIMMEL & Co.) A i 370. C,oH from ketone C‘,oH,80 (SEIMI.ER ant1 ~ I . \ Y E R \ A. i 121. SdtS (STOLLB RIAMPEL HOLZAPFEL of (BYSCH) A. i 221. nitro- (CIUSA) A. i 133. 1 37. (1<IJSEfL) A. i 247.INDEX OF Hydrocarbon CI0Hl8 from reduction of ascaridole (WALLACH and MEYER) A.i $79. C1,,Hm from 7s-dirnethyloctylamine and nitrous acid (WALLACH and BEHXKE) A. i 570. CliHm or C11H21 from 3-methyl- menthan-3-01 and potassiuni hydro- gen. sulphate and its hroino- derivative (VASIS) A. i 788. CIIH from dipropylisobiitylcarbinol (AMOUROUX and NVRAY) A. i 415 528. CI3Hm from C,,H,02 hydriodic acid and phosphorus (SIELISCH) A. I 886. C12H,4 from dipropylisoamylca~biuol (A1romov.u and MVILAT) A i 415 527. CiIHB from dipropylisoamylcarbinol (AMOUROUX and b1ciiAT) A . i 415. C13H.3j from cyclohexyltlipropylcar- biliol (AbfouRoux and MURAT) A. i 415. CI4Hm from benzyldipropylcarbinol (AMOUROLX and MURAT) A. i 415. CljH24 from alcohol Ci,HmO from oil of carnations (SEJIMLER and MAYER) A.i 480. Hydrocarbons catalytic formation of (ESGLER and SEVERIS) A. i 149. acyclic space formuh and heats of combustions of (LOBO G6iiEz) A. ii 736. aromatic formation of from the dry distillation of coal (METER) A. i 525. absorption of light by (DE KOIX- ALSKI and BANASINSKI) A. 11 1019. autoxiclation of on exposure to light (SUIDA) A. i 957. compounds of with antimony tri- chloride and tribromide (MEN- action of oxalyl chloride on ( L r ~ r m n - and BUTESCU) A i 464. and their trade preparations in- fluence of on the organism (LEH- MANX WEISSENBERG v. WOJ- CIECHOWSKI LUIG and GUNDEP.- MAXN) A. ii 189. estimation of in oil of turpentine (MARCLSSOX) A. ii 497. polynuclenr compounds of with antimony trihaloids (MENSCHGT- KIS) A. i 177. diethylenic polymerisation of ( L E ~ E - SCHUTKIN) h.i 98 99 100. MA” KARDOS RAHTS XITTEli DEFF) A. i 173. IURJECTS. ii. 1487 Hydrocarbons fatty wo’-diarylated pre- paration of (BORSCHE and WOLLE- gaseous action of ultra-violet light on (EEILTHELOT aud GAUDECIION) A. 1 741. liquid ioriisation of (Gom,\iam) A. paraffin from a Yorkshire coal seam ( COHEN and FINN) A . ii 26-1. of the styrene groiip preparation of (]<UNCKELL and DRTTMAR) A. i 431 ; (KUNCKELL) A . i 432. detection of in turpentine (UTZ) A. ii 1002. Hydrocellnlose cellulose and nlkalisecl cellulose comparative acetylation of’ (OST and KATASAMA) A. i 680. Hydrochalkones preparation of (BAR- Hydrochloric acid. See under Chlorine. B-Hydrochlorocaryophyllene nitrosite (DEIJSSEN and VIELITZ) A. i 369. Hydrochloroplatinic acids photochem- ical kinetics of the (BOLL and Jon) A.ii 407. photochemical hydrolysis of dilute solutions of (JOB and BOLL) A. ii 1119. Hydrocyanic acid See under Cyanogen. Rydroduoric acid. See under Fluorine. Hydrogels beliaviour of in dry air (TSCHERMAK) A. ii 1140. reactions in (HATscrfEK) A. ii 439. Hydrogen cheniicall y active modifica- tion of (LANGMUIR) A. ii 1162. spectra of (FABRY and Brrssos) A. ii 613. canal ray spectrum of (STARK) A. ii 1 ; (I,CSKESIIEIMEK) A ii 402. * Zeeman effect in the spectrum of (CEOZE) A ii 613. refractive index of (SIERTSEbrA and DE HAAS) A . ii 213. luminosity of electric discharge in (STRUTT) A. ii 725. molecular heat of at low temlberature\ (ECCKEN) A. ii 232. compressibility of (DF. H.\ i s OSNES and DE HAAS) h.ii 1138. dissociation of into a t o m (LASG- MUIR) A. ii 826. replacement of metals from solutions Of their salts by (IPATIEFF) A ii 50. liqnefaction of (OLSZEWSKI) A . ii 342. app:tratus for the electrolytic prepara- tion of (RUHSTRAT) A. ii 751. prevention of explosions with (011- MASS) A. ii 6:35. Jf.4NX) A. i 23. l i 515 ; (BIALOBJESKI) A . ii 825. GELLISI a1ld BINI) A. i 118.ii. 1488 INDEX OF SUBJECTS. Hydrogen cause of explosion of and air uuder pressure (LELAROE) A. ii 1162. a water-sealed constant-pressure gene- rator of (COLLIKS) A. ii 548. absorption of by iridium (BOTHE~:) A. ii 1179. permeability of iron to (CHaitrY and BONXEROT) A . ii 336. absorption of by palladium at low temperatures and pressures (VALES- TIXER) A. ii 169. solubility of in water containing colloids (FINDLAP ant1 SHEN) T.1452; P. 195. nascent lecture experiment with (FORBES) A ii 38. and nitrogen compounds of with lithium (DAFERT and MIKLAUZ) A ii 253. Hydrogen peroxide (RICHAFZ) A. ii 11 63. synthesis of (DE HEMPTISNE) A. ii 247 ; (FIscrrEp. and WOLF) A. ii 447. absorption spectra of (ROSANOFF) A. ii 875. potentials of (BORSEMAKS) A. ii 1050 1127. affinity constants of (JOYKER) A. ii 1123. catalytic decomposition of (RIESEX- F E I . ~ ) A. ii 247. rate of decomposition of (LRMOIKE) A ii 74T. enzymic decomposition of (WARSTIC and STECHE) A. i 228 ; ii 83 9. action of on glycerol (EFFILONT) A. i 675. and nitric acid use of a mixture of in analysis (JANSASCH) A. ii 383. oxidation of iodine by (AUGEIL) A ii 40. influence of penetrating radium rays on (KAILAS) A.ii 10. hydrolysis of proteins by (SIEBER) A. i 922. kinetics of the reaction of sodium thiosulphate and ( AIIEL) A. ii 927. combination of salts with (Ru- DENKO) A. ii 1168. compound of hexamethylenetetra- mine and (IT. GII~SEWALD) A. i 836. complex compounds of iron salts proteins and (RI~HMANN and SHMAMIKE) A. i i 3 5 . derivatives of (D’Ass and FRIEDE- RICH) A. ii 151. Hydrogen selenide preparation .Of (HEMPEL and WEBEI~) A. 11 1165. heat of formation of (ROLLA) A. ii 1040. action of iodine on (ROLL.\ and REPETTO) A. ii 1154. sulphide formation of by bacteria (SASAKI and OTSUKA) A. ii 476. formation of by galvanic action (JORISSEN) A. ii 637. generator for (SKLEPINSKI) A ii 932. modification of Ostwald’s apparatus for (HASE SKLEPINSKI TECLU) A ii 1051. telluride preparation of (HEMPEL and WEBEI~) A.ii 1165. Hydrogen Morse and Gray’s method of estimation of in organic com- pounds (REID) A. ii 602. active estimation of in organic com- pounds bv magnesium methvl iodide (Z.EREWI$INOFF)) A. i 841 haloid detection and estimation of in presence of hydrogen cyanide (POLSTORFF and NEYER) A. 11 988. Hydrogen electrode. See Electrode Hydrogen ion determination of the concentration of the (FJLESEMLX) A. ii 894. measurement of the concentration of the by means of methyl red (PALITZSCH) A. ii 87. measurement of the concentration of in presence of organic compouiids (DESHA and ACREE) A. ii 125. velocity of the (KEK’DALL) T. 1275 ; P. 158. Hydrogenation ( WIELAYD) A. i 247. Hydrolysis. See under Affinity chemi- Hydronitric acid.See Azoimide. cl. and Z-Hydropinenecarboxylonitrilee (GRIGNARD and BELLET) A. i 623. Hydropyrone action of ammonia on derivatives of (TSOKEFF) A. i 580. Hydroquinine esters of (VEREINIGTE CIIISINFARKIKES ZIM3IER & C O . ) A. i 1013. compound of phenylethylbarbituric acid aild (FARBEKFIBRIKEN VORY. F. BAI’ER & Co.) A. i 798. Hydrouruahiol and its diacetyl deriva- Hydroxamic acids Beckinann rearrcrnge- ment of (JONES) A. i 692. Hydroxides behaviour of towards solu- tioiis of alkylenediamines (TRAUBE) A. ii 257. under Electrochemistry. cal. tive (hfAJlMA) A. i 883.INDEX OF SUBJECTS. ii. 1489 Hydroxy-acids racemisation of by heat (JAMES and JONES) T. 1158 ; P. 143. acety latecl hydrolytic decomposition of (ANSCHUTZ and MOTSCHMAXN) A ii 1046.aliphatic (FESTOS and WILKS) T. 1570 ; P. 187. a-Hydroxy-acids ammonium hydrogen salts purification of ( ESCALES and KOEPKE) A. i 827. Hydroxyaldehydes aromatic isomerism of ( MANCHOT and PALMBEILG) A. i 319. Hydroxy-compounds orientation of the hydroxy-groups in ( BOESEKEN) A. i 742. alcoholic colour reaction of (ROSES- 2-Hydroxycoumarones C-acyl derivatives of (AUWERS) A. i 484. Rydroxylamine hydriodide compound of thiocarbamide and (ATRISS and B-Hydroxylamino-a-benzoylamino-8- phenylpropionhydroxamic acid (I’os- NER aiid STIRNUS) A. i 457. 15-Hydroxylamino-a-benzoylamino-B- phenylpropionic acid (POSSER and B-Hydroxylamino-B-furylpropionhydr- oxamoxime hydrate ( POSNER and STIRNUS) A i 457. B-Hydroxylamino-m-hydroxy-8-phenyl- propionhydroxamic acid hydroxyl- aiiiine salt (POWER) A.i 455. B-Hydroxylamino-p-hydroxy-8-phenyl- propionic aoid (POBNER) A. i 455. 8-Hydroxylamino-~-methoxy-B-phenyl- propionhydroxamoxine hydrate (Pos- NEH) A. i 455. B-Hydroxylamino-8-phenylethane a- nitro- (POSKER a i d UNVERDORBEN) A. i 457. 8-Hydroxylamino-B-phenyl-a- ethylpro- pionhydroxamoxime hydrate ( YOSNER and STIRXUS) A. i 456. B- Hydroxylamino-B-phenylpropionhydr- oxamic acid m-arnino- and o- m- and p-nitro- ( I’OSNEK) A i 455. B-Hydroxyliminobis-?),r-hydroxy-B- phenylpropionhydroxamic acid (Pos- NEB) A. i 455. Hydroxyliminobis-B-phenyl-a-ethyl- propionatehydroxamic acid methyl ester (POSNER and S~IRSUS) A. i 456. Hydroxymethylene compounds reduc- tion of (KOTZ and SCHAEFFER) A. i 603. Hygroscope mktallographic ( BESEDICKS and ARPI) A.ii 804. THALER) A,. ii 871. WERNER) ‘r. 1989. STIRNUS) A. i 457. Hyperthermia liydroxyl ion concentra- tion of blood in (QUAGLIARIELLO) A. ii 1064. Hyphdoma fnsciculare constituents of (ZELLNEI~) A. ii 195. Hypohalogenous acids and their salts ( ~ K R A U A L ) A. ii 33 340. Hypoiodites. See under Iodine. Hypophoephites. See under Phosphorus. Hypoxanthine preparation of from uric acid (SUNDWIK) A. i 321. I. Ilmenite from Quebec (WARRES) A. ii 360. Imidocarbonic acid cyano- methyl ester (MGKEE) A. i 140. B-Iminazolylethylamine. See 4-Ethyl- glyoxaline B-amino-. Imines cgclic(v. BRAUS and GA~RILOW) A. i 497. Imino-compounds formation and re- actions of (TIIOHPE) T. 249 ; p. 4. action of hypochlorites on (TARUCI and LENCI) A. ii 397.fatty nitration of (FRANCHIMOST and DUBSKY) A. i 752. Iminodiacetic acid mercuric salt (FRANZEN) A. i 678. Iminodiacetic acid nitro- and its salqs (FRANCHIMOST and DUBSKY) A. I 753. Iminodiacetimide salts and acetyl derivative of (FRASCIIIMOST and DUBSKY) A. i 753. Iminodiacetonitrile nitro- (FRANCHI- niom and DUBSKY) A. i i 5 3 . BB’-Iminodibutyric acid relationship of the optically active forms of and their derivatives (SCHEIBLER) A. i 682. 1minodi.phenylacetic acid nitrile ester action of a- hydroxyisobutyronitrile on (STADTXIKOFF) A. i 116. Imino-ethers action of hydrogen sulphide on (MATSUI) A. i 261. Iminotetron-a-carboxylic acid ethyl ester (ASSCHUTZ) A i 836. Indamine 4-hydroxy- (HELLER) A. i 918. Indandione derivatives isomeric (H~x~rzscrr) A. i 869 ; (HANTZSCH and GAJEWSKI) A.i 870. See also Diketohydrindene. Indandionebisacetophenone. 00‘-dicarb- oxylic acid and its alcoholate (HANTZSCH and FISCHER) A i 873. Indandione -2 - carboxylic e t h y 1 ester 2-mercurichloride ( HANTZSCH and GAJEWSKI) A i 871. Indane 1:2:3-tribromo- (GRIGXARD and aaid COUltTOr) A i 250.ii. 1400 INDEX OF SUBJECTS. 2 :3- Indazino- 1 (or 4-) - aminoanthraquin- one (SCHOLL EBEKLE and TRITSCH) A. i 143. Indasolyl-2-a-naphthol 3-11ydroxy- (FRIEDLANDER and LENK) A. i 702. Indene 1-bromo- and l-cyano- (GI:IG- SARD and COURTOT) A. i 250. 4:5-Indenopyrazole-3-carboxylic acid and its ethyl ester (RuHEJrass) T. 1737; P. 224. . Indenoquinoxaline and its picrate (PEKKIN Romrvrs and Rouissos) T. 236. Indican estimation of in urine (SAnr- Mm) A.ii 703. Indicator new for alkalis and carbon- ates (REICBARD) A . ii 1090. use of isopicramic acid as an (bIELDOLA HALE and THOMPSON) A ii 1090. Indicators,classification of (WAGENAAR) A. ii 1207. colloidal chemistry of (OSTWALD) A. ii 439. sensitiveness of (TIZARD) A. ii 598. Indigo contailling starch estimation of iudigotin i n (FRANK and PERKIS) A. ii 706. Indigo dyeing theory of (Brsz and SCHADEL) A. i 317. Indigoid compounds preparation of (FALLE & Co.) A. i 208. Indi otin transformations of explained f y Thiele’s theory (TSCHILIKIS) A. i 654. estimation of in indigo coil taining starch (FHASK and PERKIS) A. ii 706. Indigotin bronio- and dibronio- coin- pounds of with sodium ethoxide ( BINZ and SCHADEL) A. i 317. 4:4’- 5:7- and 7:7’-dibromo- (FRIED- LAKDER BRUCKNER and DEUTSCH) A.i 318. uitro- (BADISCHE ANILIS- & SOLJA- FABRIK) A. i 512. Indigotindiaulphonic acid action of alkali on (TSHILIKIX and 1lrLaxow- SKY) A. i 397. Indirubin dibromo- (FRIEDLANDER HRUCKNER and DEUTSCH) A. i 319. 6:6’-dibromo- (ETTINOER and FRIED- LANDER) A. i 729. Indium spark apectrum of (SCHULE- MANN) A. ii 1. Indole preparation of derivatives and honiologues of (GBSELLSCHAFT FUR TEERVERWERTUKG) A. i 128. production of by bacteria (ZIPFEL) A. ii 793. detection of in cultures of Bacillus coli (RIVAS) A. ii 669. Indolee substituted preparation of mercury derivatives of (BOEHRISGER 8-Indolylethyl alcohol (t~gptophol) and its salts (EHKLICII) A. i 500. l-Indone. clibromo- and 3-bromo-2.iodo- oxime and p-nitrophenylhydrazone of (SnroNIs and KIRSCHTES) A. i 270.Indophenols and their derivatives (HELLER) A. i 916. preparation of derivatives of (CASSELLA & Go.) A. i 140. of the benziminuole gronp preparation of (AKTIEN-GESELLSCHAFT FUR ASILIN-FAJ%RIKATIOX) A. i 1033. Indophenolarsinic acid ( BENDA) A i 62. 3’-Indoxyl~2-selenonaphthen-8-one ( LES- SER and WEISS) A. i 643. Indyldichloromethylindylmethane (EL- LINGER and FLAMAND) A. i 587. Infante respiration of influence of change of temperature and of crying on the (SCHLOSSMANN and MLYRSCH- HAUSER) A. ii 57. Infusoria purification of water by (STOKVIS and SWELLEKGREBEL; A. ii 193. Injury causes of the current of (LOEB and BEUTNER) A. ii 1087. Inositol and its isomerides and deriva- tives (MULLEH) T. 2383 P. 291. crystallography of (BARKER) A.i 416. (MADELUNG) A. i 499. & S~HSE) A. i 64. phosphoric acid esters of (ANDERSON) A.. i. 677. tetrapliosphate (ANDERSOX) A. i 607. liexaphosphate (CONTARDI) A. i 607. Insecticides estimation of arsenic in (HOLLAND) A. ii 91. Intestinal extracts action of on organic compounds ( G ~ R A R D and LEROY) A. ii 461. Inteetinal tract effect of the activity of the on gaseous metabolism (BESEDICT and EMarEs) A. ii 656. Intestine absorption in the (BRADLEY and GASSER) A. ii 365. absorption of calcium and phosphoric acid inthe(ZUCKMAYEI:) A.,ij1069. effect of adrenaline 011 the (HOSKINS) A. ii 189. creatine-destroying bacilli in the (TWORT and MELLANBY) A. ii 466. gas-formiag power of bacteria of the (PENFOLD) A. ii 191. protein cleavage in the (ABDERHAL- DEN ABDERHALDEN and KRAMM) A.ii 574. small action of pilocarpine on the (~YEL-KIRCH) A. ii 967.INDEX OF SUBJECTS. 11. 1491 Inulin digestion of (BIERRT) A. ii Invertaae formation of (v. EULER and MEYER) A. ii 793. formation of in Aqwyillus 7iiycr (GKEZES) A. ii 976. formation of in yeast (I-. XI-LEI and JOHANSSOS) A. ii 376. optimum temperature for (I<.\sITs) A. i 60. inactivation of by acids ( BIWIXASI) ROSESBLATT and ROSESULAI-I.; A. i 148. effect of zinc on the secretion of hy Aspcryillus iiiyer (JAVILLIEI:) A. ii 377. Invert-sugar detection of iii honey (HALPHKS) A. ii 498 ; (STOECKLIS) A . ii 499. Iodio acid. See under Iodiiie. Iodine fluorescent spectra of (E’RAscI;) A. ii 509. resonance spectra of (WOOD) A. ii 1018. vapour fluorescence of (I~RANCK and HERTZ) A.ii 509. mapeto-optical eKects of (WOOD) A . ii 325 ; (HEUI:USG) A ii 510. electrical conductivity of alcoholic solii- tious of (ARCIIIBALD and PA~I’I:ICP) A . ii 423. hydrolysis of (AuEL) A. ii 1153. affinity between silver aud <FISCLIEI;) A. ii 1054. solutions nltramicroscopy of (AMASK) A. ii 751. equilibrium of potassium iodide and (KREMASS aud SCHOULZ) A. ii 1167. potassium iodide and water equilib- rium in the system (PARSOSS and WHITTEMORE) A. ii 31. solubility of in solutions of yotassiiiiii and sodium bromides (BELJ ant1 BUCKLEY) A. ii 248. solid solutions of with cyclic hydro- carbons (BRUSL and AMADORI) A . ii 342. catalytic action between acetone and (DAMON and Powrs) T. 1503 ; P. 159. direct combination of oxygen and (GVICHARD) A. ii 549. oxidation of by hydrogen peroxide (AUGER) A.ii 40. action of on hydrogen selenide (ROLLA and BEPETTO) A. ii 1154. action of on phenols ( WILKIE) A. i 346. action of on tannin and peptone (CASANOVA and CARCANO) A. ii 031. 1066. Iodine iiitcraction of thiocnrbamide and (WEKSER) T. 2166 ; P. 240. influence of on autolysis ( K E ~ I N O W ) A ii 69. distribution of in sy~iliilitic tissues (LOEII) A ii 857. pharmacology of ( LOICB) A. ii 372. lii*elbanttioiis of in tlmxpcutic use ( V I L I P I I I ) A. ii 74. nature 01’ the conipoand of tannin and (BECQUET) A . i 791. blue adsorption conipoiiiids of (BAIL- GER and FIELI)) ’l’. 1391 ; P. 157. Lromids and chloride fused electro- lysis of ( B n r - s ~ e and HEKIER) A ii 732. nitrate and oxides prcpration of (UAPI’ELER) h. ii 39.Hydriodic acid rnecliauisin of the reaction betn-ecn clironiic acid and (GOLBLUAI and LEW) A. ii 924. Iodides estimation of (SCHIRMER TURRENTISE) A. ii 1091. estimation of iodine in (AUGER) A. ii 805. Polyiodidea ( KKEMASS and SCI~OCLS) A . ii 1167. Iodic acid prepniation of pure (TICLOL-x) A. ii 549. actioii of colloidal sulphur wit11 (RAFFO and Xossr) A . ii 752. velocity of interaction of sulphurous acid and ( P n . r ~ ~ ~ s n v a i d FOIL- SYTH) T. 40. Iodic anhydride fornintioii and de- composition of (GrIcIrAitD) A ii 152. Hypoiodites stability of (AUGER) A. ii 751. as a factor in the formation of iodo- form (PIEROSI) A. i 526. Iodine detection of chlorine in (BOCGE) A. i 988. titration of sodium thiosulphate and tetrathionate with (ABEL) A ii 486. estimation of in iodides (AuGEI:) A .ii 805. estimation of chlorine and bromine (SARVOXAT) A. ii 680. estiniatiou of in presence of other halogens and organic matter (KEK- DALL; A. ii 864. Iodoanil. See p-Bmzoquinone tctra- Iodoform decomposition of in the ani- nial organism (TmxBEix) A. i 406. hypoiodites as a factor in the formatioii of (PIERONI) A. i 526. compounds of with organic bases (DEHs) A i 834. iodo-.ii. 1402 INDEX OF SUBJECTS. a- and +-Ionam (KIJNER) A. i 119. Ionisation and Ions. See under Electro- chemistry. Ionisation of gases. See under Photo- chemistry. Ipomoea orizabcnsis chemical esamina- tion of the root of (I'OWEK and ROGERSON) T. 1. Ipuranol forniula of (TVTIS and CLEWER) P. 317. Iridium absorption of hydrogen by (ROTHER) A. ii 1179. Iridium chloride double salts of with potassiuni and ammoniuni cliloridev (DUFFOUR) A.ii 849. Iron of ancient origin analyses of (HADFIELD) A. ii 258. native from Vladivostck (INOSTZAX- ZEFF) A. ii 170. spectrum Of(EVERRHEIhf) A. ii 110 ; (Burssox and FABRY) A. ii 505. arc spectrum of (Goos) A. ii 404 1016 ; (GEIGER) A. ii 1113. electrochemistry of (SCIIULZE) A. ii 529. intercrystalhe fracture of (HUMFREY) A ii 1058. constitution of the sulyhide enclosures in (ROHL) A ii 1059. development of heat by a mass separ- ated from (GHZESCRIK) A. ii 552. electrolytic corrosion of ( HAYDEN) A. ii 425. passivity of (FLADE and KOVH) A . ii 558 ; (BYERS and VOILIS) A. ii 1058. porosity of and its relation to passivity and corrosion (FRIEND) T. 50. rusting of (LAMBERT) T. 2056 ; P.197. de-rusting of in ferro-concrete (Do- NATH) A. ii 52 ; (ROHLAND) A. ii 53. influence of painting on the rusting of (LIEBREICH and SPITZEB) A. ii 359 ; (ARNDT) A. ii 454. permeability of to hydrogen (CHARPY and RONNEROT) A. ii 336. ferric reduction of (CLXMISG and HAMILTON) A. ii 606. solubility of carbon in (RUFF) A. ii 917. action of oxygen on heated (MIL- BAUER) A ii 1059. pharmaceutical preparations of action of light on (NEUBERC and SCHEW- KET) A. ii 1021. in blood (FISCHER and BRIEGER) A. ii 92-1. metabolism. See Jfetabolism. excretion of in urine in pneumonia (GOODJfAN) A. ii 787. ?-Iron solubility of iron carbide in Iron alloy8 with carbon (Shirrs) A ii 165 769 1058 1176; (WARK) A. ii 165; (RUFF) A. ii 353 1176 ; (LEWIS) A. ii 353. thermal and micrographic study of (v.WI'I'TORF) A . ii 259. estimation of carbon in (MAHLEIL and GOUTAL) A ii 807. with manganese and nickel ( PARRA- Y.WO) A ii 1175. with zinc (VIGOUKOUX DUCBLLIEZ and BOUILBON) A. ii 648. Iron salta Becquerel effect for (SCHIL- LER) A. ii 1127. absorption of gases by (MANCHOT MERRY and WORINGER) A. i 955. catalytic oxidatioii of pheuols in presence of (COLIN and S~NI~CIIAL) A. ii 289. complex compounds of proteins and hydrogen peroxide (RijH MA" and SHMAMIYE) A. i 735. complex conipouiids of pyridine with (COST.~CIIESCU nild SPACU) A.,i,494. action of in blood (ROCCHI) A. ii 268 ; (FISCHER and BIRIEGEB) A. ii 269. action of on proteins (CmmxroN) A. i 1040. Iron carbide heat of formation of (RUFF and GERSI'EN) A. ii 260. solubility of in yiron (KARK) A ii 52.clicarbide ( LJUB.IVIS ZOI:IS and BUNZEN) A. ii 769. oxides reduction of (LEVIN) A. ii 1177. sulphides (ALLES CREXSHAW JOHN- sros and LARSEN) A. ii 354. Ferric salts compounds of with albu- moses(R6~hiAsx and SHMAMINE) A. i 735. compounds of antipyrine and (CAL- ZOLARI) A. i 51. complex compounds of with cate- cliol (WEISLAND and BINDER) A. i 184 445. Ferric chloride hydroIysis of (GIL- LET) A. i 614. reduction of by surviving organs (HARMS and CREIGHTON) A. ii 1191. basic colloidal (MALFITAXO) A. ii 240. fluoride (RECOURA) A ii 353. hydroxide coagulation of (PAP- PADA) A. ii 53. colloidal equilibrium in the ad- sorption of chloride by (MAP- FIA) A ii 145. (WARK) A. ii 52.INDEX OF SUBJECTS. ii. 1493 Iron :- Ferric nitrate and metallic silver equilibrium between (NOTES arid BRANN) A.ii 916. oxide colloidal (KRATZ) A. ii 353. silicate colloitlal forms of ( LIESE- GASG) A. ii 166. sulphate coiistitutiori of and its compound with alcohol (RE- COUKA) A . ii 165. Ferrous s a h reactions of with iiaphthenic acids ( P Y H ~ L ~ ) A. ii 1007. detectiou of with dinietbylglyosiiiie (SLAWIP) A. ii 299. estimation of with standard iodine (ROMYN) A. ii 94. estimation of in siliclrtes ( DITT- RICH and LEOh'lIAKL)) A. ii 299. Ferrous chloride prepaiatioii of by electrolysis ot' ferric chloride (WILLIAMS) A. ii 944. double salts of with caesiuin and rubidinni chlorides ( W I LKE- DORFURT and HEYSE) A. ii 554. additive conipound of ether aud (MANCHOT and HAAS) A. i 933. sulphate and potassium osalate os- idation of (SCHILOFF and REI:- KESHEIM) A.i 937. eulphide e uilibrium of silver sul- phide wit\ (SCHOES) A. ii 159. Iron organic compounds with guaiacol (WEINLASD and BIXDEH) A i 850. Iron ores from the Apuan All's (Pasr- (:HI) A. ii 172. estimation of silica in ( NOLDESHAUEI:) A. ii 92. titnniferous aliitlyses of (JI,iNciioT and HEFFNEK) A. ii 265. Iron cast (GRZESCHIK) A. ii 552. Steel constitution of (CAMPBELL and RAWDON) A. i 741. of ancient origin analyses of (HAD- FIELD) A. ii 258. in tercrystalline fracture of (HUM- PREY) A. ii 1058. constitution of the sulpliicle enclos- ures in ( R i j ~ t ) A. ii 1059. corrosion of ( B u ~ ~ o w s and FAW- SITT) 4 ii 558 ; (BRrTrstr Asso- CIATION REPORTS) A. ii 559. electrical resistance of various kinds of (BOUDOUAILD) A. ii 119.formation of osmondite in hypo- eutectoid (CALIAS) A. ii 769. estimation of carbon in (ISIIAM) A. ii 357 ; (LEVY) A. ii 005. C. ii. Iron - Steel estiniatioii of' chromium in (CAIS) A. ii 692. estimation of copper in (ZINBERG) A. ii 299. estimation of mangmese in (METZ- OER and MARRS) A ii 94 ; (BOYLE) A. ii 999. estimation of oxygen in (CUSHMAN) A. ii 88. estimation of phosphorus in (REI- ( T ~ A R I I ) A. ii 90. estiinatioii of vanadiuni in (CRITES) A. ii 391 ; (DEMOKES'P) A. ii 1100 ; (GAIN and I)EMOI:ES'!. CXIN ant1 HOSTE'ITER) A. 11 1101 ; (GAKRAT'I') A. ii 1102. See also Nangaiiese steel Kickel steel aiid Vanadium steel. Iron estimation of volumetrically (IUrcm~) A. ii 495 ; (WUNDEN niid STOICOFF) A. ii 1215. estimation of in milk (SOTTBOIIM and WEISSWANGE) A.ii 690. estimation of in COW'Y mi&( E D E u n x s and v. C~ONKA) A ii 184. estimation of i i i water (MAI-ER) A. ii 809. estimation of manganese iii (JIETZGET and MARKS) A. ii 94. estimatiori of oxygcn in (CL-SHMAX) A. ii 88. estimation of phosphoriis in (REI- CHAIW) A . ii 90. estimation of vanadiuni iu (CRITES) A. ii 391. ferric estiination of in the presence of organic substances (HEWTI' and MAXN) A. ii 60s. ferroiis estimation of in ehromite (~'INA DE RUBIES) A. ii 605. separation and estimation of aluminium a i d (BORCK) A. ii 494. separation of altiminium,zirconiu~n and ( W U N I I E K ~ ~ ~ JEANNEILET) A. ,ii,96. separation of manganese from (Go],- BLUM and GUKTHEH) A. ii 869. separation of manganese and electro- lytically (HELASIO) A. ii 1097.separation of titanium and (J~ov~rox) A. ii 691. separation of zinc and (DE KOSINCIi and v. WINIWARTEIL) A. ii 808. [satin 4- a i d 6-brorno- (ETCINGEIL aiid FRIEDL~NDER) A. i 729. 7-bromo- (FRIEDLXNDEIL BIIUCKKER and DEUTSCH) A i 319. dibronio- preparation of ( KALLE & Co.) A. i 580. [eatin-2-nt-bromoanil 4- and 6-bromo- ( ETTINGER and FKIEDLANDEI:) A. i 729. 9sii. 1404 INDEX OF SUBJECTS. Iaatin-p-chloroanil 3-chloro- (E~CINGER and FRIEDLANDER) A. i 728. a-Ieatin-a- and B-naphthalides and di- bromo- ( FAXBWERKE VORM. MEISTER LUCIUS and BRUNISG) A. i 501. Iaomeriam of merotropic and desmotropic compounds (MICHAEL) A. i 631. dynamic (GLOVER and LOWRY) T. 1902 ; P. 185 ; (LOWRY and GLOY- ER) P. 186 ; (BPJTISH AssocIArxoN REPOKTS) A. ii 508. position and optical activity (FI:ASK- LAND CARTER and ADAMIS) T.2470 ; P. 292. Isomorphism in organo-metallic coni- Isoprene preparation of (HARRIES) A . i 406 ; (AUsTERWEIL) A. i 525 ; SC Co.) A. i 742 821. production and polymerisation of (PERKIS) A. i 636. pounds (PASCAL) A. i 524 739. (FARBENFABKIKEN BORM. F. fiAYER J. Jambul aeede chemical examination of (POWER and CALLAN) A. ii 480. Jrmbulol and its derivatives (POWER and CALLAN) A. ii 480. Jatropha mahnficle?uis oil from the seeds of ( E I x ~ ) A. i 826. Jellies (HATSCHEK ZSIGMONDY aiid BACHMANN) A ii 1149. ultramicroscopic structure of (BACH- MANN) A. ii 145 ; (v. WEIMARN) A.,ii 439. freezing of (LIESEBASG) A ii 542. detection of adulteration in (MAK- RIAGE) A. ii 871. Juglansniyra and J. cinerea oil from the seeds of the hybrid of (FOUCHEr) A ii 675.Juglans regia. See Walnut. Juglone detection of microchemically in walnuts (TWKMANV) A. ii 1110. K. d- t- and r-Kairoline oxides and their salts and derivatives (MEISENHEIMEK and DODONOW) A. i 25. Kairolinium hydroxide tl- and l-hydr- oxy- salts of (MEISENHEIMER atid DODONOW) A. i 26. KaEmia Zatifotia coiistituents of the Ieaves of (VERDON) A. ii 481. asebolin from (BOVRQLELOT and FICHTENHOLZ) A. ii 380. glucoside from (BOURQVELOT and FICHTENHOLZ) A. ii 196. Kamacite behaviour of Keumann's liues in heated ( BERIVERTH and TAMMANN) A. ii 652. Kaolin action of hydroxyl ions on suspensions of (ROHLAND) A. 11 1150. Katine and its sulphate and hydro- chloride (CHEVALIER) A. ii 480. Keratin from elephant epidermis (Bum- TALA) A. i 520.Keten-hydratee transformation of carb- oxylic acids into (MoHR) A. i 362. Keto-acid C,,H180 from caryophyllene and its derivatives (SEMMLER and MAYER) A i 120. C,,H,O from caryophyllene and its derivatives (SEMMLER and MAPER) A. i 121. a-Ketoadipic acid and its derivatives (GAULT) A. i 412. a-Keto-B-anilino-aB-diphenylethane condensation of and its homolopes with phenylcarbimide and with phenyl- thiocarbirnide (BRAZIER and McCo.\r- BIR) T. 2352 ; P. 287. a-Keto-B-anilino-a-phenylethane con- densation of with carbonyl chloride phenylcarbimide and phenylthiocarb- imideI( lliCCoMsIE and SCARBOROUGH) P. 331. 5-Keto-3-benzoyl-+furazan and its salts (B~ESEKEN and VAS LENNEP) A. i 724. P P e to- 1 pbromophenyl- 3-methy1-6 - pyrazolone (WISLICENUS and Gijz) A. i 52.Ketobutanol derivatives of (FARBEN- FABRIKEN VORM. F. BAYER & Co.) A. i 822. y-Keto-n-butyl alcohol BBG(or Stid-)- tribromo- (WOHL and MYLO) A. i 161. a-Keto-B-carbethoxyanilino-aB-diphen- ylethane (MCCOMBIE and PARKES) a-Xeto-8-carbethoxy-o- -m- and -p-tolu- idino-aB-diphenylethaner ( MCCOMBIE and PARKES) T. 1996. a-Keto-B-nL-chloroanilino-aS-diphenyl- ethane and its Sbenzoyl derivative (BAILEY and MCCOMBIE) T. 2276 ; P. 266. Ketodihydro-l:4-benzothiazine conden- sation product of (AYTIES GESELL- SCHAFT FUR AXILIN-FABRIKaTION) A. i 504. S-Xeto-26-dihydrofurfnrylidene-4-acetic acid,2-hydroxy- (BLAND and THORPE) T. 1494 ; P. 195. 2-Ketodihydronaphthalene 1 -bromo- 1- nitro- (FRIES aiid ROTH) A. i 656. Ketens (STAUDISOER) A i 193. rr. 1994 ; P. 23s.INDEX OF SUBJECTS.ii. 1495 2-Ketodihydro-l- thionaphthen (MARS - CHALK) A. i 576. 3-Ketodihydro-(l)-thionaphthens 2-imi- no- preparation of y-liydroxyaryl deriyatives of (KALLE & Co.) A i 382. benzotriazole 4-chloro- 4-hydrosy- and 4-nitro- (PRIES and NOLL) A. i 660. r-Keto-aa-dimethylhexoic acid and its semicarbazone (Ilhssoh’) A. i 280. 5 -Keto-4 7-dime thyl-45 6:7- tetrahydro- 1 :2:3-benzotriazole 4 6 6 7 -tetra- chloro- (FRIES and NOLL) A. i 660. Xeto-4:6-dimethylthionaphthen ( I< A LI,E & Co.) A. i 126. Ke to-4:6 - dime t hyl t hionaphthencarboxy- lic acid (KALLE & Co.) A. i 126. 8-Keto-a6dicyclopentylvaleric acid and its semicarbazone ( WALLACH and OST) A. i 569. 6-Keto-2:3-diphenyl-2:5-dihy&o~ran- 2-acetic acid (By-di$henyZ- y-crotono- Zuctotrc-y-acetic acid) and a-bromo- and its ethyl ester (RESCHKE KOHRES and STOLL) A.i 889. acetic acid (By-diphenUZbutyroI~tonc- y-acctic acid) and its ethyl ester arid B-bromo- (BESCHKE K~HRES and STOLL) A. i 890. 1:3-Keto-enolic ethers preparation of (ABELL) T. 989 ; P. 145. Ketohydrindylmethyleneketohydrindene and its methylenedioxy-derivative (RUHEMAXN and LEVY) T. 2549. 2-Keto-l-methyldihydothionaphthen-l- carboxylic acid methyl ester (AUWERS) A. i 1011. l-Keto-6 :6- methylenedioxyhydrindeno- phenazine ( RUHEMANN) ‘l’ 785. 3-Keto-6-methylthiol-( 1)-thionaphthen 3-Keto 6-methylthiol-( 1)- thionaphthen- 2-carboxylic acid (KALLE & Co.) A . i 126. Ketonaphthathiophencarboxylic acid (KALLE & Co.) A. i 208. Ketopcrinaphthindene and its deriv- atives (ERRERA and CUFPAKO) A.i 273. Keto~erinaphthindenilphenylmethane . dihydroxy- and its sodium salt (ERRERA aiid CUFFAILO) A i 2 i 3 . Ketone C,H,O aiid its phenylhydrazoiie from decoiiiposition of gynocardin (DE JONG) A. i 39. C7H,,0 and its semicarbazone from distillation of calcium cis-cyclo- hexenedicarboxylate (STARK) A. i 868. S-Keto-4:7-dimethyl-4-6:dihydro-1:2:3- 6-Keto-2 3-diphenyltetrahydrofuran-2- (I(AI,LE & CO.) A i 126. Ketone Cl0Hl6O2 from a-terpineol and its semicarbazone (CUSMASO and LI- S A K I ) A i 273. C,,HI80 from caryophyllene and its derivatives (SEMMLER and MAYER) A. i 121. C,,H*O and its osime from degrada- tion products of cholesterol (WIN- DAUS) A. i 449. Ketones catalytic preparation of (SES- DEIIESS) A. i 537. absorption spectra of (PURVIS and MCCLELAKD) T. 1810 ; P.233. electrolytic reduction of (TAFEL and SCHEPSS) A. i 8. catalytic hydrogenation of (V.IYON) A. i 749. replacement of oxygen by hydrogen in (WOLFP) A. i 988. action of chlorocarbainide on (B&HAL and D E m u F ) A. i 73. aliphatic conditions of isociynamic change in (Dan.sox and YOWIS) T. 1503; P. 159. a-halogenated preparation of (BLAISE) A. i 606. cyclic (RUHEMANN) T. 1729; P. 224 ; (RVHEMANX aiid LEVY) T. 2542 ; P. 316. poly-unsaturated reduction of (BORSCHE) A. i 194. unsaturated transformation of keto- haloids of (STRAL-s) A. i 989. electrolytic reduction of (LAW) T. 1016 ; P. 98. detection of colorimctrically (RED- qua11 titative estimation of in essential oils (NELSOS) A. ii 396. Aa-Ketones reduction of (‘THIELE and RUGGIJ) A.i 866. Ketonic acids formation and hydrolysis DELIES) A. i 986. O f esters Of (sUDBOI;OCGH) T. 1227 ; P. 93. dibasic GAUL.^) A. i 412. a-Ketonic estera lactonisation of (GAULT) A. i 237. 6-Keto-6-cyclopentylvaleric acid and its semicarbazone ( WALLACII and OST) A. i 565. 5-Keto-l-phenyl-4:5-dihydro-l:2:3-benz- triazole 4-bromo-4-i1itro- and 414- dichloro- arid derivatives (FRIES and EMPSOX) A. i 659. 6 -Keto 2-phenyl-4 5-dihydro-2 1 3-benz- triazole 4-biomo-4-iiitro- and 4:4- dichloro- (Fims and ROTH) A. i 6 5 i . hexahydrobenzopyrazole (CKOSSLEY and L~ENOUF) T. 153i. 4-Keto-2-phenyl-3 :6 6 7- tetramethyl-ii. 1496 INDEX OF SUBJECTS. 4-Keto-2-phenyl-3:6 6- trimethylhexa- hydrobenzopyrazole and its phenyl- hydrazono (CROSSLEY and RENOUF) T. 1534. Ketoees photolysis of ( BERTHELOT and distinction betweeii aldoses and y-Ketosuccindialdehyde diethylacetal B-hydroxy- (WOHL and MYLO) A.i 162. Ketotetramethyltetrahydrofuran nitro- and its salts and aci-form (DUPONT) A. i 483. 3-Keto-(l)-thioanthren (KALLE & Co.) A. i 209. 4-Keto-2-thiol-2-ethoxy-3-phenylthiazo- lidine (HOLMBERG) A i 133. 3-Keto-(l)-thionaphthen action of carb- onyl chloride on (GESELLSCHAFT FGIZ CHEJIISCHE INDUSTRIE IS BASEL) A. i 487. a-Keto-8-o- and -m-toloidino-aB-di- phenyl-ethane8 and their hydrochlor- ides (MCCOMBIE and PARKES) T. 1995. 3-Keto-2:6:6-trimethylhexahydrobenz- isooxszole and its oxime (CROSSLEY and RENOUF) T. 1532. Xhaya Machgascariensis constituents of the resin of (GI~KARD) A. ii 481. Kidneye osmotic properties of the (SIE- phosphatides of the ( MACLEAN) A.ii inffuence of on diastase of serum (VAS physiology of the secretion of (COHN- action of phloridzin on the work of Xinetice. See under Affinity cheiiiical. Kinetic theory. See under Affinity chemical. Kipp’e apparatus substitute for (Or- YLER) A. ii 345. Krypton monatomicity of (RAMSAY) and the auroral spectrum (PAGE) A. GAUDECHON) A i 750. (BETTI) A. ii 498. BECK) A. ii 1191. 1191. DER ERVE) A. ii 61. HEIM) A. ii 959. the (BEL~K) A ii 1062. A. ii 251. ii 505. L. Labdanum oil constituents of (&IASSOS) Laboratory apparatus of brown glass Laboratory hinte (STEEXSNA) A. ii Lac Japanesc constituents of (MAJIMA) A. i 280. ( G ~ K E L ) A. ii 1160. 1161. h. i 883. Lactaric acid in fungi (BOUGAULT and Lactarinic acid in fungi (BOUGAULT and Lactase (STEPHRNSON) A.i 738. Lactic acid formation of in autolysis formation of from dextrose in the animal body ( EMBDEN BALDEB and SCHMITZ) A. ii 1073. formation of by fermentation (GRIMM) A. ii 191. formation of in the liver (EMBDISN and KKAUS) A. ii lo70 ; (OYPES- HEIMER) A. ii 1071. formation of in muscle (FLErcmR) A. ii 67. action of hydrogen peroxide on (EFFRONT) A. i 534. iodoform reaction for (NEUBEILG) A. ii 1106. analysis of (KLAPPROTH) A ii 211. detection of (REICHARD) A. ii 305. estimation of (BESSON) A ii 500. estimation of in presence of proteins (MONDSCHEIN) A. ii 814. estimation of in presence of B-hydr- ovybutyric acid (MONDSCHEIN) A. ii 813. estimation of in blood (KRAGKE Kosno) A. ii 1063 ; (v. NOORDEN ELF^ and PIANTONI) A. ii 1064.estimation of in expressed muscle juice (EMBDEN KALBEKLAH and A. ii 1072. estimation of in wines (ROETTGES) A. ii 1005. &Lactic acid formation of in incubated hens’ egga (ANKo) A. i 748. Lactic acide fate of isomeric in the organism (PARSAS) A. ii 188. Lactonee chemical constitutioii and rotatory power of sugar (AXDERSOS) A. i 163. Lactonic acids unsaturnted isomerism of (BESCRKE KOHRES and STOLL) A. i 889. Lactoee estimation of in milk (SAL- A. ii 1218. estimation of colorimetrically iri urine and milk (AUTENRIETH arid FUSK) A. ii 101. Ladaniol (EMMANUEL) A. i 372. Ladanum Cretan (EMMANUEL) A i Laevulopolyases (BIERKY) A ii 1072. LcevuIo8e production of from sucrose by gommobacter (FERSBACH aud SCHOES) A. ii 793. CHAIIAUX) A. ii 289. CHABAUX) A. ii 289. (V.STEIN) A ii 662. ENGEL) A. ii 1071 ; ( b N D O ) ROWSKI) A. ii 610 ; (RIALICNFAST) 372.INDEX OF SUBJECTS. ii. 1497 Lbvnloae rotatory power of (TOLLENS) A. i 336. Seliwanoff reaction for ( KOENIGSFELD) A. i 1 6 3 ; (JOLLES) A i 608. Lsvulosephoephoric acid barium salt and its phenylosazone (LANGHELD) A. i 416. Lakes formation of by p-nitrobenzene- azo-&ilaphthol with aluminium and antimony compounds (STREBISGER) A. i 1038. Lantern experiments ( KENRICK) A. ii 840 841. Lanthanum quantitative separation of from yttrium (JAMES and SbfITH) A. ii 999. Lapatbic acid (TSCHIRCH and WEIL) A ii 197. Laserolpheny lhy drazone ( Mo BG E N - STERN) A. i 709. Laeerpitin (R~ORGRNSTERN) A. i 708. dZ- d- and Z-Laudanoeine anti their nitrates (GADAMER) A i 49. Laamontite from the Crimea (FERS- MA”) A.ii 176. from Heimbach Germany (DURR- FELD) A. ii 359. Lanric acid sodium salt physical pro- perties of (MCBAIN CORNISH and BOWDEN) T. 2042 ; P. 237. mannitan and isomannide esters (BLOOR) A i 532. a-Laaro-By-dz~romohydrin (THIEME) A. i 333. 8-Lanro-ay-dichloro- and -di-iodo-hy- drina (THIEME) A. i 335. Lanronolic acid calcium salt and hydr- iodide of (SOYES and BURKE) A. i 159. Lanrylglnooeamine a-bromo- (Ho~woon and WEIZMANN) P. 261. Lava from a volcano a t Reunion (LA- CROIX) A. ii 267. Lead spontaneous and progressive de- struction of (MATIONON) A ii 645. influence of colloids on the electrolytic deposition of ( FREUNDLICH and FISCHEE) A. ii 1131. passivity of (LEBEDEFF) A. ii 1129. solubility of in potable water (MEER- BURG) A.ii 762. the system silver tin and (PARRA- VANO) A. ii 759. corrosion of by lime mortar (VAUBEL) A.. ii 1172. metallic action of distilled water with and without electrolytes on ( TRAUBE-MENGARINI and SCALA) A. ii 161. formation of lead carbonate from in presence of metallic aluminium (REICHARD) A. ii 162. Lead alloy8 with antimony and tin (CAMPBELL) A. ii 1056. with bismnth cadmium aud tin (PAR- RAVANO and SIROVICH) A. ii 846. Lead arsenate estimation of soluble arsenic in commercial (CURRY and SMITH) A ii 994. carbonate formation of from rnetallic lead in presence of metallic alu- minium (REICHARD) A. ii 162. chloride heat of formation of (KOREF and HEAUNE) A ii 1041. influence of non-electrolytes on the solubility of ( KERNOT and POM- ILIO) A. ii 452. and sulphide equilibrium of mix- tures of (TRUTHE) A.ii 763. haloids compounds of with pyridine (HEISE) A. i 722. iodide heat of formation of (KOREF and BRAUNE) A. ii 1041. and cnprous uitrate equilibrium in the system (FEDOT~EFF) A ii 146. oxide solubility of silvcr oxide in ( KOHLMEYER) A. ii 1054. peroxide preparation of from lead oxide and oxygen (FISCHER and PLOETZE) A. ii 555. phosphates thermal investigation of (KKOLL) A. ii 1056. glassy (KROLL) A. ii 1173. silicates formation of (COOPER K RAUS and KLEIN) A. ii 452. optical properties of ( I h A u s COOPER and KLEIN) A. ii 645. sulphide and chloride equilibrium of mixtures of (TRUTHE) A ii 763. equilibrium of antimony sulphide and (JAEGER and VAN KLOOSTER) A. ii 1170. equilibrium of tin sulphide with (HEIKE) A. ii 763.electrode. See Electrode under Electrocheinistry. thiosulphate precipitation of and its action with hoiling water ( PERKINS and KING) P. 315. Lead organic compounds :- isoaniyl- and isobutyl-oxides ethoxide and methoside (CHABLAY) A. i 3. Lead detection of in colouriiig-matters (SPAETH) A. ii 808. detection of in wines (CARLES and BARTHE) A. ii 594. estimation of (WARD) A. ii 492. estimation of electrolytically (FAIE- CHILD) A. ii 688. estimation of by the ammonium molybdate method effect of calcium on (BANNISTER and MCNAMARA) A. ii 689.ii. 1498 INDEX OF SUBJECTS. Lead estimation of in tinplate (CRATO) A. ii 998. estimation of small quantities of antimony in (FRIEDRICH) A ii 11 02. Leather estimation of dextrose in (PARKER and BLOCKEY) A ii 498. Leaves phosphorus aud nitrogen in the alcoholic extract of (SEISSL) A.ii 288. dead migration of mineral substsnces in (RAMANN) A. ii 378 379. Lecithin from the yolks of eggs (RIEDEL) A i 744. extracted from tissues fixed with formaldehyde (CRUICKSHAXK) A. ii 961. synthesis of in the hen (MCCOLLUX and HALPIN) A. ii 368. hydrolysis and constitution of (MAL- ENGREAU and PRIGENT) A. i 331. influence of on diastase (MINAMI) A i 402. effect of on the fermentation of sugar by bacteria (EPSTEIN and OLSAK) A. ii 588. pharmacology and therapeutics of (BAIN) A. ii 586. emulsions preparation of and their quantitative estimation (SCHIPPERS) A. ii 702. indicators used in the estimation of acidity of (CASANOVA) A ii 1109. detection of (SEIDLER) A. ii 307. analysis of (SATTLER) A. ii 307.estimation of (COLLISON) A. ii 498. estimation of in riieiiicinal tablets ( ~ I R C H O W ) A. ii 1109. Lecithma in the yolk of eggs (BARBIERI) A. ii 967. agglutination of by acids and of their mixtures with proteins (FEIS- SCHMIDT) A. i 156. hamolysis by (SCHIPPERS) A. ii 655. Lecture experiments (ZENGELIS) A. ii 246. time reactions suitable for (GLENDIS- NING and STEWART) P. 254. Legurninom use of the proteins of in nutrition (MENDEL and FINE) A ii 271. reducing power of the root nodules of (ALVISI and ORABONA) A. ii 863. Lemon oil estimation of citral in (RIP- FErOE and WISE) A. ii 210. Leonhardite from the Crimea (FERS- MANN) A. ii 176. Lepidine methiodide condensation of with nitrosodimethylaniline ( KAUF- MANN and VALLETTE) A. i 655. Lencinamide asymmetric hydrolysis of (BEEGELL and BOLL) A.i 326. JI-Lencine picrolonate (ABDERHALDES and JVEIL) A. i 422. l-n- aud d-iso-Leucines picronolates of (LEVENE and VAN SLYKE) A. i 682. Lencocytee action of on dextrose (LE- VENE and bfEYER) A. ii 852. Leucodigallic acid and its active forms and derivatives (NIERENSTEIN) A. i 468. I-Leucyl-d-alanylglycine (ABDERHAL- Levanaee (OWEN) A ii 375. Light. See under Photochemistry. Lignite constituents of (FRANKFORTER and PETERSON) A. ii 55. Lime. See Calcium oxide. Lime liquors estimation of sulphides in (BLOCKEY and MEIID) A. ii 601. Linaloe wood oil constituents of (SCHIM- Linalool oxide phenylurethane of (SCHIMMEL & Co.) A. i 881. i)wno- and di-oxides and their deriva- tives (PRILESCHAEFF) A. i 634. Liaase (ARhiSTROKG and EYRE) A.i DEN and YODOR) A. i 951. MEL &. CO.) A. i 370. 816. Linseed evolution 'of hydrocyanic acid from (COLLINS) A. ii 686. Linseed oil composition of (ORLOFF) A. i 158. Lipase of blood and lymph relation of the pancreas to (v. HESS) A ii 62. of castor seed hydrolysis by (FALK and NELSOK) A. i 522. occurrence of in the fat of fowls (PENNIXGTON and HEPBURN) A ii 275. influence of various substances on the activity of (TANAKA) A. i 1042. action of on oils (TANAKA) A. i 1043. pancreatic influence of inorganic salts on the activity of (PEKELHARINQ) A. ii 1188. powder preparation of (TAx-SKA) A. i 1042. estimation of the content of (DAVID- SOHN) A. ii 1067. Lipoids (FRANKEL and ELFER) A. i 521. in blood (HERRMANN and NEUMANN) A. ii 954. on the placenta (BIENENFELD) A.ii 960. physical chemistry of the (LOEWE) A. ii 741 742. influence of on diastase (MINAMI) A. i 402. production of caseation by(GAEHL1NGER and TILMANT) A. ii 72. analysis of by alcoliolysis (FOURNEAU and PIETTRE) A. ii 1109.INDEX OF SUBJECTS. ii. I499 Lipolyrir (IzAR) A. ii 655. Liqaids applications of the law of recti!inear diameter for (DAVIEY) A ii 902. action of the electric discharge on (DE HEMPTINSE). A. ii 323. specific heats of binary mixtures of (SCHULZE) A. ii 624. capillary constants of ( WALDEN and SWINNE) A. ii 628. density of below 0' (TIMMERMANS) A. ii 738. determination of the association factors of (TYRER) A. ii 739. molecnlar attraction of(GARvEn) A. ii 831. inolecular complexity of ( BOCDAN) A. ii 545. determination of the absolute mass of molecules of (HENRY) A.ii 443. compressibility of (u. BIRON) A. ii 331. expansion and compressibility of a t low temperatures and high pressures (K~RBER) A. ii 538. degree of polymerisation of (GARVEK) A ii 830. specific heat of (Lussma) A. ii 1135. influence of temperature on the thermal expansiou of (MEYER) A. ii 1133. prevention of bumping in boiling (PIESZCZEK) A. ii 341. distillation of high-boiling mixtures of (DUBOVITZ) A. ii 133. dependence of the density and surface tension of on temperature(Swmm) A. ii 432. variations of pressure with temperature in (AMAGAT) A ii 428. relation between temperature and the expansion of (OSWALD) A. ii 230. relation between coefficients of expan- sion of and their critical tempera- ture (DAVIES) A. ii 426. relations between critical temperatures boiling points and expansion co- efficients of (GuYE) A.ii 131. latent heat of vaporisation of (LEWIS) A. ii 432. capillary force of evaporation of (DEL LUNCO) A. ii 131. mechanism of vaporisation of ( LEW~) A. ii 430 miscibility of (KUEKEN) A. ii 239. nnnaratiia for lnvprina misr'ihlp Liquids mixed sepnrationof (GOLODETZ) organic compressibilities of (RICH- ARDS STYLI MATHEW'S and SPEYERS) A. ii 896. temperatures to which can be heated without formation of vapour (MRY'sR) A. ii 896. volatile combustion of (CLARKE) A. ii 602. volatile determination of the mole- cular weights of (PORTER) A. ii 1159. Liquid films mechanical stability of (HAI:DY) A. ii 838. determination of the range of mole- cular action and the thickness of (GARVEH) A.ii 536. Litharge. See Lead oxide. Lithium absorption spectrum of (BEVAN) A. ii 403. colloidal photoelectric effect of (POHL compounds of with nitrogen and hydrogen (DAFEKT arid MIKLAUZ) A. ii 253. Lithium salts toleration of by plants (R-AVENNA and MAUGINI) A. ii 1084. Lithium alloys with mercury (SMITE) A. ii 348 Lithium chloride heats of solution of hydrates of ( BOCORODSKY) A. 11 134. hydroxide action of on calcium carbonate (OECHSNER DE CONINCK) A. ii 642. and aluminiuni silicates e uilibrium of mixturesof (BALL6 and%ITTLEK) A. ii 758. sulphate equilibrium of with alkali sulphates (SPIELREIS) A. ii 917. Lithopone analysis of (AUSTIN and KEANE) A ii 687. Litsea odorifera essential oil of (VAN ROMRURGH) A. i 38. Liver synthesis of amino-acids in the (EMBDES and SCHMITZ) A.ii 278 ; (I\ONDO FELLKER) A. ii 279. hydrolysis of cholesteryl esters by a ferment in (SCHULTZ) A. ii 852. relation of to creatine metabolism in birds (PATON and MACKIE) A. ii 854. formation of glycogcn in the (FRRUND A.,.ii 234 430. and PRINGSHEIN) k ii 317. and P n P P W R l A i i 661 b A d U U A J U L C.UUUlU\rUIVLI VII -&&&LIe [ V . BIRON) A. ii 1139. viscosity of (PORTER) A. ii 434; (SORKAU) A. ii 900. mixed latent heats of vaporisation of (TYHER) T. 81 1104; P. 128. action of on sugars (SMEDLEY) A. ii 579. autolysis in the under the influence 01 antiseptics (KASCHIWABARA) A. ii 959.ii. 1500 INDEX OF SUBJEC3S. Liver nitrogenous extractives of the (SMORODINZEFF) A. ii 958. formation of aldehydic substances on perfusion of the (MASUDA) A ii 1074.gaseous metabolism of the (B-QRcRoFT and SHORE) A. ii 1070. Liver diabetes. See Diabetes. Lomonoeoff M. V. biography of (Sw m i ) A ii 246 ; (MENSCHUTKIN) A. ii 341. Zorandite from Wyoming ( ROGEI~S) A. ii 265. Liineburgite analysis of (BILTZ and MARCUS) A. ii 1181. Ltapanine action of heat on (PALMA) A. i 805. Lutein from yolk of egg and its iodide (WlLLsTATTERandESCHER) A. i 125. Lnteolin tetraethyl ether ( PERKIN) P. Lymph physiology of (v. HESS) A. ii 62. horse composition of (ZAIIIBNICKY) A. ii 573. Lysine occurrence of in urine in cysti- nuria (ACKERMANK and KI:TSCHER) A ii 72. platinichloride (SIEGFRIED) A. i 127. 328. 1 . gaseous mineralisers in a *:!$%LI) A. ii 632. Xagnerite calcined analysis of (DEDE) A. ii 491. Yagnesium arc spectrum of (O'CONSOR) A.ii 110. photo-electrical properties of (POHL and PKINGSHEIM) A. ii 618. action of on the water of crystallis- ation of salts (MICHAILENKO and MCSHISSKY) A. ii 350. decomposition of water by (KNAPP) A ii 635. compound of zinc and (BERRY) A. ii 161. influence of intake of on calcium ex- cretion (HAIIT and STEENBOCK) A. ii 370. function of in green plants (BERNAR- DINI and MORELLI) A. ii 592. Yagnesium compounds effect of on soils (STEWART) A ii 84. Yagnerium chromate crys t a1 1 ogra ph y of double salts of with alkali chro- mates (TUTTON and PORTER) A. ii 560. hydride (JOLIBOIS) A. i 753. nitride formation of from air (MAT- IONON and LASSIEUR) A. 11 255. Magnesium nitride preparation and heat of formation of (MATIGNON) A ii 644. nitrite compounds of hexamethylene- tetrnmine aud (SCAQLIARINI) A.ii 941. oxide (magnesia) use of rods of instead of platinum wire in analy- sis (WEDEKIND) A. ii 382. influence of in soils (LE>rimRMANfi EINECKE and FISCHEE) A. 11 198. estimation of (FORTINI) A. ii 388. silicide preparation of and its decom- position by acids (BESSON) A. ii 255. ammonium aulphate solubility of (SEIDELL) A. ii 161. Xagnesinm organic compounds formula of (JOLIBOIS) A. i 763. reaction of with cinnamylidene esters (REIMER and REYNOLDS) A. i 769. action of cyanuric chloride on (OSTRO- GOVICH) A. i 662. action of on trialkyIacetophenones (RAMART-LUCAS) A. i 351. Magnesium alkyl haloids action of carbon dioxide on etherates of (STADXIKOFF and KUZMINA-AROS) A i 971. butylene bromide (v. BRAUN and DEUTSCH) A.i 106. ethyl bromide action of on anthra- quinone (CLARKE and CARLETON) A. i 29. methyl iodide compounds of with carbohydrate derivatives (FISCHER aiid HESY) A i 415. pyrryl compounds action of with acid anhydrides (ODDO and DAIN- OTTI) A. i 721. Magnesium estimation of gravimetric- ally ( KARAOGLANOFF) A. ii 1212. estiniation of the carbonate and non- carbonate hardness of water due to (NoLL) A. ii 997. separation of calcium from ( KALLAU- NER and PRELLER) A. ii 604. Hagnetia double refrnction. See under Photochemistry. field use of in determining con- stitution (PASCAL) A. ii 229 326 426 734. effect of the on lines in spectra of metals (WALI-MOHOMMAD) A. ii 874. intensity variation of with tempera- ture (ASHWORTH) A ii 127. rotation. See under Photochemistry.IIbagnetism reseayhes on ( PERRIER and ONNES) A 11 425 ; (ONNES and OOBTERHUIS) k. ii 1133.INDEX OF SUBJECTS. ii. 1501 Magnetism a t low temperatures (ONNES and PERRIER) A. ii 228. Maize utilisation of the proteins of (MENDEL and FINE) A ii 63. Maize silage volatile acids and alcohols in (HART and WILLAMAN) A. ii 1205. Halaohite-green hexahydrogenated (LE- MOULT) A. i 583. Xaleic acid conversion of into fumaric acid (TAKATAR) A. i 160. Xaleic acid bromo- propylamine salt O f (FRANKLAND and SMITH) T. 58. Haleinaldehyde diethyl acetal (BRUNO and MYLO) A. i 162. Maleyl bromide and chloride dz%ronio- (OTT) A. i 828. Malic acid studies on (BLOOR) A. ii 478. behavionr of in the animal body (OHTA) A. ii 1076. salts of with sminophenols (MEDIN- GER) A.i 849. amine salts dissociation of (MINGUIN) A. i 237. ethyl ester action of chloral on (PAT- TERSON and MCMILLAX) T. 788 ; estimation of (DUNBAR and BACON) A. ii 699. estimation of in wines (v. DER HEIDE and SCHWENK) A. ii 1005. Halonaldehyde nitro- derivatives of (HALE and BRILL) A. i 216. Malonaldehyde thioureide nitro- and its derivatives (HALE and BRILL) A. i 306. Malonamic acid oximino- (WIELAND and BAUMAXN) A. i 839. Xalonamideamidoxime oximino- (WIE- LAND and BAUMANN) A. i 838. Malonamidine oximino- ( WIELAND and BAUMANN) A. i 839. Malonhydroxamic acid oximino- ami- diue (WIELAND and BAUMANX) A. i Malonic acid diethyl ester desmotropy of (MEPER) A. i 941. sodium derivative condensation of ethyl citraconate with (HOPE) T. 892 ; P. 93. Malonic acid dithio- metallic salts of (JOWES and ROBINSON) T.935 ; P. 129. Malt influence of temperature on diastase of (VAN LAER) A. ii 244. Haltase influence of antiseptics on the action of (KOPACZEWSKI) A. i 927. Maltol action of chlorine on (DREVER- HOFF) A. i 8. Xeltose hydrolysis of (KOPACZEWSKI) A. i 751. P. 101. 839. Mammary glanda. See Glands. Mandelic acid anhydride of (STUTZ) A i 32. y-Mandelic acid resolution of (SMITH) A. i 113. Mandelonitrile-p-carboxylic acid (SI- MONIS BOEHME and BENENSON) A i 565. Ildandelonitrile-glncoside from Photinia serrulata (H~RISSEP) A. ii 675. Manganese presence of in the animal kingdom ( BERTRASD a i d MEDIGRE- CEANU) A. ii 786. occurrence of in animal organs (CARLES) A. ii 1193. distribution of in animal organs (BER- TRAND and MEDIGRECEANU) A.ii 662. equilibrium of carbon and (RUFF) A. ii 11i6. action of on the growth of plants (PFEIFFER and BLANCK) A ii 476. importance of in the development of Aspergitlus niger (BERTRAND) A. ii 377. in soils (DE SORNAY) A. ii 1089. Manganese alloys with antimony bis- muth and tin magneto-optical properties of (MARTIN) A. ii 1039. with arsenic (SCHOEN) A. ji 164. with iron and nickel (PARRAVANO) A. ii 1175. with nickel magnetic properties of (GRAY) A. ii 733. Manganese perchlorate hydrates and ammonia compounds of (SALVA- DORI) A. i 649. nitrite conipounds of with hexa- methylenetetratnine (SCAGLIARINI) A. ii 942. dioxide action of potassiuni azoiniide and a t high temperatures (GOLD- BERG) A. ii 845. action of on nitrogen compounds (LEOKCINI and PIERI) A.11 983. trioxide ( LANKSHEAR) P. 198. Pennanganatea absorption spectra of (HARTLEY) T. 826 ; P. 109. Hanganone chloride crystallography of (BUTUREANU) A. ii 944. crystallisation of mixtures of potassium chloride and (Stiss) A. ii 1175. sulphate equilibrium of water sl- coho1 and (SCHREINEMAKERS and DEUSS) A. ii 441. Manganese organic cornpounds :- Manganese hydrogen ferrocyanide (WILLIAMS) P. 317.ii. 1502 TNDEX OF SUBJECTS. Manganese micro-chemical detection of (WAGENAAR) A. ii 206. estimation of (BRIKTON) A. ii 93 207 ;.. (HILLERRAND 1 and BLUM) A. 11 207 ; (DEMOREST) A. ii 690. estimation of electrolytically and its separation from iron (GOLBLUM and GUNTHER) A. ii 869. estimation of volumetrically (METZ- GER and MAKRS) A. ii 94 ; (BLUM KAHAOGLANOFF) A.ii 1214. estimation of in blood (BERTRASD and MEDIGILECEANU) A. ii 459. estimation of in ferrotungsten (SLA- WIK) A. ii 299. estimation of in plants (JADIN and ASTRUC) A ii 976. estimation of in steel (BOYLE) A. ii 999. estimation of i n vanadium and chromo-vanadium steels (CAIS) A. ii 494. separation of iron and electroly- tically (BELASIO) A. ii 1097. Manganese steel magnetic properties of (HILPERT and AIArHEsIus) A. ii 229. Manganous salts. See under Man- ganese. Mangold leaves carbohydrates of (CAMPBELL) A. ii 290. Mannans and the action of enzymes on them (BIERRY and GIAJA) A. 11 657. Manninotriose hydrolysis of by en- zymes (BIERRY) A. ii 1072. Mannitol esters of stearic acid (RLOOR) A. ii 365. Mannose compound of with a-amino- benzyl-&naphthol (BE’I-TI) A.ii 498. Manometer (RADULESCU) A. ii 37. Vanuree effect of on the reaction of soils (MASCHHAUPT) A. ii 1206. artificial estimation of nitrogen in (LIPMAN) A. ii 89 ; ( MCCAUDLESS and ATKIKSOX) A. ii 90 ; (PECK) A ii 683. phosphatic effect of on peat soils (v. FEILITZEN) A. ii 85. degradation of in rotation of crops (hIuNTZ and GACDECHON) A. ii 982. estimation of solubility of (RINDELL) A. ii 86. estimation of potassium in (STRIGEL and DODT) A. ii 1095. Marcasite from Castelnovo di Porto (SIROVICH) A. ii 1061. Marsh-gas. See Methane. Mass action law of (GuYE) A ii 838 ; (COLSON LE CHATELIER) A. ii 1151. demonstration of (BERTHAUD) A. ii 915. criticism of (COLSON) A. ii 631 631 ; (CAKVALLO) A. 11 632. and salt solutions (MACDOUGALI,) A. ii 826. Mate alkaloid in the leaves of (CAP- PELLI) A ii 1086.Matter the atomic and ionic structure of (DE HEMPTINNE) A. ii 749. vectorial theory of (v. WEIMARN) A. ii 142. Meat metabolism and digestion of (BUGLIA) A. ii 182. loss of fat on drying (TAMLTRA) A. ii 701. Meat extracts dipeptides in (Josa) A. ii 785. cryoscopy of (JoNA) A ii 785. nitrogenous substances in (JoNA) A. ii 785. Liebig’s proteins of (MAYS) A i 399. Meat powder use of proteins of in nu- trition (MENDEL and FINE),A. ii 272. Meconium spectrophotographic investi- gation of (LEWIN) A. ii 664. Melanin (GORTNER) A. i 290. Melanins (PIErTRE) A. i 42. artificial formation of (PIETrRE) A. Melting-point lowering of the by one- sided pressure (RIECKE) A. ii 330. Melting-point determinations appara- tus for (ANTHES) A. ii 19 ; (PRATT) A.ii 625. with the microscope (CRAM) A. ii 829. thermometers for (WHEELER) A ii 932. of organic compounds apparatus for (FABINYI) A. ii 329. Membranes protoplasmic nature of ( H~ESEKEX and WATERMAN) A. ii 902. Memorial lecture Becquerel (LODGE) 632 ; (LE CHATELIER)!. A ii i 887. T. 2005. Cannizzaro (TILDEN) T. 1677. Moissan (RAMSAY) ‘l’. 477. Meningococcus serum reactions of (ARKWRIGHT) A. ii 187. Menthadiene C,,H from carvacrol (HENDERSON and SCHOTZ) T. 2563 ; P. 314. Menthols corresponding with optically inactive menthone and their salts aud derivatives (PICKARD and LITTLE- BURY) T. 109.INDEX OF SURJECTS. ii. 1503 Menthopinacones isomeric (LAW) 1’. 1026. o-Menthylcarbonatobenzoic acid (EIN- HORN ROTHLAUF and SEUFFERT) A. i 32. Ilbercaptans reduction of disulphides to by dextrose (CLAASZ) A.i 851. o- and p - Yercsp tobenzaldeh J des and their derivatives (FRIEDLANDER and LENK) A. i ’102. lercnriamido-snlphonic acid potassium and sodium salts ( HOFMANN BIESAL- SKI and SODERLUKD) A. ii 765. Ilbercury atomic weight of (EASLEP and BRANN) A. ii 257. purification of (FORBES) A. ii 942. spectrum of (WEND:) A. ii 313 ; (MCLENNAN) A. 11 1016 1017 ; (JANICKI) A. ii 1017. measurements in the spectrum of (EROCHIN) A. ii 8’18. arc spectrum of (WIEDMANS) A. ii 877. determination of the mass of molecules of (HENRY) A. ii 443. compressibility of (LEWIS) A. ii 432. potential difference between salt solu- tions and (SMITH and HIGGINS) A. ii 121. critical temperature of (KoExrGs- BERGER) A. ii 1134. boiling point of (HEYCOCK and LAM- PLOUGH) P.3. distillation of in a vacuum (DUNOYER) A. ii 647. and its salts action of on aluminium (NICOLARDOT) A. ii 558. occurrence of in the hair after injec- tion of mercury and its micro- chemical detection (STRYZOWSKI) A. ii 1213. Mercury alloys (amalgam) with copper (GUNTZ and DE GRIEFT) A. ii 351. with lithium (SMITH) A ii 348. with sodium (VAKSTOXE) A. ii 155. with thallium thermometer made of (MCINTOSH and JORNSOK) A. ii 827 organic properties of (McCoy and WEST) A. i 539. Mercury salts complex compounds of with silver salts (FINZI) A. ii 158. of carboxylic acids preparation of (FARBENFABRIKEN VORM. F. BAYER & Co.) A. i 754. detection of (SIEMSSEN) A. ii 388. chlorides behaviour of in aqueous solution (DRUCKER) A. ii 424. Mercury nitrates refraction and dis- persion of ( MULLER and CARRI~RE) A.ii 402. sulphide crystallography of (ALLEN CRENSHAW and MERIVIN) A. ii 1055. double sulphites with the alkali metals (BAUBIGNY) A. ii 1175. Mercuric salts reduction of by ferrous salt and light (WINTHER) A. ii 511. Hercurio chloride kinetics of the re- duction of by phosphorods acid (GARNER) A. ii 146. compounds of with metallic chromates (STRomroLhr) A ii 648. copper ammonium iodides (ANDER- LINI) A. ii 764. nitrite molecular conductivity of ( R ~ Y and DIIAR) T. 965 ; P. 102. Mercurous bromide and iodide action of ammonia on (SAHA and CHOUD- HUH) A. ii 1174. chloride reaction of with alkaloids (BARONI and BORLINBTTO) A ii 105. electrode. See Electrode under Electrochemistry. diuresis from (FLECKSEDER) A.ii 582. chromate (FICHTER and OESTER- HELD) A. ii 766. Mercury ammonia compounds constitu- tion of (FRANKLIN) A. ii 557. Yercuriammoninm chloride action of methyl iodide on (Low) A. i 751. Mercury organic compounds disinfect- ing power of (SCHOELLER and SCHRAUTH) A. ii 376. action of in infections (SCHILLING v. KROGH SCHRAUTH and SCHOEL- LER) A. ii 1197 ; (SCHOELLER and SCHRAUTH) A. ii 1198. aromatic biochemistry of (SCHRAVTH and SCHOELLER) A. ii 75. physiological action of ( BLUMEN- THAL and OPPENHEIY) A. ii 374. with esters of carboxylic acids (FAR- BENFABRIKEN VORM. F. BAYER k Co.) A. i 596. with indoles (BOERRINGER & SOHNE) A. i 64. Mercury dibenzyl (POPE and GIBSON) Xercnric cyanide double salts of (RUPP and GOY) A. i 613. Qxycyanide (RUPP and GOY) A.i 613. T. 735.ii. 1504 INDEX OF SUBJECTS. Mercury organic compounds :- Mercuriaceto-o-tolnidides dibromo- dichloro- and di-iodo- (SCHRAUTH and SCHOELLER) A. i 930. Mercurialkylammoninm nitrites (RAY RAKSHIT and DATTA) T. 616 ; P. 41. Mercurialkyl- and alkylaryl-ammon- ium chlorides (RAY and DHAK) P. 292. nitrites (RAY DHAR and DE) T. 1552 ; P. 185. Mefccuri-isoamylurethane (PIE RON I) A. i 245. Mercuricarboxylic acids aromatic (SCHOELLER and SCHRAUTH) A. ii 376. lercuridiaceto-o-toluidide chloro- (SCHRAUTH and SCHOELLER) A. i 930. Mercnridipyridininm nitrite ( R . ~ Y RAKSHIT and DATTA) T. 619 ; P. 41. Mercuriethylnrethane ( PIERONI) A. i 245. a-Mercuri-8-methoxy-13-o-clnisyIpro- pionic acid inner salt of ( HIILMANN) A. i 461. a-Mercuri-8-methoxymelilotic acid inner salt of (UIILMANN and STARCKE) A.i 461. Mercurime t hylurethane hydrosid e and acetate ( PIERONI) A. i 245. Mercuripiperazinium nitrite (BAY RAKSHIT and DATTA) T. 620 ; P. 41. Mercnriqninolinium nitrite (RAY RAKSHIT and DATTA) T. 620 ; P. 41. Mercurisalicylic acid estimation of mercury in (RRIEGER) A. ii 206. ~ercnrisulphaminobenzoic acid 2:4- dihydroxy- sodium salt (KERB) A. i 932. Mercari-o-toluidhe chloro- and di- hydrosy-,and derivatives (SCHRAUTH and SCHOELLER) A. i 930. Mercuri-o- -m- and -p-toluidino- acetic anhydrides hydroxy- (SCHRAUTH and SCHOELLER) A. i 931. Xercury estimation of volumetrically (JAMIESON) A. ii 493 ; (LITTER- SCBEID) A ii 808. estimation of volumetrically in mer- cury salicylate ( RUPP and KROPAT) A. ii 998. estimation of in smokeless powders (BEKKHOUT) A.ii 689. for quantitative work (WEIGERT) A. ii 714. lldercury lamp (LOWRY) A. ii 825. Mercury lamp new use of in sterilising water (HENKI HELBRONNER and V. RECKLINOHAUSEN) A ii 1132. Merotropic compounds isomerism of (MICHAEL) A. i 631. Mesothorium therapy of (BICKEL I~oJo) A. ii 964 ; (MINAMI) A ii 965. Mespilodnpkne pretiosn oil from (LA- LOUE) A. i 636. Metabolism and autolysis (LAQUEUR and and CRAmE) A ii 661 ; (LAQUEUR and BR~NECKE LAQUEUR) A. ii 662. chemical equilibrium in (LICHTWITZ) A. ii 574. action of ethyl ether on (Ross and HAWK) A. ii 280. and heat production in tho dog after an abundant meat diet (WILLIAMS RICHE and LUSK) A. ii 270. in fever (MYERS and VOLOVIC) A. ii 277. after ingestion of dextrose (LusK) A. ii 1189.after ingestion of meat (WILLIAMS RICHE and LUSK) A. ii 1189. formation of pigments in (ADLER) A. ii 467. with paren teral nutrition (OKXSTEIN) A. ii 956. in experimental salt fever (FREUND and GRAFE) A. ii 186. eflect of section of the spinal cord on (KENNAWAY and PEMBREP) A. ii 1067. of fats (FREUDENBERG) A. ii 1069. of the pig (WEISER) A. ii 1067 ; (TANGL) A. ii 1068. in ripening seeds (ZALESKI) A. ii 194. bacterial ( KENDALL and FARMER) A. ii 793 860 1199 ; (KENDALT FARMER BAGG and DAY) A. ii 860. calcium action of phosphorus in (KOCHMANN) A. ii 372. carbohydrate (KLOTZ) A. ii 575. effect of feeding with thyroid on (KRAUSE and CRAMER) A ii 659. creatine (WOLF. TOWLES and VOEG- TLIN) A. 11 270. relation of the liver to in birds (PATON and MACRIE) A. ii 854.creatinine (WOLF TOWLES and VOEG- TLIN) A. ii 270. gaseous (EVANS) A. ii 1063. infliience of dry and moist air on (MURSCHHAUBER and HIDDIXQ) A. ii 850. ETTINGER LAQUEUR BRUNECKE,INDEX OF SUBJECTS. ii. 1505 Metabolism gaseous influence of adrenal- ine 011 (HARI) A. ii 179. influence of intraperitoneal trans- fusion of blood on ( R u D ~ and CSERNA) A. ii 952. effect of intravenous transfusion of blood on (HARI) A. ii 962. eHLct of the activity of the digestive tract 011 (BENEDICT and EMMES) A. ii 656. action of phoridzin on (BEL~K) A. ii 1082. of the brain influence of optical stirnula (ALEx4NDER and REVESZ ALEXAXDEIL) A. ii 957 of the liver ( BARCROFT and SHORE) A. ii 1070. of man influence of the temperaturc of food on the (HARI and v. PESTHY) A. ii 952.of striated muscle ( VERZ~R) A. ii 653. of animals with smooth arid striated muscle (COHNHEIM) A ii 178. iron function of the spleen in (ASHEK and VOGEL) A. ii 959. of mineral salts after poisoning with sodium oxalate ( LUITHLEX) A. ii 955. nitrogen (ABDERHALDEN) A. ii 575. after feeding with ammonium salts (GRAFE and SCHLAPFEK) A. ii 363 ; (V~LTZ) A ii 780. and creatinine during growth in the pig (MCCOLLUM) A. ii 366. effect of feeding with thyroid on (KRAUPE and CRAMER) A. ii 659. of caniivora influence of ammonium salts and acetates on (PESCHECK) A. ii 1067. of osalic acid,and its salts (ALBAHARY) A. ii 666. phosphorus in growth ( LIPYCH~TZ) A. ii 63. potassium and sodiuin efl'ect of diet on (GICRARD) A. ii 656. protein (BUGIJA) A. ii 182 462 ; (FOLIN and DENIS) A.ii 271. in diabetes (RINGER) A ii 1195 repair processes in (MCCOLLL-M) A. ii 63. action of ammonium salts ill (GEAFE) A. ii 659. ns determined from blood and tissue analysis (FOLIN and DENS) A. ii 364 780 S53 (FOLIX and LYXAS) A. ii 853. Irom the standpoint of blood a i d tissue aualysis (LOSDON) A. ii 1159. Metabolism purine (SIV~N) A. ii 575 780 ; (RINALDI) A. ii 663. influence of calcium salts on (LUBIE- NIECKI) A. ii 659. sulphur in cancer (MURECHI) A. ii n-Metabutaldehyde (FRANKE and Wo- ZELKA) A. i 413. Metaheptaldehyde (FRASKE and Wo- ZELKA) A. i 413. Metal new of the platinum group (FRENCH) A. ii 54. combination of haloids and phos- phates of the same (AMADORI) A. ii 940. Metal ammonia salts viscosity of solu- tions of (BLANCHARD and PUSHEE) A ii 236. Metal ammoniae reduction of aliphatic amides and esters by (CIIABLAY) A.i 244. Metal foil changes in due to heat (SCIIOTTKT) A. ii 630. Metal organoaols (AMBEI~GER) A ii 1053. Metal wools (OHMAKN) A. ii 1172. Metallic alkyloxides (CHABLAY) A. i 3. chlorides thermal analysis of binary mixtures of (SAKDONNINI) A. ii DONNINI and AUREGGI) A. 11 162 764 ; (SANDONNINI and SCARPA) A. ii 918. vacuuni tube spectra of the vapours of (POLLOIC) A. ii 710 ; (Mon- ROW) A. ii ill. chromates compounds of mercuric chloride with (STROMIIOLRI) A. ii 648. compounds niolecular asymmetry of (WERNEH) A. ii 822. binary relation of valency to stability of (MATIGXON) A. ii 535. solid emission of spectra by under the influence of canal rays (STAKK and v. WEPI'IJT) A. ii 720 721.cyanides binary systems of (TRUTHE) A . i 612. hydroxides action of on solutions of alkylenediamines (TRAUBE) A. i 9. ions relation between the absorption spectra of and their valency (CRYMBLE) T. 266. nitrates freezing-point determinations of solutions of (RoTH) A. ii 532. action of acetic anhydride 011 (SPATH) A. i 408. oxides preparation of (BILLY) A. ii l l i e . solubility of in fused sodium chlor- ide (IIovn~s) A. ii 1056. 665. 47 50 160 350 1172; (SAE-ii. 1506 INDEX OF SUBJECTS. Metallic salts absorption spectra of solu- tions of (HARTLEY) T. 820 ; P. 109. fluorescence of ( WOLE’F) A. ii 878. growth of in sodium silicate (Ross) absorption of by fish (WHITE and hydrated compounds of caffeine and sulphates anhydrous (CALCAGXI and alkyl sulphates hydrolysis of (LIS- HAKT) A.ii 927. hydrogen sulphates cryoscol’ic and con- ductivity measurements of (POMA) A. ii 907. sulphides phosphorescent phototropy of (RODRIGUEZ NOURELO) A. ii 1117. solubility of in fused sodium chlor- ide (HOUBEN) A. ii 1056. colloidal formation of in rubber solutions (LEWIS and WAUMS- LET) A ii 631. wires influence of absorbed gases on the electrical resistance of (SIE- VEKTS) A. ii 1036. Metalloids action of thionyl chloride on (NORTH and HAGENAN) A. ii 842. Metallo-quinolides (POMILIO) A. i 386. Metals arc spectra of (OELLEILS) A. ii 404. arc Aamc spectra of (HERTENSTEIK) A ii 614. spectra of in the oxy-hydrogen a d chlorine-hydrogen flaiiies (HAR- NACK) A. ii 215. oxy-hydrogen flame and spark spectra of (HAR’I’LEY and Moss) A. ii 821. vacuum tube spectra of the vapours of (POLLOK) A.ii 710. effect of the magnetic field on lines in the spectra of (WALI-MOHAMMAD) A. ii 874. photo-electric properties of (RICHARD- SON and COMPTON) A. ii 1039. of the platinum group ultra-violet spectra of’ (MIETHE and SEEGEKT) A. ii 2. volatility of (CROOKES) A. ii 563. emission of electrons by under the influence of a-rays ( BUMSTEAD and MCGOUGAN) A. ii 1026. emission of fi uorescent Rtiritgeri rays from (CHAPMAN) A. ii 518. pulverisation of by ulira-violet light (SCHTTLZE) A. ii 407. emission of &rays by (BUMSTEAD) A ii 8. A. ii 49. THOMAS) A ii 576. (CALZOLARI) A. i 812. bfAROTTA) A. ii 1056. Xetals heated emission of positive charges by (REBOUL and DE BOLLE- MOW) A. ii 115. failure t o produce radioactivity in (VISCENT and BURSILL) A.ii 417. electron theory of (JAFFE) A ii 418. crystallisation by annealing of hammer- hardened (ROBIN) A ii 1054. tempering of (HANKIOT) A. ii 1137. tensile strength of (F. A. and C. L. LINDEMANS) A. ii 1143. electrical conductivity of (I-. WEI- JIARN) A. ii 418. boiling-points of (GKEENWOOD) A. ii 534. condensation of the vapours of (KOHL- SCHUTTER and EHLERS) A. ii 739. electrical and mechanical displacement surfaces in (STARK) A. ii 727. relation between electrical resistance fusion temperature and atomic volume of (STEIN) A . ii 418. fall of potential of in chlorine(R~Isc~) A. ii 122. electrolytic corrosioii of (WHITE) A. ii 15. passivity of (GRUBE) A. ii 434 ; (ADLEH) A. ii 891. formation of as miriors (POHL aiid PRINGSHEIM) A. ii 625.alteration of the properties of by mechanical treatment ( TAMMASN) A. ii 21 1042. variation of expansion coefficients of with temperature (LINDEMANS) A. ii 127. elasticity of in relation to their physical constants (JOHNSTOS) A. ii 129. vacuuin distillation of binary mixtures of (BERRY) A. ii 161. r61e of the free elections in the specific 427. solnbility of argon and helium in (SIEVERTS and BEI~GNEH) A. ii 1052. wet oxidation of (LAMBERT) T. 2056 ; P. 197. action of on alkyldichloroamines (OTT) A ii 948. action of thiotiyl chloride on (NORTH and HAGEMAN) A. ii 842. of the ammonium sulphide group precipitation of (CURTMAN and DUBIN) A. ii 1212. finely divided (KOHLSCR~TTER and NOLL) A. ii 731. heavy oxidation relations of (CER- VELLO) A. ii 634. heat of (l<OEKIGSBERGER) A.ii,INDEX OF QUBJECTS. ii. 1507 Metals liquid eflect of pressure on the thermo-electric behaviour of ( SIEG- EL) A. ii 733. porous (HANNOVER) A. ii 645. hexammine salts of (EPHRAIM) A. ii 546. commercial purity of (MYLIUS) A. ii 450. replacement of from solutions of their salts by hydrogen ( IPATIEFF) A. ii 50. action of on fixed picric acid (SAPO- SHNIKOFF) A. i. 105. detection of by means of their spectra (DE GRAMONT) A. ii 875. electrolytic analysis of (BELASIO) A. ii 1096. separation of (CHARITSCHKOFF) A. ii 489. use of the mercury cathode in the electro-analytical separation of ( BAG- MAXN) A. ii 489. of the copper-arseuic group precipita- tion and separation of (HINDE) A. ii 688. letatungstates. See under Tungsten. Xeteoric iron “burnt zone” of (BE]<- WERTH and TAMMANX) A.ii 652. Meteoric stonen from Arizona (FOOTE) analyses of (FARRINGTON) A. ii Meteorite from Arabia (COUYAT) A. ii of El Nakhla El Baharia (BALL) A. Meteorites Freiich (MEUSIE~L) A. ii 776. Methaemoglobin formation of from oxyhiemoglobiii (LETSCHE) A. i 928. formation and estimation of(BARcRoFT and M~LLER) A. i 58. Methaemoglobinaemia infective (BOY- COTT) A. ii 186. Xethane (marslqas) radioactivity of equilibiium of the formation of (PRIX’G Ildethane tetranitro- as reagent for de- tection of ethyleiiic and tautomeric linkings (OSTROMISSLENSKY) A. i 1. Xethanetetracarboxylic acid ethyl ester (SCHOLL) A. i 238. Xethanetricarboxylic acid ethyl ester desniotropy of (MEYER) A. i 941. Methenyltrithiolacetic acid formation of (HOUBEN) A.i 941. Xethoxide barium (CHABLAY) A. i 3. sodium action of on 2:3:4:5-tetra- chloropyridine (SELL) T. 1193 1945; P. 165 234. A. ii 1183. 361. 1183. ii 361. (SATTERLY) A. ii 118. and FAIRLIE) T. 91. p-Methoxyace tophenone aniino- w-benz- oyl and w-cinnamoyl derivatives (LISTER and ROBINSON) T. 1304. 2-Methoxy-1-acetyl-4-methylcoumarone and its derivatives (AUWERS) A. i 485. 8-Methoxy-P-o.anisylpropionic acid (BIILMANK) A. i 461. 4-IHethoxyanthranilic acid and its methyl ester and acetgl derivative ( FRIEDLANDER BRUCKNEK and DEUTSCH) A. i 319. 4-Methoxyanthraquinone 1-thiocyano- and its derivatives (GATTERMANY) A. i 999. 4-Methoxyanthraquinonylthiolace tic 4-Methoxyanthraquino- 1-thiophen (GATTERMANN) A. i 1004. 3-Methoxybenzaldehyde 6-bromo- and its semicarbazone (PSCHORR SELLE KOCH STOOF and TI~EIDEL) A.i 775. acid (GATTEKMANN) A. i 1004. 2-iodo- (BIAYEP.) A. i 478. o-Methoxybenzaldehy de-o-hydroxy- benzylhydrazone and nitroso- ( C n - TIUS and DETOROS) A. i 607. o-Methoxybenzaldehyde-o-methoxy- benzylhydrazone atid its derivatives (CURTIUS and DETOROS) A. i 506. ?n-Methoxybenzaldehyde-?n-methoxy- benzylhydrazone (CURTIUS and POT- TER) A. i 507. p-Methoxybenzaldehyde-p-methoxy- benzylhydrazone and its derivatives (CURTIUS and TRAUMASN) A. i 508. n&-Methoxybenzaldehydenitroso-m- methoxybenzylhydrazone (CURTIUS and PomER) A. i 507. 3-Methoxybenzaldoxime 2-amino- (MAYEH) A. i 478. 6-Methoxybenzamide 2-amino- (FRIEW L ~ K D E R BRUCKNER and DEUTSCII) A.,i 319. 1-p-Methoxybenzeneazo-2-naphthol (CHARKIER and FERRERI) A.i 813. 1-0- and pMethoxybenzeneazo-2- naphthyl methyl ethers and their hydrochlorides (CHAHRIER and FER- Methoxybenzfurazan. See Methoxy- brnzisooxadiazole. 2-Methoxybenzoic acid 4- and 5-hydr- oxy- (FISCHER and PFEPFER) A. i 559. 3-Methoxybenzoic acid 2-amino- and its salts (EWINS) T. 549. 2- and &amino- and 2- and 6-bromo- (PSCHORR SELLE KOCII STOOF and TKEIDEL) A. i 775. 4-Metboxybenzoic acid. See Anisic IiERI)? A. i 613. acid.ii. 1508 INDEX OF SUBJECTS. 6-Yethoxybenzonitrile and its acetyl derivative (FRIEDLANDER BRUCKNER and DEUTSCH) A. i 319. 4-lethoxybenzophenone 3-iodo- di- chloride and 3-iodo- 3-iodoso- and 3-iodoxy- (WILLGERODT and BCRK- HARD) A. i 630. Methoxy-o-benzoquinonedioxime,chloro- (GREEN and ROWE) T. 2457. 5-Methoxybenzisooxadiazole (methoxy- benzfurazun) 6-chloro- and its oxide (GKEES and ROWE) T.2457. o-Metboxybenzoylacetic acid a-oximino- methyl ester (WAHL and SILBER- ZWEIG) A. i 213. 7n-Methoxybenzoylacetic acid ethyl ester and its derivatives ( WAHL and SILBEBZWEIG) A. i 114. oximiiio- methyl ester (WAHL and SILBERZWEIG) A. i 214. 2-Yethoxy-1-benzoyl-4-methyl-coumar- one (AUWERS) A i 485. p-4-Methoxybenzoyloxybenzoic acid methyl eater (MAUTHNEX) A. i 267. 5-Methoxybensthiazole 1:4-diamino- 4- acetyl derivative (FICHTER and BECK) A. i 106. ni-Methoxybenzyl alcohol ( PSCHORC DICKHAUSER and ZEIDLER) A. 1 766. ?w-Methoxybenzyl chloride (PSCHORR DICKHAUSER and ZEIDLER) A. i 776. 118-Methoxybenzylamine and its hydro- chloride (CUKTIUS and POTTER) A. i 508. o-Methoxybenzylazoimide (CURTIUS and DETOROS) A.i 507. m-Methoxybenzylazoimide (CUI~TIUS and POTTER) A i 508. p-Methoxybenzylazoimide ( CURTIUS and TRAUMANS) A. i 508. 4-~1-Methoxybenzyl-l:3-dimethyl-hyd- antoin (JOHNSON and NICOLET) A i 585. 4-p-B?ethoxybenzylhydantoin 4-?IL- amino- 4-qn-amino-p-h ydroxy- 4-WL- bromo- 4-hydroxy- 4-a-hydroxy-m- nitro- 4-n~-nitro- and their salts (JOHNSON and BENGIS) A. 1 809. o-Methoxybenzylhydrazine and its hy- drochloride and nitroso- (C~URTIUS and DETOROS) A. i 506. ?i~-Methoxybenzylhydrazine and its derivatives (CURTIUS and POTTEI;) A. i 507. p-Methoxybenzylhydrazine and its de- rivatives ( CURTIUS and TBAUMANS) A. i 508. a-o-Methoxybenzylhy drazonopropionic acid (CVRTIUS and DETOKOS) A i 507. a-?n-Methox ybenzylhydrazonopropionic acid (CURTIUS and POTTER) A.j 507. a-p-Methoxybenzylh ydrazonopropionic acid (CUKTIUS and TRAUMA”) A. i 508. o-Methoxybenz ylidene-p-aminophenol (MANCHOT and PALMBERG) A i 350. 3-Methoxybenzylideneaniline 2-hyclr- oxy- ( SENIEIL SHEPHEARD and CLARKE) T. 1956. 2-iodo- (MAYER) A. i 475. S-Methoxybenzylidene-o- -nt- a i d -p- anisidinee 2-hgdroxy- (SENIEK SHEP- HEARD a i d CLARKE) T. 1958. m-Methoxybenz ylideneanthraquinonyl- 2-hydrazone p-hydroxy- (M6HLAU VIERTEL and REIXER) A. i 705. p-Methoxybenz ylidenean thraquinonyl- 1- and 2-hydrazones (MOHLAC VIEK- TEL and REINER) A. i 704. p-Methoxybenzylidenebiaphenylaailino- acetamide (MZNOVICI and ZENOVICI) A. i 700. p-Methoxybenaylidenebisphenylchloro- acetamide (MINOVICI and ZENOVICI) A. i 700. p- Methoxybenz ylidenebisphenylphenyl- hydrazinoacetamide ( MIXOVICI and ZENOVJCI) A i 700.3-Methoxybenzylidene-o- -?I&- and -p- bromoanilines 2-hydroxy- (SEXIER SHEPHEARD and CLARKE) T. 1957. 5 -p-Methoxybenzylidene-3-isobu tylrho- danin (NAGELF,) A. i 795. p-Methox ybenzylidene-o-chloroaniline (FISCHER and NEBER) A. i 438. 3-Methoxybenzylidene-o- -vn- and -p chloroanilines 2-hydroxy- (SEXIER SHEPHEARD and CLARKE) T. 1957. 4-p-Methoxybenzylidenehydantoin 4-m- amino- 4-m-bromo- and 4-7n-nitro- (JOHNSON and BEWIS) A. i 809. 3-M~thoxybenzylidene-8-naphthyla- mne 2-hydroxy- (SENIER SHEP- HEARD and CLARKE) T. 1958. 3-lldethoxybenzylidene-o- and -p-tolui- dines 2-hydroxy- ( SENIER SHEP- HEARD and CLASKE) T. 1956. 3-Methoxybenzylidene-o-,-4- -?n-4- and -p-xylidines 2-hydroxy- (SENIER SHEPHEAKD and CLARKE) T.1957 ; P. 237. 1-0- Methoxybenzyl-5-methyl-5-pyrazol- one (Cuimus aiid DmoRos) A i 506. 4-Methoxy-5-beazylpyimidine 6-chloro- %amino- and 2:6dichloro- (KAsr) A. i 1023. o-Methoxybenzylsemicarbazide (CUR- TIUS and DETOROS) A. i 507.INDEX OF SUBJECTS. ii. 1509 a-Methoxy-p-chlorophenylacetic acid (SrRAus) A. i 992. 7-Methoxychromanone and its semicarb- azone ( PERKIN and ROBINSON) P 7. In-Methoxycinnamic acid a-amino- benzoyl derivative lactone of (PSCHORR DICKH~USER aud ZEIDLER) A. i 766. 6-bromo-a-aminn- a-beiizoyl deriva- tive and its lactone (PSCHORR aud KOCH) A. i 766. 2-Methoxycoumarilic acid and its ethyl ester (AUWERS) A. i 1009. 2-Methoxycoumarone (AUWERS) A. i 1009. a-Methoxy-ae-di-p-chlorophenyl-aPs- pentadiene (STRAUS) A. i 992. 2-Methoxy-5:5-diethylbarbituric acid (FARBENFABRIKEN VORM.F. BAYER & Co.) -4. i 1025. 4-Methoxydihydrochalkone and its semi- carbazone (BABGELLIKI and BIXI) A. i 118. Methoxy-o-dz%ydroxycatechol hemi- ether I~exachloro- and its derivatives (JACKSON and KELLEY) A. i 275. P-Methoxy-B-3:4-dimethoxyphenyl- ethane a-nitro- (BOSEXNUXD) A. i 449. B-Methoxy-B-3:4-dimethoxyphenyl- ethylamine and its hydrochloride (ROSENMUND) A. i 449. 5-Me thoxy-2 3-dime thylcoumarilyl chloride ( TAMBOR,GUNSBERG KELLEIC KNOPF and LICHENTENBAURI),A. ,i,44. a-Methoxydiphenylacetanilide ( KLING- ER) A. i 557. 2)-Methoxydiphenylamine p-chloro- (WIELAND and SUSSER) A. i 905. 2’-Methoxyflavone ( PISTERMANN and TAMBOR) A. i 486. 3-Me thoxyindole and its -2-carboxylic acid and ethyl ester (AGWERS) A. i 1011.3-Yethoxyindone-2-carboxylic acid ethyl ester (HANTZSCH and GAJEWSKI) A. i 870. B-Methoxymelilotic acid ( BIILMANN and and its methyl ester (BIILMANN and amine and its hydrochloride (ROSES- MUND) A. i 449. pnitro- (WITT and KOYETSCHNI) A. i 518. qurnone (SCHOLL NEUBERGER TRITSCH nucl POTSCHIWAUSCHEG) A. i 563. CIf ANSCHY- HERZES BERG ROSEN- STAKCKIE) A. i 461. HOFF) A. i 462. &Met hoxy-B-p-methoxyphenylethyl- p’-Idethoxymethylaminoazobenzene 3-Methoxy-4-methyl- 1:2-benzanthra- c. 11. 3 -Me thoxy-4-me thy1 - 1 :2-benzanthrone-9 (SCHOLL NEUBERGER TRITSCH and POTSCHIWAUSCHEG) A. i 563. 2-Methoxy-5-methylbenzylidene-p- aminophenol ( MANCHOT and PALM- BERG) A. i 350. 2 -Me thoxy - 5 -methylbenzylidene -p- anisidine (b~AKCHor and PALMBERG) A. i 350. 5-Methoxy-2-methylcoumarilic chloride (TAMBOR GUNSBERG KELLER CHANSCHY-HERZENBERG ROSE:- KXOPF and LICHENTENBAL-M) A.1 45. 2-Methoxy-4-methylcoumarilic acid and its ethyl ester (AUW-ERS) A. i 1010. 2-Methoxy -4-methylcoumarone (AUWERS) A. i 1010. 3-NLethoxy-4:5-methylenedioxybenzyl- amine and its salts (RUGHEIMER and RITTEIL) A. i 447. B-3-Methoxy-4:5-methylenedioxybensyl- iminopropyl methyl ketone(RuGHEI3r- E K and RITTER) A i 447. 8-Methoxy -6:7-methylenedioxy-8:4-di- hydroisoquinoline and its picrate (DECKER) A. i 581. G-Methoxy -4:5-methylenedioxy-l- methyl-2-dimethy laminoethylbenzene (YINZI and FREITND) A i 898. Methoxymethylmenthol (CHEMISCHE FABRIK ATF AKTIEN VORM. E. SCHERING) A. i 479. 2-Ne thoxy- l-methylnaphthalene-6- phthaloylic acid ( SCHOLL NEGBERGER TRITSCH and POTSCHIWAUSCHEG) A.i 563. 6-Methoxy-5-methyl-2-naphthyl- phenylmethane-2-carboxylic acid POTSCHIWAUSCHEG) A. i 563. 6-Me thoxy- 1 -me thylquinolan 4 -cyano- A. i 651. 6-Methoxy-4-methylquinoline synthesis of (PICTET and MISNER) A. i 650. Methoxymethylsantalol ( C H E m s C m RING) A. i 479. a-Methoxy-a-methylsucoinic acid ethyl ester (HOPE) T. 907. 6- Me thoxy-2-me thy lte trahydroisoquinol- ine 6- and 7-hydroxy- (PYMAN and REMFRY) T. 1606 ; P. 228. Methoxynaphthaldazine (PASCAL and NOHMAND) A. i 147. 1-Methoxynaphthalene 4-nitro- (WORO- SHZOFF) A. i 1-15. 1 -Methoxynaphthalene-4-sulphonic acid sodium salt ( WOROSHZOFF) A. i 145. (SCHOLL NEUBEILGER TRITSCH and (KAUFMANN PEYER and WIDMER) FABRIK AUF AKTIEN VORM. E. SCHE- 99ii. 1510 INDEX OF SUBJECTS. 4-Methoxy-a-naphth lamine and its hydrochloride a n z acetyl derivative (WOROSHZOFF) A.i 145. l - o - and -p-Xethoxy-2-naphthyl ethyl ethers arid their hydrochlorides (CHA~L- KIER and FERREKI) A. i 813. ?a-Methoxy-B- henoxypropionic- acid (PEEKIN anb ROBIXSON) P. I . 3-Methoxyphenylacetic acid (PSCHOI’.K DICKHAUSER and ZEIDLEte) A. i 766. 6-bromo- ( P s c H o i m and Iiocir) A. i 767. 6-broino-4-1iydroxy- and its tleriva- tives and 4-hydroxy. ethyl ester (PSCHOI~R SELLE Koca STOOP and TREIDEL) .A. i 7 i S . 21-Xethoxyphenyl dimethy laminome thy1 ketone and its hydriodide (VOS- WINCKEL) A. i 443. B-Xethoxy-B-phenylethane a-nitro- (ROSENMUND) A. i 449. a-p-Methoxyphenylethylamine. See a- Anisylethylamine. B-Methoxy-B-phenylethylamine and B- hydroxy- and their hydrochlorides (ROSENMUND) A.i 449. 2-Methoxy-5-phenyl-5-ethylbarbituric acid ( FARBENFABRIKEN voini. F. BAYER & Co.) A. i 1025. 5-p-Methoxyphenyl -&ethylbarbituric acid ( FARBENFABIIIKEN VORM. F. BAYER & Go.) A. i 1025. 3-Methoxyphenylglycine-8-carboxyl- amide (FRIEDL~NDER BRUCKNEB and DEUTSCH) A. i 319. 5-Methoxyphenylglycine-2-carbox ylic acid (FRIEDLXNDER BKUCKNER and DEUTSCH) A. i 319. p-IdethoxyphenylmjcZohexylcarbinol and its chloride (SCHMIDLIN and v. ESGHER) A. i 437. 4-p-Methoxyphenylhydantoin 5 - thio- (JOHNSON and CHERNOFF) A. i 811. o-Methoxyphenyl-o-hydroxy -p-tolyl- acetic acid lactone of (SToERmm and FRIEMEL) A. i 46. a-o-Methoxyphenyl-o-hy droxy-p-tolyl acetic acid lactone melting point of B-o-lethoxyphenyl-aB-di-p-hydroxy-o- tolylpropionic acid and its derivatives (STOEBMER and FRIEMEL) A.i 45. 2-o-Methoxyphenyl-5-methylcoumrtran (STOERMER and FRIEMEL) A. i 46. 2-o-Blethoxyphenyl-5-methylcoumaran- 1-carboxylic acid and its derivatives (STOERMER and FRIEMEL) A. i 45. 4-o-Methoxyphenyl-7-methylcoumarin (STOERMER and FRIEMEL) A. i 45 2-o-Methoxyphenyl-5-methylcoumarone (STOCKMANN) A. i 862. (STOERMER and FRIEMEL) A. i 46. /3-p-Methoxyphenyl-~-4-methylcyclo- hexan-2-onylpropiophenones (CRUIK- SHANKS) A. i 785. 4-o-Methoxyphenyl-7-methylhydrocou- marin 3-broiiio- (STOEKMEIL and FXIEMEL) A. i 45. a-o- andp-Methoxyphenylnaphthylamine ( I ~ O L L & Co.) A. i 345. y-Methoxyphenylpropionic acid a- arnino-P-~n-bronio- (Jorr~sox and I ~ E N G ~ s ) R. i 809. 0- M- and p-Methoxy-B-phenylpropi- onic acids P-atnino- (POSSEK) A.i 455. 3-Methoxyphenyl-?t-propyl alcohol a-2- hylroxy- ( DOUETTEAU) A. i 620. y-Methoxyphenylisopropylamine aild its hydrochloride (ROSEEMUXD MAN- SIGH and JACOESOHN) A. i 443. 3-Methoxyphenylpyruvic acid R-bromo- (PSCHOHR and lioc~r) A. i 766. 4-Methoxypropiophenone w-chloro-2- hydrosy- (PERKIN and ltoei~sos) P. 8. 2-Methoxypyridine 3 5 -dichloro- 4- hydroxy- and its salts (SELL) T. 1948. 2-Methoxyquinazolone ( M c I ~ E ) A. i 140. Methoxy-o-quinocatechol hemiether hexachloro- (JACSSOS and KELLIEY) A i 275. 6-Methoxyquinoline absorption spec- tvurn of (DOBBIE and Pox) T. 77. 6-Methoxyquinoline 4-cyano- methio- dide (KAUFXBNN PEYER and WID- MER) A. i 651. 6-Yethoxy-4-quinolyl methyl ketone ( KAUFJIANN PEPEit and ~ ~ U X K L E R ) A. i 1018.p’-Methoxystilbene 21-ni tro- ( IIEWITT LEWCOCK and POPE) T. 607. 2-n~-Methoxystyryl-4-dihydroqu~azol- one methiodide 2-p-hydroxy- (BOG- E m and GEIGER) A. i 511. 2-Me thoxythionaphthen-l- carboxylic acid arid its luethyl ester (AUWERS) A. i 1011. 1n- Methoxytriphenylmethane (Kaum- MAXN and PANNM~ITZ) A. i 351. 6-Methoxy-y-valerolactone (LEUCHS GIUA and BLEWSTER) A. i 604. 1-a( or 8-) -Methoxyvinylthiolan thra- quinone (GATTERMANN) R. i 1004. Methyl alcohol distillation of( BIRsTEIS DIWXELER and HEIDUSCHKA) A. i 67. fusion curve of (TAIIJIAKN) A ii 1136. chemical action of (v. LIEBIG) A. i 824.INDEX OF Me thy1 alcohol pyrogenic decomposition of by means of the electric cnrrent (fh) -4. i 824. action of sunlight on (GIBBS) A . ii 1119. ester formation in (C oLDscHnmn and THUESES) A.ii 1154. rOle of in metabolism (VOLTZ and DLETRICH) A. ii 575. compounds of with bromine and with hydrogen bromide (MAASS and ~ I c . ~ ~ ' o s H ) A. ii 825. toxicity of ( BOESEKEN and WATER- MAN) A. ii 968. and ethyl alcohol ielntive toxicity of towards the rate of reproduction in Hydntiittz smta ( WHITNEY) A. ii 968. detection of (SAILER) A. ii 301 332 ; ( VOISENET) A. ii 802 ; ( W ~ T H L E ) d. ii 607. detection of in presence of ethyl alcohol (AWENG) A. ii 695. detection andestiniation ~~(WIRTHLE) A ii 1002. detection and estimation of in alco- holic liquids ( BONO SCHLICHT) A ii 1103. estimation of in presence of ethyl alco2iol (SIMMONDS) A. ii 208 ; (I<oENIc,) A. ii 1003. Methyl chloride conibustion of mixtures of air and (SAPOSHNIKOFF) A.i 329. ether compounds of with halogen liydrides (MAASS aiid MCISTOSH) A. i 825. inu~~o- di- and tri-sulphides (DE benzyltnethylaininoethyl ether and its picrate (CLARKE) T. 1809. isobutyl ether cliloro- ( BLAISE and PICARD) A. i 747. dimethylaminoethyl ether and its picrate (CLARKE) T. 1808. tliiolmethyl ether and its derivatives (DE LATTRE) A. i 745. iodide action of niercuriammonium chloride on (Low) A. i 751. 8-aminobutyl sulphide and its salts (SCHNEIDER and KAITFMANN) A. i 837. 8-aminoethyl sulpliide and its salts (SCHNEIDER MULLEW and BECK) A. i 191. 6-dimethylaminoethyl sulphide me- thiodide of (SCHNEIDER MULLEE and BECK) A. i 192. 8 inethoxyethyl sulphide and its niercurichloride (CLARKE) T. 1806. y-cyanopropyl sulphide (SCHNEIDER and KAUFMANN) A.i 837. LATTRE) A. i 745. SUBJECTS. ii. 1511 Methyl 6-a~inobutylsulplioiie and its salts (SUHNEIDER and KAUFMASX) A. i 838. B-aiiiinoethylsulphone and its salts (SCHNEIDEK MULLEI~ and BECK) A. i 192. ~-dimethylaminoetliyls~ilphone nietli- iodide of (SCHNEIDER ~UULLER and BECK) A i 192. 8-arninobutyl sulphoxide and its salts (SCHNEIDER aiid KAUFMANN) A. i 838. 13-aminoethyl sulphoxide and its salts (SCHKEIDER. MULLER and BECK) A. i 192. ' y-aniinopropyl sulphoxide and its salts ( S ~ I ~ N E I ~ ~ R MI~LLKR and EECK) A. i 192. 8-Methylaceanthrenoquinone ( h EBER- MASN and BUTESCU) A. i 467. 3-Methyl-2 - acetonyl-4-quinazolone (Munrar and BERGELL) A. i 1015. 2-Methylacetophenone7 w-chloro-w- bromo-5-amino- and w-chloro-4(6)- bromo-5-amino- acetyl derivatives and their derivatives ( KUKCKELL aiid BLC'MEXREUTER) A.i 269. 3-Me thylacetophenone w -chloro- 6- arniuo- and w-chloro-w-broiiio-6- amino- acetyl derivatives (KUXC- KELL and BLUMENKEUTER) A. i 269. ~:4-dichloro-6-amino- and its acetyl derivative ( KUNCKELL and LILLIG) A. i 1027. 8-Methylacetylacrylic acid ( FA~:BEN- FABI~IKEN yam. F. BAYER & Co.) A. i 414. &Methylacridine condensation of with nitrosodinieth ylaniline ( KAUFMANN and VALLETTE) A. i 655. 10-Methylacridinium salts 2:8-cliamino- cliloricle 3:6-diamino- (CASSELLA & 8-Methyladipic acid as-dibroino- and its methyl ester (DAVIES STEPHEN anti WEIZMANN) P. 95. B-lldethylaesculetin derivatives of (BAR- GPLLINI and MARTEGIAHI) A. i 292. 4:Yethyl-l- and 3-allyluracil (BUCKEN- D O ~ ~ F F ) A. i 55.4- and 5-lethylaminoanthraquinones l-thiocyano- and their dcrivative Me thylaminoanthraquinone-2-carboxyl- ic acid and its salts (BADISCHE AXI- LIN- & SODA-FABRIK) A. i 979. 4-lKethylaminoanthraquinonylthi01- acetic acid (GATTERMANN) A i 1004. (BENDA) A i 651. Co.) A. i 517. (GATTHRMANK) A i 1000.ii. 1512 INDEX OF SUBJECTS. 4-aiid 5-Methylaminoanthraquino-l-thi- azoles (GA'L'TEKMANS) A. i 1005. p'-Methylaminoazobenzene p-nitro- and its acetyl derivative ( WITT and KOPET- BCHNI) A. i 518. 2-Methylaminobenzoic acid 4 -bromo- !E.~TIXGER and FKIEDLANDYR) A. 1 729. Methylaminodiphenylacetic acid (Bwrz and SEYDEL) A. i 910. 8-Methylaminoethylmercaptan and its picrate (GABXIEL and CoLsi.is) A. 1 530. 6-Methylamino-2-ethylthiol-4-methyl- pyrimide (JOHSF) A.i 589. Xethylsminocyclohexane (SABATIER and MAILEZE) A. i 103. 3- Me thylamino-4- hydrox yphenylarsinic acid (BICRTHEIM) A. i 818. e-Methylamino-~-imino-BG-dihydroxy- . aydiphenylpentane (SrxrH) A. 1 979. a-Methylamino-B-3:5-cli-iodo-4-hydroxy- phenylpropionic acid (JOHSSON and NICOLEI') A. i 586. a-Methylaminomethylglucoside and its additive compound with silver iodide (IRVINE and HYND) T. 1141. 6-Idethylamino-4-methyl-2-pyrimidone and 5-nitro- (JOHNS) A. i 589. 5-amino- acetyl derivative (JOHNS) A i 799. oL-Methylaminophenol and its dibenzoyl derivative (BIEHKISGER and TANZEX) A. i 347. lethylaminophenylacetic acid ethyl ester (FOUKNEAU and VILA) A. 1 26. 1 -p-Methylaminophenyl-3:4-dimethyl-5- pyrazolone and its 1 -p-acetyl deriva- tive (FARBWERKE \-oitxI. MEISTEK LUCIUS & BRUNING) A.i 136. l-p-Methylaminophenyl-2:3:4-trimethyl- 5-pyrazolone aud its p-acetyl deriva- tive (FARB\VERI<E VORM. bxEIY.I'ER LUCIUS 9t BIL~"ING) A. i 136. 2-Zlbethylaminoterephthalic acid inethyl esters ( WEGSCHEIUER FALTIS BLACK and HI-PPEHT) A. i 264. salts and esters of (WE~~SGHEIDER and HUPYERT) A. i 464. 4-Me thylamino-l-thiolanthraquinone derivatives of (GATTEPJIAXS) A. i 1000. lethylaniline telluri-bromide and -chlor- ide (GUTBIER FLURY and EWALD) A. i 639. Methylaniline o-brom o-p-nitroso- and o- aud ?It-chloro-p-nitroso- (FISCHER and NEBER) A. i 438. a-IkIethylanilinodiphenylacetometh yl anilide (KLISGER) h. i 558. lYLethylanilinoeuccinani1 (WA1ll:ES nud GROSE) A. ii 962. ,V-Me thyl-o- anisidine mid iiitroso- ( K t i s i r ; and ~ J E c I ~ P L ~ ) A.i 495. 8-Methglanthracene-10-carboxylic acid (LIEIIERMAXN and BVTESCV) A. 1 4 6 i . 4-Methylanthranol l-chloro- (FISCHEI and ZIEGLER) A. i 754. 1-Methylanthraquinone nitro- (FISCHE R and ZIEGLER) A. i 755. 2-Methylanthraquinone l-thiocyaiio- (GATI'ERJIASN) A . i 999. 3- Me thylanthraquinone 2-broui o- (H EL- A i 358. 4-lethylanthraquinone nitro-l-hj-dr- osy- (FISCHEIL and ZIEGLER) A i 754. 1:2-Methylanthraquinoneiminarole ( FAOBESFABRIKEN v o i x F. BAiYErb CE. Co.) A. i 141. Methyl a-anthraquinonyl sulphide aud sulphoxide (FEIES and ESGELBERU) A. i 1006. 2-Me thylanthraquino- 1- thiazole (Gxr- TERMAXN) A. i 1005. 2-Methylanthraquino- 1- thiophen and its -carboxylic acid (GATTEIIMANN) A. i 1004. Methy latropiniumsulphuric acid ( HOFF- MA" LA ROCHE 8t C O .) A. i 897. p-Methylbenzaldazine (PASCAL and KORMASD) A. i 146. 3-Methylbenzaldoxime %amino- (MAYER) A. i 478. 4 -Me thy1 - 1 2 - b enz an t hra quinone 3 - amino- 3-hyJroxy- and 3-iodo- (SCHOLL NEUBERGER TEITSCH and POTSCHIWACSCHEG) A. i 564. 5-Methyl-l:2-benzanthraquinone and 5-1~roino- l-nitro- and l-nitro-5- bromo- (SCHOLL and TRITSCH) A. i 36. Methylbenranthrone (SCHOLL) A. i 196. nitro- (BADISCHE ASILIS- & SODA- FABRIK) A. i 475. a-Methylbenziminazole cyano- ( BoGm'r and WISE) A. i 451. 5-MethylbenzocycZobutadiene 6-amino- (NASTUKOFF and KROXEBERG) A. 1 962. Methylbenzoylacetone. See a-Phenyl- 8-methylbutane-ay-dione. o- ?H,- and p-~ethylbenzylanilinea and their hydrochlorides (LAW) T. 158. 1-p-Me thylbenzyl-2 3-dimethyl-5-pyr- azolone (CURTIUS and SPBPXGER) A.i 139. 3-MethylbenzyIideneaniline 2-iodo- LEN GRUNTIIAL alld RL-HTESIURG) (11.41IER) A. i 478.INDEX OF SUBJECTS. ii. 1513 p-Methylbenzylidenedip yrrocoline (SCHOLTZ) A. i 386. p-Methylbenzylidenepicolide (S(‘HOLTZ) A. i 386. 3-Methyl-4-benzylidenepyrazolone -1 - carbamidine and oxirnino- (ScIrRS‘rA- ROFF and KAZAKOFF) A . i 1032. l-p-Methylbenzyl-3-methyl-5-pyrazo- lone hydrochloride and 4-oximino- (CURTIUS and SPREXCER) A. i 139. 2~-Methylbenzylsemicarbazide and its derivatives and nitroso- ( KESSLEI and RUPR) A. i 219. C-Methylbindone (HASTZSCH and ZORT- hi-Ls) A. i 8i2. 4-Methyl-6- bromomethyldihydrouracil 4-bronio-5-hydroxy- (~<IEmEl:) A. i 54. 1-Methyl-4-aB-dibromopropylbenzene and its nitrosochloride (tiUNCKELL and DETTMAE) A.i 432. Xethylbrucine acetate (Mossr,~~) A i 297. B-Methyl- Aa-buten- y-one ( FARBRS- FABRIKEN VOEM. I:. BAYER & CO.) A. i 414. Methylisobutyluracil (B~CKESDORFF) A. i 55. Methylcarbamic acid methylammonium salt (I’ICHTER and RECKER) A. i 15. 9-Methylcarbazole-3:6-diphthaloylic acid and its ctirnethyl ester (EIIREK- REICH) A i 130. 9-Methylcarbazole-3-phthaloylic acid and its methyl ester (EII KEHREICH) A. i 130. Methylcarbithionic acid. See Acetic acid dithio-. Methylcarbonatodi-a-coumaric acid (FISCIIER and HnEscH) A. i 859. Me thylcarbonatodiferulic acid (F ISCII E I; and HOESCH) A. i 859. 4-Methylcarbonato-26-dimethoxybenz- oic acid aiid its methyl ester (FISCHER and PFEFFEI:) A. i 559. Methylcarbonatoferulic acid and its chloride (FISCHER niid HOESCH) A.i 859. 4-Methylcarbonat oferuloylox ybenzoic acid (FrscHERand HOESCH) A. i 859. 5-Methylcarbonato-2-hydroxybenzoic acid methyl ester ( F r s c m a and PFEFFER) A. i 559. 3-Me thylcarbonato-4 5-dihydroxybenzo- ic acid (FISCHER and FIXUDESBEKG) A. i 887. p-Methylcarbonatohydroxybenzoyl chloride ( FISCHER and FF~EUDENBRRG) A. i 472. 5 -Methylcarbonato -3-hydroxy-o- toluio acid. See hfethylcarbonato-orsellinic acid. 4- and 5-Methylcarbonato-2-methoxy- benzoic acids methyl esters (FIFCHER and PFEFFEIL) A. i 559. a-Me thylcarbonato-15-naphthoic acid and its chloride (FISCHER and Hommr) A. i 859. 2-Methylcarbonato-3-naphthoic acid and its cliloiide (FISCHER arid HOESCH) A i 859. 4-a- Methylcarbonatonaphthoyloxybenz- oic acid (FISCIIER and HOESCII) A. i 859. 2 2’- Meth ylcarbonato- 3’-naphthoyloxy-3 naphthoic acid (FISCHER and Ho~scn) A.i 859. Methylcarbonato-orsellinic acid (5- ~,zeth~~lcarbonnto-S-h.lidrozy-o-tolil..ic ticid) and its methyl ester and their 8-methyl ethers (FISCHER a i d HOESCH) A. i 869. pylquinoline and its hydrochloride ( S i ~ l i m I X O and CULCHIAI~ONI) A. i 582. Methylchlorophyllides ( ~ ~ x r r d s r ~ i T ~ r l ~ l ~ a n d STOM,) A. i 286. 4-Me thyl-2-tri- y-chloropropenyIquino- line (SPALLIPU’O and C ~ C C H I . \ R O S I ) A i 582. a-Methylcholine and its salts and deriva- tives (MEXGK) A. i 74 949. Methylisocodeine niethiodide ( PscHoRp. and DICKHAUSER) A. i 578. 4-Methylcoumarilic acid %hydroxy- ethyl ester and its salts (ALXERS) A . i 1010. 1-Methylconmarone 4-nitro- and 4:6- dinitro- (HALE) A.i 567. 1 -Methylconmaranone- 1 -carboxylic acid ethyl ester (AVWERS) A. i 1009. A7-Me thy ldeisodihydrohy drastinine and its salts (FRECND and SHIBATA) A. i 488. nu-Methyl- 1 :2 1’:2’- dianthracenexan- then (ULLMARN and I~RM$:.sTI) A 1 i l 6 . 5-Methyl- 1 :2-dibenzanthraquinone pentabromo- (SCHOLL and T1msca 1 A. i 36. lethyldiethylcarbinylure thane ( VER- EISIGTE CHINISFABRIKES ZIMMER & Co.) A. i 542. Methyldie thyl-B-hydroxye thylammon- ium a~irichlokle (EhiMERT) A. i 253. 1 -Me thyl-l:2-die thylryclopropane ( KI J- XEK) A. i 217. 1-Methyl-9 10-dihydroanthracene (Frs- CIFER and ZIEGLER) A i 754. P-lKethyl-9:1O-dihydroanthracene 1- chloro- (FISC’HER and ZIEGLER) A. i 754. 4-Methyl-2-tri- y-chloro-as-dibromopro-ii. 1514 INDEX OF SUBJECTS. 3-Methyldihydroindole benzoyl deriva- tive (v. BHAUN and KIRSCHBAUM) A.i 499. 4-Methyldihydroindoloanthrene 6-hydr- oxy- (SCHOLL and TKITSCH) A. I 36. 3-Methyldihydro-2-pyimidone 5 6 -di- amino- and its forniyl derivative and 5-nitro-6-amino- (JOHSS) A i 320. 4-Methyl-1:6-dihydro-6-pyrimidone 2- oximino- (JOEISSON and SHEPAI:D) A. i 911. 4-Methyl-l:6-dihydro-6-pyrimidone-2- oximinothiolpropionic acid (JOHNSOX and SHEPARD) A . i 911. 4-Methyl-l:6-dihydro-6-pyrimidone-2- thioloxalacetic acid (JOHSSOX a i d SHEPARD) A. i 911. 4-Methyl-1 6-dihydro- 6-pyrimidone- 2- thiolpyruvic acid (JOHNSOX and SHEPARD) A. i 911. 2-Methyl-4-dihydroquinazolone and 3- amino- methiodrdes (HoGer;r a i d GEIGER) A i 511. bromo- and &nitro- (BOGERT and GEIGEK) A. i 396. 3-Ifethyl-4dihydroquinazolone ethio- ditlc (BOGERT and GEIGER) A. i 511.amino- and nitro- (BOGERT and GEIGER) A. i 396. 6-nitro- methiodide (BOGERT and 13-Methyl-5:7:12 14-dinaphthanthradi- quinone (W. H. and M. MII,Ls) T. 2201. 3-Methyldioxindole and 5-brorno- (KOHK and OSTERSETZER) A. i 51. Methylene derivatives of (STAunIscER and KUPFER) A. i 245. iodide decomposition of (CAMPBELL and RAWDON) A i 741. Idethylene-blue bleaching of ( IJASA - REFF) A. ii 219 513 ; (GEBHARD) A. ii 513. stable positives with (u CAJAL) A. ii 407. reduction of by milk bacteria (Fl:En) A. ii 1199. use of as indicator in iodometric titra- tions (SINNA'ST) A. ii 681. Methylenecamphor nitro- ( FORSTER and WITHERS) T. 1331. Methylenedicotarnine aiid its salts (FREUND and FLEISCHER) A. i 491 ; (FREUND) A i 579.Methylenedihydrocotarnine and its salts (FHEUND and DAIJBE) A. i 491. e-Methyldihydromorphimethine methyl ether bromohydroxy- and its hydr- iodide (PSCHORR DICKH.'iITSKI and D'AVIS) A. i 720. GEIGER) A. i 511. Methylene-1 :3-dimethyl-A3-cyclohexen- 5-one 6-hydroxy- and its copper salt (RUEIEMANN aiid LEVY) T. 2551. Methylenedinarcotine and its salts (FREUND and FLICISCIIER) A. i 490 ; (FREUXD) A. i 579. 3:4-Methylenedioxybenzylamine and its derivatives (MANNICH and KUPHAL) A. i 218. 3 :4 Methylenedioxybenzylaminoacetal and its hydrochloride (MANNICH and KUPHAL) A. i 851. 3:4-Methylenedioxybenzylaminoace tic acid ethyl ester and derivatives of (~IANKICH and KUPHAL) A. j 21s. 3:4-Methylenedioxybenxyldichloroacet - amide (MASNICH and KUPIIAL) A. i 851. 3 :4-Methylenedioxybenzylethanolamine and its hydrochloride (RlANNIcH anti BUPHAL) A.i 851. ?1?p-Methylenedioxybenzyl-5-methyl- 1:2:4-triazole 3-hydroxy- (RUPE ant1 OESTREICHEI:) A . i 220. 3:4-Methylenedioxybenzylsemicarbazide and its derivatives (RUJT and OEST- ILEICHE~C) A. i 220. m p - Me thylenedioxy benz yl- 1 :2:4- tri- azole S-hydrosy- ( KUPE and OEST- KEICHER) A. i 220. 6:7-Methylenedioxy-3:4-dihydroiso- quinoline derivatires of (DBCKEI:) A. i 1018. Yet hylenedioxydie tearic acid e th y1 ester (TSCHILIRIN) A. i 604. 5 :6-Methylenedioxy-l-hydrindone-2- B-ni~-Yethylenedioxyphenyl-B- 3-anisyl- idenec?~cZopentan-2-onylpropiophenone 8-?1?p-Methylenedioxyphenyl-B-3- benzylidenecyclopentan-2-onylpropio- phenone (STRIEGLEH) A. i 782. 5 6-Methylenedioxy- 1 -phenyl-4 5 - indenopyrazole-3-carboxylic acid (RUHEMANN and LEVY) T.2545. P -mp-Me thylenedioxyphenyl-B-4- methylc~~cZohexan-2-onylpropiophe- nones arld their derivatives (STPIIEG- LER) A. i 783. P- ?i~p-Methylenedioxyphenyl-B-2-cyclo- pentanonylpropiophenone and its derivatives (STKIBGLER) A. i 781. 8-mp-lethylenedioxyphenyl-B-3-pi- peronylidenecyclopentan-2-onylpropio- phenone (STRIEGLER) A. i 782. Methylenedioxyphthalidecarboxylic acid (RUIIEMAKN) T. 783. 2-Methylenedioxystyryl-4-dihydro- quinazolone ( NOGEILT and BKAL) A. i 395. OXaliC acid (BUHEYANN) T. 1735. (STRIEGLER) A i 782.INDEX OF SUBJECTS. ii. 151.5 Methylene-l-hydrindone %hydroxy and its derivatives (RUHEMAX?; and LEVY) T. 2546 ; P. 316. Me thylene-5 :6-m thylenedioxy- 1 - hydrindone 2-hydroxy- and its ani- lide (RUHEMANN and LEVY) T.2549. Methylene-3-methylene-3-methylcydo- pentan-l-one 5-hydroxy-,and its derir- ativcs (RUHEMASS and L ~ ~ i - ) T . 2 5 5 1 . 8-Methyleneoctane (CLAEKE and Kre- GEL) A. i 405. Methylethylammonium chlorides pre- paration of (MACKENZIE) A. i 9. 1 -Methyl-3-e th ylbenzene 6 -iodo- 6 - iodoso- and 6-iodoxy- ( WILLGERODT and JAHN) A. i 21. B-Methyl-B-ethylcholine chloride and platiiiichloride (MENGE) A . i 74. 4-Methyl-l-ethylcoumaranone (AUWEES) A. i 1011. B-Methyl-a-ethylcrotonic acid y-cyano- ethyl ester (BLAND and Taoiim) T. 889. 2-Me thyl-3-ethyldihydroindole and its derivatives (IGXIG and BECKER) A. i 496. 2-Methyl-3-ethyl-4-dihydroquinazolone ethiodide and methiodide (KOGRI:T and GEIGER) A. i 511. 6-amino- (SOGERT and GEIGER) A. i 396.4-Methyl-l- and 3-ethyldihydrouracils 5:5-clibromo-4-hydroxy- ( UUCKEN- DORFF) A. i. 51. B-Methyl-a-ethylglutaconic acid and its derivatives (Br,A?;n and THOK w) T. 1569. B-Methyl-y-ethylglutaconic acid a- cyano- ethyl ester ( H L A ? ; ~ and THORPE) T. 888. Methylethyl-8-hydroxyethylamine hydrochloride and aurichloritic? (EM- MERT) A. i 253. 2-Methyl-3-ethyl-4-hydroxyquinazoline :tiid its platinicliloride (BoGEi:’r and HEIDELBEI:QER) A. i 216. Methylethylolivil (IioEesEIi and TAix- Methylethylisoolivil ( I<OERXE~Z and VANZETTI) A. i 353. (2 - ancl 2- Ne thyle th ylphenac y 1 the tine sitlts rotation of (TAYLOR) T. 1124 ; P. 148. 2-Methyl-4-ethylphenyl iododichloride (WILLGEiiowr and J A r w ) A. i 21. 2-Methyl-4-ethylphenyldichlorovinyl- iodoninm hydroxide salts of (WILL- GEBODT ancl JAHN) A.i 22. Methy lethylpropylisobutylammonium hydroxide attempted resolution of (WEDRKIND) A. i 948. salts of (POPE and RL~D) T. 523. ZETTI) A. i 352. Methylethylprop yl-B-hydroxyethyl- ammonium auri- and ylatini-chlorides (EMIIERT) A. i 253. 4-Methyl-3-ethyl-l-propyluracil (Bi;.cr<- ENDORFF) A. i 55. 4-Methyl-3-ethyl-a-pyrone 6-hydroxy- 2-Methyl-3-ethylpyrrole-4:5-dicarboxy- lic acid 4-ethyl hydrogen ester (PILOTY and WILKE) A. i 900. 2-Methyl-l- ethylquinolylene-4(2’)- quinaldine salts ( RAUFXANX and VOXDERWAIIT,) A. i 503. 5-Methyl- 1 -ethyl- 1:2 3- triazole and its 4-carboxylic acid (WOLFF and KRIJCHE) A. i 1030. 4-Methyl-l-and 3-ethylaraoils 5-amino- and 5-bromo- (B~CKENDORFF) A i 54. 2-Yethylfuran formation of from fuy furylidenehydrazine (KLJXER) A.1 204. Methylfurfuraldehyde and w-hydroxy- B-naphthylamine derivatives of (COOPER and NUT‘I’.U~L) T. 1080 ; P. 139. Methylglucoside a-amino- and its hydrobromide and hydrochloride (IRVINE and HPND) T. 1137. B-Methylglutaconic acid derivatives of (BLAND and THORPE) T. 865 1565 ; P. 49. Methylglyoxal preparation of (MEISEX- HEIMEB) A. i 831. 5(4)-Methylglyoxaline condensation of with chloral (GERNGROSS) A. i 314. 5(4)-Methylglyoxaline-4(6)-aldehyde anil of (GERNGROSS) A. i 316. 5(4)-Methylglyoxaline-4( 5)-carboxylic acidand its saltsandethyl ester (GEKS- Giioss) A. i 316. 5( 4)-Methylglyoxaline-4( 5) -chloroacetic acid salts and derivatives of’ (GEI~K- GROSS) A. i 315. 5(4)-Methylgloxaline-4(5)-glycollic acid and its salts and derivatives (GERN- GROSS) A.i 315. 5(4)-Methylglyoxaline-4( 5)-glyoxylic acid and its salts aiid derivatives N-Methylgranatenine salts of (WILL- wkrrm and WASER) A. i 18. Methylguanidine occurrence of‘ in the urine in parathyroidectomy (KocH) A ii 1194. a-Methylguanidine platinichloride (SCHENCK) A. i 425. Methylhaemin ( KUSTER and GXTCIKER) A. i 670. Methylnpoharmine methoh ydroxide an! methiodide (HASENFIIATZ) A. 1 5 i K (BLAND and ‘FHORYE) T. 1569. (GEr.SGROSS) A. i 316.ii. 1516 INDEX OF SUBJECTS. Methylapharmhe bromo- ( HASEN- iodo- and its hydriodide (HASEN- y-lKk,hylheptane y-bromo- ( GIJNER) A. i 247. 8-Yethylheptanoic acid y-hydroxy- (MORGENSTERN) A. i 709. 8-Methylheptan-y-ol' and its salts ( I ~ J E - Lams) A i 229. #I-Methylheptan-~-ol (GVERBET) A.i 527. 6-Methyl-Ar-heptene ( B.JELOUSS) A. i 230. y-Methyl-Aar-hexadiene (BJELOUSS) A. i 229. l-MethylcycZohexadien-6-ol pentnchloro- (ZINCKE and PFAFFENDORF) A. i 964. 0- nL- and p-Methylhexahydrobenzyl- aminea (GRIGNARD and BELLET) A. i 623. 0-Methylhexahydrocarbazole and its salts (SCHMIDT and SIQWART) A. i 616. Methylcyclohexane hmabromo- (Ro- DROUX and TABOURY) A. i 253. 0- wi- and p-llbethylcyclohexanecarb- oxylonitrilea (GRIGNARD and BELLEr) A i 623. y-Xethylhexan-8-01 and its salts (BJE- LOUSS) A. i 229. Methylcyclohexanols action of bromine and aluminium bromide on (Ro- DROUX and TABOURY) A. i 253. condensation of formaldehyde with (MURAT and CATHALA) A. i 847. 8-4-MethylcycZohexan-2-onyl-8-phenyl- ethyl styryl ketone ( CRUIKSHASKS and SCHWYZER) A. i 785.y-Methyl-Ag-hexene (BJELOUSS) A. i 229. l-Yethyl-A*-cyclohexen-2-01 3 :3:4 5:5 :6- lamchloro- (ZINCKE and PFAFFEN- DOKF) A i 964. Yethyl-A1-cycZohexen-3-one isomerism of (RABE and POLLOCK) A. i 987. 2-Methyl-A2-cyc20hexen-4-one-l-carb- oxylic acid ethyl ester and its deriva- 4'-lldethylycZohexylamino-4-methyl- cydohexane and its phenylcarbamide (SABATIEH and MAILHE) A. i 103. 2- and 3-Methylcyclohexylideneacetic acids and their ethyl and inethyl esters (AUWERS and ELLIPI'GEP.) A. i 188. 1-Methylcyclohexyl methyl ketone and its semicarbazonc ( WALLACH and HA- WORTH) A. i 569. Methylhydantoin oxime antl phenyl- hydrazone (SCHMIDT nnd THUMANS) A. i 719 FRATZ) A. i 209. FRATZ) A. i 383. tives (TIIECKMANN) A. i 857. 1-Methyl-1- hydrindenol 2:2 3:3-& homo- (RIJIOKIS and KIRSCHTES) A.i 2iO. 4-Me thyl- 1 -hydrindone 7-hydroxy- and its derivatives (AUWEKS) A. i 107. a-Methylhydroxycamphor a-nitro- (FOR- STER and WI*IITEI:S) T. 1332. 6-Methyl-2'-hydroxydiphenylamine 2 4 - dinitro- (ULLMASN and SANI~) A. i 104. 5-Methyl-2-hydroxymethylfuran (BLANRSMA) A. i 291. 4-Methyl-5-hydroxymethylnracil and its sodium salt (KIRCHER) A. i 53. 2-Methyl-4-hydroxyquinazoline and di- bronio- and pentnbromo- (B0GEI:T and HEIDELBEKGER) A. i 215. 2-Methyl-4- hydroxy quinazolinesuIpho- nic acid bronio- and its harium salt ( EOGEIW and HEIDELBERGER) A. i 21 5. Methyliminodiacetic acid derivatives of (FRANCHIMONT and DURSKY) A. i i53. 2-Methylindamine 4-hydroxy- (HELL- ER) A. i 918. 2-Methylindandione 2-chloro- and 2- iodo- (HANTZSCH and GAJEWSKI) A.i 870. 1-Methylindene 1 :2:3-l~ibromo- antl its acetyI derivative (SInroh.Is and KIRSCHTEN) A. i 270. 1-Methyl-1-indenol 2:3-dibronio- and 3-bromo-2-iodo- (SIMONIS and KIRSCH- TEN) A. i 270. 2-Methylindole additive componnds of with 3-trinitrobenzrnc trinitrotoluene trinitroaniline and picryl chloride (CIUSA and VECCHIOTTI) A. i 755. 3-Methylindole additive compound of. with picryl chloride (CIUSA and VECCHIOTTI) A. i 755. 1-Methylindigotin (ETTINGER and FRTEDLAPIDER) A. i 728. 2-Methylindole-3-arsinic acid and its salts and 5-chloro- (BOEHKINGKR k SOHNE) A. i 523. 2-Methylindole-3-carboxylic acid and its barium salt and ethyl ester (ODDO) A. i 649. 3-Methylindole-1- and -2-carboxylic acids and their derivatives (ODDO) A. i 649. 4-Methylindoloanthrone and its pols- meride (SCHOLL and TRITSCH) A.i,37. 3-Methylindophenol 4'-amino- ( HEL- LER) A. i 915. Methylindophenols and their derivatives (HELLER) A. i 917. 2-Methylindyl-3-benzoquinone and its derivatives (M~HLAU and REDLICH) A.. i 129.INDEX OF SUBJECTS. ii. 1517 1-Methylisatin 2-dichloro- and its salts (KOHN and I~LEIN) A. i 800. l-Yethylisatin-p-chloroanil 5-chloro- ( ET’IINGER and FRIEDLANDEI~) A. i i28. 3-Methylmenthan-3-01 (1 :3-dimelhyZ-6- iso2lropyZ(,ycloJied.nn-1-02) (VANIS) A. i 788. Methylmenthone and its semicarbazone (RVPE SCHOBEL and AI:EGG) A. 1 573. 4-Methyl-5.methylenedihydrouraci1 4- brorno- (KIRCHEI:) A. i 54. B-Methyl-8-methyleneheptane (CLARKE and HEGGB) A. i 150. 8-Methyl-emethyleneheptane (CLARKE and HEGGS) A. i 151. eMethylmorphimethine hydrates of (PSCHORR and DICKHBUSER) A.i 578. y 8- and eMethylmorphimetbine methyl ethers and their hydriodides (PSCHORR and DICKH~USER) A. 1 579. acid 2-amino- ( SCHOLL NEURERGER TRITSCH and POTSCRIWAUSCHEG) A. i 563. l-Methylnaphthalene-6-phthaloylic aoid 2-amino- and 2-liydroxy- (SCHOLL NEUBERGER TRITSCH and POTSCHIWAUSCHEG) A. i 563. 2’- aud 4’-Methyl-a-naphthoylbenzoic acid (SCHOLL and TRITSCH) A. i 36. 5-Methylnaphthylphenylmethane-2’- carboxylic acid 6-hydroxy- (SCHOLL NEUBERGEIL TRITSCH and Po?.scr~ I- WAUSCHEG) n. i 563. l-Methyl-2-naph thylphthalimide (SCHOLL KEUBERGER ‘hITscH and POTGCHIWAUSCHEG) A. i 563. w-4’-Methyl-a-naphthyl-o-toluic acid and its ammonium salt and w-hydroxy- lactone of (SUHOLL and TRITSCH) A. i 36. Methylnitroamino-p-phenetidine 3:5-di- nitro- (REYEXDIN and LIEBL) A.i 440. Methylnitrosoamino-o- and -21-pheneti- dines 3:5-dinitro- (REVEPAIN and LIEBI,) A. i 440. 8-Methyl-Aye-octadiene (BJELOUSS) A. i 229. 8-Methyloctane (CLARKE) A. i 405. 6-Methyloctan-8-ol (CLARKE) A. i 8-Bbethyloctan-e-ol (BJELOUSS) A. i 8-Methyl-As-octene (BJELOUSS) A. i 8-Yethyl-AY-octen-s-ol and its salts 1-Methylnaphthalene-N-phthaloylic 405. 229. 230. (RJELOUSS) A. i 229 Methplolivil (KOERXER and VANZETTL) Xethylisoolivil ( KOERNER and VAN- Methylparabanic acid oxime of /3-Methylpentane B-bromo- and Ba-di- bromo- (KIJXER) A. i 246. Yethylcyelopentane preparation of (NAMETKIN) A. i 172. nitration of (NAMETKIN) A i 17.5. l-Methylcyclopentan-3-one-4-oxalic acid ethyl ester (KUHEJIAX’X) T. 1733. 1-Methyl- A1-cyelopentene-2- carboxylie acid (WALLACH) A.i 878. Meth lcyclopentenolone and its salts 628. a- and B-Methyl pentonides action of nucleosidase on (LEYENE JACoEs and MEDIGRECEANU) A. ii 5t7. Methylphaeophorbides (WILLST~TTER and STOLL) A. i 286. Methyl-p-phenetidine 3:5-dinitro- (RE- TEHDI~~’ and LIEBL) A. i 440. 5-Methylphenoxazine S-nitro- (ULL- MAKX and SANI~) A. i 104. a-4-Methylphenoxypropionic acid a-2- cyano- (AUWEKS) A. i 1011. Methylphosphinic acid hydroxy- and its salts (PAGE) T. 428 ; P. 39 lethylpicolide (SCHOLTZ). A. i 386. B-Methylpropane-ay-dicarboxylic acid By-dicyano- ethyl ester (HOPE) T. 911. 1-Pethyl-2-isopropen ylcyclopentane ( I i i J s m ) A. i 758. l-Yethyl-4-isopropyl-3-a~-dibromopro- pylbeneene ( ~ ~ U S C K E L L and DETT- d- and Z-Methylisopropylcarbinolr and their derivatives ( PICKARD and KEN- YON) T.630. l-Methyl-4-isopropylcyc~ohexadiene-S- one 6-chloro-2:5:6-trinitro- (ROBERT- ON and RI~IPCOE) T. 1970. 1 -Methyl-2-~sopropylidenecycZopentane (I~IJSEIL) A. i 758. Methyl propyl ketone formation of from a-ethylbutyric acid in the organism (BLUM and KOPPEL) A. ii 188. chloro- and its semicarbazone (BLATPE) A i 606. 1- Ye thyl-2-isopropylcycZopentane (K I J- NICK) A. i 758. l~Methyl-3-isopropylc~c?opentane. See Dih ydropulegene. i-l-Methyl-3-isopropyl yelopentan-1-01 (WALLACH and CHALLENGER) A. i 263 A. i 352. ZETTI) A. i 253. (SCHMIDT) A. i 540. derivatives (hIETERFELD) A. i MAR) A i 432.ii. 1518 INDEX OF ~~~ - - 3-Methyl-6-isopropylphenyl a-bromo- propyl ketone (KUNCKELL) A. i 433. a-3-Methyl-6- isopropy lphenyl- Aa-butyl- em and its dibrornide a i d a-cliloro- B-bromo- (KUSCRELL) A.i 433. 4-Methyl-1- and 3-propyluracil ( BGcK- ENDOEFF) A. i 55. 3-Methylpulegene constitution of (RUPE SCHOBEL and ABEGG) A. i 573. 3-Methylpulegol (RITE SCHOBEL and ABEGG) A. i 5i3. 3-Methyl-6-pyrazolone) 4-bromo- 4-nitro- (WISLICENUS and Giiz) A. i 53. 3-Meth ylpyrazolone- 1 -carbemidine (SCHESTAKOFF and KAZAKOFF) A. i 1032. 2-Methylpyridine telluri-bromide and -chloride ((~UTBIEIL FLUILP and EWALD) A. i 680. 1-Methylpyridinium hydroxide action of in the organism ( KOHT~RAEBCH) A. ii 74. 4-Methyl-a-pyrone 6-chloro- and 6- hydroxy- and its salts (HLASI) and THORPE) T. 865. 2-lKethyl-4-quinazolone. See ‘,&Methyl- 4-hydroxyquinaxoline. o-Methylqninnitrole,tctmchloro- nitrate and its derivatives ( Z INCKE nntl PFAF- FENDORF) A.i 964. o-Methylqninol tetmchloro- and its derivatives (ZINCRE and PFAPFEX- DORF) A. i 964. 2- and 4-Methylquinoline methoper- chlorates and their derivatives (K& NIG) A. i 654. 4-Methylqninoline-2-acrylic acid (SI’AL- LINO and CUCCIIIAROSI) A. i 582. Methyl-red measurement of hydrogen ion concentration by means of (PA- LITZSCH) A. ii 8T. Methylscopolaminium salt s ( 110 F F- Methylscopolamininmsnlphuric acid i 897. 3-Methylstilbene 6-nitro-4-cynno- and 4:6-dinitm- (HORSCHE) A i 180. a-Methylstyrene ozonide (HAI~I:IES and v. RIEDENSTEIN) A. i 674. o-Xethylstyrene (EMI)E) A. i 802. 2:2’-Methylsnlphone-4:4’-azoxytoluene (ZINCKE and I~OLLIIA~;TSEI~) A. i 551. 2-Methylsulphonebenzoic acid 4-amino- acetyl derivative (ZINCKE and ROLL- HAUSEI:) A.i 551. Methyltannin properties of (HERZIG) A. i i92. Methyltartrondiamide and its acetyl dc- rimtive (RATDI~OPF) A. i 752 hfAh” La ROCIIE & CO.) A. i 897. (HOFFMANS LA ROCHE & CO.) A. SUBJECTS. 2-Methyltetrahydroisoqu~noline 6- snd 7-hydroxy- and I :S-dihydroxy- liytlrochloride (PPhiau and ~ < E ~ I F I T ) T. 1601 P. 228. 7- a i d 8-Methyltetrahydoquinolines and their pyridiue dyes ( K ~ ~ N I O and BECK- EI:) A. i 496. 2-Me thyltetrahydroisoquinolinium- acetic acid iodide I-menthyl ester of (WEI,ERIND and YEY) A. i 601. 3-Methyl-1:2:3:4-tetrahydro xanthyl- ium chloride and its derivatives (Hortscm and GRTEI:) A. i 892. 4-Methyl-l:4-thiazan and its salts (CLARKE) T. 1586 ; P. 218. 4-Methyl-1:4-thiazan-4-acetic acid 4- bromo- ethyl ester (CLARKE) T.1809. Methyl-B-thiocarbamidoethylsulphone (SCHNEIIIER ~IULLER and HEGK) A i 192. Methyl - 6- thiocarbimidobutylsnlphone (SCHSEIDER and KAGFRLINS) A. i .837. 7-Methylthiocoumarin 6-ni tro- (CLAY- 1-Xethylthiolanthraquinone ( G A r r m I:- 5-Methylthiolanthraqnino-1-thiazole p-Methylthiolbenzaldehyde and its dc- rivatives (GAT‘rERMASX) A. i 985. 0- and p-Methylthiolbenzaldohydes and their derivatives ( FEIEDL~XDEK aiid LENK) A. i 709. p-Xethylthiolbenzoic acid ( GATTI. I:- MANS) A. i 985. 2-Methylthiol-4-benzylidene-l:5-di- hydro-5-glyoxalone (JOIIXsON and NIcoLEr) A. i 808. 2-Me thylthiol-4-benz ylidene- 1 -methyl- 1:5-dihydro-5-glyoxalone (JOIIX-SOS and NICOLET) A i 808. 1-Methylthiolnaphthalene-4-azodimeth- ylaminobenzene and its hydrochloride (ZINCKE and Sc-rrurz) A.i 348. 1-Methylthiolnaphthalene-4-azo-6- naphthol ( Z I ~ C K E and SCHUYZ) A. i 348. 1-Methylthiolnaphthalene-4-diazonium salts (ZINCICE and S C H I ~ X ) A i 348. 1 -Met hylthiolnapbthalene-4-diazosulph- onic acid salts of (ZISCKE and ScIWrz) A. i 348. 1-Methylthiolnaphthalene-4-hydrazine- salphonic acid potassium and barinm salts (ZISCKE and SCII~ITZ) A. i 348. 2-Methylthioltoluene,4-amino- 5-bromo- 4-amino- 5-bromo-4-iodo- 4-cyano- 4-iOdO- 4-iOdO-~-r~ic~llOi’O- mid 5- nitro-4-nniino- (Z 1 SVKE and lto 1.1.. H ~ ~ ~ S E P . ) A. i 550. TO9 alld GODDEX) T. 214. BIASN) A. i 999. (GATTERMANS) A. i 1005.INDEX OF SUBJECTS. ii. 1519 Methylthioltolyl 4-iodochloride 2-tri- chloro- ( % r s c * r r ~ and ROLLHA~XEI!) A i 551.2-Me thylthiol-p- tolyltrime thylammon- ium chloride and iodide and their derivatives (ZISCRE and ROI,I,IIA~;'\EIL) A. i 550. 4-Methylthiol-B-naphthaqninone and its derivatives (ZINCKE and SCHUTZ) A. i 349. 4-Yethyl( 1)-thionaphthen 6.chloi.o- 3-hydroxy- (KAI.I.E k Co.) A. i 209. 4-Methyl-l-thionaphthen-o-carboxylic acid 6-chloro-3-liydroxy- ( I ~ A L L I & Co.) A. i 209. 1 -Methyl-4-p- tolylanthraquinone (SEE I and KAM,) A. i 5T2. 1 -1Ylethyl-4-p- tolylanthrone- 10 ( SF. ER and KARL) A. I 5i2. 1-Methyltriazole and its -5-carboxylic acid (WOLFF and KRCCHE) A. 1 1030. n - Me thyltricarballylic acid and its ethyl ester (Hora) T. 902. B-Yethyltricarballylic acid and its an- hydride (HOPE) T. 910 ; P. 93. Methyltriethylammonium iodide and platinicliloride (POIT and EE.\I)) T.52s. ~s-Yetbyl-3:3'-trimethylenedibenzo- spiropyran (BORSCHE and GETER) A. i 894. 2-Methyltrimethylenimine (I.'AP.nICs - A. i 822. Methyltripropylammonium iodide coin - pound of ttiiocarbamide a i d (ATKINS and WERNEI:) T. 1990. Methyltyrosine synthesis of (Jolr~soN and NICOLE~) A i 585. Xethylnrethane hydroxy- (Cr-irrr 1-4)) A i 429. a-Methylvaleric acid 8-imino-y-cyano- etliyi ester (Taonrs) T. 256. Yethyl-violet l)oisoiious action of (171 I I - x m ) A ii T92. Methylxanthotoxic acid and its methyl ester (THOJIS and Piters) A. i 40 Mica as a source of inanurial potassium (RLAWK) A ii 677. Microbes ( ~ 2 icro-orgu ,L isnzs) action o f uranium salts on (AGULIIOS and SAZERAC) A. ii 9i3. Microcalorimeter for estimation of heat- production in pliysiologicsl processes (HILL) A.ii 20. Microscope alide electrically heated (COT~I?EI,L) A. ii 1160. Milk preservation of samples of bacteria in (FRED) A. ii 1199. 1;ABRIKEK VOI1M. P. BAYElt 8 CO. 1 (Rowws) A. ii 1218. Milk total SOlidS of (SPLITTGEI:BER) secretion of (PY~ACIUWXE) A. ii 1S1. infiuenc~ of chemical compoiiiids OJI the Secretion of (FIYGERLISG) A. ii 464. infiuence of freezing on the coniposi- tion of (BIN) A. ii 580. hydrogcn ion concentration and thta clotting of (kiI,I.EbiAXS) A. ii 1079. influence of salts on the action of rennet on (KEsT) A. ii 154. passage of colostrum into ( EKUEI ant1 l)EsxEM.inIc) A. ii 184. con's variation in coniposition of with diet (HEI,I,E MULLER and I'OI)A) A. ii 786. iron content of (EDELSTRIS and V. CSOSKA) A ii 184." dissected," esperiiiieiits in feeding with ( J~~*COIJ,I:AI and HART) A. ii 365. fi-esh influeiicr of on growth (€IoI)- KISS) A. ii i79. steiile. tinzymes i n (HARDEN ant1 LANE-CLAYPOX) A. ii 664. proteins cleavage of by gastric juice sourine of (RIcHnro\-n and HI-ISII) the gnaiacum-guaiacol test for ( Q I ' I I E I ~ Schnrdinger's reaction for (Rijlrm) A. ii 610. drtcction of added water containiiig nitrates in (TII,LLfAKs) Ll. ii 306. c'lctection of berizoic acid in (KKVIS) A. ii 1007. detection of benzoic and salicylic acids in (PNILIPI'E) A. ii 500. detection of fornialdeliyde in ( G I P ~ ~ ) A. ii 1218. estimation of the acidity of (RAM>[- srm-r) A. ii 10'2. estimation of casein and lactose in (MALENF.IS~') A. ii 1218. estimation of f n t in (VAS LEXNEP and RUSS) A.ii 1005. estiination of' iroti iu ( ~ O r I ' E o H M and WEIS.SWAN:E) A. ii 690. estimation of 1:iotose iii (AI'TENIXETII and YUSK) A. ii 101 ; (SALKOW- SKI) A. ii 610. gravitnetric estimation of lhosphorns in (MILLEI{) A. ii 202. condensed estimation of siicrosc in (NOWAK) A . ii 1004. Mineral after stibnitt froin Mexico (FORD and BI1AI)I,EY) A ii 948 A. ii 1218. (A BDER1I.I I.DE?U' nlld I< kAJL hl ) A. ii 673 A. :i 610. nlld SC'HEI,T,IIASE) A. ii 701.ii. 1820 INDEX OF SUBJECTS. Minerals from Beaume Piedmoiit (Co- LOMRA) A. ii 568. from Beaver County Utah (BUTLER and SCHALLER) A. ii 56. from Borca ICoumania ( BUTUREASU) A. ii 949. Canadian (JOHRSTON) A. ii 358. from the Eulenberg Leitmeiitz (HI~SCH and SCHEIT) A . ii 774. from Hungary (MAUWITZ) A.ii 177. from Madagascar some of which can be used as gems (LACILOIS) A. ii 1182. containing uranium from Madagascar (LACROIX) A. ii 567. containing tungsten from Spain (GRANELL) A. ii 566. from the deposits of Tiriolo (PAX- ICHI) A. ii 5 i . Trans-Baikal (KUSNETZOFF) A. ii 456. in fossils from the Tyrol (HAAS) A. ii 564. nomenclature of (WASHISGTON) A. ii 263. changes in the physical properties of on transformation into other niodi- fications (KOEKIGSRERGER) A ii 419. measurement of the density of (MER- WIN) A . ii 55. crystallisation power of (SCHUMOFF- DELEANO and DIWLER) A. ii 170. containing fluorine origin of (ALYISI) A ii 357. of the rntile group (SCHALLER) A . ii 773. of the sodalite and idlemite groups fluorescence of (~~IEBISCH) A. ii 406.detection of actinium emanation in (v. HEVESY) A . ii 116. estimation of potassium in (SCHOLLES- BERGRH) A. ii 1095. estimation of radium in (EBLEP.) A. ii 723. estimation of water in ( DITTRICH) A. ii 1207. containing iron estimation of zinc in (BEYSE) A. ii 9P8. Mineral substances migration of in dead leaves (RAMANN) A. ii 3 i 8 379. xineralisers gaseoiis in a magma (XIGGLI) A. ii 632. Mines analyses of rare gases from (MoL-REU and LEPAPE) A. ii 47. Minjak lagam oil from (VAN ITALLIE and KERBOSCH) A. i 372. Hispickel and related minerals constitu- tion of (BETJTEI~L) A. ii 652. Mixtures refraction and magnetic rota- tion of (MuLLEnand GIJERDJIKOFF) A. ii 325 1113 ; (SCHWERS) A. ii 873. heat of vaporisatioii of (MASING) A ii 1137. binary magnetic rotation of(ScmvERs) P.294. dielectric constants and refractivity of (SCHULZE) A ii 225. refractive index of (SCIIWERS) A. ii 1. depression of the freezing point of (BAUD) A. ii 233 331. influence of a third component 011 the freezing-point of (bluCHIN) A. ii 898. crystallisation temperatures of (BAUD) A. ii 1147. specific heat of (SCHULZE) A. ii 327 428 532. of metallic chlorides thermal analysis of (SANDONXIXI) A. ii and AUREGGI) A. ii 162 764. binary liquid con) p s i tion and pressure of the vapour of (VI:EYSKY) A ii 1139. complex quantitative snalysi3 of (IWASOFF) A. ii 199. Molasses influence of on nitrification in soils (PECK) A . ii 595. separation of betaine from (STOLTZES- BERG) A. i 680. preparation of betaine hydrochloride from (EHRLICH) A i 85.5. action of mercuric acetate on (STOLTZENBEIG) A.i 397. lolecular asymmetry of nietallic com- indnced in unsatnrated compounds (ERT,IWMAYER and HILGEN- DORFF) A. i 752. attraction law of (TSEER) A. ii 136; (RmmrAs) A. ii 443 1157; (MILLS) A. ii 1041. in liqnids (GARYER) A . ii 831. compounds as prelirriinary prodncts in condensation (SCHI~IDLIN and LASG) A. i 4i3. condnctivity,relation between viscosity and (WALDRX) A. ii 23. diameters measurement of (ALTBERG) A. ii 517. percentages conversion of percentaws by weight into (HOFFMANN) A.,-ii 340 ; (J~SECRE) A. ii 7.50. refraction and rotation See under Photochemistry. weights. See Weights molecular. Molecules possible limit to the magni- tude of (CROMPTON) P. 193. 47 50 160 3 5 0 ; (S-4NDONKIXf ponnds (\vERNEII) A. ii 822.INDEX OF SUBJECTS.ii. 1521 Molecules kinetic properties of (KLEE- ms) A. ii 734 901. relation of heats of combustion of to their attraction constants (KLEE- .\IAN) A. ii 21. Molybdenite from Cahbria (NASJXI and BASCHIERI) A. ii 7i3. Molybdenum spectrmii of ( WEIGAND) melting-point of (v. PIKANI and wrought solubility of (RUDER) A. ii Molybdenum nitride (BADISCIIE ANILIS- Molybdic acid conductivity and ionic concentration in mixtures of with organic acids ( WINTGEN) A. ii 321. detection of (MELIKOFF) A. ii 693. Molybdenum detection of ( KAFKA) A. ii 693. electrolytic estimation of (FISCHER and WEISE) A. ii 869. Molybdic acid. See under Molybdenum. Morphine (KNOI<IL and HARTMANN) A. i 489. constitution of ( PSCHORR DICK- IIXUSER and I)’A\-Is) A. i 720. comparison of the actions of narcotine and (STRAUB) A.ii 790. change of toxicity of iu presence of other alkaloids (CBSAX) R. ii 857. detection of biologically( HEKRMASN) A. ii 611. estimation of (THoesvRs) A. ii 610. estimation of colorinietrieally (FABINYI) A ii 504. estimation of in opiates (ANXELER) A. ii 815. estimation of in opium (WIEBELITZ) A. ii 106. c6poMorphine antagonism between the opiurn alkaloids and (v. ISSEKUTZ) A. ii 667. Morphine alkaloids relation between chemical constitution and physiologi- cal action i n (LOEG and OLDEXBERG) A ii 373. Morphineglucoside a-amino- (IRVINE and HYND) P. 320 Mortar h i e corrosion of lead by (VAUBEL) A. ii 1172. Moulds autolysis of cultures of (Dox and MAYNARD) A. ii 862. surface tension of the plasma mem- branes of (KISCH) A.ii 588. formation of hydroxy-acids by (EHR- LICH) A. ii 192 ; (GOUPIL) A. ii 193. growth of iu sucrose (RITTER) A. ii 795. A. ii 8i8. DfEYElt) A. ii 560. 454. & SODA-FABRIK) A. ii 946. Mucilages (SCHIRMEE) A. i 609. Muscle chemistry of (BUGLIA and Cox- STANTINO) A ii 1077 1078; (CONSTANTINO) A. ii 1078. theory of contraction of (PROCTER) A. ii 781. clieniical pathology of ( GRL-SD) A. ii 463. electrical mechanical and chemical clianges in ( PAULI) A. ii 960. colloidal and osmotic imbibition in (BEUTNER) A. ii 462. influence of calcium on the irritability of (KAHx) A. ii 184. effect of carbon dioxide and oxygen on (HOOKER) A . ii 1185. action of ethyl alcohol and water on (LEE and LEVINE) A. ii 852. creatine in (CIIISOLM) A ii 787. extractives of and their precipitation (DEMJANOWKI) A.ii 1009. formation of lactic acid in (FLETCHER) A. ii 67. properties OF liquids esprespd from ( ~ ~ O I ’ T A Z Z I ) A. ii 1192. purines of (’BExsETT) A. ii 463. action of verattine on (HOFFNANN ; LAMM) A ii 374. surviving amphibian heat production of (HILL) A. ii 784. frog’s iinbibitioii and loss of water by in isotonic saline solution (SCHWARZ) A ii 66. plain,duration of eontractionof (COHN- m I M and v. UEXBULL) A.,ii,183. ash of (RYAK and NEIGS) A. ii 274 579. plain and striated constituents of phosphorus content of (CONSTAX- salmon’s absorption and storage of fat in (GREENE) A ii 274. striated contraction of (BERG) A. ii gaseous metabolism of (VERZ~R) purine content of (RINALDI) A ii estimation of lactic acid in expressed juice from (EMBDEN KALBERLAH and ENOEL) A.ii 1071 ; (KONDO) A. ii 1072. Muscle plasma and pancreatic extract action of on hexoses (LEVENE and MBYER) A. ii 577. Nuscular rigidity influence of on the carbon dioxide output of decerebrate cats (RoAF) A ii 579. work fats and carbohydrates as sources of energy for (FRIDERICIA) A. ii 853. (CONSTANTISO) A. ii 67. TINO) A. ii 961. 1077. A. ii 653. 663.ii. 1522 INDEX OF Muscular work relative values of fats and cai%ohydratcs in (ZUSTZ) A. ii 1069. effect of 011 respiration ( HOVGH) A. ii 457. Mustard detection of colourinp matters and turmeric in (QIEVEKS) A. ii 1111. estimation of allylthiocarbimide in (URIOUX) A. ii 308 ; (RAQIJEI') A . ii 704. Xustard oil. See Allylthiocarbimide. Musts detection of sucrose in (Rorrr~m- H y i c n Gale constituents of oil of the Xyriatic acid sodiiini salt physical properties of (MCBAIS COKSISH and BOWDEN) l'.2012 ; P. 237. inenthyl ester and brucine and cin- clionine salts (HILDITCH) T. 201. Myristic acid a-homo- menthyl ester (CHHIS'TOPHER and IIILDITCH) T. 207. isoYyristicin a- ancl &ketones from and their derivatives (SCANDOLA) A. i 196. Myristicinaldoxime (R~GHEIMER and RITTEB) A. i 447. Myriatone from alfalfa (JACOBSOF) A. ii SO. FUSSER) A. ii 1003. catkins of (ESKLBAR) A. i 371. N. Naphtha origin of (IPArIEFF) A. ii 171. theory of the formation of (CHARIT- SCHKOFF) A. i 329. Hungarian optical properties of (RAKUSIX and LASLO) A. i 741. Naphthabenzanthrone (SCHOLL) A. i 195. p-Naphthafuchsone. See oo-Diplieuyl- 1 :4-naphtliaquinomethane. Naphthalaldehydic acid anhydride of ( ERRKEA and CUFFARO) A.i 273. a-Naphthaldazine tetrabromide and di- hydrobromide (CUKTIUS and BOEY ZELEN) A. i 510. a- and B-Naphthaldehydes and their derivatives (GATTEKMANN) A. i 985. Naphthalene equilibrium of mixtures of camphor and (JOUNIAUX) A. i 198. equilibrium of with catechol resor- cinol and quinol (KREMANN and JANETZGY) A. ii 1151. and its derivatives cornpounds of with antimony trihaloids (MEN- YCHUTKIS) A. ii 920. derivatives absorption spectra of (PUK- VIS) T. 1315; P. 157. 3UB JECTS. Naphthalene picrate equilibrinin of the formation of ( BE~SSTED) A. ii! 30. Naphthalene a-bromo- properties of (CRABTHEE and LAPWORTH) 1'. 264. l-a- and -8-Naphthaleneazo-2-naphthgl methyl ethers and their 1iFdrochlorides (CHAKILIEIL and Y E n m n I ) A.i 814. l-a-Naphthaleneazo-2-naphthyl ethyl ether and its liytlrocliloride (CHA~WEI~ a ~ i d FEILI~EEI) A. i 814. B -Naphthalenediazoamino-p-chlorobenz - ene (Non~ah.) T. 1917 ; P. 232. /3-Naphthalenediazoamino-m-toluene (NORMAN) T. 1922 P. 232. a- aud B-Naphthalenediazonium chlor- ides compounds of with antimony trichloride (MAY) T. 1039. Naphthalene-2-sulphonic acid I-cyano- sodiuiii salt and its acid chloride (KALLE & Co.) A. i 208. chloride of (FRIEDLASDER WORO- SIIZOJV ancl ECKSTEIX) A . i 294. Naphthalene-5- and 8-aulphonic acids %nitro- aud their amides and chlorides (KAPPELEI:) A. i 251. Naphthalene-2-thiolacetic acid 1 -cyano- (KALLE & Co.) A i 205. Naphthalic acid ethyl ester (WISLI- A7-Naphthalimido-p- benzoquinonehine ~OK'T1:OGOVICH and MIHAILESCU) A.I 314. N-Naphthalimidocitraconamic acid (OF- TKOGOVICH and MIHAILESCU) A. 1 313. N-Naphthalimidocitraconimide (OSTRO- GOVICH and MIHAILESCU) A. i 313. 1V-Naphthalimidomaleinamic acid and its salts (OSTHOGOVICH and MIHAIL- ESCU) A i 311. N-Naphthalimidomaleinimide (0s mo- GOVICII and ~IIHAILESCU) A. i 312. N-Naphthalimidonaphthalimide (OSTRO- GOVICH and MIIIAILESCLJ) A. i 313. AT-Naphthalimidophthaalimide ( OST RO- GOVICH and MIHAILESCU) A. i 313. N-Naphthalimidosuccinamic acid (Os- 'I'ROGOVICH and MIHAILESCU) A. i 312. N-Naphthalimidoauccinimide (OSTKO- GOVICH and MIHAILESCU) A. i 312. Naphthalonic acid (ERBERA and CUF- FARO) A. i 273. Raphthanthracridone (BADISCIIE ANI- LIN- & SODA-FABRIK) A. i 504. 3:4-Naphthanthraquinone 1- and 2- chloro- (HELLER and GBUNTHAL) A.i 357. 1:8-Naphthapenthiophen hydroxy- and its acctyl derivative ( FRIEDL~NDER WOKOSHZOW and ECKSTEIN) A. i 294. CESI'S and PENNDOILF) A. i 263.IXDEX OF SUBJECTS. ii. 1523 Naphthapyranthrone (SCHOLL) A. i 195. B-Naphthaquinone-4-carboxylic acid ( H X L L E I ~ ~ ~ ~ K u r i ~ ~ s u m c . ) A. i,358. B-Naphthasulphoninm-qninone re- actions of (CHRISTOPHER and ShrlLEs) T. i10 ; l’. 03. Naphthasulphonium-quinone diliroiiio- aiid its hydrogen bromide additive product (i\Tor.as and SbirLEs) T. 1425 ; 1’. 188. “ Naphthathioindigo ” (KALLE & Co.) A . i 209. a-Naphthathiolacetic acid 2-aniino- lactam and 2-cyano- (FI:IEL)L~NL)EI~ IVonosiizo\v aiid ECKSTKIS) A i 295. 1:2-Naphthathiophen liydroxy- a i d its I)enzglidene derivative (E’1:IEL)L.i NI)EI( ~VOKOSHZOIV and ECI~STEIS) A.i 295. 2 1 -Naphthathiophen h yd rosy- a d its derivatives (FI:IKDI,AKI)E~ M’OPWSH- %ow and ECKSTEIS) A. i 294. Naphthathiophen-2-carboxylic acid 3- aiiiino- potassium salt ( FKIEDLANDEI I\\’oi:osmow and EcKsnxs) A. i 295. Naphthathioxin chloro- and its oxide ;tiid dicliluro- and oxide nitrate of (CHIUSTOYHER and SnrILEs) T. i1-l. Naphthathioxonium hydroxide salts of (NOLAS and SMILES) P. 276. Naphthaxanthone hydroxy- and 3 :4 - ditiydroxF- and acetyl derivative of the latter (DuTTa and ~ Y A T S U S ) T. 1243 ; P. 107. 2:3( 1‘:2’)-Naphthazino- l(or 4-)-amino- anthraqninone (QCUOLL EI%EI:LE aiid Naphthenic acids reactions of with ferrous salts (PYH~LX) A. ii 1 O O i . pcri-Naphthindandione. See lie topcri.naphthindene hydroxy-. a-Naphthindolearsinic acid ( BOEH- KIKGER and S ~ ~ B S E ) A. i 523. Naphthindole-2 1 -naphthathiophen ( FKIE D ~;i A- D E R an rl E(:I;STEIS) A. i 295. 1-Naphthoic acid 3:4-dihydroxy- ( HEL- I,EK and RrwrESHEBG) A. i 358. tlithio- (a-nciplbthy/lca?*b ith ionic acid) ethyl and methyl esters (HoL-BES and SCHLLTZE) A. i 6. a-Naphthol 4-chloro- preparatinn of (AK~’I~S-(~ESELLYCHAF.I‘ ~ u i r ANILI~-F~BEII.;,~TIOS) A. i 183. 2-siilphide (C_HRISTOPHEK and SMILES) T. #17. @-Naphthol isonieric sulpliitles of (CRYMBLE Ross and SMILES) T. 1146; P. 162. TRITSCH) A.. i 143. WO ROSH xu I!- &Naphthol isomeric sulphides of action of bromiue with (NOLAN and SMILES) T. 1420 ; P. 188. isosulyhide dehydration of (Ross and Ssiims) P. 275. Naphthols behaviour of with titanium compounds (HAUSEE and LEWIIX) A.i 847. 2-8-Naphtholazoterephthalic acid methyl ester ( K A ~ F M A S S and WEIS- SEI,) A. i 865. Naphthol-3-carboxylic acid 2-thio- (KALLE & Co.) A. i 209. a-Naphthol-4carboxylic acid and 2- aniino- and %nitro- ( HELLEK and RLJ~-ITEXDEI~C) A. i 358. a-Naph tholsulphonic acids cons ti tu tion of colouring-matters derived from (GATTEI:MANN and LIEBERBIANN) A. i 1038. 5-Naphthoxy-2-ethylthiol-4-naphthoxy- methyl- 1 :6- dihydro -6-p yrimidone (JOIISSOS and HILL) A. i 913. 5-Naphthoxy-4-naphthoxymethyltetra- hydro-6-pyrimidone7 2- tliio- (JOHNSOX aiid HILL) A. i 913. a-l-Naphthoxypropane y-chloro-@-liydr- oxy- (MAKLE) T. 317. Naphthoxythiophen (KALLE & Cu.) A. i 208. a-Naphthoyl-o-benzoic acid 4-chloro- (HELLEle and GR~NTHAL) A.i 357. B-Naphthoyl-o-benzoic acid 3-chloro- (HKLLEB and GIIU?;WAL) A i 357. Naphthoylnaphthoic acid,. hydroxy- (FISCHEK and HOESCH) A. i 860. 4-Naphthoyloxybenzoic acid a-hydroxy- (FISCHER and HOESCH) A. i 859. a-Naphthyl mercaptan 4-amino- and its salts and derivatives (ZISCI~E and SCHUTZ) A. i 257. methyl sulphide 4-amino- 3-bromo- 3-chloro- and their derivatives (ZINCKE aud SCH~TZ) A. i 258. o-nitrophengl sulpliide 2-anrino- and its derivatives (ZISCKE and FARE) A. i 764. 2:~-~i-o-nitrophe11yl disulphide 1- aniiiio- and its derivatives (ZINCKE and FAKR) A. i 764. B-Naphthyl ally1 ether (CLAISEN and EISLER) A. i 965. methyl ether 1-ariiino- and its acetyl derivative and 1 :6-dinitro- (CHAR- RIER and FEI:REE:I) A. i 813. B-Naphthylacrylic acid (GA’r’I’El:hlAluN) A.i 985. a-Naphthylamine 4-bromo- hydrobrom- ide of the acetyl derivative (ZINCKE alid SCHeTZ) A. i 258.ii. 1524 INDEX OF SUBJECTS. a- and B-Naphthylamine telluri-haloids (GUTBIEI~ YLURY and EWALD) A. i 689. a-Naphthylaminesnlphonic acids coil- stitotion of colouring-matters derived MA”) A. i 1038. carboxylic acid and nitro- and their salts ( UADIWHE ANILIN- & SODA-FAE- a-Nsphthylaminochloropheny Iphenaz- oniam nitrate (BALLS HEWITT and XEWMAN) T. 1850. u - l - and -2-Naphthyl-o-aminocinnamic a-Nsphthyl aminomethyl ketone platini- chloride (LISTER and ROBINSOS) T. 1308. ~-2-B-Naphthylaminonaphthyldi-8- naphthylamine. See Tri-6- nap h tIiyl- 1 :2-napht hylenediamine. B-Naphthylaminosnacino-B-naphth yl- imide and nitroso- (WARREN aiiil GROSE) A.i 961. 1-8-Naphthylamino-4-p-tolylthiol- anthraquinone-2-carboxylie acid A. i 980. Naphthyl anthraqninonyl ketone (YCHOLL) A. i 196. u-Naphthyl benzoylaminomethyl ketone (LISTEK and E~OBINSOK) T. 1307. a-Naphthylcarbithionic acid. See a-Naphthoic acid clithio-. 8-Naphthyldimethylsnlphine hydroxide salts of (KEHRMANN aiid SAVA) A i 968. aB-laphthylene-~-azimino-B-anthra-;i qninonyl (CHEMISCHE FABRIK GRIE- SHEIX-ELEKTILOS) A . i 144 588. 1:5-Naphthylenediamine (CHEM ISCHE FABRIK SCHECBLE 8; Co. KUNC- KELL) A. i 902. diacetyl derivative (KUNCKELL and SCHNEIDER) A. i 811. a- and 8-Naphthylene-p-tolylene oxides (SABATIER and hfAILBE) A. i 767. B-Naphthyl ethyl ketone desauriii from (KELEER and YCHWARZ) A. i 207. u-Naphthyl heptadecyl ketone (RYAX aud NOLAX) A.i 750. u-Naphthylidene-~-aminobenzoic acid 2-hydroxy- and its ethyl ether ( MANCHOT and PALMBERG) A. i 350. a-Naphthylidene-paminophenol 2- hydr- OXY- (bfANCHOT and PALMBERG) A. i 349. a-Nsphthylideneaniline S-hydroxy- (~LAXCHOT and PALXBERG) A. i 350. from (GATITRMANS and LIEBER- 1 -B- Naphthylaminoanthraquinone-2- RIK) A. i 980. acids (WEITZEXBbCK and LIEB) A i 548. (BADISCHE ASILIN- & SODA-FABRIK) B- Nap hthylideneaniline ( G ATT E RhI ANN) A. i 985. a-Naphthylidene-p-anisidine 2-hydroxy- ( h I A s c I I o . r and I’ALMBERG) A. i 350. a-Naphthylidene-a- and -B-naphthyl- amines 2-hydrosy- (MANcHO-r and 3-a- a i d -B-Naphthyl-2-methyl-4-dihyd- roquinazolones and their niethiodides ( BOGEKT aiid GEIGER) A. i 396 511. y-B-Naphthylmethylethylamine oxide atid its deiivatives (NEISEXHEIMEIL and HOFFHEINZ) A. i 25.B -Naphthylmethylethylammonium hydroxide d- aiid I-liydroxy- and I i E I s z ) A . i 25. a- Naphthyl-B-methyl- Amy-pentadiene (BJELOUSS) A. i 230. 1- Naphthylme thylsulp hone 4 -amino- and its hydrochloride (ZINCKE and SCHUTZ) A. i 258. a-1- and -2-Naphthyl-o-nitrocinnamic acids (WEITZENBOCK and LIEB) A. i u-Naphthyl isonitrosomethyl ketone (LISTER and ROBINSON) T. 1307. a-Naphthyl pentadecyl ketone (RYAS and NOLAN) A. i 749. B-Naphthylprop ionic acid (CI ATTE R- MAXX) A. i 985. 3-a- and -8-Naphthyl-2-styryl-4-dihydro- quinazolone ( BOCEL:T and BEAL) A. i 394. a- and -B-Naphthylthiocarbimidea (Ti.\- LUZA and HAID) A. i 441. 8-Naphthylthiolacetic acid and 1 - amino- lactam and l-cyano- ( FKIED- LANDER ~ ~ O I O S H Z O ~ V and E c l i s r E I S ) A.i 295. 4-~-Naphthylthiolanthraquinone 1- :imino- (GATTERJIANN) A. i 1002. 1 -B -Naphthylthiolanthraquinone-2-carb- SOUA-FABRIK) A. i 468. Narcotics and local anasthetics (GRos) inhibition of absorption of oxygen by action of on gerininatiug seeds (hIhNs- FIELD and FARKAS) A. ii 79. action of on plasma movements 1083. Narcotine electrolylic reduction of (FINZI and FREUND) A. i 897. comparison of the actions of niorphiue and (STRAUB) A. ii 790. isoNarcotine (JOSES PERKIS and ROBINSOX) T. 257; P.,4. constitution of (FREUSD and FLEI- ~ C H E R ) A. i 490. l’.iLhlI3EItG) A. i 350. their Salts (RIEISENHEIMER and HOFF- 548. oxylic acid (BADISCHE ANILIN- 8 A. ii 280. (HAMBURGER) A. ii 75. (NOTHJIAXN-ZUCKEKKANDL) A. ii,INDEX OF SUBJECTS.ii. 1525 Natin (BIIADURI) I?. 53. Natrolite from California (JE~EI;) A. ii 774. Neocolemanite identity of with cole- mnnite (HU’rCHlSSON) A. ii 565. Neodymium absorption spectra of (JONES and GUY) A. ii 711. hydrated oxides of (JOYE and GAIL- SIER) A. ii 352. organic salts of (JAMES HOBEN and ROBINSOS) A. i 233. Neon formation of in radioactive change (RAMSAY) T. 1367 ; P. 182. monatoinicity of ( € L i w A E ’ ) A. ii 251. Nephelite composi tioii of ( BOWEN) A . ii 176 ; (FOOTE mid BRADLEY) A. ii 569. equilibrium of anorthitc with ( BOWEN) A. ii 774. Nephrite in the Alps (~VELTEK) A. ii 175. Nerium olecider constitileiits of the bark latex and sccd of (LEULIEIL) A. ii 290. Nernst formula application of to the plienomena of swelling (KATz) A. ii 1142.Nerves degeneration of ( FEISS and action of potassium salts on (MENTES) Nerve impulses absence of temperature cliariges during transmission of ( HILL) A. ii 367. Nerve tissue absorption of water by (HOOKER and FISCHER) A. ii 784. Nervous system amount of aniino-acids i n the (ARDIWHALDES and WEIL) central iintler normal and pathological conditions (PIGHISI PIGiiisI and BAKRIERI) A. ii 783; (PIGHISI arid NIZZI) A. ii 784. Neurine action of (l’-\i,) A. ii 74. Neutral salt action (LuND~x) A. ii 148. colorimetric iiivestiptioii of (v. SZY- SZKUWSRI) A. ii 146. Nickel inagnetic susceptibility of (PEI:- RIEK and O s s m ) A. ii 425. and cobalt magnetisation of and of their alloys (WEIFS ancl BLOCH) A. ii 17. equilibrinm of carbon ancl ( RUFF) A.ii 1176. catdylic action of (SP.SDF,I:EXS. and ABOULEW) A. ii 7iO. solubility of cobalt in (RUFF aud Nickel alloys with cobalt ( H ~ E I L and CRAJIEK) A. ii 664. A. ii 1194. . A. ii 1191. RIARTIN) A. ii 354. KANEKO) A. ii 1050. c. ii. Nickel alloys magnetisation of ( BLOCH A ii 531. with iron and mangauese (PABRA- VANO) A. ii 1175. with manganese magnetic properties of (GRAY) A. ii 733. Nickel perchlorate (GOLBLUM and TERLIKOWSKI) A. ii 261. solubility of (GOLBLUM and TERLI- KOWSKI) A. ii 354. hydrates and ammonia componnds of (SALVADORI) A. ii 649. chloride mixed crystals of ammonium chloride and (FOOTE) A. ii 847. metallo-quinolides of ( POMILIO) A i 386. uranyl nitrate (LANCIEN) A. ii 455 Nickel hydrogen ferrocyanide (WIL- LIAMS) P. 317. Nickelodithiomalonic acid metallic and aniline salts of (JONES and ROBISSON) T.937 ; P. 130. Nickelodithio-oxalic acid (JONES and ROBINSON) T. 932 ; P. 129. Nickel detection of :cobalt and by nieans of xanthates (CAMPO s CERDAX and I:EI:RER HERNANDEZ) A. ii 95. estimation of (WARD) A. ii 492. separation of palladium aad (WVYDEK and THURINGER) A. ii 691. separation gravirnetric of zinc and ( COCKBURN,GARDINEI~ and BLACK) A. ii 1096. separation of zinc and in German silver and other allojs (SPRING) A. ii 95. Nickel steel magnetic properties of ( HILPERT aiid MATHESIUS) A. ii 229. isoNicotinazoimide (MEYER and MALLY) A. i 515. Nicotine in tobacco plants (CHUARD and RIELLET) A. ii 979. specific rotation of mixtures of water and (KRUYT) A. i 897. action of (DALE and LAIDLAW) A ii 667. estimation of in tobacco ISSLI SLING) A.ii 398 ; (HARRISON and SELF) A. ii i04 ; (T~TH) A. ii 1010. Nicotinie acid excretion of as tri- gonelliue and nicotinuric ncid (ACKER- MA”) A. ii 967. isoNicotinic hydrazide and its hydro- chloride (MEYER and MALLY) A. i 515. Nicotinnric acid excretion of nicotinic avid as (ACKERMANN) A. ii 967. Niobium. See Columbium. Nipecotinic acid dimethylbetaine ant1 its salts (YOSHIMUKA) A i 497. Nickel Organic Compounds :- 100ii. 1526 INDEX OF SUBJECTS. Nitrates and Nitric acid. See under Nitrogen. Nitrilee cyclic synthesis of (GRIGNARD and BELLET) A. i 623. compounds of with boron tribromicle (JOHNSON) A. i 171. Nitrilotriacetic acid silver salt (FRANZES) A. i 678. menthyl ester preparation of ( F R A ~ K - LAND and O’SCLLIVAN) T.287 ; Nitroalkylates (OSTROMISSLEXSKY) A i 22. Ritroamides aromatic absorption spectra of (MoR~;AN JORLISG and BARNETT) T. 3203 ; I’. 152. Nitroaminee aromatic absorptiun spectra of (MORGAN JOBLING and BAR- and allied substances transformatioii of and its relation to substitutiou in benzene derivatives (BRITISH ASSOCIATION KEPORTS) A. i 619. primary reduction of to hydrazincs (BACKER) A. i 339. primary aliphatic absorption spectra of tlie cobalto-derivatives of (F;KA> - (’HIMOxT and BACKER) T. 2256 ; P. 264. secondary reduction of to hydrazines (BACKER) A. i i29. u-Nitroaminer quinonoid salts of and their conversion into oxadiazole oxides (GREEN and EOWE) T. 2452; P. 252. Nitro-componnds absorption sl’ectra of (HEWITT POPE and WILLETT) T. 1770 ; P. 230. ultra-violet absorption spectra of (HANTZSCH and VOIGT) A.ii 508. elimination of oxygen from under influeuce of light (BAUDISCH aiid MAYER) A. ii 750. aliphatic ( S m r K K o w and JUIUX:~’S) A. i 152. aromatic (CIUSA) A. i 101. miscibility .hetween nitroso-com- pounds and (JAEGER and VAS KREGTEN) A. ii 338. mi-Nitro-compounds (HAsTzsclr and VOIGT) A. i 151 ; (STEISKOYF and JURGENS) A i 152. Nitro-derivatives molecular compounds of aromatic aniines with (TSAI~ALOTOS) A i 344. Nitrogen atomic weight of ( WOKRTZEL) crystallised optical investigation of line spectrum of in a Geissler tube l’. 19. NETT) T. 1209 ; P. 15%. A. ii 248. (WAHL) A. ii 1044. (PORLEZZA) A . ii 109 110. Nitrogen Zecinnn effect in tlic spectrum of (CROZIC) A. ii 613. spectra of the active foriii of (S.ri:u-rr and FOWLEI:) A.ii 214. auxochroniic in fiueiice of on fluores- cence ( KAUFFAIANN and WEIRSEL) A. i 863. chemically active produced by tlit electric discharge (STP.UTT) A ii 153 447 935. atoniic refraction for (EIsExLoIln) A. ii 401. . oxidation of i n tlie electric arc (TAU- SEST) A. ii 551. oxidation of by tlie electric discharge (EHRLICH and Rcss) A. ii 41. atmospheric oxidation of iii preseiice of ozone (LOWRY) T. 1152; P. 64. and hydrogen compounds of with lithium ( DAFEIW and MIKLAVZ) A. ii 253. :tiid phospliorus in the dcol~olic c x - tract of leaves (SErs.sr,) A. ii 288. coiitent of blood (KoJo) A. ii 180 ; (BC‘CKJIAS~EII and C-tmxm) A. ii 362. from different sources value of in the dog’s organism (ABDERHALDES a i d IIrrisca ABDERHALDES aiid intluence of phloridzin on the excre- tion of in urine of starved rabbits (YosHimwii) A.ii 71. time of excretioii of (WOLF and OSTEI:- BERG) A. ii 581 664. in urine i n phosphorus poisoriiiig (ISHIHARA) A . ii i92. organic iu soils (JODIDI) A. ii 292. retention of by b e d and unlimed HEINITZ and v. WLODEK) A. ii 4i3. fixation of (Bo.rru;\ILEy) A . ii 972. fixation and release of (FELSISGBI:) A ii 473. fixation of by plaiits (HESRY) A. ii i 9 7 . fixation of in soils (SACKErr) A. ii 670. assimilat ioii of by A:otobnclrr (Kocii and SEYDEL) A. ii 77 ; (Kiisrsc VOGEL) A ii 4i3. assiinilation of by plants (LoEw) A. ii 79i. nucleic assiinilation of by algic (‘I’PxJ- DEKESCO) A. ii 974. transformation of in soils ( VISCHER) A. ii 504 * (STBU’A~CI’ and G ICEAYES) A .ti 595. comparison of ‘‘ total” and “ uitric,” in parasitic arid sapruylijtic plants ( L v u ) A. ii 673. LAhlPE) A. ii 1190. Soils (LEMMEKMASN HLAIiCIi,INDEX OF SUBJECTS. ii. 1527 Nitrogen compounds spectro-cheinistry asyiiimetric stereoisomeric ( WEDEKIND action of manganese dioxide on (LEOS- estiiiiation of iu wines (SCHAFFEIL and Nitrogen oxides forlnatiori of I the spark discharue iii l i q n J air ( ~ ~ C L L E I ) A.,?i 753. equilibrium of with water ( P,I:ISER and DLKAKD A. ii 1045. ?/ionoxide (m?rolis oxide) synthesis of (h!x,rlcroli) A. ii 249. diox i i 1 e e I r c t ro 1s tic p r e ~ barat i on of LUCIUS & BRUSISC) A. ii 551. experiiiien t to illustrate the ignition of a iiiixtore of carbon clisulpliide and (ZESGELIS) A. ii 246. coinpouud of uraliyl nitrate with (SPXYH) A.ii 948. trioxicle change iii the hniliiig poiii t of on tlrying ( H . n. aud R1. BAKER) T. 2339 ; P. 282. peroxide or tctroxide cliangc iii tlic boiling point of on drying (14. D. aiid R l . I j ~ l i ~ i t ) T. 2339 l’. 282. decomposition of i i i the electrical glow (ZEXNECK) A. ii 16 ; (ZEK- KECK aud STRASBER) A. ii 127. dissociation of (Co~sox) A. ii 238 334 ; (LAP;C;EVIS) A ii 334. vxpour pressure of (SCHISFFEII aiid TIWUB) A. ii 132 936. Iic.~a-oxide (KASCHIG) A. ii 346. Nitric acid solution volume of (VELEY) A . ii 836. decompositioii of by !i,glit (KEY- wid hydrogen peroxide use of a iiiixture of iii analysis (.I.is- SAscIi) A. ii 383. detection of in presence of excess of nitrous acid (SEN aiid DLY) A. ii 296 detection of iii presence of sulphur trioxide (IWAKOFF) A.ii 1093. estiinatioii of in presence of acetic acid (OKTON and G I ~ A Y ) A . ii 807. estimation of in prcsence of nitrons acid (FISCIIER aiid STEIYU.\L.H) A. ii 1093. estiiiiation of in inixtures witli sul- yhuiic acici (C!OI:VAZIEI:) A ii 1099. rstinixtioii of in mixcd anil waste acids ( F I S C H ) il. ii 991. of’ (BRUIIL) A. ii 311 401. and XEY) A. i 501. CINI and PIEKI) A. ii 883. PiIILII’PE) A. ii 676. (E’ARB\\’ERKE VOKM. 11EIS’I.EK SOLUS 311d ‘rAYL.01:). 1 . 131. Nitrogen :- Nitrates eliininatioii of oxygeli from under influence of light ( HAU- DISCH and RIAYEr.) A. ii 750. behaviour of in soils ( VOGEL) A. ii 1089 1206. assimilatioii of hy bacteria i n soils ( VOGEL) A ii 190. assiinilatioii of by plants (BAU- IJISCH) A.ii 286,1202 ; (LoEwj A. ii 286. influence of metallic salts on the asiinilat iori of by green plants (Do~~T-HI~NAuLT) A. ii 862. detectioii of in milk (TILLMANS) A ii 306. estiiiiation of i n water (JOHSSON) A. ii 89. cstinintion of,in sewage (SILVESTEl1) A. ii 386. cstiination of in urine (CARON) A ii 896. Nitrous acid interaction of nzoiniide aiid (WERNER) P. 257. in the sap of higher plants ( M u $ ) A ii 1202. tletectioii and estimation of (MILLER) A. ii 992. estiiiiatioii of in mixed and Ivaste acid.; (FIs(‘H) A. ii 991. estimation of iit presence of acetic acid (01:Ios and GRAY) A . ii 807. Nitrites molecular condnctivity and ioriisation of (Riyalid DHAR) P. 31 9. assiniilatioii of in plants ( HAU- DISCH) A. ii 286 1202. uiistable fixed by mcans of organic bases (SCAGLIARISI) A.ii 9-11 942. cstiriintion of voluinetrically (FISCHEI a i d S ~ E I N ~ ~ A C H ) A. ii 1093. estimation of in potable waters (ELSDON) A ii 683. Nitrogen organic compounds tervalent viscosity of (MLSSELL TiIoLq and DUSSI’AS) T. 1008 ; P. 70. ssymriietric quinquevalent (POPE and READ) T. 519 ; P. 49. Nitrogen aplbaratus for the quantitative removal of from gaseous mixtures (HES~:ICH mid EKHHORS) A. ii 385. estimation of (KEUJIASS) A ii 682. estimation of by Iijeldahl’s inctliocl A. i i 202. cstiniatioii of 1)y the I<jeldahl-Griii ]ling mctllocl (SELF) A. ii lS7. (SIEGFILIEI) :tIid ~‘E1IIENIIAI‘PT),ii. 1528 INDEX OF SUBJECTS. Nitrogen apparatus for cstimatioii of volumetrically (FERRY) A. ii 486. estimation of in betaiiie (S-I’OLI’ZEN- BERG) A ii 601.cstimatioii of in blood (FOLIN nnil DESIS) A. ii 703 ; ( L i i w ~ ) A. ii 807. estimation of tlic available in frrtil- izers ( L I n i . i x ) A . ii 89 (JICCAUDLESS aiid A,ritrrsos) A . ii 90. estitriation of in manures (PECK) A. ii 683. “ ainino,” estimation of in polypept- ides (ABDERHALDEN and \-AS SLYKE) A . ii 105. estimation of in urine (E’OLIN and FAI:MER) A. ii 702. estiniation of in draiiiage water and rain water (IloIzrncA) A. ii 89. Nitrogen-carbon linking ( E h i i ) ~ ) A i 801 * Nitrogen group iodides of elcnients of the (JAEGER and ~)OOI:SBOSW) A. ii 640. Nitro-groups migration of (POXZIO) A . i 757. passage of from an aliphatic carbon atom to the benzene nucleus (1’0s- ZIO) A. i 547. Nitrohy drazo- compounds alkaline c m - deiisations of (GREEN ~11d I~owE) T.2003 24.13 ; P. 233 251. Nitrolbenzylamine ( DEL-SBES and Nitrometer modified Schilr (FKIEIP- Nitrosoamines action of concentrated sulphnric acid on (REVERDIS and LIEBI,) A. i 439. actim of with 1igdrol)romic ticid (FISHER and GROSS) A. i 439. Nitroso-compounds aromatic miscibility between nitro-conipoiinds and (JAEGEI and VAN KILRGTEX) A. ii 338. Nitroeosulphonic acid (MAKCI~OT) A . ii 637. Nitrosyl chloride synthesis of ( W o u ~ r - ZEL) A. ii 934. density and compressibility of (WocI:rzm) A . ii 843. Njave nuts constitucnts of (WAGSER and OEsmRMAx’N) A. ii 1108. Nomenclature simplification of ( ABDEIL- HALDEN) A. i 521. ammonia system of of acids base and salts (FRANKLIS) A. ii 451. of heterocyclic cyclic and acyclic coin- pounds (BI~SIAL) A.i 342. of bridged rings (GRIGSARD) A. i 177. JIEYEK) A. i 368. RICHS) A. ii 1161. Nonane at-diarnino- beiizoyl derivativc chlorinated amido from ( V. BRACS and DANZIGER) A. i 597. Nonane-at-dicarboxylonitrile (v. BEAUS and DAYZIGER). A. i 597. Noninene (n-l~~t?/ltccclyle?lc) (N0Er.D- x-Nonylacetylene. Sce Undecinene. Nonylamine chloro- hydrochloride and platinichloride (v. HKAUN and DASZI- c;EI{) A. i 597. Nor-atropine and its salts (CARR and REYNOLDS) T. 9-16 P. 124. Norisoharman cliloro- aiicl Iiyd roxy- (PERKIN and IiOBINSijX) P. 155. Norharmine and its carboxylic acid and tlicir salts (PEKKIS and KOBIKSON) T.. 1784 ; P. 154. Norhyoscyamine and its salts (CAN II and KEYXOLDS) T. 946 ; l’. 124. Nortropanol aurichloritle and tropitte of (CAR~L and REYNOLDS) T.957. Notation system of for physicocheniicnl quantities (No~ics) A. ii 213. Novocaine action of the salts of (GRos) A. ii 280. Nuclear material annphylasis with ( ABDERHALDES and KASHI WADO) A. ii 1192. Nuclease influence of temperature on the activity of (TEODORESCO) A. I 1042. Nucleic acid occurrence of in herring’s ecgs (TSCHERNOI:CTZKY) A. ii 958. preparation of (PETERS) A. i 58. formation of from the thymus glnlid digestion and absorption of ( LOSDOS ii 364. cleavage of hy enzymes (SCHITTES- HELM and ~VIENEI:) A. i 325. pyrimidine complexes in ( LEVESE and LA FORGE) A . i 325. antagonistic action of and the fer- inrnts splitting it in the animal organism (TSCHERSOKUTZKY) A. ii 1031. Nucleic acids relation of to glucoside- splitt,ing enzymes (TSCIIEL~SOI~LTZ- KS) A.i 815. behavionr of with colouring-matters (FEUIA;EN) A. i 926. Nucleosidase action of on a- and 8- nietliyl pentosides ( LEVEXE JACOBS and MEDIGILECEANU) A ii 557. Nutrition studies ill (MEKDEL and FINE) A. ii 63 271 272. and growth (HARr..r XIcCoLLubr and artificial (RoIInfASx) A. ii 462. LINGER) A. i 232. (STEUIJEL) A. i 400. SCHI’T‘I’ENIIELM and WIESEl:) A STEEXBOCK) A. ii 364.ISDEX OF SUBJECTS. ii. 1529 Nutrition parcnteral metabolism of (ORSWEIN) A. ii 956. Nutrition experiments on dogs (ABDER- HALDEN and HIRSCH ABDEKHAL- DEN and LAMPE) A ii 1189. Bycanthin (PERKIN) T. 1539 ; P. 198. 0. Oat ancl wheat grains comparative value of for thc growing pig (MCCOLLI~M) A. ii 366. Obituary notices :- John Attfield T.688. .John Muter T. 691. IValthibre Victor Spring T. 692. Kevil Story-hlaskelynr T. 692. Louis Joseph Troost T. 7G3. Ochres action of heat on (BOLJCHOSSET) adsorption of dyes by (BorcIroNh-Er) Octadecyl iodide (GASCARD) A. i 65. Oc tadecylacetyltridigalloyl-leucodigal- lic acid (SIERESSTEIK) A. i 4iO. cycloOctadiene dibromo- (WI LLST~TTEI and 1\7~se1:) A. i 19. Octane aflO-tTibromo- (v. RRAUN DEUTSCH and SCHM ATLOCII) A. i 434. Octanone chloro- and its semicarbazone ( ~ ~ R H A L and L)ErcEUF) A. i 73. cycloOctatetraene preparation and con- stitntion of ( \VILI,UATTER and WASER) A. i 17. cyclooctatriene (WILLSTATTER and WASER) A. i 18. ?i-Octylacetylene. See Decinenc. ~~-Octy~isoquino~inium iodide ( WEDE- KISD and NEY) A. i 502. 2-?i-Octyltetrahydroisoquinoline (WI~DE- KIND and NEP) A.i 502. 2-sz-0ctyltetrahydroisoqninolinium-acet- ic acid iodide Z-nienthyl ester (WEDE- KIND and NET) A. i 502. (Edema production of by the acidity of tissues (MOORE E'ISCHER) A. ii 856. possible influence of enzymes on the production of (GIEs) A. ii 856. iufluence of enzymes in (ELDER and GIES) A. ii 1080. causes of (Prscussom) A . ii 666. (Estrus the ovary RS a factor in the recurrence of (MARSHALL) A. ii 183. Oil C,,H,06N frorri adaline (ROYEN- MUND and HERRMAXN) A . i 244. Oil stability of emulsions of with water of copaiba. See Copaiba. of savin. See Savin. A. ii 165. A. ii 540. (GROSCHUFF) A. ii 144. Oils essential See Oils vegetable. oxidised ancl polymerised action of lipase on (TANAKA) A. i 1043. palm different varieties of ( H~BERT) A.ii 196. vegetable (LALOUE) A. i 5i4. and ter1,enes ( WALI,ACU) A. i 262 567 569 879. constituents of (SEMIICTCR and NAYER) A. i 120 366 4 7 9 ; (SEainir,ER and RISE) A. i 201 ; (SctfinimL & Co.) A. i 369 SSO (SEMMI.ER and SPOKSITZ) A . i 573 ; (LALOVE) A. i 63ti; (IIoI-RE-BERTKAND FILS DL'PONT and LABAUSE) A. i 880 ; (SEIMM- LER RISSE and SCHI~~TEI:) A. i 882. in plants (GIGIAOLI) A. ii 79 ; (DE JONG) A. ii 80. Philippine constituents of (BROOKS) A. i 122. hydrolysis of by eniulsion of Bh'icinzu coitimzinis (SOJIMER- VILLE) A. ii 291. rOle of oxydascs in formation of constituents of (BROOKS) A. ii 288. absorption of bromine by (SPRIXK- MEYER and DIEDRICHS) A. ii 815. quantitative estimation of ketones in (NELSON) A. ii 396. detection of carbon disnlpliide in ( ~ I I L I I A U ) A.ii 92. detection of sulphur compounds in (KSOI:~:) A. ii 990. estiuintion of acids in (LOEBELL) A ii 211. estimation of oxygen absorbed by (WILSOS and HEAVEN) A. ii 815. Oil cakes action of rice bran on phos- phorus in (KIDA) A. ii 596. Oilfielde poisoiious gases from (SHr'Ews- RVRY) A. ii 1179. Ointments resorption of drugs froiii (SAI-ERLAND) A . ii 584. Olefines action of aqueous solutions of acids on (RIICHAEL and BILUSEL) A. i 821. Oleic acid dimorphism of (I<IKSCHSER) A.. i 533. Ah-Oleic acid (FOKIN) A. i 634. Olein estimation of i n fatty acids (DUBOVITZ) A. ii 701. Olive oil inHuence of substances soluble in fats on the viscosity and surface- tension of' (RURANOVIC) A ii 434. detection of earthnut oil in (ADLER) A. ii 815. Olivil and its derivatives KOERNER and vASZEL.'TI) A.i 352.ii. 1530 INDEX OF SUBJECTS. iscO1ivil and its derivatives (KOERNER Oocytase. See Oacytin. Oocytin isolation of (ROBERTSON) A. non-enzymatic character of (ROBERT- Opalescence critical (OSTWALD) A. ii 18. a-(5)-0pianylhydratenarceine (Fr EU sn) and FLEISCHEII) A. i 490. a- and -B-Opianylnarcotines and tlicir salts (FREUND and FLEISCHEI:) A . i 490. Opiates estimation of morpliine in (ANNELER) A. ii 815. Opium estimation of morphine in (WIE- BELITZ) A. ii 106. Opium alkaloide action o f (BARTII synergic action of (v ISSEKUTZ) A. antagonism between apomorphiiie and Opium emoke active substance in (Porn) Optical activity and position isomerism (FRASKLAND CARTER and ADAMS) T. 24iO P. 292. frequency connexion between chemi- cal energy and (STAKJC) A.ii 313. inversion Walden's (MCKEYZIE and CLOUGH) T. 390; P. 40; (FISCHER) A. i 187 ; (BIILMASN) A. i 420 ; ( HOLMBERG LISUCIIS GIUA and ~~REWSTER) A. i 603 ; (SEWER) A. i 828; (FISCHER and MORESCHI) A. i 836 ; (GADAMEI:) A. i 934. properties of substances a t the critical point (SMITH) A. ii 1013. Optically active compounds effect of solvents on the rotation of (P.1.r- TERSON and STEVENSOR) T. 241 ; P. 8 ; (PATTERSON and ASDERSOX) T. 1833 ; P. 224. relation between temperature and rota- tion of ( PATTERSON) P. 324. determination of the purity of (Dzus- SEN) A. ii 1020. Orange sweet pectins from ( HARLAY) A ii 479. Orcinol 2.cliloro- 2-chloro-rj-nmino- hydrochloride and 2-chloro-6-nitroso- and its potassium salt (HESRTCH TAUBERT and BIRKNKIL) A.i 185. Orcinol-2-diazoninm chloride ( HENRICH TAUBEI~T and BIEKNER) A. i 185. Ores natural dissociation of (HEMPEI and SCHUBERT) A. ii 904. Organic chemistry double decomposi- tion in (BRUNI COXTARDI and DA PONTE) A. ii 925. and YAX'ZETTI) A. i 353. ii 5i3. SOX) A. ii 855. WATKYS-'l'HOMAS) A. ii 1197. ii 667. (v. ISSEKUTZ) A . ii 667. A. ii 790. Organic compounds nomenclature of of low melting point optical investi- gation of (WAHL) A. ii 1044. containing two benzene nuclei absorp- tion spectra of (Pvnvrs and Mc- CLELAND) T. 1514 ; P. 188. refraction and dispersion of (AUWERS and MOOSBRUGGEI~) A. ii 213. molecular Icfraction of ( DOBI:OSEI~- DOFF) A. ii 309 ; (ETKMAS) A. ii 310. influence of three- and four-membered carbon rings on the refractive and dispersive power of (OJTLISG) T.457. aliphatic absorption of nltra-violet light by (BIELECKI and HEYRI) A. ii 882. influence of unsaturation on the absorptive power of (XACHETH STEWARI. aiid WRIGHT) T. 599 ; P. T1. pl~ospliorescence of a t low tempera- tures (DE I<OWALSKI) A ii 217. relation between the strricture of and their equilibria ( M c B a r ~ and D.trrs) A. ii 33. apparatus for determining the melting point and molecular weight of (FARINST) A. ii 329. electrolytic reduction of a t thallium cathodes (ZERBES) A. ii 1038. autoxidation of (STAUDINGER) A i 229. determination of the relative reactivity of (HIBBERT) T. 341. reactivity of the halogens in (SESTEIL and WARD) T. 2534 ; Y. 293. bromine absorption of (I<LIMOsT NEUMASN and SCHWESI:) A.i 933. action of ozone on (HARRIES) A. i 673. action of potassium permanganate on (HETI'ER) A. ii 811. action of intestinal ant1 pancreatic extracts on (GBRARD and LEROY) A. ii 461. of homologous series use of in vital processes (WARB'G'RQ and WIESEL) A. ii 372. containing more than one double bond catalytic hydrogenation of (PAAL) A. i 703. optically active determination of the (DEKJSSEN) A. ii 520. oxygenated compounds of antimony trichloride and tribromide with (MENSCHCTKIR) A. i 193. unsaturated estimation of (GAEREL) A. ii 497. (ISTRATI) A. i 597.INDEX OF SUBJECTS. ii. 1531 Organic compounds volatile device for combnstion of (REID) A. ii 990. detection of bromine in (GUARESCHI) A. ii 989. estimation of arsenic in (BOHRISCII and ~iiiRsCIr;h;ER) A.ii 203 ; (WAR~NIS) A. ii 1094. Norse and Gray’s apparatus for esti- mation of carbon hydrogen and sulphur in (REII)) A. ii 602. estimation of halogenq in (MOKTHULI?) A. ii 485 ; (REJD) A ii 990. estimation of active hydrogen in (ZEREWLTINOFF) A. i 841. estimation of hydroxy- amino- and imino- derivatives of by the Grig- nard reagent (HI~BERT) T. 328. estimation of sulphur and of halogens in ( DOXAU) A . ii 384. Organic matter decomposition of in soils (LEMMEI:~II.\NN Aso FIRCHER and FitesmIcs) A. ii 453. Organic reactions theory of (SCHMID- LIN and LARG) A. i 473. Organic solvents non-associated di- electric constants of‘ binary mixtures of (DOEILOSERDOFF) A ii 729. Organism animal persistent radio- activity of the after injection of radium salts (DOMIKICI PIWIT and JABOIN) A.ii 187. retention of amino-acids in the (WOELFEL) A. ii 274. action of mineral substances in the (HAGEMANN) A. ii 778. action of water-soluble substances on the (BOESEKEN and WATEI~- MAN) A. ii 902. influence of aromatic hydrocarbons and their trade preparations on the (LEHMANN WEISSENBERG v. WOJCIECHOWSKI LUIG and GUNDEKMANK) A. ii 189. formation of ethereal sulpliates in the (LADE) A ii 778. synthesis and degradation of sugars in the (PAILSAS and I ~ A E R ) A. ii 778. human balance of water in the ( GALEOTTI and SIONOEELLI) A. ii $81. Organisms excitability of by ultra- violet light (V. and MME. V. HENRI) A. ii 964. marine physiology of (RoAF) A. ii 369. Organo-metallic compounds isomor- phous (PASCAL) A i 524 739. Organs animal investigation of the fat contents of (~HIH\’I’A and KSDOI A.ii 67. Organs anirnal lipolytic action of ex- tracts of (RERCZELLER) A. ii 1078. detection and estimation of sodium and potassium in ( G ~ ~ R A R D ) A. ii 996. and vegetable potential differences at damaged and undamaged siir- faces of (LOEII and BETTSEP,) A. ii 663. d-Ornithine putrefaction of (NEUBER(:) Orsellinic acid and its ethyl ester methyl esters of (FISCHER a i d HOESCH) A. i 860. constitution of (TIIIEL) A. i 982. Ortholi*ithioformic acid ethyl estcr (HOLMBERG) A. i 161. boiling point of (HOUBFX) A. i 941. methyl a-naphthyl and p-tolyl esters of (HOUBEN and SCHULTZE) A. i 5 . Oryzanin (SZTXUKI SHIMAMURA and ODAKE) A. ii 980. Oryzenin (KAJIURA) A. ii 291. Osmondite formation of in hypo-eutec- toid steel (CALIAN) A.ii 769. Osmosis. See under Diffusion and Elec- trical Osmosis. Osmotic pressure. See under Diffusion. Ovaries enzymes in (Lbn and GUTMANN) A. ii 783. Ovary influence of the on the recur- rence of cestrus (MARSHALL) A. ii 183. Oven new (COSTE) A. ii 6i8. Ovochromin (RARBIERI) A. ii 783. Ovomucoid properties of and its occur- A. ii 76. rence in’ b&d’s eggs .(MijRNER) A. ii 1070. estiniation of glacosamine in (NEU- BERG and SCHEWKET) A. i 922. Ox bile of the preparation of the acids of (SCHRPVER) A. i 537. 1:2:3-Oxadiazoles ( WOLFF) A. i 1025. Oxalacetic acid ethyl ester compounds of with hydroxycarbamide (MEYER) A. i 423. Oxalic acid melting point of (B~DTKER) solubility of in other acids (MASSON) action of on cellulose (BRIGGS) A. i metabolism.See Metabolism. Oxalic acid salts toxic effect of (LoEw) with aminophenols (MEDINGER) A. calcium salt origin and function of in plants (POLITIS) A. ii 194. A. i 160. T. 103. 539. A. ii 281. i 849.ii. 1532 INDEX OF SUBJECTS. Oxalic aoid lanthanum salt hydrates of (JAMES and WHITTEMORE) A. ii 943. potassium salt and ferrous sulphate oxidationof (SCHILOFF and BEKKES- HEIM) A. i 937. potassium hydrogen salt formation of syccinic acid in poisoning by (BEHRE) A. ii 958. sodium salt hydrolysis of and its influence in testing neutrality ( BLUM) A. ii 294. metabolism of mineral salts after poisoning with (LUITHLEN) A. ii 955. use of in standardising potassium permanganate (MCBRIDE) A. ii 494. thorium salt solubility of (HAUSER and WIRTH) A. i 827. nranyl salt properties of (OECHSXER DIE CONINCR and RAYNAUD) A.i 535. Oxalic acid cyclohexyl ester (WILL- STATTER and HATT) A. i 544. Oxalic acid estimation of in the needles of Conifer* (OTTO) A. ii 500. estimation of in vegetable substances (GR~GOIKE and CARYIAUX) A. ii 1217. Oxalic acid dithio- complex salts of (ROBINSON and JONES) T. 62. Oxalmonoamido-oxime and its silver salt and ethyl ester (ULPIANI and SCIACCA) A. ii 341. Oxalyl bromide the Friedel Crafts’ re- action with (STAUDINGER AXTHES and SCHOLLER) A. i 567. chloride the Friedel Crafts’ reaction with ( STAUDINGER ANTHES and SCHOLLER) A. i 567. aotion of on aromatic hydrocarbons (LIEBERMANN KARDOS RAHTS MxT’rEP and BUTESCU) A. i 464. Oxalylbisbenzylidenemethylhydrazone (BACKER) T. 596. Oxalylbismethylnitrososmide (BACKER) T.594 ; P. 65. Oxalylbisphenylethylamine (DECKER) A. i 581. a-Oxalyl lutaric acid ethyl ester phenykydrazone and semicarbazone (GAULT) A. i 412. Oxanilamide p-cyano- ( BOGERT and WI~E) A. i 451. Oxanilanilide p-cyano- (BOGERT and WISE) A. i 451. Oxanilide o-bromo- (FRIEDLANDEI BRUCKNER and DEUTSCH) A. i 318. bxanilide-2:2’-diareinic acid and 4 4’- &amino- and 4:4‘-dinitro- ( BENDA) A. i 63. Oxazole synthesis of derivatives of ( LIS- TER aud ROBINSON) T. 1297; P. 162. isoOxazole 4-nitro-5-amino- and 4-nitro- 5-hytiroxy- (ULPIASI) A. i 611. Oxazonanthrone (ULLMANN and VAN DER SCIIALK) A. i 387. Oxidation mechanism of processes of (?VIELAND) A. i 944. in tissues (USUI) A. ii 853. Butoxidation( CIAMICIAN and SILBER) A. i 174. Oxides acidic heat of combination of with sodium pcroxide (MIXTER) A.ii 899. Oximes decomposition of (ANGELI) A i 269. Oxindolaldehyde (KALLE & Co.) A. i 7Ti. Oxindole conversion of into coumaran- 1-one (MARSCHALK) A. i 303. conversion of into 2-ketodihydro-l- thionaphthen (MARSCHALK) A. i 575. compound of with 2:3-diketodihydro- 1-thionaphthen (MALLE & Co.) A. i 389. Oxindone derivatives isomeric (HANTZSCH) A. i 869. Oxonitin preparation and properties of (CARR) T. 2244 ; P. 253. Oxonium dibromides velocity of forma- tion of in different organic solvents (TSCHELINZEPF) A. ii 926. Oxoninm compounds (STADNIKOFF) A. i 109 971 ; (BOI:SCHE and GEYER) A. i 891. isooxyberberine preparation properties and derivatives of and nitroso- (BLAND PERKIN and ROBINSON) T. 262. Oxydase in plant juices (BUNZEL) A.ii 378. relation between and the respiratory activity of tissues (VERNON) A. ii 578. in fungi (REED and STAHL) A ii study of (SARTHOU) A. ii 962. distribution of in plants and their relation to the fnrmation of pig- ments (KEEBLE and ARMBTRONG) A. ii 673. rBle of in formation of constituents of essential oils (BROOKS) A. ii 288. action of on tyrosine derivatives (FusK) T. 1004 ; P. 140. quantitative measurement of (Bus- ZEL) A i 403. 2-0xy-6:8- and -8:9-dimethylpnrines and their picrates (JOHNS) A. i 799. Oxydases (CHODA4T) A. ii 399. 381.INDEX OF SUBJECTS. ii. 1533 Oxygen apparatus for the electro1yti.c preparation of (R~HSTRAT) A. 11 i51. spectroscopy of (STEUBIXG) A. ii 109. occurrence of argon in made from liquid air (MOREY) A. ii 450.diffusion of in water (CARLSON) A. ii 141. ozonised sterilisation of drinking- water by (ROUQCETTE) A. ii 374. solid production of (DEWAR) A. 11 40. basic properties of (hI-4Ass and Mc- ISTOSH) A. i 825. ozonisation of by a-rays (LIND) A. ii 513. direct combination of iodine and (GUICHARD) A. ii 549. absorption of by the lungs (DOUGLAS and HALDANE) A. ii 653. estimation of (GUICHARD) A. ii 295. estimation of absorbed by oils ( WILSON and HEAVEN) A. ii 815. dissolved electrochemical estimation of (SMITH and HIGGINS) A. ii 121. estimation of in iron and steel (CUSH- MAN) A. ii 88. Oxyhsmoglobin isoelectric point of (MICHAELIS and DAVIDSOHS) A i 591. dissociation of a t high altitudes (BRITISH ASSOCIATIOX REPORTS) A. ii 572. formation of methEmoglobin from (LETSCHE) A.i 923. and its derivatives detection of by spectroscopic methods (ScHuniar) A. ii 820. 2-Oxy-l-methylpurine and its picrate (JOHNS) A. i 320. 2-Oxy-8-methylpurine and its salts (JOHNS) A. i 224. 8-Oxy-7-oxyselenonaphthenylacenaph- thene (LESSER and WEISS) A. i 643. Oxyproteic acids estimation of arnino- gronps in (BROWINSKI and DABROW- SKI) A. i 324. Oxyprotosulphonic acids (.BURACZEWSKI and KRAUZE) A 1 58 1041; Oxypyromecazonic acid derivatives of (PERATONER and TAMBURELLO) A. i 300. 3-0xy-(l)-thionaphthen syntheses of (HUTCHISON and SMILES) T. 570 ; P. 62. Oxytrimethylenedihydroquinazoline and its salts (GABRIEL). A. i. 392. (SCHCBERTHljWNA) A. i 1041. 2-0xy-6:8:9-trimethyiparine (JOHNS) A. i 799. Ozone formation of ( KAILAN) A ii 40. formation of by the electric discharge (KRUGER and MOELLER) A ii 1127.apparatus for working with (BHACH) A. ii 1164. absorption of ultra-violet light by aiid its application in the estimation of ozone (KRUOER and MOELLER) A. ii 821. decomposition of in ultra-violet light (WEIBERT) A ii 715. solubility of in dilute sulphuric acid (ROTHMUND) A. ii 1164. solubility of in water (MOUFANG) A. ii 447. action of. on alkali hvdroxides (TILAUBE) A. ii 844. " action of on cellulose (CUNNINGHAM and don it^) T. 497 ; P. 38. action of on organic compounds (HARRIES) A. i 653. action of with concentrated splphuric acid (HARRIES) A. ii 343. physiological influence of (HILL and FLACK) A. ii 187. ozonides and oxozonides from (HAR- RIES) A i 407. estimation of (CZAK~) A. ii 1092 ; ( RASKEBVILLE and CROZIER) A.ii 1208. estimation of in atmospheric air (HOLMES) A. ii 636. P. Paints toxicity of (BALY) A. i 633. Palaite (SCHALLBR) A. ii 457. Palladium atomic weight of (SHINN) A. ii 1178. spark spectrum of (DHEIN) A. ii 1114. absorption of hydrogen by a t low temperatures and pressures (VALEN- colloidal hydrogenation b ( KELBER and SCHWARZ) A. i el$. Palladium alloys with antimony (SAN- DER) A ii 651. Palladium organic cornpounds :- Palladiodithiomalonic acid metallic and aniline salts of (JONES and ROBINSON) T. 938 ; P. 130. Palladiodithio-oxalic acid (JONES and ROBINSON) T. 932 ; P. 129. Palladium separation of nickel and (WUNDER and THURINGER) A. ii 691. Palmitic aoid sodium salt cryatallisation of (REYCHLER) A i 600. TINER) A. ii 169.ii. 1534 INDEX OF SUBJECTS.Palmitic acid sodium salt viscosity of aqueous solutions of and the iii- fluence of electrolytes on the same (FARROW) T. 347 ; P. 19. menthyl estcr and brucine arid cincho- nine salts (HILDITCH) T. 201. Palmitic acid a-homo- menthyl ester (CHRISTOPHER. and HILDITCH) T. 207. Pancreas physiology of (COHXHEIM slid KLEE) A. ii 660. relat,ion of the to the diastase of serum and lymph (GOCLD and CARLSOX) A ii 61. relation of to lipase in hlood and lymph (v. HESS) A. ii 62. relation between the suprarenals and the (nlINAblI) A. ii 461 ; (GLAESS- NER and PICK) A. ii 782 ; (WOHL- GEMUTH) A. ii 959. influence of on the combustion of carbohydrates (TERz~K) A. ii 2069. ingestion of acids after partial cxtirpa- tion of the (LABBI? aiid V i n L r x ) A. ii 69. Pancreatic diabetes.See Diabetes. Pancreatio extract and muscle plasma action of on hexoses (LEVESE and MEYER) A. ii 5 i i . action of on organic compounds (GE- RARD and LEROY) A. ii 461. Pancreatic juice (SMIRNOFF Wom- GEMUTH) A. ii 9.59. secretion of (AR~~HENIUS) A. ii 182. human (WOHLGEMUTH) A. ii 460 ; (GFAESSNER) A. ii 778. Psncreatm estimation of the tryptic value of (RAMSAY) A. ii 707. Pmqium edule decomposition of gyno- cardin by the enzyme of the leaves of (DE JONG) A. i 39. Pantopon action of (BARTH WATKTN- THOMAS) A. ii 1197. n-Parabutaldehyde (FRASKE and Wo- ZELKA) A i 413 Paracetaldehyde as a solvent in cryo- scopy (LUGININ and DVPOST) A. ii 1040. estimation of acetaldehyde in (RICH- TER) A ii 504. Paraffins analysis of (SOMhIER) A. ii 694 ; (EPSTEIN and POLONYI) A.ii 695. Paraheptaldehyde (FRANKE and Wo- ZELKA) A i 413. Paraldehyde. See Paracetaldehyde. Parunwecium aurclia temperature-co- eflicieiit of the rate of reproduction of (WOODRUFF and BAITSELL) A. ii 58. Paranuclein (GAY and ROBERTSOS) A. i 737. Parathyroid tetany (C'au~sos) A ii i87. Parathyroidectomy occurrence of rne- thylguanidine in wine i n ( KOCH) A. ii 1194. Paravaleraldehyde (FRANKE aiid Wo- ZELKA) A. i 414. Pareira root alkaloids. See Alkaloids. Parisite identity of syricliysite with (QUERCIGH) A. ii Ti3. a-Particles. See uiidcr Photochemistry. Partition-coefficients lecture experiment on (R~DKIGUEZ CAIXACIDO) A. ii f50. Passivity of metals (GRITBE) A. ii 424. Peas action of oxygen on the alcoholic fermentation of (IWASOPF) A ii 197. Pectins from aucuba and s w e t orange (HARLAY) A.ii 479. Pcgamtnt har?rznla bromo-derivatives of tho alkaloids of (HASESFRATZ) A. i 209. Pcnicilliu In glmtcui)~ action of sub- stances soluble in water hut insoluble in oil (B~ESEKEN and WATEI~M.IN) A. ii 591. influence of various organic compounds on the growth of (BORSEKEN and WATEKMAN) A. ii 283 477. a-Pentabenzoyldextrose ( FISCHER and a- and 8-Pentncinnamoyldextrose f F I s c I l E R nnd FREUDENBEIU:) A I 888. Pentadecyl iodide (GASCARD) A. i 65. rycZoPentadiene optical properties of polymerisation of (STnsnE and RE^-ss) Pentaerythritol condensation of with aldehydes (READ) T. 2090 ; P. 240. Pentagalloylglucose (FISCHEK and FREUDEXBERG) A. i 472. Penta[p- h ydroxybenzoyl]glucose 472. Pentamercuriacetanilide colloiaal ace- tate of (RAFFO and ROSSI) A.i 931. 1:3:4:3':4'-Pentamethoxyflavonol ( KIE- RENSTEIN and WHELDALE) A. i 42. Pentamethyltriaminophenyldi-o-tolyl- carbinol and its hydrochloride (RASSOW and REUTEH) A. i 586. Pentab-methylcarbonatohydroxy- beneoyl] glucose (FISCHEE and PILEV- FREUDENBERG) A. i 888. (AUWERS) A. i 956. A i 842. (FISCHER and FREIJDICNBEHG) A. i DENBERG) A. i 472.INDEX OF SUBJECTS. ii. 1535 Pen tame thylenedicarbimide and its derivatives (I-. DRAZTN and DEUTSCH) A. i 686. Pentamethylenetetramine AT-dichloro- (DEL~PINE) A. i 12. Pentamethylguanidine and its salts (SCHENCK) A. i 425 686. Pentamethylquercitrin ( HERZIG and cycloPentane ~iitro- (NAMETKIN) A. i 275. isoPentane-86-dicarboxylic acid yG-di- cyano- ethyl ester (HOPE) P. 193. Pentane-BG-diol (ZELIKSRY and UJE- DINOFF) A.i 16. cyc7oPentanone-2:5-dioxalic acid and its ethyl ester (RUHEMANN) T. 1732. cycZoPentanone-2-oxalic acid ethyl ester (RUHEMANN) T. 1732. Penta[trimethylcarbonatogalloyl] glu- cose (FISCHER and FREUDESDERG) A i 472. Aa-Pentene 6-cliloro- (PAEISELLE) A i 331. Aa-Penten-8-01 and its acetyl derivative (PARISELLE) A i 331. Pentosans behaviour of in germinating seeds (MIYAKE) A. ii 1085. Pentoses fermentation of (CROSS and TOLLENS) A. ii 78. Pentosuria (ELLIwrT and RAPER) A. ii 466. cycloPentylcyclopentane-1:2-diol (GOD- CHOT and TABOCRY) A . i 552. 2-c~~i~~oPentylcycEopentanol and its phenylurethane (GoncHor and TA- OST) A. i 568. cycZoPentyl-2-c~/cZopentanone deriva- tives of (WALLACH and OST) A. i 668. c.~(,ZoPentyl-Al-MJclopentene and its broEo- derivatives (GODCHOT and TABOURY) A.i 552. nitroso-chloride (WALLACH and OST) A. i 568. Pepsin identity of rennin and (VAN DAY) A. i 671. tliermostability of (OHTA) A. i 927. action of on egg-albumin (ROHONYI) A. ii 1066. estimation of (WALDRCIIMIDT) A. ii 108. separation of rennin and (EURGE) A. i 148. Peptides preparation of copper salts of (KOBER and SUGIURA) A. i 952 953. Peptone action of iodine on (CASANOVA and CARCANO) A. ii 934. Peptones iodo- isolation of di-iodo- tyrosine from (MACQUAIRE) A. i 58. SCHijNBACH) A. i 707. BOUKY) A. i 34 ; (mTAJ,LACII and Per-acids organic preparation of (D’ANs Perborates. See under Boron. ,Perbromic acid See under Bromine. Perbutyric acid (D’Axs and FREY) A. i 602. Percarbonates See under Carbon. Percentages by weight conversion of into atomic and molecular percentages ( HOFFMANN) *A.ii 340 ; ( J~NECEI‘:) A. ii 750. Perchlorates and Perchloric acid. See under Chlorine. Performic acid (D’ANs and FREY) A. i 602. Perimidine and its derivatives indo- phenol condensation products from (AKTIEN GESELLSCIIAFT F~;’R AKILIS FABRIKATION) A. i 512. Periodic system (SCHERIKGA) A. ii 36 ; (VOIXICH-SJAXOSCHENTZKY) A. ii 750. Permanganates. See under Manganese. Peroxide C,,H,,O,N from isoeugenol ethyl ether ( PUXEDDU) A. i 186. Peroxydase and catalase separation ot (KASANSKI) A. i 403. Peroxydase nature of ( HESSE and KOOPER) A. ii 1107. properties of ( WOLFF) A. i 928. action of alkalis on (WOLFF) A i Peroxy- salts distinction be tween true and salts containing hydrogen per- oxide of crystallisation (RIESENFELD and RIAu) A.ii 158. Perpropionic acid (D’ANs and FREY) A. i 602. Persimmon tannin colloids in the fruit of (LLOYD) A. ii 380. Perstaltin constituents of ( TCJCH IRCH and MONIKOWYKI) A i 3i5. Persulphates and Persulphuric acid. See under Sulphur. Petroleum origin of (EXGLER and origin of the chief constituents of formation of (ENGLER and SEVERIN) presence of cholesterol in ( ENGLER aiid Java cholesterol in (STEINKOPF Koss estimation of‘ sulphur in (SAKDERS) Petromyxon j€flzcviatilis suprarend medul- lary tissue in (GAMRELL) A. ii 464. Phaeophorbides ( WILLST~TTER and STOLL) A. i 287. Phaeophytin-a and -6 (WILLSTATTER and ISLER) A. i 713. and FREY) A. i 601. 817. BO~RZYNSKI) A. ii 850. ( ENGLER) A. i 525. A. i 149. STEIXKOPF) A.i 149. and LIEBMANN) A. i 554. T. 358.ii. 1.536 TNDEX OF SUBJECTS. Phagocytosis acceleration of by sub stances dissolving fats ( HAMBURQEI and DE HAAN) A. ii 65. Phanerogams presence of glycogen i n and its relation to calciuiii oxalatc (POLITIS) A. ii 83. carbon nutrition of (RAVIN) A. ii 591. Phase rule. See under Equilibrium. Phmtseolus multijorus (bean) the hEmag glutinatingand precipitating properties Phenacetin action of on blood (PICCI. NINI) A. ii 58. Phenacetin thio-. See Phenyl niethyl sulphide p-amino- acetyl derivative. Phenacetnric acid estimation of in urine (STEENBOCK) A. ii 501. Phenanthrafurandicarboxylic acid di- hydrate (HINSBERG) A. i 895. Phenanthraphenazine 9-chloro- and its derivatives and 2-chloro-dinitro- (SCHMIDT and SAUER) A.i 35. Phenanthraqninone oxidation of in presence of aromatic hydrocarbons (BENKATH and v. MEYER) A i 876. Phenanthraquinone dibromodinitro- (BADISCHE ANILIN- 8~ SODA- 2-chloro- and 2-chlorodinitro- (SCHMIDT and S-~UER) A. i 35. Phenanthraquinones synthesis of (MAYEE) A. i 478. Phenanthratriazine 6-chloro-3-hydroxy- (SCHMIDT and SAUEK) A. i 35. 23(9’ 10’-)-Phenanthrazino-l-aminoan- thraqainone (SCHOLL EBERLE and TRITSCH) A. i 143. Phenanthrene fluorescence of (FRY) A. ii 713. derivatives containing sulphur prepnr- ation of (BADIBCHE ANILIS- & SODA- FABRIK) A i 877. Phenanthrene 3-amino- hydriodide and 2:9:10-trichloro- (ScHarIDr and SAUER) A. i 35. Phenanthrene series (SCHMIDT and SAUER) A . i 35. Phenanthrene-9-carboxylic acid 8- hromo- (PSCHORR and TREIDEL) A.i 766. Phenanthrene-10-sulphonic acid and its salts and derivatives (SANDQVIST) A . i 843. 10-Phenanthryl sulphide di-9-hydrox-y- and its dibenzoyl derivativc (SCHMIDT and SAUER) A. i 36. Phenaaothioninm hydroxide and its salts (MOHLAU HEYSCHLAG and K ~ H R E S ) A. i 212. tetrachloro- ( HILDITCH and SMILES) T. 2297. Of(%RNEIDEB) A. ii 288. FABRIK) A. i 877. p-Phenetidine 2:6-dinitro-? derivatives of arid trinitro- (REVERDIN) A. i 963. Phenetole p-aminothio- p-iodothio- and their derivatives (WILLGPRODT and KLINGER) A. i 255. 3-brom0-2:4:6-tri-iodo-fi-nitro- (JACK- SON and BIGELOW) A. i 102. diphenyl- and dimethyldiphenyl- methanedicarboxylic acid (GREEN a i d SEX) T. 11 15. Phenetoleazosulphophenyldzhydroxy- ditolylcarbinoldicarboxylic acid (GREEN and SEN) T.1116. o- and 2,-Phenetyldimethylsulphine hydroxides salts of (KEIIRMA-I” and SAVA) A. i 968. 3-p-Phenetyl-2-methyl-4-dihydroquin- Phenetoleazoenlphophenyldt%ydroxy - azolone (HOGEKT and HEAL) A. i 394. mrthiodide ( BOGERT and GEIGER) A. i 511. Phenetyl methyl ketone o-iododichloride and o-iodo- (WILLGERODT and BUnK- HARD) A i 630. 3-p-Phenetyl-2-styryl-4-dihydroqnina- zolone (HOGERT and BEAL) A . i 394. Phenol hydrochloric acid and water,equi- librium in the system (SCHREINE- DER B o s ) A. ii 543. inflaence of sulphur and thiocarbarnide on the excretion of (KoJo) A. ii and its ethers compounds of with antimony haloids (MENSCHI-TKIN) A ii 922. estimation of in mixtures with p-cresol (DITZ and BARDACH) A. ii 98 871 ; (SIEGFRIED and ZIMMER- n r A s x ) A. ii 302.estimation of in urine ( HENREL) A. ii 695. Phenol 2:4-cZiamino- di- and tri-benzoyl derivatives ( MELDOLA and HOL- LELY) T . 931. p-bronio- arid tribromo- action of with tolnene and aluminium chloride (KOHN and BUM) A. i 760. 2:4- and 2:6-dibromo- and their de- rivatives (POPE and WOOD) T. 1823 ; P. 225. 2:6-dibrom0-4-nitroso- and 4-nitroso- nction of bromine on (VAN ERP) A. i 28. 2-chloro-4-iodo- 2:6-dichloro-4-iodo-. 2:3:6-trichloro-4-iodo- and 2:3:5:6- tckachloro-4-iodo- (BRAZIER and MCCOMBIE) T. 973. 3-chIoro-4:6-dinitro- and its acetyl derivative (FRIES and ROTH) A. i 659. MAKERS and VAN DER HORNVAX 187.INDEX OF SUBJECTS. ii. 1537 Phenol o-chloro-pnitroso. ( FISCHER and 11-fluoro- (RISKES) A. i 844. 2:6-dinitro-4-aniino-. See LsoPicramic 4:6-cZinitro-2-amino-.See Picraniic o-nitroso- and its salts (BAUDISCH arid Phenols rearrangement of ally1 ethers of into C-allylphenols (CLAISES and EISLEB) A. i 965. migration of the p-halogen atoin in (ROBEETSOX and BRISCOE) T. 1964 ; P. 219. action of boric acid on (BOESEKEN and VAN ROSSEM) A. ii 147. condensation of chloroacetone with action of iodine on (WILKIE) A. i 346. catalytic action of in presence of iron salts (COLIX and SBS~CHAL) A. ii 289. action of nitrosoarylcarbaniiiles with (HAAGER) A. i 10.3. action of phosphorus thiochloride on alkaline solutions of (AUTENRIETH) A. i 104 behaviour of with titanium com- poiinds (HAUSEI and LEWITE) A. i 847. absorption of by bacteria (COOPER) A. ii 1199. polyhydric action of on uranium salts (SIEMS-ES) A. i 350. substituted acetates of (MANXICH and DI:AUZ~URG) A.i 848. halogenated compounds of with alkali hydroxides and carbonates (SCHULKE & MAYR and FLEM- IUISG) A. i 848. colour reagents for detection of (FOLIN and DENS) A. ii 1011. analysis of (SANCHEZ) A. ii 209. estimation of colorinietrically (EACH) A. ii 98. Phenols- amino- salts of with dihasic acids (MEDIKCER) A i 848. iodo- chlorination of (BRAZIER and MCCOMBIE) T. 968 ; P. 127. Phenolase specific action of ( ~ ~ A ( ’ I I and MARYAKOVITCH) A. i 739. Phenolcarboxylic acids behaviour of with titanium compomids (HAUSER and LEWITE) A. i 847. methylcarboiiato derivatives of and their w e in synthetic operations ( F I S C H E R ~ ~ ~ ~ PFI~WFER) A. i 559 ; (FISCHER and HOESCH) A. i 859. combination of (MAUTHNER) A. i 267 858.NEBER) A. i 438. acid. acid. l<AlLZEFP) A. i 441. (I~IPfhlANN) A. i 851. Phenol-cl-glucoside 2:4:6-tri%ronio- (FISCHEIL and STRAUSS) A. i 854. Phenolphthalein catalytic action of light in the oxidation of (RossI) A. ii 107. ionisation of and the effect of neutral salts on it (ROSENSTEIN) A. ii 693. influence of alcohol and neutral salts on the sensitiveness of (LIENIL and MOKDSCHEIN) A. ii 598. use of as an indicator (McBAIN) T. 814 ; P. 106. potasuium salt (ODDO and VASSALLO) A. i i93. potassium and sodiuin salts (KOBER Af AitsHALL and ROSENFELD) A. i 865. Phenol-p-sulphonic acid estimation of ~olumetrically (Smm and FKEY) A. ii 1007. Phenol y- sulphonic acid cli- iodo- mer- curous salt (TKOMMSDORFF) A. i 549. Phenoltetra-acetyl-d-glucoside 2:1:6- tribromo- (E’ISCHER and STRAUSS) A.i 884. Phenoxazine 3-chloro-5-nitro- (ULL- MANN and SSNI~) A. i 104. Phenoxazonium chloride 3 :5 :g-triamino- action of on trypanosomes (LAVEILAN and ROVDSKY) A. ii 75. Phenoxyacetylacetoacetic acid ethyl ester (WEIZMAXN DAVIES a i d STEPHEN) P. 103. Phenoxyacetylcyanoacetio acid ethyl ester (WEIZMAKN DAVIES a i d a-Phenoxyamyl alcohol and its phenyl- urethane (1-. BILAUN DEUTSCH and SCHMATLOCH) A. i 433. y-Phenoxyethylmalonic acid ethyl ester (PYMAN) T. 535. c-Phenoxyhexyl alcohol and its phenyl- nrethane (v. HI~AUN DEITTSCH and SCHMATLOCH) A . i 433. y-Phenoxy-a-methylbutyric acid and its silver salt (v. B i i ~ u s and DELTTSCII) A i 106. Phenoxypentane and r-nitro- (v. 13 RAUN DEUTSCH and SCHNA4TLOCII) A . i 433. 5-Phenoxy-4-phenoxymethyltetrahydro- 6-pyrimidone 2-thio- (JOHNSON and HILL) A.i 912. a-Phenoxypropane y-chloro-B-hydroxy- s-tribronio- and y-chloro-/3-hydroxy- p-nitro- and their phenylurethanes (MARLE) T. 313. y-nitro- (v. RIIAUN DEUTSOH and SCHMATLOCH) A. i 433. Phenoxypropionaldoxime (I-. BUUN STEPHEN) P. 103. DEUTSCH and SCHMATLOCH) A i 433.ii. 1538 INDEX OF SUBJECTS. 1 - y -Phenoxypropylte trahydroquinoline (JONES and DUNLOP) T. 1752. 2-y-Phenoxyprop yltetrahydrox yiso- quinolina and its hydrochloride (JONES and DUKLOP) T. 1753. 6-Phenoxyquinizarin 8-chloro- (FREY 1 A. i 477. Phenoxyvaleraldoxime (v. BRAUN DEUTSCH and SCHMATLOCH) A. 1 433. Phenthiazine 2 4-diamino- stannichlor- ide and 2:4-dinitro- (MOHLAU BEYS- CIILAG and KOHRES) A. i 212. Phenyl acetate 2-chloro-4-iodo- 2:6-di- chloro-4-iodo- 2:3:6-trichIoro-4- iodo- 2:3:5:6-tetrachloro-4-iodo- anti p-iodo- and their dichlorides (BRAZIER and MCCOMBIE) T.972. benzoate 2-chloro-4-iodo- 2:6-di- chloro- 4-iodo- 2 :3 :6-trichloro- 4- iodo- 2:3 5:6-tct rachloro-4 -iodo - and pentaehloro- and their dichlorides (BRAZIER and MCCOMBIE) T. 973. ether p-amino- derivatives of and colouring-matters from ( MAILHE) A.,. i 548. p-amino- p-nitro- and trioitro- (MAILHE and MuRxr) A. i 346. p-bromo- p-chloro- and di-p- chloro- (MAILHE and MULLAT) A. i 254. glycide ether s-tribromo- and p - nitro (MARLE)? T. 307. ruercaptan o-amino- benzoyl deriva- tive (M~HLAU BEYSCILLAG and KOHRES) A. i 212. oxide o-nitrothio- (ZIXCKE and FARR) A. i 763. alkyl oxides decomposition of in presence of nickel and hydrogen (MAILHE and.hIuRAT) A.i 183. sulphide o-amino- and o- and y- hydroxy- ( I~OUBGEOIS and HUEEX) A. i 347. acetonyl sulphide o-nitro- (ZISCKE and FARR) A. i 765. B-aminoethyl sulphide and sulphoiie hydrochlorides (GABRIEL and COL- MAX) A. i 116. o-benzoylaminophenyl sulphide tri- nitro- (MOHLAC REYSCHLAG aiid I ~ ~ ~ H R E s ) A. i 212. ethyl sulpliide p-amino- and its acetyl derivative p-iodo- and p - 1- and 2-hvdroxynaphtl~yl sulphide o-nitro- i n d its derivatives (ZINCICE and FARR) A. i 765. iitethoxymethyl snlphide (IIE LAI'TRE) A. i 745. nitro- (GATTERMANN) A. i 986. Phenyl methyl sulphide p-amino- y- broino- p-ioclo- and p-nitro- and their derivatives (GATTERMANN) A. i 985. p-bronio- (BOURGEOIS and ABRA- HAM) A. i 109. 4-bromo-2-nitro- (CLAASZ) A.i,514. 8-phthalimidoethyl sulphicie and sul- phone (GABRIEL and COLMAN) A. i 116. thiocyanate 2-amiuo-5-hydroxy-2:4- dinmino-5-hydroxy- and 4-nitro-2- amino-5-hydroxy- and their de- rivatives (FICIITER and BECK) A. i 105. Phenylacetamide 2 :4-dinitro- (Bo RSCHE and OPYENIIEIMISR) A. ? i 653. Phenylacethydroxamic acid and its salts and derivatives (JONES) A. i 692. Phenylacetic acid glycyl ester (FAIL- CO.) A. i 974. Phenylacetic acid Z-u-amino- u-cam- phorsulphonate crystallography of (PANICHI) A. ii 551. u-cyano- lead and cadmium salts (HADLEY) A. i 699. o-thiocyano- (MARSCHALK) A. i 576. Phenylacetophenone w-2:4-dinitro- and 2:4-dinitro-oximino- ( BORSCHE aiid OPPENHEIMER) A. i 653. a-Phenyl-p-acetoxycinnamic acid p - nitro- (HEWITT LEWCOCK and POPE) T. 607.Phenylacetyl chloride u-p-dichloro- 2:4-clinitro- (BORSCTIE and O I ~ N - 3-Phenylace tyl- 5 - formyldiaminobenzoic acid m-aniino- preparation of deriva- tives of (FARBESFABRIKEN VORM. F. BAYER & Co.) A. i 768. Phenylacetyl-y-homocholine and its salts (MENGE) A. i 949. Phenylacetyl-a- and -B-methylcholines and their salts (MEEGE) A. i 949. Phenylacetylsemicarbazide (Rum a i d FIEDLER) A. i 143. B-Phenylaesculetin and its derivatives (BAEGELLINI and MAFXICGIANI) A. i 292. dZ- and Z-Phenylalanine lkronolatos (LEVENE and VAN SLYKE) A. i 682. Phenylallyl ozoiiide (HARRIES and v. REIDENSTEIN) A i 674. Phenyl-l-aminoanthraquinonecarboxyl- ic acid dibromo- and chlorodibromo- methyl esters ( BADISCHE AKILIX- 8 SODA-FABRIK) A. i 804. l-Phenyl-4-p-aminobenzylhydantoin and its salts (JOHSSON and BHAVTLECHT) A.i 505. UICNPABRIKEN VOlLM. P. )3AYEIt & (Srmaus) A. i 992. H E I M E ~ ~ ) A. i 653.INDEX OF SUBJECTS. ii. 1530 Phen ylaminochlorophenylphenazonium T. 1849. Phenylaminoethylcarbinol and its salts (CALLIESS) A. i 365. 4-Phenyl-2-aminomethylthiazole hydro- bromide (JOHNSON aud BUlrNIIAAr) A. i 30.5. Phenylamino-a-naphthylaminophenyl- and -chlorophenyl-phenazonium ni- trates (BALLS HEWIT'I' aiid NEW- M A N ) T. 1850. 5-Phenyl-Z-o- and paminophenylox- azoles and thcir derivatives (LrsI~i arid ROBI~SOX) T. 1310. Phenyl-y-aminopropylsulphone hydro- cliloricle (GABRIISL and COLMAN) A. i 116. r-Phenylamyl chloride p-nitro- (v. HI:AUN and DEUTSCII) A . i 846. iiiercnptan (v. BRAUS) A. i 552. Phenylisoamylacetic acid ant1 its deriva- tives ( FAI:UESFAWII;EN V O R ~ I .P. I ~ A Y E I S;. Co.). A. i 974. r-Phenylamylamine and its salts (MICKCK) A i 110. Phenylamyldimethylamine p-ami n o- y-livdroxy- aiid its salts and p-nitro- (v. I ~ I ~ A L - N and DEUTSCH) A . i 846. r-Phenylamyldithiourethane( v. BEAUN) A. i 552. v-Phenylanilinomalonic acid e thy1 ester (FOI:TIEsKY) A. i 770. 5-Phenyl-7-anisyl-2 3- dihydro-4-pyri - ndene salts of (STRIEGLEI:) A. i 482. a-Phenyl-a-p-anisylethyl alcohol o- arnino- (STOEI~MEI and GAUS) A i 1026. Phenyl-21-anisylethylene o-amino- and its platinichloride (~ToE1:MEl and GAUS) A. i 1026. 3-Phenyl-4-o-anisylideneisooxazolone ( h I E y m ) A . i 1019. 5-Phenyl-2-aniayloxazole and its 1,icrttte (LISTER aiid WOI~INSON) T. 1304. 2-Phenyl-5-anisyloxazole (LMI'EI and EOBIESON) T.1305. 3 -Phenyl-2-p-anisylquinoline-4- carb- oxylic acid (FAKREsFARI~I liES VOCM. F. EAYEI~ & Co.) A. i 1018. Phenylanisylthiocarbamide (v. ~ A U N and DEUTSCH) A . i 694. 1:2-Phenylanthraquinoneiminazole and 4-aniino- (FARUESE'ARHIKES VORH. F. Phenylarsenic oxide 3-aniino-4-hydr- oxy- arid its hydrochloride (EHRIJI*H and P,EI~TFIEIJ[) A . i 523. Phenylarsinic acid amino- strnctnre cif(l~ER'I'IIEIh1 aiid h h - L ) . I ) A. i 62. o-amino- and its bariurn and silver salts ( B I C ~ D A ) A . i 6s. salts (BALLS HEWIT1' alld I'EJVhIAN) l:AYEIC k CO.) A. i 140. Phenylarsinic acid p-aiuino- mercury hydrogen salt ( AKTIEN-OMELL- SCHAPT yurt ANILIN-FABRIKA- TION) A i 228. sodium salt. See Atoxyl. 2:5-diamino- ( FARBWERKE VORM. A. i 1644.and its 5-acetyl derivative and their azo- and diazo-compounds (.REsDA) A. i 62. 3-amiiio-4-hydroxy- and its sodium salt (EHRLICH and BErLIXEIM) A. i 523. 4-ainino-3-hydroxy- and its salts (BESDA) A. i 148. a i d its sodiiim salt (FARBWEI~KE Volibr. MEISTER LUCIUS & BRUS- ISG) A. i 596. 4-chloro-3-nitro- (FARBWERKE vomf. nitro- structure of ( BEIXHEIIK autl 5-nitro-%amino - preparation o I' LUCIUS 8; BI~U~SING) A . i 695. ,~-nitr0-2-11y~lrosq.- 3:5-dinitro-2- hgdroxy- and their derivatives (BENDA) A i 61. 3-nitro-4-liydroxy- 3:5-dinitro-4- Iiydroxy- and their derivatives (BENDA and BERTHEIM) A. i 63 ; (BEXDA) A. i 64. 3:5-dinitro-4-arnino-(BENDA) A.,i,32Y. p-nitroso- (KARRER) A. i 740. Phenylarsinic acid-3 - trime thylammo- nium hydroxide 4-hydroxy- and its iodide (BERTHEIJI) A.i 819. Phenylazoimide action of with aniline and withp-toluidine (WOLFF) A. i 1028. d d i t i o n of t o quiiiones (WOLFF aiitl GI~AC) A. i 1034. 5-Phenylbarbituric acid ( FAI~BENE'A- BI:IKEN YORM. F. BAYEK b Co.) A. i 1025. Phenylbenzhydrylthiocarbamide ( V. BRAUN and DEUTBCH) A i 694. 2-Phenylbenziminazole-p-c8rboxyl~o acid (SIMONIS BOEHME and BENEX- sox) A. i 565. 1 -Phenyl- 1 2 3-benzotriazole 5 -amino- 1 - p-amino- 5-amino-l-p-nitro- 4-bro- mo-5-hydroxy- 4-chloro-5-amino- 4 ~ chloro-5-amino- 1 pamino- 4- chloro-5-amino-l-p-iiitro- 4-Chloro- 5-hydroxy- 4:6:3':5'-tetnschlor0-5:4'- dihyclroxy- 5-hydroxy- 4:5-di- hy d roxy - 4- nitro- 5- nitroamino- aid their derivatives (FRIES and EM]%- ON) A i 650. AfEISTER LUCIUY & BR~~NING) R1ElSTER LUCIL-S & B~~UNIMI) A i 595.BESDA) A. i 62. (FAl:C\VEI!I<E YORM. MEIWER,ii. 1540 INDEX OF SUBJECTS. 1-Phenyl- 1 :2:3-benzotriazole 7-hydrox y- ( WOLFB and GRAU) A. i 1034. 2-Phenyl-2 1:s-benzotriazole 5 6 -di- amino- 4-bromo-S-hydroxy- 4-chloro- 5-amino- dichloroarnino- 4-chloro-5- hydroxy- 4:7-dichloro-5:6-dzhydroxy- 2-chloro- 5-hydroxy- 4:5-dihydroxy- B-nitro-6-amino- 4-nitro-5-liydroxy- 4-nitroso-5-hydroxy- and their deriva- tives (FRIES and ROTH) A. i 657. 2-Phenyl-2:1:3-benzotriazole-5-diazo- ninm salphate (FRIES and RoTIf) A. i 657. 2-Phenyl-l:3-benzoxazine-4-one 6- chloro- action of ammonia on (HUGHES and TITHERLEE’) T. 219 ; P. 6. 4-Phenyl-2-benzoylaminomethylthiazole (JOHNSON and BUKNHAM) A. i 305. Phenylbenzoylcarbamide (RIEDEL) A. i 774. a-Phenyl-B-benzyl-8-o-anieyl- Aa-buty- lene (ORECHOFF and MEEIISOK) A.i 621. B-Phenyl-5,benzylbarbituric acid (FAR- A. i 1025. 8-Pheayl-y-benzylbntyrolactone a-hy- droxy- (SPATH) A. i 978. Phenylbenzyldimethylammoninmsulph- onic acid (FARBWERKE vom. MEIS- dl- d- and Z-a-Phenyl-N-benzylethyl- amines and their salts (PARCK) A. i 759. Phenylbenzylethyl-n-propylareoninm d- camphor-B-sulphonatc ( W INMILL) T. 721. B-phenyl-y-benzylidene-a-methylbuty- rophenone and its dibromide (REIMEK and REYNOLDS) A. i 769. 8-Phenyl-8-3-benzylidenec;yclopentan- 2-onylpropiophenones (GEORGI and VOLLANI)) A. i 781. Phenylbenzylmethylallylareoninm iodide and d-a-bromocamphor-a- sillphonate ( WINNILL) T. i 2 4 ; P. 93. 2-Phenyl-6-benzyl-S-rnethyl-l:2-dihy- dropyridone 3-hydroxy- (BLAND and TAORPE) T.1747. Phenylbenz ylmethyl-n- propylarsoninm iodide ( W INMILL) T. 721. 3-Phenyl-l-benzyl-B-pyrazolone and 4- oximino- (CURTIUS and SCHNEIDEI~S) A. i 137. Phenylbenzylsilicanediol (ROsrso,Y and KIPPING) T. 2164 ; P. 245. Phenylbenaylsilicol (MARTIN) A. i 404. Phenylbenaylsilicon chloride (MARTIN) A i 404. BENFABHIKEN VOKM. F. BAYEK & C O . ) TER LUCIUS and BRUNING) A. i 548. Phenyl-y-bromo- and y8-dabromobatyl ether (v. BRAUX and DEUTSCH) A. i 106. Phenyldibromomethylenlphone o-nitro- (CLAASZ) A. i 514. Phenyldibromomethylsulphoxide o- nitro- (CLAA z) A. i 514. 2-Phenylbntadienyl-4-dihydroquinazol- one rnethiodide ( BOGERT and GEIGER) A. i 511. 2-Phenylbutadienyl-4-dihydroqninazol- one (BOGERT arid HEAL) A. i 395. 8-Phenylbutaldehyde aiid its derivatives (v.BRAUX and I ~ U B E R ) A. i 266. a-Phenylbutane 8-iiitro- (v. BKAUN and KRVBEI:) A. i 266. a-Phenylbutan-7-01 and its salts (VAVON) A. i 629. a-Phenylbntan-y-one and its oxime (VAYON) A. i 629. Phenylbutenylcarbinol (I- BRAUX and DEuncrr) A. i 106. 6-Phenylbutyl chloride p-nitro- ( v. BKAKN and DEUIXH) A. i 846. nitrite (v. BRAUS and KKUBER) A. i 266. Phenyltert. -butylcarbinol ( LEPIN) A. i 957. 6-Phenylbutyldimethylamine p-amino- p-hydroxy- and their salts (v. BRAUS and DEUTSCII) A. i 846. c-Phenylbntylmalonic acid and its ethyl ester and a-bromo- (v. HRAUN and KRUBER) A. i 265. Phenylbntyl methyl ether (v. BRAUS and DEUTSCII) A . i 687. Phenylbn t ylpiperidy 1 thiocarb amide (v. BKAUN and DEUTSCH) A. i 694. Phenylbutylthiocarbimide (v. BRAIX and DEUTSCH) A.i 694. a-Phenylbutyric acid derivatives of & Co.) A. i 9’74. a-Phenylbutyric acid a-hydroxy- pre- paration and resolution of (SMI-TII) A i 114. 8-Phenylbntyric acid 8-amino- (POSSER and STIRSITS) A. i 456. 8-Phenylisobutyric acid 8-aniino- and its hydrochloride and benzoyl deriva- tive (POYNER and STIHSUS) A. i 456. Phenylbutyrimido-ether hydrochloride and diphenylamidine derivative (v. JSRAUX and KHUBEK) A. i 265. Phenylcarbamide p-cyano- ( BOGEKT and WISE) A. i 451. o-Phenylcarbamidobenzoic acid (RIE- DEL) A. i i74. 4-Phenyl-2-carbamidomethylthiazole and its hydrobromide (JOHNSON and BURNHAM) A. i 306. (FARBENFABRIKES VORM. F. BAYERINDEX OF SUWEC‘I’S. ii. 1541 4-Phenyl-!3-oarbethoxyaminometh 1- thiazole and its hydrobromide (Sons- BON and BURNHAM) A.i 305. S-Phenyl-2-o-carboxyhenylquinoline-4- carboxylic acid (F AKBENFAB KI KEN VORM. F. BAYER & Co.) A. i 1019. 5-Phenyl-2-o-chlorophenyloxazole (LIs- TEN arid EOBINSON) T. 1302. a-Phenylcinnamic acid yliotochemicai reactions of (BAKUNIN) A. i 356. a-Phenylcinnamic acid o-brocno- o- amino- and -0-bronio-o-nitro (PSCHORI ant1 TREIDEL) A. i 766. Phenyl cinnamylidenemethyl ketone (cinnamylideitcacet~henone) acetal of (STRAUY) A i 991. nitrate (REDDELIEN) A i 986. 4-Phenylcin1ioline p-hydroxy- and its saltv (STOERNER and GAUS) A. i 1026. Phenylisocrotonic acid hydroxylamine salt (POSSEI~ arid STIRNUS) A. i 457. 3-Phenyl-5-cuminylidenerhodanin (NA- OELE) A. i 795. Phenyl-~-cnmyliodonium hydroxide salts of (WILLGERODT and MEYER) A. i 22. Phenylcyanomethylenecamphor and its derivatives (FOKSTER and WITHERS) T.1337. m-Phenyl-l:2:1‘:2‘-dianthracenexan- then (ULLniANN aud URM~NYI) A. i 717. ~ns-Phenyi-l:2:1’:2’-dianthraquinone- xanthen (ULLYASS and URMJ~NYI) A. i 717. l-Phenyl-2:6-dibenzhydryl-l:3:4-triaz- ole 1-p-hydroxy- (STOLLE and dl- d- arid t-a-Phenyl-N-dibenzylethyl- aminee and their salts (PARCK) A. i 759. Phenyldibenzylethylcarbinol and its chloride (OHECHOFF and KONOWAL. OFF) A. i 436. Phenyldiethylareine dibromide and di- iodide (WINMILL) T. 720. Phenyldiethylcarbinylacetic acid. See a- t’lienyl-B-cthylvaleric acid. Phenyl a-dimethylaminobenzyl ketone and its salts (RABE aud NILPER) A. i 518. Phenyl dimethylaminomethyl ketone p- hyttrnxy- and its hydriodide (Vos- WINCKEL) A i 443. Phenyl-6-dimethylamino-m-tolylme th- ane 4‘-amino- (v.BRAUN and KRUBEB) A. i 969. Phenyldimethylarsine di- and tetra- bromide? (WINMILL) T. 723. SCHMIDT) A . i 1035. c. 11. 3-Phenyl- 1 - o ~ . d i m e t h y l k n r y l - ~ m e ~ y 1 6-pyrazolone (CURTIUI Bud MAYBR) A i 309. 8-Phenyl- l-op-dime thylbenryl-8-methyl- 6-pyridazinone (CURTIUS arid MAYER) A. i 309. 3-Phenyl- l-op- dime thylbennyl-S-pym%- olone arid 4-nitro- and 4-oximino- and their silver salts (CunTlna and MAYEK) A. i,. 309. Phenyl-2:4-dimethplbenzylthioremioarb- azide (CuimUs and MAYER) A i 308. Phenyldimethylethylammonium iodide compounds of thiocarbamide and (ATKISS and WRRXEI~) T. 1990. Phenyldime thyle thylsilicane ( BYOD&N) A. i 342. a-Phenyl-aS-dimethylhydrocin~~~ acid. See aB-Diphenyl-a-methyl- butyric acid.a-Phenyl-BB-dimethylpropPne a-bromo- (LEPIK) A. i 957. 13- Phenyl-aa-dimethylpropyl rlaohol (LEPIN) A. i 958. l-Phenyl-8:4-dimethyl-S-pyrazolono 1- p-armrio- and its acetyl derivative & BHUNIXG) A. i 136. 3-Phenyl-2:6-dimethyItetrahydrofurm 3.hydroxy- (DUPONT) A. i 291. 9-Phenyl-2:7- and 8:d-dimethyhth- hydro1 and their salb ( KEHRMANN snd KXOP) A. i 43. O-Pheny1-3:6-dimethylxanthoniam-o- carboxylic acid methyl and ethyl esters salts of ( KEHKMANN and KNOP) A. i 43. 3-Phenyldioxindole 5-bromo- ( KOHN and OSTERBETZER) A. i 61. Phenyldipropylcarbinol (AMOUROUX and and its acetyl derivative (MURAT and Phenyl-l:3-dipyridinium chloride 4:6- dinitro- action of hydrogen enlphide on (ZINCHE and WEISSPFENNINO) A. i 302. l-Phenyl-3:s-dipyrrylpyrorolone (ODDO and DAINOTTI) A.i. 721. Phenyl BB-dithiolvinyl ketone d t a and deiivatives of ( KELBER and ScHwaRz) A.. i 206. ?,t-Phenylenediamine reactions of with gold salts (SIEMYREN) A. ii 1001. m- Phenylenediamine 1 - bromo-2 4:6-:ri- iodo- and its hydrochloride (JIOK- BON and BIGELOW) A i 102. 4:tLdinitro- (ZISCRE and WEreePo~n- NINC) A. i 302. p-Phenylenediamiaeareinie acid. Se Phenylarsinic acid 2:5-diemino-. (FARBWERKE VOI{M. b’lEISTER LUCIUS MUKAT) A i 415. AMOURO~X) A. i 528. 101ii. 2542 INDEX OF SUBJEC'I'S. Phenplenedimercnr y acetate hytl roxy- estimation of irrercury in ( BRIEGER) A. ii 206. Phenylene-8-naphthylene oxide (SABA- TIER and MAILHE) A. i 767. o-Phenylenesalphonylide ( ANSCHUTZ) A. i 852. Phenylethane B-chloro-2- and 4-amiiro- and their salts (v. BRAUN and GAW- ltmow) A.i 498. Phenylethenylamidine benzeuesulphon- ate (ROUILLER) A. i 584. B-Phenylethyl alcohol p;amino- and its hydrochloride and p-nitro- ( EHRLICH and PISTSCHIMUKA) A. i 853. B-Phenylethyl mercaptan (v. BKAUN) A. i 551. 8-Phenylethylamine salts (DEHN) A. i 242. platinichloride (DECKER and BECKER) A i 844. 8-Phenylethylamine p-amino- dihydro- chloride (EHRLICH and PISTSCHI- MUKA) A. i 863. B-hydroxy- and its hydrochIoride 3 4 -dih ydroxy- and its hydrochloride (ROSENMUND MANNICH and JACOB. SOHN) A. i 967. Phenylethylbarbituric acid compounds of with quinine and with hydroquinine (FARBENFABRIKEN VORM. F. BAYER I(t Co.) A. i 798. 5 - Phenyl-5-e thylbarbituric acid and its salts (FARBENFABBIKEN VORM. F. BAYER & Co.) A. i 1024. Phenylethylbromoarsine ( WINMILL) T.720. a-Phenyl-8-ethylbutanedione. See Ethylbenzoylacetone. a-Phenyl-a-ethylbutyramide (FARREN- FABRIKEN VORM. F. BAYER & Co.) A. i 974. a-Phenyl-a-e thylbntyronitrile (F ARREX- FABRIKEN VORY. F. BAYER & Co.) A. i 974. a-Phenyl-a-ethylbntyrylcarbamide (FARBENFABRIKEN VORM. F. BAYER b Co.) A. i 974. Phenylethylchloroareine ( WINMILL) T. 720. 4-Pheny1-4-ethyldihydrouracil (POSNER and STIRNUS) A. i 456. B -Phenyle thyldime thy lamine and i!s salts (DECKER and BECKER) A. 1 844. Phenylethyldimethylthiocarbamide (I-. BHAUN and DEUTSCH) A. 1 693. Phenyle thyl e thyl ether (HOLM BERG) A i 448. n-Phenyl-a-ethylglycollic acid. See a-Phenylbutyric acid a-hydroxy-. (ROSENMUND) A. i 449. a-Phenyle thylidenetriazoacetohydrazide (CURTIUS and BOCKMUHL) A.i 426. Phenyl ethyl ketone desaurin from (I<ELBIW and SCHWARZ) A. i 207. Phenylethylmalonic acid aud its chloride (FA~~BENFABRIKEW VORM. F. BAYEK & Co.) A. i 1025. F. BAYER & Co.) A. i 1024. B-Phenylethylmethylamine and its salts (DECKER and BECKER). A. i 845. l-a-Phenylethyl-5-methyltriazole 3- hydroxy- (RUPE and OESTKEICHEK) A. i 220 8-Phenyl-a-ethylpropionic acid B- amino- (POSNEK and STIRNUS) A. i 456. Phenylethyl-it- prop ylallylarsoninm bromide and d-a-bromocnmphor-r- sulphonate (WmnmL) T. 722 ; P. 93. a-Phenylethyli~~propylamine and its salts and ,derivatives (DE LEEUW) A. i 24. Phen yle thy l-n-prop y larsine (WIN M I LL) T. 720. l-Phenyl-3- ethyl-S-pyrazolone-4- phenylhydrazone ( WAHL and DOLL) A. i 536. S-8.Phenylethylrhodanine (HOLMBERG) A.i 121. a-Phenylethylsemicarbazide and its derivatives (RUPE and OESTREICBER) A. i 220. Phenylethylsilicanediol (ROBISON and KIPPIXG) T. 2158; P. 245. Phenylethylsnlphone p-iodo- p-iodoso- and p-iodoxy- and their derivatives (WILLGERODT and KLIX'GEI:) A. i 256. RRAUN) A. i 551. ethyl ester (FAILBENFABRIKEN V0P.M. B-Phenylethyldithiour ethane (v. l-a-Phenylethyltriazole 3-hydroxy- 8-Phenylethyltrimethylammonium salts (DECKER and BECKER) A. i 844. chloride reduction of with sodium amalgam (EMDE) A. i 250. a-Phenyl-/3-ethylvaleric acid (phenyldi- ethylcarbonylacetic mid) ( FAHBENFAB- RIKEN VORM. F. BAYEK & Co.) A. i 974. 9-Phenylflaorone 2 3 7 -trihy droxy - ethers of (KEHHMANN aiid GUSTHER) A. i 1012. B-Phenylglutaconic acid derivatives of (BLAND and THOHPE) T.868 ; P. 49. Phenylglyceramide (FIscnER) A. i 187. Phenplglycerylglycine (FISCHER) A. i 187. (kUPE and OESTREICHER) A. i 220.INDEX OF SUBJECTS. ii 1543 Phenylglycine-2-carboxylic acid 3 - 4 - and 5-bromo- ( F R I E D L ~ D E K BP,UCI<- NER and DEUTSCH) A i 318. Phenylglycollonitrile condensation of with aromatic aldehydes in presence of thionyl chloride (blIsovIc1 and ZEKO- VICI) A. i 699. Phenylglyoxalhydrazone (WOLFF) A. i 1028. Phen lglyoxal-p-nitrobenzylideneazine ant! its acetyl derivative (WOLFF) A. i 1020. Phenylglyoximic acid 4-nitro-2-hyclr- oxy (BORSCHE and OPPENHEIMEK) A i 652. Phenylglyoxylic acid o-nitrophenyl- hydrazone and its silver and potassium salts (GASTALDI) A. i 700. Phenylglyoxylic acid o-hydroxy- deriwtives of ( FILIES and PFAFFEN- DORF) A.i 205. Phenylglyoxylo-p-dimethylaminoanil- ide o-hydroxy- aid its benzoyl derivative (FRIES and PFAFFENDORF) A . i 205. Phenylheptadecylcarbinol (RYAN and NOLAN) A. i 750. Phenyl heptadecyl ketone aiid its phenyl- hydrazone (RYAN arid NOLAN) A. i 750. s-Phenylheptaldehyde and its p-nitro- phenylhydrazone (v. BRAUN and KRUBEK) A . i 267. a-Phenylheptsne q-nitro- (v. BRAUN and KKUBER) A i 267. 8-Phenyl- Ar -heptene and its nitroso- chloride (MURAT and AMOUROUX) A. i 528. s-Phenylheptyl nitrite (v. BRAUN and KRUBER) A. i 267. Phenyl hexahydrostyryl ketone (FR~ZOULS) A. i 629. c-Phenylhexaldehpde (v. BRAUN and KRUBER) A. i 267. a-Phenylhexane t-bromo- (v. RRAUN DEUTSCH and SCIIMATLOCR) A. i 434. {-nitro- (v. BRAUN and KRUBER) A. i 266. Phenylqclohexane preparation of (SABA'I'IER aiid MURAT) A. i 547.e-Phenylhexoic acid a-amino- and a- broriio- and derivatives (v. BRAUX and KRUBEH) A. i 265. (-Phenylhexyl nitrite (v. BRAUN and KRUBEP.) A. i 266. Phenylhexylene (v. BRAUN DEUTSCH and SCRMATLOCH) A. i 434. and MURAT) A. i 617. and DEUTBCH) A. i 687. a-Phenyl- .*-cycZohexyle thane (S ABA r I E R Phenylhexyl methyl ether (v. BI:AUN 4-Phenylhydantoin 6 - thio- (JOEXSON and CHEKNOFF) A. i 810. Phenylhydrazine 1 :3 :5-trini t robenzenate ( O S . ~ ~ ~ O ~ ~ I S S L E ~ ~ S K Y ) A. i 23. Phenylhydrazine-o-aulphonic mid p- nitro- and its sodium salt (GREEN and ROWE) T. 2448 e-Phenylhydrazino-BF-~~~ydroxy- q - d i - phenylpentane e-imino- and deriva- tives (SPATH) A. i 979. Phenylhydrazonoanisoylacetic acid aud y-nitro- and their methyl esters(WAl1L and SILBERZIVEIO) A.i 214. a-P henylh y drazonoaz o -0-methoxybenc - oylacetic acid aid p-nitro- methyl esters ( WAHL and SILBBRZWEIG) A. i 213. Phenylhydrazono-m-methox ybemoyl acetic acid and p-nitro- methyl esters (WAIIL and SILBERZWEIG) A. i 214. 4-Phenylhydrazono-1 -p-nitrophenyl-3-o- and p-methoxyphenyl-6-pyaxolones (WAIIL and SILBERZWEIG) A. i. 214. 4-Phenylhydrazono-l-phenyl-3-0-m-,and p-methoxyphenyl-5-pyrazoloner and 4-p-nitro- (WAHL and SILBERZWEIG) A. i 214. Phenylhgdrazopyrazolone ( WAHL and DOLL) A. i 626. 3-Phenyl-4-y- and -?~pd&ydroxy- benzylideneisooxazolonea (MEYER) A. i 1019. B - Phen ylhydroxylamine 8- cyano- and its iiriinociiloride hjrtlrochloiide (WIE- LAND ROSEEU and GAMBARJAY) A. i; 907. Phenyl 2-hydroxynaphthyl ketone 2:4- diliydroxy- and 2:3:4-trihydroxy- (DU'rTAanci W ' A T S O N ) ' ~ ' .~ ~ ~ ~ ; P.,lui. 5-Phenyl-2-p-h ydroxyphenyloxarole (LISTER and ROBINSON) T. 1313. 3-Phenyl-2-o-hydroxystyryl-4-dihydro- quinazolone (BOGERT and BEAL) A. i 394. Phenyl-2-hydroxystyryl ketone 2:4-di- hydroxy- (DUTTA and WATSON) T. 1242. Phenyliminocamphor a- and -b-oximes a i d their derivatives (FO~NTER and SPIKNER) T. 1345 ; P. 46. Phenyliminodiphenylacetic acid ethyl a i d methyl esters (STOLLb 8nd SCHMIDT) A. i 981. l-Phenyl-l-indenol 2:3-dibromo- and its acetyl drrivative (SIMONIB snd KIILSCHTEN) A. i. 271. 1- Phenyl-4:5-indenopyraeole-3-carb- oxylic acid and its ethyl ester and d v e r salt (RUHEMAKN) T. 1736 ; P. 234. 6-Phenyl-2:3-indeno-4-pyrone and its platinichloride (RUHEMANN) T.1788 ; P. 225.ii. 1544 INDEX OF SUBJECTS. Phenylindole additive cotnpounds of with trinitrotoluene and picryl chloride (CIUSA and VECCHIOTTI) A. i 756. 2-Phenylindole S-imiuo- ( KALB and RAPER) A. i 726. 2-Phenylindolone and its derivatives (KALB and HAYER) A. i 726. 2- Phenylindone 4-nitro- (yhenyl-o-nitro- indone) constitution of and of its ozonitle (THIELE and RUGGLI) A. i 867. ozonisation products of (BAKUNIN) A. i 344. Phenylindones nitro- photochern ical re- actions of ( BAKUNIX) A. i 344 356. 2-Phenylindoxyl and its compound with 2-phenylindolone (KALB and BAYER) A. i t27. 2-Phenyhndoxyl 6-nitro- (PFEIFFER FORNET KRAMER MATZKE and SPIKO) A. i 619. 2-Phenylindyl-3-benzoquinone (bfoHLAU and REDLICH) A. i 129. 2-Phenylisatogen 6-nitro (PFEIFFER FORNET KRAMRH MATZKE arid SPIRO) A.i 619. 2-Phenylisatogen-6-carboxylic acid ethyl ester (PFEIFFER FORNET KRAMER MATZKE and SPIRO) A. i 619. B-Phenyl-lactic acid a-chloro- ammo- nium arid aniline salts of (RASSOW and BURMEISTER) A. i 32. Pheny lmalonic acid 2 -bro in o- 3 -iodo- 4 6 - diiiitro- ethyl ester (JACKSON and BIGELOW) A. i 102. Phenylmalonyl chloride (FARBENPABI:I- KEN VORM. F. BAYER & Go.) A. i 1025. Phenylmenthylisoamylmethane and its benzoate (RODTKER) 8.. i 278. Phenylmenthylmethylmethane and its l-Phenyl-4.p-methoxybenzyl-3-methyl- 2-thiohydantoin (JOHNSON and NICO- LET) A. i 585. a-Phenyl-pmethoxycinnamic acid p - nitro- (HEWITr LEWCOCK and POPE) T. 608. Phenyl-3-methoxy-4:s-methylenedioxy- benzyloarbamide (RUGHEIMER and RITTER) A. i 447.Phenyl-3-methoxy-4 5-methylenedioxy- benzylthiooarbamide ( RUGHEIWER and RITTER) A i 447. 2-Phenyl-4-p-methoxyphenyl-7-methyl- 5 :6 7 8- te trahydroquinoline and i t s salts (CRUIRSHANKY and SCHWYZER) A. i 785. 1-Phenyl-3-o-methoxyphenyl-5-pyrazol- one l-p-nitro- (WAHL and SILBERZ- WEIO) A. i 213. beirzoate (RODTKEK) A. i 278. l-Phenyl-3-m-methoxyphenyl-6-pyran- olone and I-oxiniino- (M'AHL and 1-Phenyl-3-p-methoxyphenyl- S-pyraaol- one 1 p-iritro- and 4-0xinrino- (WAHL arid SILBBRZWETG) A. i 214. Phenyl-a-methoxyatyryl ketone oxime of (AEELL) 'l'. 994. Phenylmethylallylarsine (WINMILL) T. 724. 5-Phenyl-6-methylbarbituric acid (FAR- BENFABRIKEN VORM. F. BAYEK & Co.) A . i 1025. I-Phenyl- 2-methy lbenziminazole (WOLFF) A. i 1028. Ph enylme t hylbr omo ars ine ( W I N M ILL) T.723. a-Phenyl-&me thylbutane-ay-dione (methylbenzoylaceton) and its copper salt (DIECRMANN) A. i 868. 8-Phenyl-y-methylbutylene By- glycol (LEPIN) A. i 958. y-Phenyl-y-methyl-AS-bntylene o-oxide (LEPIN) A. i 958. Phenylmethylcarbinols optically active (HOLMBERG) A. i 448; (PICKAHD and KENYOS) A i 554. Phenyl-3-methyl-2-carboxyphenylthiol- acetic acid 5-chloro- (KALLE & Co.) A. i 209. 2-Phenyl-l-methyl-l:2-dihydropyridone 3-hydroxy- (BLAND and THORPE) T. 868. 3-Phenyl-2-methyl-4-dihydroquinaxol- one ethiodidc arid methiodide ( HOGERT and GEIGER) A. i 511. 3-Phenyl-2-methyl-4-dihydroquinazol- one 3-p-vyano- ( BOGERT arid BEAL) A. i 393. 3-p-nitro- dinitro- and nitro-3-p-nitro- (ROGERT and GEIGER) A. i 396. SILBEItZWEIG) A. i 214. 4-Phenyl-6-methyldihydro-3-thionracil ( f'osNP.R arid STIRKUS) A.i 456. 4-Phenyl-4- and 6-methyldihydronrscis 3-Phenyl-l-methyldioxindole methyl i 51. S-Phenyl-7-?np-methylenedioxyphenyl- 23-dihydro-4-pyrindene) salts of (STKIEOLER) A. i 782. 1 -Phenyl- 3 - mp-me thylenedioxyphenyl- 7-methyloctahydroindenes 1:9-di- hydroxy- $~.I'RIEQLER) A. i 784. 2-Phenyl-4-mp-methylenedioxyphenyl- 7-methyl-6:8:7 8- tetrahydroqninoline and its picrate (STRIEGLER) A. 1 784. Phenylmethylethylammonium d-tar- trate hydroxy- ( MEISEKHEIMER) A. i 25. (POYNER and STIRNUS). A. i 456. ether (KOBN and OSTEltSETZER) d.,INDEX OF SUBJECTS. ii. 1545 2-Phenyl-S-methyl-6-ethyl-l:2-dihydro- B-Phenyl-B-4-methyl~c~hexan-2-onyl- 6-Phenyl-2-methyl- A1- and -A2-cyclo- pyridone 3-hydroxy- (BLAND and THORPE) T.1570. propiophenone aild its derivatives (ROSEKB~~I(G) A. i 782. hexen-Cone- l-carboxylic acids methyl esters anti their derivatives (DIECK- MANX) A. i. 856. S-Phenyl-B-methylhexyl alcohol (v. BRAUS DEUTSCH and SCHMATLOCH) A. i 434. Phenyl methyl mercaptole p-nniino- and its acetyl derivative (AKTIEN- GESELLSCHAFT FUR ANILIN-FARKIKA- TION) A. i 183. Phenylmethylnitrosoamine op-di- bromo- (FISCHER aiid GKOSS) A. i 439. m-chloro- (FISCHER and NEIIER) A i 438. 2-Phenyl-5-methyl-l:3:4-oxadiazole and its derivatives (STOLLI~ MAMPEL HOLZAPFEL and LEVEHXUS) A. i 226. a-Phenyl-B-me thy 1- Aav- pentadiene (KJELOUSS) A. i 230. a-Phenyl-B-methylpentane (BJELOUSS) A. i 230. Phenylmethylphoaphinic acid alka- loidal salts of (POPE and GIBSON) T. 740 ; P. 109. 2-Phenyl-l-methylcyclopropane ( KIJ- 5-Phenyl-3-methylpyrazoline and its hytlrochlwidt (KIJNER) A.i 758. l-Phenyl-3-methyl-S-pyrazolone 4- bro1iio-4-nitro-l-p-I,roxno- (WISLI- CENUS and Goz) A. i 52. 3’:5‘-dichloro-2’-hydroxy- (FAR REX- A. i 1023. 4-Phenyl-2-methylquinoline synthesis of (SI’ALLINO and SALIMEI) A. i 723. 2-P heny 1 - 6-me thylquinoline -4- carboxy- lic acid ethylglycyl ester (CHEMISCHE FABRIK AUF AKTIEN VOKM. E. SCHE- RING) A. i 1018. 2-Phenyl-l-methylqninolininm iodide 4-chloro- (KAUFMANK and VONDER- WAHL) A. i 503. 2-Phenyl-l-methylquinolylene-4(2’)- qninaldine and its ethiodide and iodide ( KAUFMANN and VONDER- WAIIL) A. i 503. Phenylmethyleulphone o-amino- o- h \ droxylainino- and o-nitro- (CLAASZ) A. i 514. p-bromo- (BOT:RGEOIS and ABRAHAM) A. i 109.2:4-&initro- (CLAASZ) A. i 390. NEt:) A. i 758. FABRIKEN VORM. F. BASER & CO.) Phenylmethylsnlphoninm dibroinide (HOURGEOIS arid ABEAHAM) A i 109. 8-Phenyl-a-methyltetramethylenedi- amine. See a-Phenylpentane o6-di- amino-. Phenylme thyltriazole (RAM REROER) A. i 55. 8-Phenyl-a- me thylvaleriu aaid (v I ~ R A U N DEL’TSCH and SCHXATLOCH) A. i 434. a-Phenylnaphthylamine fit- and p- chloro- (KNor,r cyt Co.) A. i 345. B-Phenylnaphthylamine and o- m- and p-chloro- (KNOLL & Co.) A. i 345. Phenyl-a- and -B-naphthylamines thio- (KNOLL & Co.) A. i 759. 5-Phenyl-2~a-naphthyloxazole and its picrate ( I,ISTE~L and ROBINSON) T. 1306. 2-Phenyl-5. a-naphthyloxazole and its picrate (LISTER aiid ROBINSON) T. 1308. l-Phenyl-4-p-nitrobenz ylidenehydantoin and 2-thio- (JOHNSON and BRAUT- LECHT) A i 805.Phenyl-p-ni trobenz ylideneme thylhydr- azine (HACKEX) A. i 731. 3-Phenyl-o- m- and p-nitrobenaylidene- iwoxazolones (MEYER) A i 1019. Phenyl-o-nitroindone. See 2-Phenyl- indone .l-nitro-. 5-Phenyl-2-o- m- and p-nitrophenyl- oxazolee (I,ISTEI< and ROliINSON) T. 1310. Phenyloctylene (v. HRAUN DEUTGCIJ and SCHMATLOCH) A. i 434. 5-Phenylosazole-2-p benzeneaeodiethyl- aniline ( L r s m i r and ROBINSON) T. 1313. 3 - Ph en y 1 isooxaz 01 e - 5 - carbox ylic acid (SCHOYTLE) A. i 915. 3-Phenylisooxazolone 4:4-dz%romo- and its derivatives (hlEYER) A. i 682. Phenylpentadecylcarbinol (RYAN and NOLAN) A. i 750. Phenyl pentadecyl ketone and its oxime (RYAN and NOLAN) A. i 749. a-Phenylpentane as-diarnino- (&phimy?- a - met h y ltel ra tn eth y tenediamine) and its derivatives (FIKZI) A.i 1022. 8-bromo- and 8-cyano- (v. BRAUS DEUTSCB and SCHMATLOCH) A. i 434. s-nitro- and its derivatives (v. BEAUX and KHUBER) A. i 266. Phenylcyclopentane p-nitro- (v. BHAUN and DEUTSCH) A. i 436. 5-Phenyl-5-phenacylisooxazole (QCHOT- TLE) A. i 915.ii. 1546 INDEX OF SUBJECTS. Phenylphenazonium salts clichloro- (BALLS HEWITT and NewhrAN) T. 1849. Phenyl b-phenylbutyl ketone and its oxirrie (BOIWHE) A. i 194. Phenylphenylbutylthiocarbamide (v. BI{AUN arid DEUTSCII) A. i 694. l-Phenyl.4 a phenyle thyiidene-3-methyl- 5-pyrazone (HEIDUSCHKA and Ho- THACKER) A. i 52. Phenyl 8-phenylethyl ketone (DUYTA and WATSON) I). 106. Phenylphenylpropylthiocrrrbamide (v. HRAUN and DEUTSCH) A i 691. Phenyl- y-ph thalimidoprop ylsnlphone (GABRIEL and COLMAN) A.i 116. Phony1 a-piperidylbenzyl ketone and its methiodide (RABE and RIEPER) A. i 718. 8-Phenyl-B-piperidylpropiophenone and its salts (GEOEQI arid SCHWYZER) A. i 787. Phenylpiperidylthiocarbamide (HOLM- BERG) A. i 133. 8-Phenyl-B-3-piperonylidenecyclopentan- 2-onylpropiophenones (GEORG I and VOLLAND) A. i 781. 3-Phenyl-l-piperonyl-5-pyrazolone and 4-oxiniino- and their silver salts (CURTIUS and SCHMITTMANN) A. i 509. y-Phenylpropaldehyde and a-nitro- de- rivatives of (v. BKAUN and I~P.UBER) A. i 266. a-Phenylpropane di- y-bromo-y-nitro- and y-nitro- (v. BRAUN and KL~UBER) A. i 266. a- Phenylcyclopropane-as-dicarboxylic acid a-cyano- ethyl ester (SCREIBER) A. i 561. a-Phenylpropionic acid amino- dl- d- and Z-forrnyl derivatives (MCKENZIE and CLOUGH) T.394. d- and Z-a-amino- (MCKENZIE and CLOUGH) T. 396. a-hydroxy- and its salts (Sbfrm) A. i 113. B-Phenylpropionic acid glycyl ester (FARBENPABKIKEN VORM. F. BAYER & Co.) A. i 974. 8-Phenylpropionic acid nS-dinmino- a-benzoyl derivative (POSNER and STIRNUS) A. i 457. %amino-m- and -p-hydroxp- m-B- diamino- and o- m- and p-nitro-p- amino- ( POSNRR) A. i 455. w - (8)-Phenylpropionylaminoacetophen- one ( LISTRR arid ROBIMON) T. 1303. y-Phenylpropyl chloride p-hydroxy- and p-nitro- (v. BRAUN and DEUTSCH) A. i 845. mercaptan (v. BRAUN) A. i 552. nitrite !v. BRAUN and KRUBEK) A. a-Phenylpropyl alcohol 8-oximino- (RABE a i d HUNNIUS) A. i 718. y-Phenylpropyl alcohol p-hydroxy- (hoinotylrosol) ant1 its dihenzoyl deri- vative (v. BRAUN and UEUTSCH) A.i 846. Phenylisopropylamine p-hydroxy- and its hydriodide (ROSENMUND MAN- NICK arid JACOBBOHN) A. i 443. 3:i-dihydroxy- and its salt3 (ROSEN- A i 967. 5-Phenyl-5-propylbarbituric acid (FAR- BENFABRIKEN V O I ~ M . I!’. BAYEK &CO.) A. i 1025. 3-Phenyl-4-p ~sopropy1benzylidene~s~- oxazolone (MEYEH) A. i 1019. Phenylpropylbutylene (AMOUROUX and MURAT) A. i 415. amino- o- and -p-hydroxy- and p- nitro- and their salts and derivatives (v. BRAUN and DEUTSCH) A. i 845. o-Phenyl-n-propylmalonic acid and its methyl ester (BORSCH E) A. i 264. 6-Phenylpropylmdonic acid and its ethyl ester (1’. BRAVN and KRUBER) A. i 265. Phenylpropylthiooarbamide (v. BHAUN aud DEUTYCH) A. i 694. Phenylpropylthiocarbimide (v. BRAUN and DEUTSCH) A. i 693. y-Phenylpropyldithionrethane (v.HRAUN) A. i 552. a-Phenyl-a- propylvaleramide (FA RBEN- FABRIKEN VORM. F. BAYER & Co.) A. i 974. a-Phenyl-a-propylvaleronitrile (FAR- BENFARRIKEN VORM. F. BAYER ~ C O . ) A. i 974. 4-Phenylpyridazine p-hydroxy- and its GAUS) A. i 1027. Phenylpyridazonanthrone and 5-amitio- and p-bromo- (ULLMANN arid VAN DEK SCIIALK) A. i 387. Phenylpyridazonanthrone 4-amino- and 4-chloro- (ULLYANN and MINA- JEFF) A. i 388. Phenylpyridazonan throne-p-sulphonic acid and its sodium salt (ULT,biANN Phenylpyridinininm chloride 2:4-di- nitro- action of hydrogen sulph- ida on (ZtNCKE and WEISSPFEN- XING) A. i 302. 2:4:6-trinitro- preparation and de- rivatives of (ZIKCKE) A. i 303. 2-Phenylpyrimidine &nitro- (HALE and i 266. MUND MASXICH and JACOBSOIIN) y -Pheny lpropyldimethylamine P- -5-carboxylic acid (STOERYER and and VAN DER SCHALK) A.i 387. BRILL) A. i 21i.INDEX OF SUBJECTS. ii 1547 4-Phenyl-a-pyrone 6-hpclroxy- and its salts (BLAND and THORPE) T. 869. Phenylpyrrole compounds of with formaldehyde Rnd propaldehyde (COLACICCHI ant1 REKTOXI) A i 653. 2-Phenylqninoline-4-carboxylic acid ethylglycyl estcr (CHEMISCH I. FABRIK AUF AKTIEN VORM. E. SCHERISC) A. i 1018. B-naphthyl and phenyl esters (CHEMISCHE FABRIK AUF AKTIKS VORM. E. SCHEHING) A. i 582. 3 - Phenyl- 4- salic ylidene isooxazolone acetyl derivative (MEYER) A. i 1017. Phenylstibinic acid swamino- and its derivatives (MAY) T. 1036 ; P. 5. 3-Phenyl-2-etyryl-4-dihydroquinazol- one (BOGERT and BEAL) A. i 394. Phenyl etyryl ketone (benzy2ideiieaceto- phitone) catalytic reduction of (FR&LOULS) A.i 629. derivatives of (ABELL) T. 9% ; Y. 145. nitrate (REDDELIEN) A. i 986. a-,B- and y-semicarbazoncs ( HEILBRON and WILSON) T. 1482 ; P. 192. Phenyl styryl ketone 2:3:4-trihydroxy- (DUTJ-A and WATSON) T. 1240 ; P. 106. 5-Phenyl-2-styryloxazole (LISTER and ROBINSOX) T. 1303. Phenylaulphinic acid o-nitro- and its esters (ZINCKE and FARR) A. i 764. Phenylsulphinone acid o-nitro- esters (ZtxcKE and FAliR) A. i 763. Phenyleulphoneacetic acid o-nitro- ethyl ester (CLAASZ) A. i 514. and 2:4-dinitro- and its lead salt (CLAASZ) A. i 390. Phenyleulphoxidephenyleulphoneme- thane (HIKSBEKG) A. i 546. Phenyleulphoxidoace tic acid o- ni tro- ethyl ester (CLAASZ). A. i 514. Phenyleulphuran o-nitro- (CLAASZ) A. i 514. 2-Phenylte trahydronap thalene (S PATH) A.i 979. 2-Phenyl- 1 :4:5 :6- tetrahydropyrimidine and its salts (BRANCH and TI'I'HER- LEY) T. 2342 ; P. 293. Phenyltetramethyldi-p-aminotriphenyl- methylamine (Vr LLIC;ER and KOPE- TSCHNI) A. i 1031. a-Phenyl-8866-tetramethylpentan-y-one (HALLER) A. i 270. 5-Phenylthiocarbamido-l-phenyl-3-p- tolyldihydroglyoxaline 2- thi 0- (J OIIN- SON wid RVRNHAM) A i 305. Phenylthiocarbamylgly collanilide (HOLMBERG) A. i 132. Phenylthiocarbamylglycollic acid and its salts (HOLMBERG) A. i 132. Phenylthiocarbimide action of on carb- aniide and thiocarbamide (PIEBONI) A . i 752. Phenylthiolacetic acid m-amino- acetyl derivative (KALLE & Go.) A. i 452. 2:4-c2icli1oro- (KALLE k Co.) A. i 354. 3:4-dichloro- (KALLE & Co.) A. i 557. o-ni tro- and 2 4 -dinitro- (CLAASZ) ethyl ester (CLAASZ) A.i 514. Phenylthiolamine o-nitro- and its deri- vatives (ZINCKE and FARR) A. 1 i 6 4 . l-Phenylthiolanthraquinone (GAITER- MANN) A. i 1002. 4-Phenylthiolanthraquinone l-amino- and l-thiocyano- (GATTERMANN) A. i 1002. 1 -Phenylthiolanthraquinone-2-e.rboxy- lic acid p-chloro- ( BADISCHE ANILIN- & SODA-FAHRIK) A i 468. l-Phenylthiolanthraquinone-6- 4 and -8-sulphonic acids and their deriva- tives potassium salts (GATTERMANN) A. i 1002. Phenylthioldimethylamine ornitro- (ZINCKE and FARR) A. i 764. Phenylthiolmethylomine o-nitro- (ZINCKE and FARR) A. i 764. Phenylthiolmethylimine o-nitro- (ZINCKE and FAKR) A. i 764. 4-Phen yl thiol- 1 me thy1 thiolanthrr- quinone (GATTEItMANN) A i 1003. Phenylthiol-a- and -B-naphthalider o- nitro- (ZIKCKE and FARK) A.i 764. Phenyl thionylace tic acid o-nitro- (CLAASZ) A. i 389. 4-Phenyl-2-p-toluidinomethylthiuole (JOHNSON and BURNIJAM) A. i 305. Phenyl-o-tolylamine pp'-dtlydroxy- and its dibenzoyl derivative (HELLER) A. i 917. Phenyl-p- tolyl benzylethylphorphonium salts (WEDEKINI)) A. i 1043. Phenyl-p-t olylbenzylmethylphor- phonium salts (POPE and GIBSON) T. 738. 3-Phenyl-4-p- tolylidenezkooxa~olone (MEYER) A. i 1019. 3 - Phenyl- 5 - tolylidenerhodanin (NX- GELE) A. i 795. Phenyl-p- tolylmeth~lallylphosphoniam iodide (POPE and GI RSON) T. 757. Phenyl-p- tolylme thyle thylphorphoninm d-camphorsulphonate ( WEDLKIWD) A. i 1043. 3-Phenyl-2 p - tolyl-6-methylquinole-4- carboxylio acid ( FARBENFABRIKEN VORM. F. BAYER Sr. Co.) A. i 1019. A. i 359.ii.1548 iNDEX OF SUBJECTS. 6-Phenyl-So- m- and -p-tolyloxazoles and picrate of the first (LIsTEK and ROBINSON) T. 1300. ~-Phenyl-2-p-tolylquinoline-4-carb- oxylio aoid (FAHBENFABRIKKN vomr. F. BAYER & Co.) A. i 1018. Phenyl-p-tolylsulphone 4-iodo- 4- iodoso- and $-iodoxy- and derivatives (WILLGERoDr and PLOCKSTIES) A. i 256. s-Phenyl-y-triazopropyl-carbamide and -thiocarbamide ( FORSTER and WITHERS) T. 492. Phenyltriethylsilicane ( BYGDI~N) A. i 342. Phenyl-4-trimethylammonium hydrox- ide 2-diamino-l-hydroxy- 2-dibenzoyl derivative and its salts (MELDOLA and HoLLEr,P) ‘1’. 930. l-Phenyl-2 3:4- trimethyl 5-pyrazolone I-p-amino- ( FARBWERKE v o R n i . MRISTER I,ucIus & BaBxr~a) A. i 135. and l-p-nitro- (FAHBWERKE VORM. MEISTER LUCIUS & BRUNIXG) A. i 1033.Phenpltrimethylsilicane (BYGDBN) A. i 342. Phenylurethane p q a n o - (BOQERT and WISE) A i 450. c-Phenyl-n-valeraldehyde and its derira- tives (v. BKAUN aud KRUBEK) A. i 266. u-Phenyl-n-valeric acid derivatives of (FARBENFABRIKEN VOKM. F. BAYER 8-Phenylvalerio acid anilide of B-Phenylvaleric acid B-amino- (POWER 8-Phenylvaleric acid a-anrino- and a- bromo- and derivatives (v. BRAUN and KKUBER) A. i 265. a-cyano- and its ethyl ester ( BORSCHE) A. i 264. S-Phenyl-4-vanillylidene~ooxazolone (MRYER) A. i 1019. u-Phenyl-y-xylylpropane (v. BRAUN and DEUTSCH) A i 688. Phenyl-2-p-xylylsulphone 4-iodo- 4- iodoso- and derivatives ( W r LLoERonr and PLOCI<STIES) A. i 257. Phlobaphen froui sarttalin (PAIN and Phloridzin action of on gaseous meta- bolism and on the work of the kidneys (BELLK) A ii 1062.iniluoucd of on the distribution of nitrogen in urine of starvod rabbits & Co.) A. i 974. (BORSCFIE). A. i 194. and STIRNUB) A. i 456. SIYONBEN) T. 1063 ; P . 140. (YO8HIKAWA) A. ii 71. Phloridrin diabetes See Diabetes. Phlorin. See PhIorofilucinol-d-e;lucoside Phloroglacinol transformation of a derivative of into one of cvclohexan- trione (HELLER) A. i 274. derivatives of (GOBCHKE aud TAJIBOR) A. i 446. diacetate( HELLEI and KRETZSCHMAR) A i 274. Phloroglucinol-d-glacoeide (phlorin) (FISCHER and QTRAUSS) A. i 884 ; (CREMEK and SEUFFEIW) A. i 885. Phonopyrrolecarboxylic acid !we para- A. i 493. zkoPhonopyrro1ecarboxylic acid and its picrate (PILOTY and THANNHAUSER) A. i 737. Phonopyrrolecarboxylic acids ( PILOTY and DOKMANN) A.i 924. Phorone action of on c:rtechol and pyrogallol (GHIGLIENO) A.,i 186. Phosphates. See under Phosphorus. Phosphatese action of (v. LEBEDEFF v. EULER and OHLSBX) A. i 61.; (v. EULER and KULLBERO) A. 1 148 ; (v. EULER) A. i 403 594. influence of toluene on (v. EULER and JOHANSSON) A. i 817. Phosphatides and their purification (MACLEAN) A. ii 1191 1192. vegetable (NJRGOVAN) A. ii 196. Phosphites. See under Phosphorus. Phosphomolybdates separation of silico- molybdates and (M~LIKOFF) A. ii 202. Phosphonium bromide and iodide dis- sociation pressures of (JOHSSOS) A. ii 833. Phosphonium compounds (POPE and asymnietric (WEDEKIND) A. i Phosphorbronze constitution of (LwI- MALVANO and OROFIRO) A. ii 51. Phosphorescence relation between photo- electric effect and (PouL) A.ii 5. of organic compounds a t lorn tempera- tures (DE KOWALSKI) A. ii 217. spontaneous of sulphur compounds (DEL~PINE) A. ii 509. Phosphorescent substances!. absorption spectra of’ (WAcrm) A. 11 110. Phosphoric acid. See under Phos- phorus. Phosphorites Russian mineralogy of (T~~CHIRWINSKY). A. ii 173 ; (SAM- OILOFF) A. ii. 949. Phoaphoroaa acid. See under Phos- phorus. Phosphorus atomic weight of (BAXTIGR MOORE and ROYLSTON) A. ii 347. and nitrogen in the alcoholic extract of leaves (SEIS~E) A. ii 288 tioil Of (FISCHER arid BARTHOLOM;iUS) GIBSON) T. 735 ; P. 108. 1043.INDEX OF SUBJECTS. i i 1549 Phosphorus luminosity of (CENTNERSZ WER and PETRTKALN) A. ii 709. vapour dissociation of (PKEUNER and BROCKM~LLER) A. ii 1146. red (STOCK SCHKADER and STAMM) A.ii 639. reaction of with potassium ltydroxidc solotion (BAKEKJEK) P. 50. metabolism. See under hletabolism. content of organq effect of injectioii of tubercle bacilli on the (OTOLSKI and BIEKNACXI) A. ii 792. in fodders utilisation of hy ruminants (FINGERLING) A. ii 63. action of in calcium nietabolism (KOCHMANX) A. ii 372. poisoning. See Poisoning. manuring with eflect of on turnips (HAIWWELL and HAMMEIT) A. ii 676. in soils effect of heat and oxidation on (PETERSOS) A. ii 595. actioii of solvents on the in soils (EKGELS) A. ii 596. in oil-cakes action of rice-bran on (KIDA) A. ii 596. nucleic assimilation of by alga (TEO- DRRESCO) A. ii 974. Phosphorus cornpounds in plants (ULRICH) A. ii 591. Phosphorus trichloride action of on acetic acid (BROOKS) A.i 332. pentachloride dissociation of the vapour of (HOLLAND) A. ii 436. thiochloride action of 011 alkaline solutions of phenols (AUTENRIETH) A. i 104. Phosphorous acid kinetics of the reduction of mercuric chloride by (GARSER) A. ii 146. Phosphites dialkyl tauto~nerism of (hlILOBFh’l)ZIil) A. i 155. Hypophosphites catalytic oxidation of aqueous solutions of (SIEVEHTS and LOESSNER) A. ii 754. Oxythiophosphorous acid barium s!t (EPIIRAIM aid Smw) A. 1 1 43. Phosphoric acid action of on glycerol (COSTAI~DI) A i 745. mobilisation of in soils infected with bacteria (SEWERIX) A. ii 474. absorption of in soil‘i (DUSCHET- SCHKIN) A. ii 677. non-fixation of hy an acid forest aoil (PETIT) A ii 1206. absorption of by zenlitea (ROST- WOROWSKI and WIEGNER) A. ii 937. distribntion of in uririe and feces (W~RTZ) A.ii 1194. Phosphorus :- Phoephoric acid absorption of in the intestine (ZUCKMAYEI:) A. ii 1099. inositol salt of (CONTARDI) A. i 607. neutral esters of preparation of (AK- TI EN-C ESELLSCII AFT FUR ANILI K - FARILIKATION\ A. i 760. glycerides glycol aid glycolhydrin esters of (GRUS and KADE) A. i 156. organic compound from wheat bran (ANDERSON) A. ii 1205. estimation of (NEUBAUER and LUCKER) A. ii 386 ; (MULLEH) A. ii 487. estimation of volumetrically (FAIR- CHILD) A. ii 488; (BILTZ and MARCUS) A ii 1209. estimation of in Iwcceiice of col- loidal silicic acid (M~LIKOFF and BECAIA) A. ii 488. estimation of in Thomrro slag (PoPP) A. ii 992 ; (FUCHS and WAGNER) A. ii 993. estimation of in soils (AULD) A. ii 487. estimation of in wines (v.DER HEIDE and SCHWENK) A ii 992. Phosphates discharge of positive ion from heated (HORTON) A 11 synthesis of organic phosphorus compoimds from in the nrganism (FINGERLING) A. ii 272. use of in nutrition of plants (RAGULEY) A. ii 293. action of on the post-mortal reapira- tion of plants (ZALESKI and MARS) A. ii 975. effect of ignition on tho solubility of in soils (FRAPS) A. ii 85. compounds of with carbohydrate derivatives (v. EULER and JOHANSSOX) A. i 750. estimation of in vegetable sub- stances (PONTE) A. ii 91. mono- and di-metallic estimation of in wine (LEMATTE) A. ii 703. separation of in qualitative analysis (NICKERSOX) A. ii 1210. Ultraphosphates (KROLL) A ii 765 1173. Metaphosphoric acid ethyl ester (LAKGHELD) A. i 407. Dipyrophosphoric acid inositol eater (ANDERSON) A.i 677. Tnpyrophosphoric acid inositol ester (ARDBBSON) A i 677. a.ii. 1560 INDEX OF SUBJECTS. Phosphoru8 :- Thiophosphorio acid esters of and their compounds with metallic salts (PISTSCHIMUKA) A. i 68. dichlaro- phenyl ester (EPHRAIM) A. i 27. Dithiophosphoric acid esters of and their compounds with metallic salts Trithiophosphoric acid metallic salts of (EPBHAIM atid STEIN) A 11 42. esters of and their compounds with metallic salts (PIsTcmbiuKA) A. i 69. Tetrathiophosphoric aoid metallic salts of ( EPHRAIM and STEIN) A. ii 42. Phorphorns sulphide P& nature of so-called (STOCK and FRIEDERICI) A. ii 1166. Phosphorus organic compoundr synthesis of from inorganic phosphates in the organism (FINGERLING) A. ii 272. Phoephorns white detection of in presence of hypophosphites and arsenic (LECL~SHC) A.ii 202. estimation of in animal material (WIELAND) A. ii 962. estimation of in foods (VOZARIK) A. ii 386. estimation of in iron and steel (REI- CHARD) A. ii 90. estimation of gravimetrically in milk (MILLER) A. ii 202. estimation of in animal tissues (WHIT- TIER) A. ii 90. inorganic estimation of in plants (COLLISON) A. ii 865. quantitative separation of organic and inorganic in fodders (FINGERLING and HECKING) A. ii 91. Phosphorae pipette of coloured glass Phorphoryl chloride (phosphorus ozy- chCoride) as a cryscopic solvent (WALDRN) A. ii 429 ; (ODDO and (MANNESSIER) A. ii 906. Phosphotungstic acid precipitation of (JACOBS) A. ii 1177. use of to clarify urine (MAY) A. ii 302. reaction of with uric acid (FOLIS and MACALLUM) A .ii 495. Photiiiia .qermtta ta man d el on i t rile glucoside in (HI~RISSEP) A. ii 675. PHOTOCHEMISTRY :- Light chemical action of (CIAMICIAN and SILBEn) A j 174 537 645 ; (WEIGERT) A.,”ii 715. absorption of (UMOFF) A. ii 1019. (PISTSCHIMUKA) A. i 69. (FRIRDRTCHS) A. ii 933 11G1. PHOTOCHEMISTRY :- Light absorption of by aromatic hydrocarbons (DE KOWALSKI and BANASINSKI) A. ii 1019. absorption of by inorganic salts (HOUSTOUN BROWN) A. ii 5OS. absorption of by solids and gases (KOENIGSBERGERand KUPFERER) A. ii 405. catalytic action of in the oxidation of phenolphthalin (Rossx) A. ii 107. action of on sulphoxides and sul- phides (HIXSBERG) A. i 852. biochemical reactions in (v. EULER) A. ii 112 ; (v. EULER and LIND- BERG) A.ii 407. ultra-violet chemical action of (ANDR~EFF) A. ii 112. condensation by means of ( PRI- BRAM and FKANKE) A. i 412. photochemical absorption of (HJWRI and WURMSER) A. ii 883. absorption of by aliphatic organic componnds ( EIELECKI and HENRI) A. ii 882. action of on diastases (AGULHON) A i 61. action of on gmes (RANSAUER) A. ii 5. action of on gaseous hydro- carbons (BERI’HELOT and GAU- DECHOX) A. i 741. pnlverisation of.. metals by (SCHULZE) A. 11 407. d econr position of smokeless powders by (BERTHELOT and GAUDECHON) A. i 163 210 394. excitability of organisms by (V. and MME. V. HENRI) A. ii 964. action of on water vapour and on electrolytic gas (COEHN and GHOTE) A. ii 1118. variation of the abiotic power of with the wave-length of the rays (V. and M m . V.HENRI) A. ii 873. application of in gas aiialysis (LANDAU) A. ii 986. Bunlight organic syntheses by means of (PATERNO and MASELLI) A. i 295. action of on glass (RUDGE) A. ii 881. decomposition of water by (KERN- BAUM) A. ii 342. Photochemical absorption of nltra- violet liaht ( H E N I ~ I and WURM- SER) A.,Oii 883.INDEX 01 PHO~OCHl%MISTRY :- Photochemical actions and the Hertz- Halwachs effect (REBOUL) A. ii 512. apparatus (COBENZL) A. ii 931. reactions ( WINTHER) A. ii 510 ; ( BERTHELOC and GAUDECHON) A. ii 616 822. kinetics of (WEIGERT) A. ii 880. retartlation of by oxygen (WEIGERT and SAVEANU) A. ii 1120. in p s s energy changes in (WAR- BURG) A. ii 315. in aqiieous solution (BENRATH) A. ii 881. studies (PLOTNIKOFP) A. ii 4 218 405 615. synthesis (BERTHELOT and GAVDE- CHON) A.ii 715. Photoelectric behaviour of solutions (NIENHAUS) A. ii 5. effects in a vacuum (HERRMANN) A ii 716. of various compounds (HUGHES) A. ii 5 880. relation between phosphorescence and (FoHL) A. ii 5. Radiation penetrating iu the atmo- sphere (GOCKEL) A. ii 416. absence of during explosions (DE BROGLIE and BRIZARD) A. ii 883. Radioactive disintegration effect of temperature on (RUSSELL) A. ii 416. products preparation of (MEITNER) ionisation by (WERrEssTEIx) estimation of in the atmosphere A. ii 10. A ii 222. ONO) A. ii 12. elements absorption of ultra-violet light by (ZELINSKY) A. ii 521. shortlived chemical compounds of (SCHRADER) A. ii 722. products absorption of and the ioiiisation produced by them (WERTEXSTEIN) A. ii 887. substances electrochemistry of (v.HEVESY) A. ii 414. law of the ionising rnngea of (BUTAVAND) A . ii 722. origin of 8- and y-rays from (RUTHERFOI:D) A. ii 1024. Radioactivity discovery of and its influence on the course of physical science (LODGE) T. 2006. failure to produce in metals (VIN- CEXT and BURSILL) A. ii 417. ( KIXOSHITA XISHIKAWA and SUBJECTS. ii. 1651 PHOTOCHEMISTRY :- Radioactivity induced meaetlrement of in Bolivian Cordilleras (KNOCHE) A. ii 619. of rocks (JoLY) A. ii 1032. of rocks of the St. Gotherd tunnel (JoLY) A. ii 224. of mineral springs. See under Water . measurement of by meaiis of s-rays (BARN) A. ii 616 ; (WILSON) A. ii 617. Rays chemically active production of in chemical reactions ( MATU- SCHEK aud NENNIXG) A. ii 116. chemical changes produced by varions kinds of (NEUBERO) A.ii 314. ultra-red absorption of by gases (v. BAHR) A. ii 506. a-Rays ionisation produced by (RAM- SAUER) A. ii 1029. ionisation of gases by (CAMPBELL) A. ii 411. measurement of radioactivity by means of (BARS) A. ii 616 ; (WILSON) 8.. ii 617. chemical action produced by (LIND) ozonisation of oxygen by ( LIND) A. A. ii 1027 ii 513. emission of electron8 by metals under the influence of (BUMSTED and MUGOWAN) A. ii 1026. a- and 8-Rap charges carried by (DANYSZ and DUAX’E) A. ii 888. chemical action of (USHER) A. ii 6. &Rays changes in the velocity of in passage through matter (v. BAE- YER DANYSZ) A. ii 617. ionisation produced by (RAMSATJER) A. ii 1029. from radioactive substances origin y-Ray8 from radioactive substances) origin of (RUTHERFORD) A.ii 1024.” excited by the &rays of radium (CHADWICK) A. ii 1025. structure of ( MEYER) A. ii 409. absorption of by gases (CHADWICK) A. ii 718. absorption of by gases and light substances (CHADWICK) A. ii 515. comparison of the ionisation due to Rontgen rays and (EVE) A. ii 885. action of on starch (COLWELL and Russ) A. i 608. O f (IIUTHERFORD) A. ii 1024,ii. 1552 INDEX OF ~~- - PHOTOCHEMISTRY :- b-Bay8 (CAMPBELL) A. ii 221 1027 1121. eniissioa of by metals (BI'MIRTEAD) A. ii 8. velocity of (HAUSER) A. ii 1026. a-particles time intervals of emission of (MARSDES and BAILRATT) A. ii 6 113. photograpliic record of (GEIGER and RUTHERFORD) A. ii 1021. B-Particles reflection of by sheets of matter of different thicknesses (WILSON) A. ii 887.homogeneous absorption and reflesion of (WILSON) A. ii 1023. Canal rays (THOMSOX) A. ii 885; (~I'IEN) A. ii 1031. influence of the nature of the gas on pulverisation by ( KOHLSCHUTTER) A. ii 1030. in vapours of the alkali metals (GOLDSTEIN) A. ii 8. emission of spectra by solid nietalIic compounds under the influence of ~QTARK and v. WENDT) A. ii r20 721. excitation of phosphorescent alkaline earth sulphides hy ( BAERWALD) A. ii 1122. Cathode rays luminosity ofgases tinder the influence of (GEHRCKE aiid SEELIGER) A. ii 517. pulverisation by (KOHLSCH~TTEK) A ii 719. Bintgen rays emitted by carhon (QAD- LEK anti MEEHAM) A. ii 719. absorption of (HARKLA and COL- LIER) A. li 619. scattering of (CROWTHEK) A. ii i. passage of through gases (OWEN) A. ii 516. relation of the penetration of to the pressure and nature of the contained gas (C.L. and F. A. LINDEMANN) A. ii. 223. ionisation of gases by (BARKLA and SIMONS). A. ii 22%; (BRAGG) A. ii 412. comparison of the ionisation due to y-rays and (EVE) A. ii 885. action of on gold hydrosol (GA- LECKI) A. ii 417. effect of on carcinoma (WEDD and Rusn) A ii 963. ffuorescen t from metals (CHAPMAN) A. ii 518. homogeneous from elements of high atomic weight (OHAPMAH) A ii 316. soft absorption of (SEITZ) A. ii 619. SUBJECTS. PHOTOCHEMISTRY :- Photoelectrons. See under Electro- Botatory power and chemical constitu- tion (PICKARD and KENYON) T. 620 1427; P. 137; (POPE and WINMILL) T. 2309 ; P. 275. dependence of on chemical constitu- tion (PICKARD and KEXYON) P. 43. of electrolytes (BOSGIOYANNI) A.ii 314. of optically active substances rela- tion between temperature aud ( PATTEBSOS) P. 324. effect of solvents on (PATTERSON and STRVENSOS) T. 241 ; P. 8 ; (PATTERSON and ANDERGON) T. 1833 ; P. 224. Rotation molecular in normal homo- logous series (HILnITcH) T. 192 ; (CHRISTOPHER and HILDITCH) T. 202. Magnetic rotation of mixtures (SCHWERS) P. 294; A. ji 873 ; (MULLER and GVERDJIKOFF) A ii 325 1113. Refraction of mixtures (hIULLER and GUERDJIKOFF) A. ii 325 1113 ; (SCHWERA) A. ii 873. and dispersion of triazo-compounds (PHILIP) T. 1866 ; P. 226. Refraction constant (SCHWERS) A. ii. 613. value of the (SCHWERS) A. ii 309. of hillopen derivatives (SCHWERS) use of carbon disulphirle as a solvent in determining (SCHWEKS) T. 1859 ; P. 239. Molecular refraction influence of three- niid fimr-membered carbon rings on the of organic compounds (OSTLIXC.) T.457. Molecular refraction and dispersion relation betwen clieiriical constitu- tion and (EISENLOHR) A. ii 709. Befractive index of binary mixtures (SCHWEILS) A. ii 1. Refractivity relation between density and iu non-aqueous solutions (ROHRS) A ii 309. of aliphatic sulphur cornpounds (PRICE and Twrss) T. 1259 ; P. 159. Atomic refractivity (EISEXLOHR) A. ii 401. Molecular refraction of organic com- pounds (Auw-ERS arid MOOSBRUG- GEK) A. ii 213 (DORROSERDOFF) A. ii 309 ; ( E m m s ) A. ii 310. cheitlistry. P. 246.INDEX OF SUBJEC'I'S. ii. 1663 PHOTOCHEMISTRY :- Xagnetic double refraotion and chemi- cal constitution (CO~TON and MOLT- TON) A. ii 426. Dispersion and refraction of triazo- compounds (PHILIP) T.1866 ; P. 226. Rotatory dispersion (TSCHUGAEFF and OGORODNIKOFF) A. ii 407. of carhohydrates in water pyridine and formic acid (GROSSMANX and BLOCH) A. ii 218. Ionisation in gases (BISHOP) A. ii 9 ; (KOVARIR) A. ii 221. by collision (CAMPBELL) A ii 411; (TOWNSEND) A. ii 516; (BARSS) A. ii 884. by collision i n helium (GILL and PIDDUCK) A. ii 515. by moving electrified particles (THOMSON) A. ii 410. by light (LYMAN) A. ii 721. due to Rontgen and y-r.tys com- parison of (EVE) A. ii 885. of liquid hydrocarbons by B- an? y-rays (GOLDMANN) A. 11 515. by radioactive recoil prodacts (WERTENSTEIN) A ii 222. by41;:rays (CAMPBELL) A ii produced by a- and &rays (RAM- SAUEB) A. ii 1029. by Rontgen rays (BARKLA and SIMONS) A.ii 222; (BRAGG) A. ii 412. Spectra relation between atomic vol- umes and ( ROSSI) A. ii 22. and atomic weights of the alkali metals relation between the (Bifnu) A. ii 821. of gases effect of density on lines in (LIVENS) A. ii 874. of metals in the oxy-hydrogen and chlorine- hydrogen flauies (HAR- NACK) A ii 215. effect ot t.lie magnetic field on lines in the (WALI-MOHAMMAD) A. ii 873. detection of metals by means of thrlr (DE GRAMONT) A. ii 875. emission of by solid metallic com- pounds under the influrnce of canal rags (STARK and v. WENDT) A. ii 720 721. Zeeman effect for the of various elements ( LUTTIQ HARTMANN and PETERKE) A ii 506. absorption and chemical reactivity (BALY and RICE) T. 1475 ; P. 197 312. PHOTOCHEMIJTBY :- Ipeotra photography of (MEBTON) P.325. absorption of aldehydes and ketones (PUKVIS arid MCCLE- LAND) T. 1810 ; P. 233. of aromatic nitroamines and nitro- amitles (MORGAN JOBLINQ and BARNETT) T. 1209 ; P. 152. of the cobalto-derivatives ot' primary aliphatic nitroamities (FKANCHIMONT and BACKEK) of metallic ions relation between and their valency (ORYMBLE) of nitro-compounds (HEWCTT POPE and WILLETT) T. 1770 ; P. 230. of organic compounds containing two benzene nuclei (PURVI~ and MCCLELASD) T. 1514; P. 188. of phosphorescent substances (WALTER) A. ii 110. of salts (JONES) A. ii 607. ofcomp~exinorganicsa~te(VALLA) A. ii 2. of isomeric complex salts (PIum) A. ii 712. of solutions of metallic salts (HARTLEY) T. 820 ; P. 109. of rare salts (JONES and STBONG) A. ii 216. inflnence of the solvent on the of solutions (HAVELOCK) A.ii 110. changes i n in different solvents (NEKTON) A. ii 875. selective absorption and emission ( SCHAUM and W ~STENFELD) A. ii 18. ultra-red absorption of gases (BJER- change in by gaJes (v BAHR) ultra- viole t abso r p tiori of nitro - compounds (HANTZYOH and VorQr) A. ii 508. arc and arc Aame spectra (HRRTEN- STEIN) A. ii 505. of metals (OELLERS) A. ii 404. arc flame of metals (HERTENSTRIN) A. ii 614. band structure of (FORTBAT) A. ii 505. relation between valency and (STARK) A. ii 403 emission of aromatic compound (GOLDSTEIN) A ii 216 614. rr. 2256 ; P. 264. rr. 266. RUM) A ii 1114. A. ii 2.ii I554 INDEX OF SUBJECTS. PHOTOCHEMISTRY :- Spectra of gases (SCHWEDES) A. ii 709. ultra-red emissioii (LEHMANK) A. ii 873. oxyhydrogen flame and s p r k of metals ( HARTLEY and Moss) A.ii 821. spark velocities of the vapours of elements in their (HEMsALEcIi) A. ii 403. ultra-violet of metals of the plati- niim group (MIETHE and SEE- GE~LT) A. ii 2. vacuum tube of rnctals and metallic chlorides (POLLOK) A. ii 710; (MORROW) A. ii 711. Ilpotral series study of (HICKS) A. ii 612. Spectroc hemical investigations (AUWERS) A. ii 213. Ilpectrochemistry history of ( NASINI) of auxiliary valency (EISENLOHR) of enols (AUWERS) A. ii 3. of nitrogen compounds ( B R u i i L ) of unsaturated compounds(AuwE RS) Spectrograph stigmatic grating (GEIGER) A. ii 1113. Spectrophotometer new and its application in analysis (FI~RY and TasurLLr) A. ii 1000. Photographic developere physico- chemical studies of (SCHILOFF and BERKENHEIM) A.i 937 ; (SCHILOFF and FEDOTOFF) A. i 966. Photophosphorescence of inorganic sol id solutions (LANDAU) P. 2. Phototropic reactions temperature-co- eficients of ( PADOA and TABELLINI) A ii 879. Phototropy and thermotropy (SENIER SHEPHEARD and CLARKE) T. 1950; P. 236. and change of colour (AMADUZZI and PADOA) A. ii 227. relation between constitution and (PADOA and BOVINI) A. i 223 ; ( PADOA and SANTI) A. ii 879. isophthalaldehyde 4:6-dichloro- (FAR- BENFABRIKEN VORM. F. RAYER & Co.) A. i 474. isoPhthalaldehydic acid and its deriva- tivee (SIMONIS BOEHME and BENEN- EON) A. i 564. Phthalanil p-cyano- (BoGER’r and m- and p-hydroxy- (MEDIKOER) A. A. ii 709. A ii 2. A. ii 311 401. A ii 109. WISE) A. i 451. i 849. isophthalanil (PUMMEICER and DORF- NULLIsR) A.i 191. Phthalanilic acid p-cyano- (BOGERT atid WISE) A. i 451. Phthalanilide di-o-hydroxy- (MEDIN- GEI?) A i; 849. Phthaleins and their derivatives con- stitution of (ODDO and VASSALLO) A. i 792. Phthalic acid salts of with amino phenols (hIEDINGER) A. i 849. 3-iodo- dimethyl ester ( KENNER) P. 277. 3-nitro- formation of (DOBBIE Fox and GAUGE) P. 327. Phthalimide N-amino- and its tlcriva- tives (OSTROGOVICII and MIHAILESCU) A i 311. 8-Phthalimidodiethyl sulphide (SCHNEI- DEK MULLEIC and BECK) A. i 192. Phthalimidodimethyl sulphide and sul- phone (SCHNEIDKR and LOHMANN) A. i 192. B-Phthalimidoethyl methyl sulphide (SCHNEIDER MULLEK and BECK) A. i 191. xanthate (GABRIEL and COLMAN) A. i 529. disulplioxide (GABRIEL and COLMAN) A. i 116. 8-Ph thalimidoethylenlphinic acid (G A - Phthaliminoacetoacetic acid ethyl ester ( WEIZMAKN DAVIES and STEPHEN P.104. Phthaliminoacetylbromo- and chloro- malonic acid ethyl ester (WEIZMANN DAVIEP and STEPHEN) P. 104. Phthaliminoacetylmalonic acid ethyl ester (WEIZMANN DAVIES and o-Phthaliminobenz ylphthalimidine (GARRIEL) A. i 393. Phthaliminoethyl a- thiocarhainate (G A- Phthalimino-p-methoxy benzylmalonic acid ethyl ester (STEPHEN and WEIZ- MA”) P. 160. Phthaliminopiperonylmalonic acid P. 160. 8-Phthaliminopropionic acid and its amyl ester ( WEIZMAKN DAVIES and STEPHEN) P. 104. 8-Phthaliminopropionylmalonic acid ethyl ester (WEIZMANN DAVIES and STEPHEN) Y. 104. Phthaloxydiacetoacetic acid ethyl ester (SCHEIBER) A. i 562. Phthaloylbenzanthrone (SCHOLL) A. i 196. BI?IEL and COLMAN) A.i 116. STEPHEN) P. 103. BRIEL and COLMAN) A. i 530. ethyl eSter(STEPHEX and WEIZMANN),INDEX OF SUBJECTS. ii. 1555 Phylloxanthin (MIARCHLEWYKI) A. i Phthalyl chloride constitution of tetrachloro- preparation of (MILIS cyanide (BLACKSTOCK) A. i 773. isoPhthaly1 cyanide (BLACKSTOCK) A. i 773. as-Phthalyl chloride (OTT) A. i 830. Phthalylbisphenylhydrazide (SCHEI- BRH) A. i 561. Phthalyldibenzoylmethane (SCHEIBER! A. i 561. imPhthalylidene-bis-3-phenylisooxazo- lone (MEYEK) A. i 1019. Phthalyltaaryl chloride (GABRIEL aiid COLMAN) A. i 115. Phycocyanin in the Alge (KYLIK) A. i 289. Phycoerythrin in the Algae (KYLIN) A. i 289. a-Phyllohaemin constitution of (MAKCH- LEWSKI and ROBEL) A. i 376. a- Phylloporphyrin constitution of (MAKCHLEWSKI and ROBEL) A. i 376.B-Phylloporphyrin (MARCHLEWSKI and ~ ~ O B E L MARCHLEWSKI and ZUR- KOWYKI) A. i 289. Phylloporphyrins (MAKCHLEWSICI) A. i 288. Phyllopyrrole synthesis of (FISCHER and BARTHOLOMAUS) A. i 297 ; (COLACICCHI) A. i 646. and its picrate (WILLSTATTER and ASAHINA) A i 42. Phyllopyrrolidine snd itr a-naphthyl- carbainide (WILLSTAT I E E and ASA- (SCHEIBER) A. i 559. and WATSON) P. 262. (BERTHELOT and GAUDECBON) A. Phytylphaeophorbide-tr aud -6- (WILL- STATTEE and IYLEK) A. i 713. Phytosterol and its salts from the oil of wallflower seeds (MATTRIM and BOLTZE) A. i 601. Picea cxcelsa resin from (KOHLER) A. i 639. Pickeringite from the Island of Elba (D'ACHIARDI) A. ii 174. froni Thuringia (v. WICHDORFP) A. ii 266. Picolide and its derivatives (SCROLTZ) A. i 385 Picolide nitro- (SCHOLTZ) A.i 649. Picolinazoimide ( MEYER and MALLY) A i 515. Picoline mercuribromide (DEHN) A i 241. a-Picoline condensation of salts of with I i i trosodime thy lanilin e ( KAUFMAN x and VALLETTE) A. i 655. Picolinic hydrazide (MEYEH and MAL~LY) A. i 515. Picolinic phenylhydramide (MEYBR arid MALLY) A. i 516. Picramic acid (4:6-dinitro-2-arnino- phenol) methylation of (MELDOLA and HOLLELY) T. 912 ; P. 128. isopicramic acid (2:6-dznitro-4-amdjto- phenol) methylation of (MBILDOLA and HOLLELY) T. 912 ; P. 128. use of as an indicator (MIELDOLA HALE and THOMPSON) A ii 1090. Picramnia Lindeniam the fat of Picric acid and its ammonium selt. de- (GRIMME) A. ii 675.ii. 1556 INDEX OF SUBJECTS. Picryl chloride compounds of with benznldehyde - and pi peronald e- hyde-phen ylhyd razones ( CIUSA and VECCHIOTTL) A.i 33. additive compounds of with 2- and 3-me thyli ridoles 2:3-dime thylin- dole tetrahydrocarbazole carba- eole and phrnylindole (CIUSA and VECCHIOTTI) A. i 755. Picrylpyridinium salts (HUSCH and KOGEL) A. i 50. Piezo-chemical studies (TIMOF&EFF) A. ii 15. Pig metabolism of the (WEISER) A ii 1067 ; (TANGL) A. ii 1068. effect of nutrition on the growing (MCCOLLUM EMMETT JOSEPH and WILLIAMS) A. ii 366. excretion of creatinine in the (bfc- COLLUM) A. ii 72. Pigments formation of in metabolism (ADLEK) A. ii 467. Pilocarpine action of (DALE and LAID- LAW) A ii 667. action of on the heart (GAISBOCH) A. ii 189. action of on the small intestine (NEU- KERCH) A. ii 967. detection of in presence of quinine (MEILL~RE) A.ii 1010. Piloearpus microphyllus pilnsine from (PYMAN) T. 2260 ; P. 267. Piloearpus racernosus alkaloids of (Jow- ETT and PYMAN) P. 268. Pilosine and its salts ( PYMAN) T. 2260 ; P. 267. Pi!osinine and its salts (PYMAN) T. La70 ; P. 267. Pinacone preparation of (BADISCHE AXILIN- & SODA-FARHIK) A. i 831. Pinacone series ( DELACRE) A. i 599. Pineal gland physiological action of ex- tracts of the (JORDAN and EYBTER) A. ii 74. Pinene stereochemistry of (MAYER) A. i 572. oxitlation of with hydrogen peroxide (HENDER~ON and SUTIIERLAND) T. 2288 ; P. 270. hydriodide (3-iodoeamphane) prepara- tion and reactions of (ABCHAN) A ozonides (HARRIES and SEITZ) A. i 407. Pines formation of “ toro” in the wood of (NORDENSKJ~LD) A. ii 979. Pinic acid calcium salt dry distillation of ( BONSDORFF) A.i,-:34. ethyl ester glycol from (OSTLING) T. 475. Pinocampheol methyl xanthate crys- tallography O f (SURGUNOFF) A. i 120. i 879. Pinocamphonoxime isonieride of ( WAL- a- and 8-Pinolene and their derivatives LACH and OST) A. i 669. A. i 198. (ANHAPI’ SJOSTRoM and PETERSON) Pinus cirmbodgiana resin balsam from Pipecolic acid diinethylbctaine and its salts (YOSHIMURA) A,. i 497. Piperazinediacetonitrile compouncl of with hydrochloric acid (FKANCHIMONT aud KRAMER) A. i 391. Piperazinediphenylamidine and its salts ( FRANCH~MONT and KRAMIER) A. i 391. Piperazinium nitrite nitroso- (RAY and RARSHIT) P. 102. Piperidine salts (DEHN) A. i 241 ethonitrite (NEOGI) T. 1611 ; f. Piperidine-2:B-dicarboxylic acid 4- hydroxy- and its salts and derivatives (EMMERT and HERTERICH) A.1 385. Piperidone action of ammonia on deri- vatives of (TSONEFF) A. i 580. Piperidylacetic acid cholesteryl ester and its hydrochloride (DIELS and STAMM) A. i 698. 6- and 8-Piperidyl-l-aminoanthraquin- ones (GATTEKMANK) A. i 1001. 1-Piperidylaminoanthraquinone-2-carb- oxylic acid (BADISCHE ANILIN- & SODA-FARI:IK) A. i 980. 5- and 8-Piperidylanthraquinones 1- thiocyano- (GATTERMAKN) A. i 1001. p-Piperidylbenzyl alcohol and its platini- chloride (v. HKAUN and KRUBER) A. i. 970. 8-Piperilphenylme thylosazone ( PADOA and SANTI) A . ii 880. 8-Piperil-a-naphthyl- and 1:3:4-xylyl- osazones (PADOA and ROTIKI) A i 224. Piperonaldazine (PASCAL and NOR- salts of (CURTIUS and GUTTMANK) Piperonaldehyde-a-naphthylhydrazone (PADOA and BOVINI) A.i 224. Piperonaldehydephenylmethylhydr- azone corn ouiids of with picryl chloride a111 trinitrobenzeiie (CIUBA and VECCHIOTTI) A. i 33. Piper onaldehyde piperon ylh ydrazone and its derivatives (CURTIUS and GIJTTMAN) A. i 509. Piperonylacryl-92- sec. - and tert. -butyl- amide and their dibromides (THoMs and THUMEN) A. i 115. (\I’ICHMANN) A. i 883. 242. 53. MAND) A. i 147. A. i 508.INDEX OF SUBJECTS. ii. 1557 ~iperonylacrylbat~~amidea physiologi- cal action of the isoiiieric (THOMS aud THUMES) A. ii 279. Piperonylacrylic acid isobu tylamide (.fagamrnide) and its dibromide (THOMS arid TH~YEN) A. i 115. Piperonylalithraqainonyl- 1- and -2- hydrazones ( M ~ H L A U VIEKTEL and KKINITR) A. i 704. Piperonylazoimide (CCRTIVS and GuTr- MAsN) A. i 509. Piperonylhydrazine and its derivatives (Cuirrruzl and GUTI'MAXS) A.i 509. a-Piperonylhydrazonopropionic acid (CVRTIUS and SCHMITTMAKN) A. i 510. 6-Piperonylidene-3-isobutylrhodanin (NAGELE) A. i i95. Piperonylidenedipyrrocoline (SCHOLTZ) A. i 386. 4-Piperonylidenehydantoh1 2- thio- (JOHNSOX and I J'BRIEN) A. i 806. 6-Piperonylidene-3-me thylcycbhexanone Piperonylidenepicolide (ScHoLrz) A. i 386. l-Piperonyl-3-methyl-6-pyrazolone and 4-oximino- and their silver salts (CuRrrvs and SCEB~ITTMAKN) A. i 509. (CURTIUS and SCHMITTbfAKN) A. i (Sl'RIEGLElt) A. i 784. 1 -Piperonyl-3-methyl-6-pyridazinone 510. Piperonylphen ylthiosemicarbazide (Cun- I 1u8 and GUTTMANX) A . i 509. Piperonylpropionic acid B-amino- (Pos- NER) A. i 456. 2-Piperonylquinoline-4-carboxylic acid (CHEMISCHE P A ~ R I K AUF AKTIEN VORM.E. SCHERING) A. i 504. Piperonylsemicarbazide ( CUILTIUS and GUTTMAWN) A. i 509. Pipette automatic (SBIITFI) A. ii 678. automatic pressure (SKINDER) A. ii 245. filtering cap for (STOLTXENBRRG) A. ii 484. Pituitary body feeding of young dogs on the anterior lobeof the (ALDRICH) A. ii 782. feeding of white rats on the (ALDBICH) A ii 1192. Pituitary extracta effect of injection of (CLAUDE and RAUDOUIX) A. ii 189. Pitnitrin active constituents of (FUH. XKR) A ii 660. actioii of on blood-pressure (PATOX arid WATSON) A. ii 789. Placenta lipoicls in the ( RIENENFELD) A. ii 960. Plant colloids (SAMEC) A. ii 144. c. ii. Plant juices osydaae content of ( ~ N I - EL) A. ii 378. Plants chemiotry of (KEEGAN) I ii 1085. microohemistry of (TUNMANN) A.ii 1204. synthetic processes in (BOYSEN-JEX- YEN) A. ii 672. occurrence of betaines in (SCEIULZE and TRIER) A. ii 287 799; (YOUHI- MUILA and TRIER) A. ii 478. origin and function of calcium oxalate in (POLITIS) A. ii 194. formation of chlorophyll in (MONTE- VERDE and LUBIMEFKO) A ii 800. conditioii of chlorophyll in (HERTITZ- KA) A. ii 287. distribution of enzymes i n (H. E. and E. F. ARMSTKU-I'O and HORTOS) A. i 816. formaldehyde in (CURTIUS and FRAX- ZEN) A. ii 797. hydrogen cyanide in (RAVENNA and BOSINELLI) A. ii 1084; (MIR- AWDE) A. ii 1086. distribntion of oxydases in and their relation t o pigment formation (KEE- BLE and AEMYTRONO) A. ii 673. phosphorus compounda in (ULBICH) A . ii 591. absorption of nutritive solution8 by (POUGET and CHOUCHAK) A. ii 796.relation of to the nutritive elements of the soil (bfAZIt) A. ii 796 ; (POUGET and CHOUCHAK) A ii,975. action of acids alkalis and inorg+nic salts on (GEDROIZ) 8.. ii 482. behavinur of towards lithium mlts (KAVENNA and MATJ~INI) A ii 1084. protection of from frost (MAXIMOFF) A ii 476 980. injury to by tobacco smoke (BOK- OKNT) A. ii 980. fixation of nitrogen by (HENRY) A. ii 797. nitrogen assimilation and protein for- mation in ( LOEW) A. ii 797. respiration of consumption of alcohol in the (ZALESKI and REINHARD) A ii 796. dependeuce of protein degradation i n on their respiratory proceases ( P u - LADIN and IWANOFF) A. ii 863. action of phoqhates on the postmortal respira tinn of (ZALEXKI aud MARX) A. ii 975. action of phosphates and fermentation products on the respiration of (Eos- TYTSCHEFF and SCHELOTJMOFF) A.ii 1202. 102ii. 1558 INDEX OF SUBJECTS. Plants action of manganese on the growth of (PFEIFFER and BLANCK) A. ii 476. assimilation of nitrates and nitrites by (BAUDISCH) A ii 286 1202; (LoEw) A. ii 286. phosphate nutrition of (BAGULEY) A. ii 293. protein degradation in (PALLADIN and KRAALE) A. ii 477. effects of purine derivatives on the growth of (COPPIN) A. ii 1202. chlorosis in (MAzB RUOT and LE- MOIONE) A. ii 1088. effect of the growth of on the reaction 1206. containing essential oils (DE JONG) A. ii 80. function of the essential oils in (GIG- LIOLI) A. ii 79. dead formation. and assimilation of ammonia in (PALLADIN and IWANOFF) A. ii 672. influence of oxitlising agents on the work of proteolytic enzymes in (PALLADIN ALEXANDHOFF IWANOFF and LEVITSKY) A.ii 800. influence of oxygen on the work of proteolytic enzymes in (PALLADIN and KRAULE) A. ii 291. green constituents of (CURTIUS and FRANZEN) A. ii 797 978 979. function of magnesium in (BER- NARDINI and MORELLI) A. ii 592. action of alkali and alkaline earth salts on (BOKORNY) A. ii 975. influence of metallic salts on the assimilation of nitrogen by (DONY-H~NAULT) A. ii 862. higher green humus as a source of carbon for (MOLLIARD) A. ii 287. higher ammonia as a decomposition product of nitrogenous compounds in (BUTKEWITSCH) A. ii 799. nitrous acid in the sap of (MAz~) A. ii 1202. production of proteins by in dark- ness (SCEULOFF) A. ii 1203. killed formation and assimilation of ammonia in (PALLADIN and IWAN- OFF) A.ii 863. lower protein synthesis in (PURIE- WITSCH) A. ii 192. medicinal active principles of (BUR- MANN) A. ii 379. preservation of (LAMI) A. ii 195. oil-producing. transpiration in ( LE- CLERC DU SABLOX) A. ii 193. Of Soils (~fASCHHAUPT) A. ii Plants parasitic and their hosts pres- ence of arsenic in (JADIN and AST- RUC) A. ii 976. parasitic and saprophytic comparison of “ total ” and “ nitric ” nitrogen in (LuTz) A. ii 673. microchemical analysis of (TUNMANN) A. ii 104. detection of free hydrocyanic acid in (RAVENNA and BABINI) A. ii 798. detection and estimation of copper in (.GU$RITHAULT) A. ii 998. estimation of atnino-acids in ( BAILLY) A. ii 1009. estimation of manganese in (JADIN and ASTRUC) A. ii 976. estimation of inoraanic phosphorus in (COLLISON) A.,Oii 865.Plasma action of narcotics on the move- ments of (NOTHMANN-ZUCKERK ANDL) A. ii 1083. Plastein formation of ( HENRIQUES and GJALIJBBK) A. ii 1188. Plasteins (HERRMANN and CHAIN) A. i 401. Platinum colloidal (PAPPADA) A. ii 189. absorption of gases by (SIEVERTS and JURISCH) A. ii 263. Platinum alloys with aluminium (CHOU- RIGUINE) A ii 849. analysis of (ARNOLD) A. ii 870. Platinum salts double fluorescence spectra of ( BEUEL) A. ii 615. action of dimethylglyoxime on ( WUN- DER and THURINGER) A. ii 1102. Platinum tetraiodide electrical conduc- tivity of solutioiis of (ARCHIBALD and PATRICK) A. ii 423. Platinous Inornide compounds of with organic sulphides (TSCHU- GAEFF and FRAEXKEL) A i 70. salts compounds of with organic selenides (FRITZMANN) A.i 71. Platinochloroalanine potassium salt Platmocyanides studies on (LEVY) Platinoglycine (LEY and FICKEN) A. i 243. Platinoselenocyanates crystallogra- phy of (BILLOWS) A. i 422. Platinothiocyanates crystallography of (BILLOWS) A. i 422. Platinum estimation of (‘FRENKNER) A. ii 398. estimation of small quantities of (DEWEY) A ii 810. Platinum wire velocity of emission of electrons from ( WEISSMANN) A. ii 412 ; (GRIEB) A. ii 413. Platinum organic compounds :- (LFY and FICKEN) A. i 243. T. 1081 ; P. 91.ISDEX OF SUBJECTS. ii. 1559 b-rays excited by .the a-rays from (POUND) A ii 514. Polyacetylpolydigalloyl- leucodigallic Platinous salts. See uuder Platinum. Plambojarosite( BUTLER and SCHALLER) Pneumococci effect of quinine 011 Pneumonia excretion of iron in urine Poechite from Bosnia (KATZER) A. ii Poisons theory of the action of (TRAUBE) A.ii 740. synergic action of (FDHKER) A. ii 792; (FUHNER and GREB) A. ii 970. effect of on blood-pressure (HOLZ- BACII) A. ii 1195. influence of on the gaseous exchange and activity of the heart (KOHUE and OGAWA) A. ii 951. diiiiinution of the toxicity of by pro- teins (BORUTTAU) A. ii 969. produciiig anaemia (MAIDORN) A . ii 1082. Poisoning by antimony inhibition of by potassium hexatantdate (Itos EN- THAL and SRVERIN) A. ii 668. distribution of chlorate i n by potas- sium chlorate (ROSENBLOOM) A . ii 859. by phosphorus in a dog with Eck’s nitrogen in urine in (ISHIHARA) by potassium hydrogen oxalate form- ation of succinic acid in (BEHRE) A. ii 968. Pollachius brandti egg-shells of.See Pollen toxin (KAMMANN) A. ii 1204. Polonium decay-constant of (RRGRXEI:) A. ii 118 ; (v. SCHWEIDLER) A ii 620. number of ions produced by an a- particle from (TAYLOR) A. ii 412. ionising radiation from due to radio- active recoil ( BIANU and WERTEN- STEIN) A. ii 887. relation between the number of a- and of &particles emitted by( KENNEDY) A. ii i19. ionisation curve for the a-rays from in mercury vapour (TAYLOR) A. ii 888. secondary rays excited by the a-lays of (POUND). A. ii 886. A. ii 56. (BROWN) A. ii 376. in (GOODMAN) A. ii 787. 178. fistula (FISCHLER and ~ A l i D A C I I ) A ii 668. A. ii 792. Egg-shells. Potassium glucinnm arsenate (BLEYER azoimide action of manganese dioxide 1 and MULLEK) A. ii 644 Polygonaturn h$orunr (Solomon’s aeal) Polyneuritis in birds produced by a diet of polished rice (FUNK) A.ii 186 467. preparation of the substance which prevents in birds (FUNK) A. ii 856. Polypeptides (ABDERHALDEN and CHANG). d. 1 338. the fruit of (RAYNEH) A. ii 802. acid and its anhydride and liydroxy- hydrolysis’ of ‘ by bacteria (SASAKI) A . ii 669. and at high temperatures (GOLD- preparation of copper salts of (KOBER and SUGIURA) A. i 952 953. compounils of with neutral salts (PFEIFFER and v. MODELSKI) A. 1 949. estimation of amino-nitrogen in (AB- DERHALDEN and VAN SLYKE) A. ii 105. l’olyscias aodosa olncositles from (VAN DEli HAAR). A..-i. 885. Polyscias-sapogenin’ (VAN I)ER HAAK) Ponite (BUTUREAXU) A. ii 949. A. i 886. Potash apparatus new (SKINDER) A . Potash bulb (FORBES) A. ii 1210. Potassamide action of on ciipric nitrate in liquid ammonia (FRANKLIN) A.ii 1174. Potassium specific heat ratio for (Ro- boiling-point of ( HEYCOCK and LAMP- LOUGH) P. 3. electrode. See Electrode under Elec- trochemistry. metabolism. See Metabolism. content of the organs of a dog (G~KARD) A. ii 463. availability of i n “ rapakivi ” and other granites (ASCIIAN and LOKKA) A. ii 252. action of solvents on the in soils (ENOELS) A.! ii 596. for plants mica as a source of (BI,ANCK) A. ii 677. Potassium alloys with sodiuni (VAN ROSSEN HOOGENDYK VAN BLELS- WYK) A. ii 348. electrical properties of (NORTHRUP) A. ii 225. Potassium compounds radioactivity of (BUCIINER) A. ii T24. Potassium salt# equilibrium of in acid solutions ( VANIIERVELDE) A ii 30. ii 60’2. BITZSCH) n. ii 898.ii.1560 INDEX OF SUBJECTS. Potassium ammonio-cadmiate ammonio- cuprite and aniinonio-thallate (FRANKLIN) A. ii 451. bistnuthide (VOURNASOS) A. ii 54. bromide electrolytic dissociation of and fluoride equilibrium of mix- tures of ( KURNAKOFF and VHSHES- carbonate purity of as determined by its fluorescence in ultra-violet light (WOLFF) A. ii 388. chlorate poisoning. See Poisoning. estimation of chloride in (GuYE) A. ii 552. chloride crystallisation of mixtures of mangarious chloride and (Suss) A. ii 1175. cadmium and sodium chlorides equi- librium in the system (BRAND) A. ii 255. estimatiun of in potassium chlorate (GuYE) A. ii 552. platinichloride reduction of by mag- nesium (ATTERBERG) A. ii 686. chromate compound of with mercuric chloride (STROMHOLM) A ii 648.dichromate symmetry of crystals of (SCHUBNIKOFF) A. ii 155. electrolytic reduction of (WENGER and MIDHAT) A. ii 1038. and sulphuric acid reaction of sod- ium thiosulphate with (STIASNY and DAS) A. ii 945. arnmonio-cuprites (FRANKLIN) A. ii 1174. haloids formation of solid solutions by ( AMADORI and PAMPANINI) A. ii 48 154. hydride dissociation pressure of (KEYES) A. ii 627. hydroxide rate of absorption of car- bon dioxide mixed with air by (JAB~CZ~SKI and PszEsiYssx) A. ii 909. calcium chloride and water equili- briumin thesystem (CHUMANOFF) A. ii 543. zinc sulpliate and water equili- brium in the svstein (TSCHUMAN- OFF) A ii 31. reaction of phosphorus with solu- tions of (HANERJEE) P. 50. fused action of varions elements on (LE BLANC and WEYL) A. ii 1053. hydrogen titanium di-imide (RUFF and iodate estimation of (MYERS) P 99.iodide and cadmium iodide. ea uili- (DRUCKEIL) A. ii 732. NEVSKY) A. ii 136. TREIDEL) A. ii 561. briuni in the system (BRAND) A. ii 256. Potassium iodide equilibrium of with iodine (KREblANN and SCHOULZ) A. ii 1167. silver iodide and water equilibrium in the system (TAN DAM and DONK) A. ii 31. iodine and water equilibrium in the system (PAI:SONS and WHITTIC- MORE) A. ii 31. cadmium iodide use of! in estimation of ozone (BASKERVILLE and CRO- ZIER} A. ii 1209. nianganate and permanganate equi- librium relations of (SACKUR and TAEGENER) A. ii 916. permanganate adsorption of by animal charcoal (ORYNG) A. ii 1145. thermal decomposition of (ASKEX- ASP and SOLBEKC) A. ii 1167. electrical reduction of (WENGER and ALVAREZ) A.ii 624. reduction of by normal snlphatrs (TSCHEISHWILI) A. ii 164. action of on organic compounds (HKTPER? A. ii 811. stantlardisation of means of sod- ium oxalate (MCBRIDE) A. ii 494. nitrate occurrence of in Western Australia (STEWART) A. ii 49. crystallography of (BARKER) A. i 416. licat of solution of a t high tenipera- tiires (LEVALT-EZERSKY) A. ii 737. action of acid chlorides on (Dricr,s and OKADA) A. i 3. nitrite ant1 mercurinitrite molecular conductivities of (RAY and DHAI~) T. 965 ; P. 102. phosphide preparation and properties of (HACKSPILL and ROSSUET) A. ii 252. ailicate estimation of potassium i t 1 (WILKE-DORFURT) A. ii 1211. hezatantalate efl'ect of on the action of antimouy compounds in try- panosome infection (bf0RGEX- ROTH and ROSENTHAL) A. ii 376.inhibition of antimony poisoning by ( ROSENTHAL and SEVERIN) A. ii 668. tetrathiophosphate (EPHRAIM arid nmmnniotitaiiate (FRANKLIN and STEIN) A. ii 42. HINE) A. ii 1168. Potassium cyanate oxidation of with hydrogen peroxide and with copper oxide (LIDOFF) A. i 641. Potassium organic cornpounds :-INDEX OF SUBJECTS. ii. 1561 Potaeeium organic compounds :- Potassium cyanate action of halogens 011 in preseiice of water (NORM- AND a i d OUMMING) T.,. 1852; I?. 225. cyanide action of on formalde- hyde (POISI’ORFF and MEYER) A. i 605 ; (FRANZEN) A i 677. rate of solution of gold in (MICHAI- LENKO and MESH~SCHERJAK- OFF) A. i 613. ferrocyanide composition of in gold-plating baths (EEUTEL) A. i 543. thiocyanate compound of with thiocarbamide (ATKINS and WEE- NER) T.1178 ; P. 141. Potassium detection of ( SALKOWSKI) A ii 686. detection and estimation of in animal organs (GESRARD) A. ii 996. estimation of (TRNKA) A. ii 298 ; ( MITSCHERLICH and FISCHER) A. ii 966. estimation of small amounts of (MIT- SCHERLICH CELICHOWSKI and FISCHRR) A. ii 204. estimation of in the ash of cereals (THOMPSON and MoRG-~N) A. ii 205. estimation of in manures (STRIGEL and DODT) A ii 1095. estimation of in minerals (SCIIOLLEN- BERGER) A. ii 1095. estimation of in potassium silicate (WILKE-DORFITRT) A. ii 1211. Potatoes soluble substances in (ANDIu~) A. ii 198. hydrolysis of the protein of (SJOLLEMA and RINKES) A. ii 381. estimation of sugar in (CLAASSEN) A. ii 813. Potential. See under Electrochemistry. Powders black action of atmospheric moisture on the moisture content arid on the velocity of combustion of (KULLGREN) A.ii 154. smokeless decomposition of by ultra- violet light (BERTHELOT and GAUDECHON) A. i 163 210 394. estimation of mercury in (BERK- HOUT) A. ii 689. Pozznolana a Sicilian (MANZRLLA) A. ii 352. Praseodymium absorption spectra of (JONES and GUY) A. ii 711. Precipitates filtering of small quantities of (DONAU) A. ii 199. apparatus for decanting and washing (~INKINSON) A. G 984. Precipitin for differentiating between coagulated proteins (SCHMIDT) A. ii 655. Preesure relation between volatue and (TAMMASN) A. ii 538. apparatus for maintaining constant high (BERGIUS) A. ii 939. interiial or intrillsic determination of (LEWIS) A. ii 136. low apparatus for measuring (HALE) A.ii 230. low atmospheric effects of on respira- tion (DOUGLAS HALDANE HENDER- SON and SCHNEIDRK) A. ii 457. Pressure regulators (BECKMANN v. ROSSE and WEBER) A. ii 534. Primzda ofleinalis constituents of (MAS- SON) A. ii 979. Projection apparatus (DENNIS) A. ii 446. 1-Proline detection of as a product of protein hydrolysis (ABDERHALDEN and KAUTZSCH) A. i 492. Propaldehyde com pound of with phenylpyrrole (COLACICCHI and BER- TONI) A. i 653. Propane ay-diamino- mono- and tri- benzoyl derivatives and salts of the former (BRANCH and TITHERLEY) T. 2349 ; P. 293. cycZoPropane (trimeth ylene) derivatives (MICHIELS) A. i 259. Propane-aB-dicarboxylic acid y-cyano- ethyl ester (HOPE) P. 193. Propane-ayy-tricarboxylic acid y- bromo- ethyl ester (THORPE) T. 254. Propargaldehyde compoiinds of with 5” -amino-4:4’- tetraniethyldiamino-2”- methyltriphenylmethane (REITZEN- STEIN and RONITSCH) A.i 663. Propargaldehyde acetol action of on me rciiriated amines (REITZENSTEIN and BONIISCH) A. i 740. Propenylbenzene preparation of ( EMDE) A. i 20. Propionamide iodo- (BOISMENU) A. i 15. Propionic acid conversion of into dex- trose in the body (RINGER) A ii 1196. Propionic acid a-amino-B-thioc ano- and its copper salt and its K,aro- chloride (MAUTHNER) A. i 336. a-bromo- p-tolyl ester (AUWER~) A. i 107. B-broiuo- aa-dibromo- and 8-chloro- ethyl esters (DRUSHEL) A. i 600. as-dibromo- action of alcoholic am- monia on (WARREN) A. i 746. di thio- (et hy lcarbithion ic acid) e t h y 1 ester ( HOUBEN and SCHULTZE) A. i 6.ii. 1562 INDEX OF SUBJECTS.Propionyl-d-aminobutyrylglycine d- bromo- ( ABDERHALDEN and CHASG) A. i 339. o-Propionyl-p-cresol a-chloro- and its semicarbazone ( AUWERS). A. i 485. Propionylcyanoacetic acid 8-chloro- ethyl ester ( WEIZMANN DAVIES and STEPHEN) P. 103. 4-Propionyl-2 3-dimethyl-5-ethylpyrrole (FISCHER and BARTHOLOMAUS) A. I 646. Propionylethyltartrondiamide ( BARD- KOFF) A. i 752. Propionglglucosamine a-bromo- (HOP- WOOD and WEIZMANN) P. 261. d-Propionylglycyl-Lleucine a-bromo- (ABDERHALDEN and FODOR) A. i 951. Propionylglyoxalic acid ethyl ester and its semicarbazone (WAHL and DOLL) A. i 536. a-d-Propionyl-Z-leucylglycine (ABDER- a-Propionylpropionic acid a‘-cyano- Propiophenone a-amino- salts and df- rivatives of (CALLIESS) A. 1 365. benzoyl o-toluoyl and cinnamoyl derivatives (LISTER and KOBIN- SON) T.1314. Propolis resin (DEITERICH) A. i 280. cpdoPropylacetylcycZopropane and its semicarhazone (MICHIELS) A. i 259. Propylaminocydohexane and its phenyl- carbamide (SABATIER and MAILHE) A. i 103. Propylammonium nitrite (RAY and R,AK- selenibromide (GUTBIER and GRUNE- isoPropyl-n-amylcarbinol and its deriva- tives (PICKARD arid KEKYON) T. 629. cycZo- and iso-Propylisoamylcarbinols (MICHIELS) A. i 259 260. 6oPropyl n-amyl ketone (PICKARD and KENYON) T. 629. cycZoPropy1 isoamyl ketone and its semi- carbazone (MICHIELS) A. i 259. Propylaniline nitroso- ( KONIG and BECKEI:) A. i 496. p-Propylaniline y-chloro- and its de- rivatives (v. BEAUN and DEUTSCH) A. i 845. o-isoPropylbenzanilide 8-chloro- (v. BRAUN and KIRSCHBAUM) A. i. 500.Propylbenzene aS-dibromo- ( KUNCKELL a d DEI’TMAR) A. i 431. y-chloro- ( MERCK) A. i 175. p-woPropylbenz ylidenebisphenylanilino- acetamids ( MINOVICI and ZESOVICI) A. i 700. HALDES and PODOR) A. i 951. ethyl ester (THORPE) T. 257. SHIT) T. 141. WALD) A. i 241. p-isoProp ylbenzylidenebisphenylchloro- acetamide (MIROVICI and ZENOVICI) A. i 700. p-iso Prop ylbenz ylidenebisphenylphenyl- hydrazinoacetamide (MINOVICI and ZENOVICI) A. i 700. l-isoPropy1-4-US-dibromopropylbenzene (KUNCKELL and DETTMAR) A. i 432. Propylisobutylacetic acid. See a-iso- Biitylvaleric acid. isoPropy1-n- butylcarbinol and resolution of and its derivatives (PICKA~LD and KENPOX) T. 629. isoPropylisobutylcarbino1 (NICHIELS) A i 260. isoPropy1 n-butyl ketone and its semi- carbazone (PICKARD and KENYON) T.628. Propylisobutylmalonic acid and its ethyl ester (FISCHER HOLZAPFEL and V. GWINNEB) A. i 157. TL- and iso-Propylcarbasoles and their picrates (LEVY) A. i 304. isoPropy1-n-decylcarbinol and rotation and derivatives of (PLCKARD and KENYON) T. 629. isoPropy1 n-decyl ketone (PICKARD and KENYOS) T. 629. o-Propyldimethylaniline and its salts (EMDE) A. i 801. Propylene glycol oxidation of (EVANS anil WII’ZEMANN) A. i 743. Propylenediamine telluribromide (GUT- BIER FLTTRY and EWALD) A. i 689. Propylenediammonium selenibromide (GUTBIER and GRUSEWALD) A. i 242. 3 3’-Propylenedibenzospiropyran (BOILSCHE and GEYER) A. i 893. Propylenemethylal (CLARKE) T. 1804. l-isoPropylene-2-cyclopentanone (BONS- DORFF) A. i 34. P-isoPropyl glucoside (BOURQUELOT.and BKIDEL) A.i 946. l-isoPropylcycZohexano1 (AUWERS and ELLINGER) A. i 188. isoPropy1-n-hexylcarbinol and rotation and derivatives of (PICKARD and KENYON) T. 629. cyclo- and zso-Propylisohexyl carbinols (MICHIELS) A. i 259 isoPropy1 n-hexyl ketone (PICKARD and KENYON) T. 629. cycZoPropylisohexy1 ketone (MICHIELS) A. i 259. isoPropy lidenetriazoacetohydrazide (CURTIUS and BOCKMDHL) A. i 426. isoPropylidene-y- triasobutyrohydraeide (CURTIUS and GIULINI) A. i 427. isoPropy1idene-a- triazopropionohydr- azide (CURTIUS and FRANZEX) A i 426.INDEX OF SUBJECTS. C. 1563 cycloPropylmethylcarbino1 and its salts (MICHIELS) A. i 259. y-Propyloctan-8-01 (GUERBET) A. i 527. y-Propyloctan-&one (GUERBET) A. i 527. isoPropyl-92-octylcarbinol and rotation and derivatives of (PICKARD and KENYON) T.629. isoPropy1 n-octyl ketone (PICKARD and KENYCN) T. 629. l-isoPropylcyclopentan-3-one dibenzy- lidenc derivative ( WALLACH arid CHALLENGER) A. i 263. p-isoPropylpheno1 constitution of the bromitles of (ZISCKE) A. i 443. a-p -isoPropylphenyl a-bromopropyl ke - tone (KUNCKELL) A. i 432. a-p-isoPropylpheny1-Aa-butylene and its dibromide and a-chloro-B- bromo- (KUNCKELL) A. i 432. Propylphthaliminomalonamic acid y- cyanoamino- (S~REXSISN HOYRUP and AX’DERSEN) A. i 15. Propylphthaliminomalonic acid y-cyan o- aniino- and its ethyl ester and amide (SORENSEN H~YRTJP and ANDERSEN) A. i 14. Propylpiperidine y-hydroxy- and its compound with benzyl iodide (DUX- LOP) T. 2002 ; P. 230. Propylisopropylacetic acid. See a-iso- Propylvsleric acid. Propylisopropylcarbinol rotation and derivatives of (PICKAILI) and KENTOX) T.633. Propylisopropylmalonic acid monamille of (FISCHER HOLZAPFEL and v. GWINNER) A. i 158. isoPropylisoquinylinium iodide (WEDE- KIND and NEY) A. i 501. a-Propylstyryl methyl ketone and its seniicarbazone (AUWERS) A. ii 1014. l-Propyltetrahydroquinoline y-bromo- hydrobroniide and y-iodo hydriodide (JOSES and DUNLOP) T. 1752. 2-Propgltetrahydroisoquinoline y-iodo- hydriodide (JONES and DUNLOP) T. li53. 2-isoPropylte trahydroisoquinoline (WEDEKIND and NEY) A. i 501. 2-isoPropyltetrahydro isoquinolinium- acetic acid iodide Z-menthyl ester (WEDEKISD and NEY) A. i 501. a-isoPropylvaleramide ( FISCHER HOLZ - APFEL and v. GWINNER) A. i 158. a-isoPropylvaleric acid ( FISCHER HOLZ- APFEL and v. GwINNER) A. i 158.Prosapogenin and its semicarbazone (RObENTHALER and STROM) A . i 640. Protagon use of the term ( KOCH) A . i 283. Protein crystalline from the lstex of Antiaris toxicaria (KOTAKE and KNOOP) A. ii 81. feeding experiments with various quantities of (EMMETT JOL~EPE aud WILLIAMS) A. ii 366. degradation in plants (PALLADIN and KRAALE) A. ii 477; (PALLADIS and IWANOFF) A. ii 863. degradation time of (WOLF and OSTER- BERG) A. ii 581. solutions surface tension of (BOTTAZZI) A. ii 1042. metabolism. See under Metabolism. Bence-Jones physical chemistry of (PAULI) A. i 58. iodo- preparation of 3:5-di-iodotyro- sine from (OSWALD) A. i 57. Proteins formation of in plants (LoEw) A. ii 797. production of by higher plants in darkness (SCHULOFF) A ii 1203. synthesis of in lower plants (PURIE- WITSCH) A. ii 192.cliernistiy of the (RONA and MICHAEL- IS) A. i 590. precipitation of (GALEOTTI) A. i 590. precipitation of suspensoid (HEARD) A. i 734. electrochemistry of (ROBERTSON) A i 738. properties of the ions of (SCEORR) A. i 56. determination of the dissociation con- stants of (D’AGOSTINO and QUAGLI- ARIELLO) A ii 1158. rotatory power of from the serum of dog’s blood (DELAVA) A. ii 363. absorption of (COHNHEIM) A. ii 182. relation of to crystalloids (RoAF) A. ii 655. free amino-groups of (KOSSEL and GAWRILOW) A. i 1041. refractive indices of (ROBERTSON) A. i 519. association of with inorganic sub- stances (HARRIS) A. i 1040. deconiposition of by light (EFFRONT) A i 521. heat coagulation of (CHICK and change in hydrogen ion concentration during heat coagulation of (QUAGLI- ARIELLO) A.i 921. hydrolysis of (HENRIQUES and GJALD- BOEK) A. i 59; (FOSEE) A. i 568 ; (VAN SLYKE) A. i 736. hydrolysis of by hydrogen peroxide (SXEBER) A. i 922. isolation of amino-acids by hydrolysis of (ABDERRALDZN and WEIL) A i 323. l\iIARTIh’) A. i 519 734 922.ii. 1564 INDEX OF SUBJECTS. Proteinr action of bromine and iodine 01 (KRZEMECKI) A i 57. action of iron salts on (CREIGHTON) A. i 10aO. formation of di-iodotyroaine fron (MACQUAIRE) A. i 354. optically active valeric acid from thi putrefaction of (NEUBERG) A. ii,76 metaboiism of. See Metabolism. use of for maintenance and growtl (OSBORNE and bfENDEL) A. ii 271. fate of in the alimentary canal (AB DERHALDEN and LAMPE) A. ii 1189. feeding experiments with the cleavagc products of (ABDERHALDEN) A.ii 363. cleavage of by enzymes (ABDERHAL- DEN and PETTIBONE) A. i 1040. cleavage of in the intestine (ABDER- HALDEN ABDERHALDEN and KRAMM) A. ii 574. diminution of the toxic action of poisoiis by (RORUTTAU) A ii 969. complex con~pounds of iron salts and hydrogen peroxide (ROHMANN and SHMAMINE) A. i 735. compounds of with iodine (PAULY) A. i 324. coagulated a precipitin for differentiat- ing betweeu (SCHMIDT) A. ii 655. of legumes cotton seed and meat powder use of in nutrition (MEN- DEL and FINE) A. ii 271 272. of maize utilisation of the (MENDEL and FINE) A. ii 63. of milk cleavage of by gastric juice (ABDERHALDEN and KRAMM) A. ii 573. Barrlach test for (WEISMAN) A. ii 1220. reactions of with p-cresnltyrosinase reagent (CAODAT) A.ii 611. detection of by the xanthoproteic reaction (IBOUYE) A. i 922. formaldehyde titration of (OBERMAYER and WILLHEIM) A. ii 399. estimation of in blood-serum by an optical method (HOBERTSON) A. ii 611. estimation of tvrosine in (FOLIN and DENIS) A. ii 1012. Proteinuria Bence-Jone8 a case of (LAMB) A. ii 857. Prothrombin presence of in blood- plateleta (HA,PNE.JONFS) A. ii 459. ?rotaplasm. passage of salts through (ENDLER) 8.; ii 863. pasage of d t s and coloui-hg matters through sud eatimatioii of its iso- rlectric point (ENDLER) A. ii 1083. Prunase(H. E. and E. F. ARMSTRONG and HORTON) A. i 816. Prunasin (H. E. and E. F. ARMSTRONG and HORTON) A. i 81 6. Prueeian blue composition of (Wort- coagulation of (PAPPADA) A. ii 143. Pseudomucin estimation of glucosamine in (NEUBERG and SCHEWKET) A.i 922. Puleganic acid derivatives O f ( EYKMAN) A. ii 311. Pulse effect of inhalation of oxygen on the (PARKINSON) A. ii 362. Pulverisation by canal rays influence of the natiire of the gas on (KOHL- SCHUTTER) A. ji 1030. by cathode rays (KOHLSCHUTIER) A. ii 719. Pump mercury (GEKMANN and CAR- DOSO) A. ii 933. automatic mercury (JOHNSON) A. ii 840. Purine content of striated muscle (RINALDI) A. ii 663. Purines (JOHNS) A. i 224,320,588,799. decomposition of by radium emana- tion (MESERNITSKY) A. ii 521. Of ~nUsCle (BENNETT) A. ii 463. and purine-enzymes of tumours (W.ELI,S) A ii 371. Purpurin chloro- (METTLER) A. i 360. Purpurogallin and its tetramethyl ether (PEEKIN) T. 803 ; P. 94. Purpurogsllone and its derivatives (PERKIN) T.805 ; P. 94. isoPurpurogallone and its derivatives (PICKKIN) T. 806 ; P. 94. Purpurotannin constitution and derivn- tivcs of (NIERENYTEIN) A. i 204. Pyramidone compound of silicotungs- tic acid and (JAVILLIEH) A. ii 948. detection of (MMTLIN) A. ii 399. 2:3-Pyrazino- 1 -aminoanthraquinone di- hydroxy- (SCHOLL EEERLE and T m w H ) A. i 143. Pyrazoline basee,decomposition of ( KIJ- NPH) A. i 245. Pyrazoleanthrone and its acetyl deriva- tive ( M OHLAU VIKRTEL and REINER) A. i 704. Pyrazoleanthrone 8-chloro- ( MOHLALT VIPK'I'EL and RRDLICH) A. i 706. Pyrazolinecarboxylic acids cortsf itution of (RULOW) A. i 134 316 ; (BUCH- YER) A. i 213 ; (DARAPSKY) A. i 391. Pyrazoline base CoH,,N from camphor- one m d hydrazine (KIJNER) A. i 768. Pyrene di- and tribenzoyl and tri-a- naphchyl derivative0 of (SCHOLL) A.i 195. INGEK) A. i 170.INDEX OF SUBJECTS. ii. 1565 Pyridazone-4-chloroanthrone (ULL- rivative (JOHNS) A. i 224. A. i 1016. 2:6-diamino- (MEYER and MALLY) A. i 515. 2:3:4:5-tetrachloro- action of sodium methoxide on (SELL) T. 1193,1945; P. 165 234. 3:5-cZichloro-2:4-dihydroxy- and its salts (SELL) T. 1947. &nitro- and its nitrate (FRIEDL) A i 299. Pyridine dyer ( K ~ ~ N I G and BECKER) A. i 495. colour and constitution of (KONIG) A. i 306. Pyridine-4-carboxylic acid 3-cyano- (SCHEIBER and KNOTHE) A. i 701. Pyridine-6-carboxylic acid 2-chloro- 2- hydroxy- and their silts ( FISCHEI HEW and STAHLSCHMIDT) A. i 902. Pyridone action of ammonia on deriva- tives of (TSONEFF). A. i 580. 4-Pyridone-6-carboxylic acid 3-hydr- oxy- (PERATONER and TAMBURELLO) A.i 301. 2-Pyridyl 2-pyrryl ketone and its salts (ODD(,) A. i 654. 3-Pyridyl 2-pyrryl ketone and its salts (ODD(>) A. i 653. Pyrimidine compounds of the barbituric acid aeries physiological action of (KLEINER) A. ii 667. Pyrimidine B-nitro-2-amino- Ei-nitro- 2-hydroxy- and their derivatives (HALE and BRILL) A i 216. salts (WOHLK) A. ii 704. estimation of and its separatiou from Pyridine 2- and 3-amino- acyl deriva- ammonia ( BAYER) A. ii 1009. Pyrogenic decompositions (SMITH and LEWCOCK) T. 1453 ; P. 152. Pyroguanazole salts a i d derivatives of (HOFMANN and EHRHAKD) A. i 919. Pyromecazone derivatives of (PERA- TONER and TAMBURELLO) A. i 300. Pyromeconic acid synthesis of (PERA- phenylhydraznnes of (PERATONER and Pyromellitic acid preparation of (MILLS) T.2193 ; P. 243. a-Pyrone 6-chloro- and 6-hydroxy- (RLAKD and THORPE) T. 863. Pyronine colouring matters (CAIN and BRADY) T. 2304 ; P. 285 ; (BIEHR- INGER G L ~ ~ K S B E R G and TANZEN) A. i 891. Pyrosulphuryl chloride. See under Pyroxenes from the province of Rome (PARRAVANO) A. ii 1182. Pyrrocoline (SCHOLTZ) A. i 386. derivatives of and dinitlo- (SCEOLTZ) A. i 649. Pyrrole compounds action of aldehydes on (COLACICCHI and RERTONI) A. i 653. derivatives action of aldehydes on (COLACICCHI) A. i 491. Pyrrole group synthesis i n the (ODDO and DAINOTTI) A. i 721 (ODDoand MOSCHINI) A. i 802 803 804. Pyrrole nucleur transferelice of groups in the (COLACICCHI) A. i 647. TONER) A. i 291. CARAI-ELLE) A. i 301. sulpllur. Pyrogalloldicarboxylic acid preparation and derivatives of (VOSWINCKEL and Pyrogallolhydroxycinnamein (DUTTA DE WEERTH) A .i 472. tives of (PALAZZO and MAROGNA) and WATSON). T. 1241 P. 106.ii. 1566 INDEX OF SUBJECTS. Pyrrote-2-oarboxylic acid isoamyl iso- biityl and n-propyl esters (ODDO and MOYCHINI) A. i 803. Pyrrolecarboxylic acida ac tion of sodium alkoxides 011 esters of (COLACICCHI and BERTONI) A. i 647 1016. Pyrrolidine-2-carboxylic acid biocheni- ical conversion of into n-valeric and &amino- valeric acids ( NEUBERG) A ii 76. P yrrolidonecarboxylamide ( ABDERHAL- DEN and KAUTZSCH) A i 492. Pyrrolidonecarboxyl chloride (AHDER- HALDEN and KAUTZSCH) A. i 492. Pyrrolidonecarboxylic acid thiohydan- toin of (JOHNSON and GUEST) A. i 317. mercuric salt (ABERHALDEN and KAUTZSCH) A.i 492. separation of from other ainino-acids ( ABDERHALDEN and KAUTSCH) A. i 492. a-Pyrrolidoneaarboxylic acid behaviour of in the aniiiial organism (ABDER- HALUEN and HANSLIAN) A. ii 1196. Pyrrolidonyl. See Pyrrolidonecar boxyl. Pyrroline-2-carboxylic acid and its copper salt and methyl ester (FISCHER arid GERLACH) A. i 899. 2-Pyrroylacetic acid and its ethyl ester (ODDO and MOSCHINI) A. i 804. 2-Pyrryl aminomethyl ketone ( O m 0 and MOSCHIXI) A. i 804. 2-Pyrryl bromomethyl ketone (ODDO and MOSCHISI) A. i 804. 2-Pyrryl ahloromethyl ketone aiid its derivatives (ODDO and MOSCHINI) A. i 803. 2-Pyrryl iodomethyl ketone (OUDO and MOSCHINI) A. i 804. Pyruvic acid behaviour of in the animal body (MAPER) A. ii 666. decomposition of by animal organs (TSCHERNORUTZKY) A.ii 956. degradation of in the animal body (EMBDEN and OPPEXHEIMER) A. ii 1075. ethyl ester lactonisation of (GAULT) A. i 237. Q. Quartc as a standard of density an! refractive index ( MERWIN) A. 11 65. specific heats of a t various tempera- tures (SCHULZ) A. ii 898. reduction of by hydrogen (v. WAR- TENBRRG) A. ii 939. Quaternary systenis thermal analysis of (PABRAVANO and SIROVICH) A. ii 30. Quebrachite properties and occurrence of (BOURQUELOT and FICHTENHOLZ) A. ii 1085. Quercetin pentaethyl ether (PERKIN) P. 328. Quercetin hydroxy- (NIEEENSTEIN and Quercetone and its benzoyl derivative (NIICRENSTEIN and WHELDALE) A. i 42. Quinaldine ethiodide condensation of with riitrosodimethylaiiiline (KAUF- MANN and VALLmTE) A. i 655. 3-Quinaldylideneisatin and 5-bromo- ( KOHN and KLEIN) A i 800.Quinazolinea ( BOGEFLT and HEIDELBERG- ~ i e ) A. i 214 ; (BOGERT and GEIGER) A. i 510. Quinazolinebenzoic acid (GABRIEL) A. i 392. 4-Quinazoline-2-hydrindone 4-hydroxy- (HOGERT and HEIDELBERGEB) A. i 215. 4-Quinazoline-2-B-phthaline 4-hydroxy- (BOGERT and HEIDELBEBGER) A. i 216. 4-Quinazoline-2-phthalone 4-hydroxy- (4 -quimzo Zone - 2 -phthn h e ) and its derivatives and 7-amino-4-hydroxy- acetyl derivative and 6-nitro-l-hydr- oxy- ( BOGERT and HEIDELBERGER) A. i 215. Quinazolinepropionic acid (GABRIEL) A. i 392. 4 Quinazolone-2-phthalone. See 4-Quin- azoline-2-phthalone 4-hydroxy-. Quinhydrone dissociation of in aqueous solution (LUTHER and LEUBNEH) A. i 366. octaiodo- (JACKSON and BOLTON) A. i 476. N-Quinhydrones (RICHTER) A i.55. Quinine absorption spectrum of ( DOBBIE and Fox) T. 77. crystallisation of and of its trihydrate (VILLE) A. i 488. coinpound of phenylethylbarbituric acid and (FARBENFABRIICEN VORM. F. BAYER & Co.) A. i 798. conversion of into quinotoxine (RIDDLE) A. i 296 (RABE) A. i 488. reaction of with mercurous chloride (BABONI and BoixmErro) A ii 105. rearrangement of by sulphuric acid (BOTTCHER and HOROVITZ) A. i 717. effect of on Pneumococci (BROWN) A. ii 376. excretion and estimation of (GIEMSA) A. ii 186. WHRLDALE) A i 42.INDEX OF SUBJECTS. ii. 1567 Quinine sulphate Becqiierel effect in solutions of (SAMSOXOW) A. ii 528. estimation of in urine and in blood (BALDOYI) A. ii 1219. a- and 8-isoQuinine salts of (BOTTCHER and HOROVITZ) A. i 715. Quinine bark detection of (DILLING) A.ii 304. Quininic acid synthcsis of (PICTE r and MISNER KAUFMANX PEYER :ind WIDMER) A. i 650. Qnininonitrile ( KAUFMAKN PEYER and WIDMER) A. i 651. Quinizarin 5:6- 5:8- and 6:7- clichloro and their derivatives (FI~EY) A. 1 477. Quinizarin-5 8 -bis-o- thiolbenzoic acid (FHEY) A. i 477. Qninizarin-5:6:7:8-dithioxanthone niid its barium calt (FKEY) A. i 477. Quinol colour of in alkaline solutions (Lu'rmcR and LEUBNER) A. i 254. equilibrium of naphthalene and ( KREMANN and JANEI'ZKY) A. ii 1151. action of oxggen ou in presence of a sulphite (PINNOW) A. i 849. and sodium sulphite absorption of oxygen by solutions of (SCHILOFF and FEDOTOFF) A. i 966. Quinol 2:6-dibromo- diacetatc and di- benzoate of (VAN ERP) A. i 29. hydroxy- derivatives of ( BARGELLIXI and MARTEGIAKI) A.i 293 981. Qninolbenaein hydroxy-. See 9-Phenyl- fluorone 2:3 :7-trihydrox y-. Quinoline cryoscopic and viscometric beliavionr of sonie solutions of (KEILNOT and PobirLro) A. ii 429. degradation of (EMDE) A. i 801. compounds of with uranyl salts (ISG- HILLERI and GORI) A. i 650. hydriodide methiodide and ethiodide compounds of thiocarbnmide and (ATKINY and WER\ER) T. 1989. iodochloride hydrochloride prepara- tion of (KOHN and KLEIN) A. i 101 7. methiodide compound of cuprous iodide and (KoHN) A. i 801. Qninoline 6-hydroxy- absorption spec- trum of (DOBBIE and Fox) T. 77. isoQninoline degradation of (EMDE) A. i 801. derivatives ( PYMAN and REMFRY) T. 1595 ; P. 228. isomerism and absorption spectra of (TINKLER) T. 1245 ; P. 161.Quinoline dye8 (KAUFMASN and VOK- DERWAHL) A. i 502. Qninolinic dihydrazide ( MEYER and Quinolinyl dichloride (SCHEIBER and Quinolphthalein and its dimethyl ether and their potassium salts (v. LIE- RIG) A. i 380. cis- and trans-oximes and their de- rivatives (OKNDORFF and PRATT) A. i 190. 7-Quinolyl benzyl ketone and its deri- vatives ( RABE and PASTEKNACK) A. i 718. y-Quinolyldibeneylcarbinol (RABE and PASTERNACK) A. i 718. 4-Quinolyl methyl ketone and its deri- vatives (KAUFMANN PEYER and KUNKLEK) A. i 1017. 4-Quinolyl phenyl ketone and its deri- vatives (KAUFMANN PEYER and KUNKLER) A i 1018. Qninone. See 1'-Renzo uinone. Quinones addition of Lenplazoimide to (WOLFF and CRAU) A. i 1034. p-Qninones action of semicarb.izide hvdrocl~loride on (HEILBRON and HENDERSON) P.256. Qninone-ammonium derivatives (MEL- DOLA and HOLLELY) T. 912 ; P. 128. Quinotoxine conversion of quinine into (RIDDLE) A. i 296 ; (RABE) A. i 488. Quinoxaline C,,H,O,N from nitroso- dipyroineconic acid (PERATONER) A. i 259. MALLY) A. i 515. KNOTHE) A. i 701. R Ilabbit organic bases in the flesh of the the (YOSHIMURA) A. ii 66. resistance of the t o atropine (METZ- NER) A. ii 5 8 5 ; (HEFFTEII and FICKEWIKTH) A. ii 586. arteries of. See Arteries. Racemates liquid ( G R ~ H ) A. i. 411. Racemic compounds existence of in tlie liquid state (THOLE) P. 286. crystaIIography of and their optically active components (JERUSALEM) T. 1268 ; P. 165. Racemic cyanohydrins resolution of ( RETTI and VAN GIFFEN) A. i 625. Racemisation theory of (GA~AMER) A. i 934. Radiation.See under Photochemistry. Radioactive prodacts. See under Photo- Radio-elements relations between the Radiothorium period of (LESLIE) A. ii cheniistry. (SWINNE) A. ii 219. 1023.ii. 1568 INDEX OF SUBJECTS. Radiclhes effect of various nitrogen com- pounds on the growth of ( MOLLIARD) A. ii 82. Radium in Italian rocks (NASINI and AGENO) A. ii 724. presence of in tumours (LAZARUS- BARLOW) A. ii 665. atomic weight of (WHYTLAW-GRAY and RAMSAY) A. ii 413 ; (HOSIG- SCHMID) A. ii. 523. standards (MACHE and JIEYEI:) A. ii 520. international standard for (MARCK- WALD) A. ii 823. the Vienna standard preparatiou of (MEYER and HE$$) A. ii 716. disintegration series of (FAJANS) A. ii 824. distribution of the active deposit of in an electric 6eld (WELLISCH and BRONSON) A.ii 521. content of rocks (BUCHNER) A. ii 595. content of secondary rocks (FLETCH- ER) A. ii 224. content of various waters (SATTERLY) A. ii 118. experiments with weak solutions of (SCBMIDT and NICK) A ii 114. action of the rays of on alkali iodides (KAILAN) A. ii 522. influence of the penetrating rays of on hydrogen peroxide ( KAILAN) A. ii 10. alloys and electrolytic depositions of (DE MARE and JACOBS) A. ii 315. influence of on the body temperature (DARMS) A ii 470. number of &particles emitted by (MOSELEY) A. ii 1024,. &rays of (DANYSZ) A. 11 113 219 ; . (DANYSZ and GOTZ) A. ii 220. magnetic spectrum of Brays of (v. BAEYER HAHN and MEITNEB) A. ii 7. y-rays of (LABY and BUHBIGE) A. ii 221. y-rays excited by the & r a p of (CHADWICK) A. ii 1025.emanation (nitmz) and deposit in sea water and air between Valparaiso and the East Indies (KNOCHE) A. ii 223. supply of from the soil to theatmo- sphere (SMYTH) A. ii 1031. solubility of ( ROYLF,) A. ii 10. actinn of on bacteria (JANSEN and STRANDPERG) A. ii 974. eflict of on carcinoma (WEDD and Buss) A. ii 962. action of on colloids (JOEISSEN and WOUDSTRA) A ii 522. Radium emanation action of on sodium urate (v. KNAFFL-LENZ and decomposition of purines by (ME- decomposition of uric acid by (B114;- estimation of in soils (SATTERLY) A . ii 522. estimation of in the air of soils (SAI'TERLY) A. ii 117. estimation of in spring waters (GREINACHER) A. ii 621 ; (RERNDT) A. ii 889. Radium compounds action of on glass (RUDGE) A. ii 881. Radium salts injection of into the organism ( D o m x r c I PETIT and JABOIN) A.ii 187. Radium bromide explosion of from the action of water (JosT) A. ii 224. Radium estimation of quantities of (RUTHERFORD and CHADWICK) A ii 520. estimation of in rocks and minerals (XBLER) A. ii 723. Radium-A migration and diffusion of atoms of (ECKMANN) A ii 620. Radium-B mobility of recoil-atoms of (KATNER) A. ii 884. y-rays from (MOSELEY and MAK- OWER) A. ii 220. Radium-C growth of from radium-B (FAJAh'S and MAKOWER) A ii 220 absorption by air of the S - r a p from (EVE) A . ii 717. volatility of (RUSSELL) A. ii 723. Radium-D transformation constant of (Rossr) A. ii 723. electrical conductivity of (KOLOWRAT) A . ii 117. influence of on sodium urate (KERB and LAZARUS) A. i 662. Raffinose hydrolysis of by enzymes (BERRY) A.ii 1072. Rain water. See under Water. " Rapakivi " availability of potassium in (ASCHAN and LOKKA) A. ii 252. Rats white feeding-of on pituitary body (ALDRICH) A. ii 1192. Rays. See under Photochemistry. Reactivity of groups containing sulphur (KOTZ) A. ii 1157. Rectifying apparatus Barbet (KRSHIS- CHANOWSKY) A. ii 444. Reductaae influence of protoplasmic poisons on (HARRIS) A. i 328. of h e r and kidney (HARRIS a11d CREIGHTON) A. ii 1077. Refractive index and Refractivity. See under Photochemistry. WIECHOWSKI) A. ii 522. SERNITSKY) A. ii 521. SERNITSKY) A. ii 417.INDEX OF SUBJECTS. ii. 1569 Rennet enzymes of (VAN D ~ M ) A ii influence of salts on the action of on Rennin (chymosin) identity of pepsin inhibition of the action of (HEDIS) separation of and pepsin (BURGE) A. Resen C12Hn02 from fossil dammar resin (GOTTLIEB) A i 39.Resin from Picea excelsa ( KOHLER) A i 639. from propolis (DIETERICH) A. i 280. Resins used in embalming (TSCHIRCH and REUTTER) A. i 639. formation of from alkali hydroxides and aliphatic aldehydes (EKE- CRANTZ) A. i 788. pliotochemical action of (VIGSOLO- LUTALI) A. ii 882. Resin-acids occurrence and formation of (KOHLER) A. i 638. from fossil damniar resin (GOTTLIEB) A. i 39. Resinates coloured solubility of after exposure t o light (LARGUIER DES HAN- CELS) A. ii 882. Resorcinol equilibrium of iiaph thalene and (KREMANN and JAXETZKY) A. ii 1151. 460. milk (KEXT) A. ii 184. and (VAN DAM) A. i 671. A. ii 363. i 148. estimation of (PENCE) A. ii 696. Resorcinol 2-bromo-4:6-dinitro- (v.4-iodo- dimethyl ether (KATrFFBlANN a- B- y- and 8-Resorcinolbenzein and their salts and derivatives (v. LIEBIQ) A. i 376. Resorcinol-d-glucoside ( FISCHEI~ and STBAUSS) A. i 884. Resorcinol- hydroxy cinnamein ( DUTTA and WATSON) T. 1242 ; P. 107. a-Resorc ylia acid 4- bromo-2 :&din it ro- 2:4-dibromo- and 2:4-dibronio-6- nitro- and their salts (v. HEMMEL- MAYR) A. i 978. B-Resorcylic acid 3-bromo-5 -nitro- and its derivatives (17. HEMMELMAYR) A. i 977. Respiration primary and accessory (BAT- TELLI and STERN) A. ii 178. effects of low atmospheric pressure on (DOUGLAS HALDANE HENDERSON and SCHNEI~ER) A. ii 457. capacity of the air passages during (DOUGLAS and HALDANE) A. ii 1063. effect of muscular work on (HOUGH) A ii 457. HEMMELMAYR) A. i 977. and KIESER) A.i 853. Respiration action of aconitina OR (HARTUNG) A. ii 965. action of adrenaline on (FUOHS and WTH) A. ii 654. effect of fasting and of protein-feeding on (LOEFFLER) A. ii 951. of infatits influence of change of tem- perature and of crying 011 the (SCHLOSSMANN and MURSCIIHAV- SER) A. ii 57. influence of lack of oxygen on the of tiswes (VERZAR) A. ii 861. Respirationapparatus( M1TRSCHAAUSER) A. ii 851 ; (TANGL) A. ii 1062. for estimation of carbon dioxide (HES- DERSON and RUSSELL) A. ii 387. Respiratory centre action of acids on the (ROBERTSON) A. ii 671. action of carbon dioxide on the (LA- QUEUR and VERZAR) A. ii 179. Respiratory exchange in relation to the body surface ( MURSCHHAUBER) A. ii 576. after removal of the pituitary body ( ASCHNER and PORGES) A.ii 458. in diabetes (LEnmfiRFER) A. ii 583. influence of carbohydrates in diet on the (BENE~ICT and HIWINS) A. ii 654. Respiratory pigments function of in oxidation processes (PALLADIN) A. ii 570. Respiratory quotient influence of ad- renaline on the (WILENKO) A. ii 7s9. in acid poisoning (PORGES) A. ii 1198. determination of (bfAQuENHE and l)E;MoussY) A ii 1201. Retene (HEIDUSCHKA and GKIMM) h. i 107. Retina constituents of the (BARBIEM) A ii 664. Rhein constitution and derivatives of (OESTERLE) A. i 203. Rhizomn imperatorim oil from (LANQR) A. i 371. isoRhodeoae degradation of (VOTOEER anti KRAUZ) A. i 8. Bhodium absorption of gases by (Sre- VERTS and JURISCH) A. ii 263. physiological action of electrically prepared colloidal ( LANCIEN) A. ii 73. Bhodinm ammine salts ( W E R ~ R ) A Rhodium chloride double salta of with potassium and ammoriium chloride (DUFFOUR) A.ii 849. uranyl nitrate (LANCIEN) A. ii 465. Rhubarb constituents of (TUTIN and CLEWER) P. 96. i 418.ii. 1570 INDEX OF SUBJECTS. &ice proteins of (KAJIURA) A. ii 291. mmposition of the embryo of (BER- NARDINI) A . ii 380. white protective action of bran in a diet of (BR~AUDAT) A. ii 64. Rice bran action of 011 phosphorus in oil cakes (KIDA) A. ii 596. Ricinoleio acid derivatives of (TBCHILI- KIN) A. i 604. Ricinzis communis hydrolysis of vege- table oils by emulsion of ( S o n i ~ ~ n - VILLE) A. ii 291. Rings bridged nomenclature of (GRIG- NARD) A. i 177. Rinmann’s green formation of (HED- VALL) A . ii 846. Rooks of the St. Gothard tunnel radio- activity of (JoLY) A.ii 224. radium content of (BUCHKER) A. ii 525. radioactivity of (JoLY) A. ii 1032. Italian radium in (NASINI and secondary radium content of estimation of radium in (EBLER) A. estimation of water in (DITTRICH) A. Riintgen rays. See under Photochem- istry. Boots acid secretion of and its use i t r dissolving mineral substances (PFEIFFER and BLANCK) A. ii 596. Bosaniline hydrochloride conductivity of (DAVIS) A. ii 894. Rotatory dispersion and power. See under Photochemistry. Rubazonio acid dibromo- ( WISLICENUS and Goz) A. i 52. Rubicene and its derivatives (PUM- MERER) A. i 182. Bubidium compounds radioactivity of (BUCIINEK) A. ii 724. Rubidium nalts viscosity and conduc- tivity of in glycerol and in mixtures of glycerol arid water (DAVIS and JONES) A.ii 1124. Rubidium chloride double salts of with ferrous chloride (WILKE-D~BFURT and HEYNE) A. ii 554. chromate compound of with mercuric chloride (STROMHOLM) A. ii 648. dichrornate dimorphism of (LEBEL) A. ii 49. iodide compound of with thiocarb- amide (ATKINS and WERNER) T . 1177 ; P. 141. phosphide preparation and properties of (HACKSYILL and BOSSUET) A. ii 252. AOENO) A. ii 724. (FLETCHER) A . ii 224. ii 723. ii 1207. Rubidium,. estimation of spectroscopi- cally in presence of potassium ( ~ 7 1 L K E - D i j ~ F ~ R T ) A ii 686. Rubreserine preparation properties and salts of (SALWAY) T. 984 ; P. 125. Rumex obtusifolius constituents of the roots of (Tsc~r~ncrr and WEIL) A. ii 196. Ruminants utilisation of phosphorus in fodders by (FINGERLING) A.ii 63. Rutile from Quebec (WARREN) A ii composition of (WATSON) A. ii 360. 1179. S. Saccharetin (LAKGGUTH-STEUERWALD) A. ii 482. “ Saccharin ” (o-benxoicszdphinide) de- tection of (CAMILLA and PEKTUSI) A. ii 104. Saccharophosphoric acid calcium salt (CHEiMISCHE WERKE VORM. H. BYK) A. i 832. aposafranone 1 -amino- action of acetic anhydride on (KEHRMANN and MAS- SLENIKOFF) A. i 1033. Salicin hydrolysis of by enzymes (BER- TRAXD and COMPTON) A. i 592. action of emulsin on in alcoholic solution ( BOURQUEI~OT and BRIDEL) A i 522. Salicin a-amino- ( IRVINE and HYND) P. 320. Salicylaldehyde-a-naphthylhy drazone (PADOA and BOVINI) A. i 524. Salicylallophanic acid methyl ester Salicy lbenzamidine 5-chloro- (HUGHES Salicylic acid formation of sodium phenyl carbonate in Kolbe’s syn- thesis of (SLUITER) A.i 189 975 ; (TIJMSTRA) A. i 859. azo-compounds of (GRANDMOUGIN) A. i 145. hgdroquinine salt (VEREINIGTE CHI- NINFABRIKEN ZIMMER & C o . ) A. i 1014. sodium salt influence of on auto- lysis (LAQUEUR BRUNECKE and CRAMPE) A. ii 661. complexes of with purine sub- stances (PELLINI and AMADORI) A. i 320. mercury salt compounds of with organic acids (KERB) A. i 932. estimation of mercury in (RUPP and KROPAT) A. ii 998. (hlERCK) A . i 878. ant1 TITHERLEY) T. 221 ; P. 6.LNDEX OF SUBJECTS. ii. 1571 Salicylic acid ally1 ester (AKTIEN- GESELLSCHAFT FUR ANILIK-PABILI- KATION) A. i 468. methyl ester action of sunlight on (GIBBS WILLIAMS a i d PRATT) A. ii 1119. detection of (SHERMAN and GROSS) A. ii 395 ; (LANGKOPF LINKE v. BRUCHHAUSEN) A.ii 501 ; (BARRAL) A. ii 609; (STOECK- LIN) A. ii 699. detection of in milk (PEIILIPPE) A ii 500. estimation of (SEIDELL) A. ii 696. estimation of,colormetrically (SCHOTT) A. ii 305. estimation of biochemically in pre- sence of p-hydroxybenzoic acid (BOESEKEN and WATERMAN) A. ii 306. Salicylic acid 4-nitro- and its deriva- tives (BORSCHE and OPPENHEIMER) A. i 652. Salicylidene-paminophenol (MANCHOT and PALMBERG) A. i 350. Salicylidene-p-anisidine ( MANCHOT a i d Salicylidene-o- and -p-anisidines( SEXIER SHEPHEARD and CLARKE) T. 1955 ; P. 237. Salicylideneanthranilic acid (bl ANcIIoT and PALMBERG) A. i 350. Salicylidene-m-bromoaniline (SENIER SHEPHEARD and CLARKE) T. 1955. 6-Salicylidene- l:3-dimethyl-A3-cyclo- hexen-5-one (BORSCHE and GEYER) A. i 892.4-Salicylidene- 1 -methylc~cZohexan-3- one and its sodium salt (BORSCHE and GEYER) A i 892. 4-Salicylidene-2- and -3-methyl-1:2:3:4- tetrahydroxanthylium chlorides ( BOI~SCHE and GEYEK) A. i 894. 2 3-a- Salicylidene -8( or 7)-me thyltri- methylenebenzopyrylium chloride and its derivatives (BORSCHE and GEYER) A i 893. Salicylidene-8-naphthylamine 5-bromo- (SESIEE? SHEPHEAED and CLARKE) 4- Salicylidene- 1:2 3 :4- tetrahydro- xanthylium chloride and its ferri- chloride ( BORSCHE and GEPEH) A. i 893. 2:3-a-Salicylidenetrimethylenebeneo- pyrylium chloride (BORSCHE and GEYER) A. i 892. Salicylonitrile 4-amino- dz’bromo-4- nitro 4-nitro- and dinitro- and their derivatives (BORSC‘HE and OPPEN- HEIMER) A. i 662. PALMBERG) A. i 350. ‘r. 1956. a-Salicyloxypropionic acid. See a-o- Carboxyphenyloxypropionic acid.Salicylphthalimide (GABRIEL) A. i 393. 4- Salic ylthiolanthraquinone 1 -ami n n- and its derivatives (GATTERMAXN) A.. i. 1002. Saii&,,’amyloclastic property of (EVANS) A.. ii. 573. pepthyiic enzyme of (KOELXER) A. ii 181. Salmine refractive index of salts of (ROBERTSON) A i 519. dissociation of salts of ( ROBERTSOS) A. i 738. nitro- (WECHSLER) A. i 401. Salmon absorption of fat in the stomach by (GREENP,) A. ii 272 659. muscle of. See Muscle. Salmoneite (SCHALLER) A. ii 457. Salt beds a t Stassfurt analyses of samples from the (RIEDEL) A ii 265. Salts reciprocal pairs of (J~NECKE) A. ii 762. conductivity of solid mixtures of (LE BLASC) A. ii 727. method of illustrating the relative conductivities of (BLAKCHARD) A ii 446.freezing points of mixtures of (RIVETT) A. ii 130. passage of through protoplasm (END- LER) A. ii 863. solubility of (EHLERT and HEMPEL) A ii 905. solubility and electro-affinity of (CALZOLARI) A. ii 905. effect of on the solubility of other salts (HARKINS) A. ii 27 28 ; (HARKINS and WINNINGHOFF) A. ii 27. bases and acids ammoilia system of (FRANKLIN) A. ii 451. neutralisation of toxicity by ( LOEB and WASTENEYB) A. ii 469. metabolism of. See Metabolism. antagouism between anzesthetics and (LILLIE) A. ii 280 468. action of on clay soils (MASONI) A. ii 677. conibination of with hydrogen per- oxide (RUDENKO) A. ii 1168. internally complex stereoisomerism of (LEY and WINKLER LEY and FICKEN) A. i 243. crystalline specific heat of (JACKSON) A. ii 1134. doub!e formation of ( BROXST&D) A.ii 736. fu>ed dissociatiin of (LORENZ) A. ii 323. as solvents (SACKUR) A. ii 233 744,836 ; (BRAY) A. ij 744,836.ii. 1572 INDEX OF SUBJECTS. Salts hydrated vapour pressures of (BOLTE). A.. ii. 833. Scammonv and its root. constituents of viscnmetric dlterrninatinn of tran- sition points of (DUNSTAN and LANGTON) T. 413 P. 14. niixed hydrated dissociation of ( ROLLA and AXSALDO) A. ii 335. inorganic absorption of light by ( H o u s r o u N BROWS) A. ii 507. complex inorganic absorption spectra of ( VALLA) A. ii 2. complex isomeric nbsorption spectra of ( P I v m I ) A. ii 712. isomorphous fusion and pressure of flow o f mixtures of (VitsHEsNEvsKY) A. ii 137. mineral toxicity of in cerebro-spinal fluid (CAMUS) A. ii 968. neutral action of (FORT) A.ii 1047. rare absorption spectra of (JONES and sparingly soluble determination of the soluhility of by nieans of elec- trodes of the third kind (SPENCER) A. ii 1129. quantitative analysis of complex mix- tures of (IWANOFF) A. ii 199. Samarium organic salts of (JAMES HOBEN and XOBINMON) A. i 233. Samiresite (LACROW) A. ii 567. Santalin and its derivatives (CAIX and SIMONSEN) T. 1061 P. 139. Sanhlina c l ~ m s a c l / p a r i ~ ~ ~ ~ s ~ e n t i a l oil of (J?RANCESCONr and SCARAFiA) A.,i 38. Santolinenone formula of ( FRANCESCONI and SCAHAF~A) A. i 38. Sapogenin and its derivatives (ROSEN- THALER and STR~M) A. i 640. Saponsrin blue compound of with iodine (BARGER and FIELD) T. 1394; P. 157. Saponin of the white soapwort hydro- lysis O f (ROSENTHALER and s I’R~M) A.i 640. detection of (RUHLE SORMANI) A. ii 819. Saponins (WINTERSTEIN and BLAU) A. i 39. Sapphirine from Quebec (WARREN) A. ii 360. fromMadagascar(LAcRoIx),A.,ii,1182. Sasa paniculata constituents of the shoots o f (MIYAKE and TADOKORO; MIYAKE) A. ii 380. Satinwood West Intlian constituents of ( A u L D ~ ~ ~ PICKLES) T.,1052; P. 143. Saurornatum. vem~~nnz resliratory en- zymes Of (WEEVERS) A. ii 83. Savin oil of constituents of (AGNEW and CROAD) A i 636. detection of (HAM~LAINEN) A ii 812. STRONG) A. ii 216. ( POWE; and ROQEHSOX) T. 398 ; P. 39. Scandium (MEPER aud GOLDENBERQ) A. ii 768. Scopolamine ( WILLST~TTER and HUG) action of (HUG) A. ii 790. Scopolamine chloro- ( HOFFMANN LA ROCHE & Co.) A. i 1015. npoScopolamine and its salts (WILL- STATTER and HUG) A.i 577. and its nitrate (HOFFbJANN LA ROCHE 8i Co.) A. i 1014. Scopolaminesulphuric acid ( WILLSTBT- TER and HOG) A i 577. Scopolyl chloride and platinichloride ( WILLSTATTER HUG and HEDLEY) A. i 577. Sea-urchin extraction of a fertilizing agent from’ the spermatozoa of the (ROBERI-SON) A. ii 782. Sea-urchin’s eggs. See Egqs. Sea-water. See under Water. Sebaoic acid drydiutillationof(AscHm) A. i 536. oxidation of (HODTKER) A. i 237. thorium salt (SMITH and JAMES) A. ii 390. Secretin preparation of (STEPP) A. ii 366 ; (DALE and LAIDLAW) A. i 592. fate of in pancreatic diabetes (EVANB) A. ii 787. Seedlings action of bases on (ROKORNY) A. ii 482. artificial nutrition of (ZALESKI and TUTORSKI) A. ii 974. Seeds germination of (LERAGE) A. ii 478.action of caffeine on the growth ayd germination of (RANSOM) A. 11 286. displacement by water of nutritive substances in (ANDRI~) A. ii 691. germinating forrnstion of hydrogen- cyanide in (RATENXA and VECCHI) A. ii 194. germinating behaviour of pentosans in (MIYARE) A. ii 1085. action of narcotics on (MANSFIELD and PARKAS). A. ii 79. ripeniiig metabolism i n (ZALESKI) 5elenibromides (GUTBIER and G E ~ ~ x E - WALD) A. i 241. lelenides organic compounds of platin- ous salts with (PRITZMAKN) A. i 71. ‘ Selenindigo.” See 2:2’-Bisoxyseleno- 11 aphthea lelenites. See under Selenium. A i 576. A. ii 194.INDEX OF SUBJECTS. ii. 15’73 Selenium niolecular weiglit of in solu- 3heridanite (WOLFF) A. ii 1182. 3homerajin (BHADURI) P. 53. Sicklerite (SCHALLER) A. ii 457. Silica.See Silicon dioxide. tion (OLIVARI) A. ii 755. photo-sensitiveness of mixtures of with sulphur and with tellurium (AMADUZZI and PADOA) A. ii 227. cause of the sensitiveness of to light (POCHETTINO) A ii 1115. cells. See Cells under Electro- chemistry. vapour dissociation of ( PRESNER and BROCKM~LLEB) A ii 1146. Selenium compounds phosphorescence of (PAULI) A. ii 714. Selenites anhydrous ( MARINO and asymmetric ( MARISO and To5 I- Selenium estimation of in pyrite.; (KCASON and MELLQUIST) A. ii 990. estimation of quantitatively in siil- phur and pyrites (KLASON and MELLQUIsr) A. ii. 201. o-Selenolbenzoic acid (LESSER and WEISS) A. i 643. Selenonaphthen 3-hgdroxy- (LESSER and WErss) A. i 643. Selenophosphoric acid esters of and their compounds with metallic salts (PISTSCHTMUKA) A.i 70. ‘‘ Selenosaccharin.” See Benzoic selen- onimide. Seltzer water action of on aluminium BARI ILL^^) A. ii 943. Semen microchemical detection of (ALEIXANDRE) A. ii 707. Semicarbazide hydrochloride action of on p-quinnnes (HEILBRON and HEN- DERSON) P. 256. Semicarbazones (HETLBRON and WIL- SON) T. 1482 ; P. 192. reduction of (KESSLER and RcPP,) A. i 219 ; (RUYE and OESTREICH- ER) A. i 220. cll Serine picronolate (LEVENE and VAN SLYKE) A. i 682. Serum etlect of thyroidectomy on the physical properties of ( PALADISO) A. ii 855. Seseli bocconi essential oil of ( FRASCES- CONI and SERNAGIOTTO) A. i 123 381. Sesquiterpene C,,H from a-hederagenin (VAN DER HAAR) A. i 886. Sesquiterpenes ( DEUSSEN) A. i 368. Sesqaiterpene alcohol C,,H,,O from oil of carnations and its chloride (SEMM- LER and MAYER) A.i 480. 8ewage estimation of nitrates in (SIL- VESTER) A. ii 386. Shark eggcapsules of. See Egg- capsules. SQUIXTAKI) A. i 127. NELLI) A. i 802. C. ii. Silica glass devitrification of (CROOKEY) A. ii 551. Silica plate for excluding flame gases from a crucible during ignition (CUM- MIKG) A. ii 598. Silicanes ( HYGD~N) A. i 341. Silicates and Silicic acid. See under Silicon. Silicomolybdates separation of phos- phomolybdates from (M~LIKOFF) A. ii 202. Silicon spectrum of in a Gcissler tube thermochemistry of (v. ARTEN EN BERG) Silicon hydrides (BESSON) A. ii hydride action of heat on (v. WAR- TENBERG) A. ii 939. liquid preparation of (ADWENTOW- SKI) A. ii 44. dioxide (silica) floury form of (TIJ- AN) A. ii 652.cubical expansion of (HARLOW) A. ii 128. ihemical behaviour of different modifications of (SCHWARZ) A. ii 756. fusion of,with cuprous oxide (OTIK) A. ii 351. estimation of in iron ores (MOLDES- HAUER) A. ii 92. estimation of iu trass (HAMBLOCH) A. ii 1095. Silicic acid and its salts thcrmn- chemistry of (MULEI~T) A. ii 626. hydrogel reactions in (HA’I’SCHEK) A. ii 449. growth of gels of ( LIESEGAKG) A. ii 756.* vapour pressure of the gel of (ZSIGMONDY BACHM.4” aiid excretion of in urine (SCHULZ) A. ii 370. estimation of (HERMANN) A. ii 1215. hydrated estimation of in clay (PENCE) A. ii 204. Silicates heats of formation of (TSCHERNOB~EPF) A. ii 235. melting-point of ( DITTLER MARC) A. ii 552. binary systems of (LEBEDEFF) A . ii 919. density of mixtures of (TILLOTSON) A.ii 643. (PORLEZZA) A. ii 876. A. ii 1137. 641. STEVENSON) A. ii 641. 103ii. 15'74 INDEX OF SUBJECTS. oxide; solubility of in litharge (KOHL- oxybromide preparation and properties persulphate (BARBIERI) A. ii 941. sulphide equilibrium of with anti- mony and arsenic sulphides (JAEGER and VAN KLOOSTER) A. ii 1170. equilibrium of ferrous sulphide and (SCHOEN) A ii 159. and chloride equilibrium of mix- tures of (TRUTHE) A. ii 763. and chloride thermal analysis of the system (SANDONNINI) A. ii 759. Silver organic compounde :- thiocyanate solubility of (KIRSCH- Silver estimation of (TRENKNER) A. ii 392. Silver therapeutics chemistry of (PAUL) A. ii 788 ; (ANGELI) A. ii 964. Siphon safety (FOSSLER) A. ii 1161. Skin influence of diets and poisons on the (LUITHLEN) A.ii 958. MEYER) A. ii 1054. of (SEYEWETZ) A. ii 348. NER) A. ii 423. Silicon :- Silicates reduction of with metallic calcium (WEDEKIND and DURR) A. ii 756. and titanates thermal analysis o mixtures of (SMOLENSKY) A. ii 160. from Caucasia analysis of (ORLOFF) A. ii 950. estimation of alkalis in (MAKINEN) A. ii 297. estiniation of ferrous iron in (DIT- TRICH and LEONHARD) A. ii 299. estimation of water in (DITrKIcH and EITEL) A. ii 804. Xetaailicates experiments with (ZINRE) A. ii 359. Silicon oxychlorides action of on sodium salts of fatty acids (ZANETTI) A. i 935. Silicon organic compounds ( KIPPING) T. 2106 2108 2125 ; P. 243 244 ; (ROBISON and KIPPING) T. 2142 2156; P. 245; (MARTIN) A. i 819. Silicotnngstic acid compounds of with antipyrine and pyramidone (JAVIL- LIER) A ii 948.Silk composition of different kinds of (ABDERHALDEN and INOUYE) A. i 751. tryptic digestion of (HUBBARD) A. i 60. Silver atomic weight of ( HINRTCHS) A. ii 253 ; (GuYE) A. ii 552. allotropic forms of (li OHLSCHUTTER and FISCHMANN) A. ii 253. modifications of ( KOHLSCEUTTER and EYDMANN) A. ii 845. colloidal (PAPPADA) A. ii 157. precipitation of by metal plates colloidal solutions of (REBI$RE) A. ii 642. preparation of colloidal solutions of by fractional coagulation (OD~N) A. ii 240. metallic and ferric nitrate equilibrium between (NOYES and BRANN) A. ii 916. the system tin lead and (PARRA- VANO) A. ii 759. Silver alloys with gold (RAYDT) A. ii Silver ammine persnlphate (BAKBIERI) Silver salts action of halogens on (NORMAND and CUMMING) T.complex compounds of with mercury salts (FINZI) A. ii 158. (PHILIPPSON) A. ii 914. 562. A. ii 763. 1852 ; P. 225 ; (TAYLOR) P. 314. Silver bromide and chloride solubility of in sodium sulphite solutions (LUTHER and LEUBNER) A ii 450. chloride solubility of in water (Ros- solubility of in chloride solntions (FORBES) A. ii 49 influence of colloids as retarders in the reduction of (REINDERS and VAN NIEUWENBURG) A ii 254. and snlphide equilibrium of mix- tures of (TRUTHE) A. ii 763. and sulphide thermal analysis of the system (SANDONNINI) A. ii 759. 8EM) A. ii 348. 643 940. fluorides (W~HLER) A. ii 1169. swbfiuoride (GUNTZ) A ii 941. haloids electrical conductivity of (TUBANDT and LOREXZ) A ii 1124. combination of alkali haloids and (SANDONNINI) A. ii 941. photo-haloids constitution of the (TRIVELLI) A.ii 158,450 ; (REIN- DERS) A. ii 450. . iodide heat of formation of ( FISCHER) A. ii 536 1054. potassium iodide and water equil- ibrium in the system (VAN DAM and DONR) A. ii 31. nitrate mechanism of the reaction of ethyl iodide and in alcoholic solvents (PEARCE and WEIGLE) A ii 925. metallo-quinolides of (POMILIO) A. i 386.INDEX OF SUBJECTS. ii. 1575 Slag Thomas estimation of phosphoric acid in (PoPP) A. ii 992; (FUCHS and WAGNER) A. ii 993. Smegma of the horse fat of the (ZARIB- NICKY) A. ii 961. Snail glycogen in the body of the (ERHARD and ZIEGLWALLNER) A. ii 779. Soap constitution of in solution (Mc- BAIN CORNISH and COWDEN) T. 2042 ; P. 237. surface. tension of solutions and sus- pensions of (BO~TAZZI) A. ii 1 1142.ultramicroscopy of soluthns of (ZSIGMONDY and BACHEM) A. ii 1149. soft physico-chemical investigation of (GOLDSCHMIDT and WEISSMANN) A. ii 728. Soap-powders analysis of ( POLAK) A. ii 815. Soapwort white saponin of the (ROSRNTIIALEK and STR~M) A. i 640. Sodamide action of on a8-dibenzoyl- butane (BAUER) A i 777. Sodium anomalous dispersion in vapour of (ROSIIDESTWENSKY) A. ii 1016. electrical discharge in vapour of (DUNOYER) A. ii 891. fluorescenc?e of the vapour of (DUNO- YER) A. ii 406. specific heat ratio for (ROBITZSCH) A. ii 898. boiling-point of (HEYCOCK and LAMP- LOUGH) P. 3. colloidal photo-electric effect of (POHL and PRINGSHEIM) A. ii 317. content of the organs of a dog metabolism. See Metabolism. Sodium alloys with mercury ( VANSTONE) A. ii 155.with potassium (VAN ROSSEN HOOGEN- eIectrica1 properties of (NORTHRUP) Sodium compounds emission of the D-lines by (IWANOFF) .4. ii 1113 1114. Sodium salts influence of the anion on the toxicity of (LoEB) A. ii 469. inhibition of the toxic action of (LoEB) A. ii 969. Sodium arsenate analysis of (CORMIM. BGUF) A. ii 684. glucinum arseiiate ( HLEPER and MUL- LER) A. ii 644. bismuthide (VOURNASOS) A. ii 54. borate and carbonate equilibrium of the formation of (AGENO) A. ii 339. (GgRARD) A. ii 463. DYK VAN RLEISWYK) A. ii 348. A. ii 225. Sodium hydrogen gyroborate (SACCHAR- IN-FABRIK AKTIEN-GESELLSCHAFT VOBM. FAHLBERG LIST 8 Co.) A. ii 642. bromide antagonism t o poisoning by ( LOEB and WASTENEYS) A. ii 469. hypobromite action of 011 cnrbamide derivatives (LINCH) T.1755 ; P. 144 carbonate pure preparation of (GAWA- LOWSKI) A. ii 940. hydrates of ( WEGSCHRIDER) A. ii 156. and hydrogen carbonate reciprocal solubility of (DE PAEPE) A. ii 156. and borate equilibrium of the formation of (AGENO) A. 11 339. chloride cadmium and potassium chlorides equilibrium in the system (BRAND) A. ii 255. fused solubility of metallic oxides and sulphides in (HOUBEN) A. ii 1056. influence of on calcareous waters (GILLRT) A. ii 1171. influence of on nutrition and renal elimination (DESGREZ and GUENDE) A ii 465. and sugar effect of injection solutions of (UNDERHILL) A. ii 1.88. manuring of sugar beets with (STROHMER and FALLADA) A. ii 83. hypochlorite photokineti cs of solutions of (LEWIS) T. 2371 ; P. 288. dichromate electrolytic formation of (MULLER and SAUER) A.ii 1037. haloids formation of solid solutions by (AMADORI) A. ii 758. hydride dissociation pressure of (KEYES) A. ii 627. hydroxide standardisation of with ammonium chloride (GESERICK) A. ii 490. iodide and cadmium iodide equi- librium in the system (BRAND) A. ii 256. nitrate barium nitrate and water- equilibrium in the system (COPPA- DORO) A. ii 441. oxide acetic anhydride and water equilibrium in the system (DUN- NINGHAM) T. 431 ; P. 16. peroxide heat of con1 bination of acidi- oxides with (MIXTER) A ii 899. dihydrogen phosphate and its hydrates (IMADSU) A ii 348.ii. 1576 INDEX OF SUBJECTS. Sodium phosphide preparation and pro- perties of (HACKSPILL and BOSSUE I.) A. ii 252. trithiophosphite ( EPHRAIM and STEIN) A. ii 43. silicate growth of metallic sa‘ts in (Ross) A.ii 49. siilphate cryoscopy of (BOUTARIC and anhydrous as a drying agent for tissues and fluids (NJEGOVAN) A. ii 970. sulphite and quinol absorption of oxygen by solutions of (QCHILOFF and FEDOTOFF) A. i 966. hyposulphite action of copper sulphatc on (FIRTH and MYERS) P. 101. tetrathionate titration of with iodine (ABEL) A. ii 486. thiosulphate action of ultra-violet light on (MARMIER) A. ii 112. fused as a cryoscopic solvent (LEEXHARDT arid BOLTTAHIC) A . ii 234. kinetics of the reaction of hydrogen peroxide and (ABEL) A. ii 927. reaction of with potassium di- chromate and sulphuric acid (STIAYNY and DAS) A. ii 945. titration of with iodine (ABEL) A ii 486. bismuth thiosulphate preparation of (SANCHEZ) A. ii 562. copper thiosulphate compound of cuprous acetylide acetylene and (BHADURI) A.i 597. metavanadate solubility of (MCADAM and PIERLE) A. ii 561. Sodium organic compounds :- Sodium alkyloxides action of on acid esters (DAM BERGIS and KOM- NENOS) A. i 934. phenyl carbonate formation of in synthesis of salicylic acid (SLUITER) A i 189 975; (TYMSTRA) A. i 859. pentacyanohydrazinoferrite. See Sodium hydrazinoferropentacyan- ide. cupric hydrogen ferrocyanide ( WIL- LIAMS) P. 317. hydrazinoferropentacyanide( BLESAL- SKI and HAUSER) A. i 341. Sodim detection and estimation of in animal organs (G~RARD) A. ii 996. Sodium lamps (BECKMANN) A. ii 1049. Soils electrolysis of (KONIQ HASEN- BAUMER) A. ii 84. changes in the physical properties of by frost heat and addition of salts (CZERMAK) A. ii 198.LEENHARDT) A. ii 1136. Soile hygroscopic moisture of ( LIPMAN awakening of( Miliiwrzand GAUDECHON) and SHARP) A ii 84. A. ii 292. adsorption capacity of (ABERSON) A. ii 292. biolokical absorption in (STOKLASA) A ii 198. oxidation in (SULLIVAN and REID) A. ii 483. acidity of (GR~GOIRE HENDRICR CARPIANA and GERMAIN) A. ii 1088. assimilation of ammonia and nitrates by bacteria in ( VOGEL) A. ii 190. loss of ammonia from (v. WLODECK) A. ii 85. formation of calcium carbonate in by bacteria (GIMINGHAM) A. ii 75. influence of calcium oxide in ( LEMMER- MANN EINECKE and FISCNER LEMMERM ANN FOERSTE R and EINECKE) A. ii 198. exchange of bases in ,(WIEGNER) A. ii 677 981. origin of creatinine in (SULLIVAN) A. ii 86. creatinirie in (SHOREY) A. ii 293. effect of magnesium 011 (STEWART) A.ii 84. influence of magnesium oxide in ( LEMMERMANN EINECKE and FISCHER) A. ii 198. manganese in (DE SORNAY) A. ii 1089. behaviour of nitrates in (VOGEL) A. ii 1089. chemical nature of organic nitrogen in retention of nitrogen by limed and un- limed ( LEMMERMANN BLANOK HEINITZ and v. WLODEK) A. ii 473. decomposition of organic matter in ( LEMMERMANN Aso FISCHER and FRESENIUS) A. ii 483. increase of the ammonia-fixing power of by calcium carbonate (LEMMER- MANN and FRESENIUS) A. ii 1206. relation of plants to the nutritive elements of (MAzI~) A. ii 796.; (POUGET and CHOUCHAK) A. 11 975. effect of lime on bacteria in (BROWN) A. ii 670. effect of ignition on the solubility of phosphates in (FRAPS) A. ii 85. absorption of phosphoric acid in (DUSCHETSCHKIN) A.ii 677. infected by bacteria mobilisation of phosphoric acid in (SEWERIN) A. ii 474. (JODIDI) A. ii 292.INDEX OF SUBJECTS. ii. 1577 S o h effect of heat and oxidation on phos- phorus in (PETERSON) A. ii 595. action of solvents on the phosphorus and potassium in (ESGELS) A. ii 596. fertilising action of sulphur in ( BOUL- LANGER) A. ii 381 ; (DEMOLON) A. ii 382. influence of molasses on nitrification in (PECK) A. ii 595. transformation of nitrogen i n (FISCHER) A. ii 594; (STEWART and GREAVES) A. ii 595. fixirtion of uitrogen in (SACKETT) A. ii 670. acid forest non-fixation of phosphoric acid by (PETIT) A. ii 1206. field behaviour of nitrates in ( VOGEL) A. ii 1206. clay action of salts on (MASONI) A. ii 677. heated biochemistry of (SEAVER and guanine from (LATHBOP) A.ii peat effect of phosphate manures on (v. FEILITZEN) A. ii 85. red chemical and physical nature of (BLANCK) A. ii 482; (HISSINK) A. ii 981. s tea 111 -heated chemistry of( SCH KEINE it and LATHROF) A. ii 981. changes in the reaction of by growth of plants and manuring (MASCH- HAUPT) A. ii 1206. pliysical analysis of ( D UMONT) A. ii 108. estimation of calcium in (SHKEWS- BURY) A. ii 491. estimation of carbon dioxide in (BOWSER) A. ii 1095. estimation of colloids in (ROHLAND) A. ii 1220. estimation of' humus in (BEAM) A. ii 820. estimation of phosphoric acid in (AULD) A. ii 487. estimation of radiurn emanation in the air of (SATTERLY) A. ii 117. estimation of radium and thorium emanations in (SATTERLY) A. ii 522. apparatus for estimation of water absorbed by(MAi!SHALL) A ii 200.8oja bean oil detection of colorimetri- cally (SmrIMJ) A ii 1108. Solanidine from Sola?czCw tuberosum (COLOMBANO) A. i 798. Solanwm tzcberosum solanidine from (COLOMBANA) A i 798. Solar bandr structure of (FORTRAT) A. ii 402 CLARK) A ii 864. 982. Solder soft estimation of tin and anti- monyin (GOODWIX) A. ii 496. Solid matter estimation of in aqueous suspension (v. NOBLE and LARCHE- V ~ Q U E ) A. ii 295. Solid solutions. See Solutions solid. Solids absorption of light by (KOENIGS- BERGElt and KUPFEHER) A. ii 405. forces acting between the atoms of density of (JOHKSTOK and ADAMS) A. ii 537. apparatus for determining the density of (ESCARD) A. ii 1138. solubility of gases in (GUICHARD) A. ii 295. total estimation of (SERGER) A.ii 1112. Solomon's seal. See Polygonatunc bi- f i r i m . Solubility theory of (TYRER) A. ii 238. apparatus for determination of in absence of atmospheric carbon di- oxide (EKECRANTZ and PALME) A. ii 484. effect of salts on the of other salts (HARKINS) A. ii 27 28 ; (HAR- KIN$ and WINNINCIIOFF) A. ii 27. Solutions influence of the solvent on absorption spectra of (HAVELOCK) A. ii 110. photo-electric behaviour of (NIEN- HAUS) A. ii 5. electrochemistry of in acetone (ROSH- DESTWENSKY and LEWIS) T. 2094 ; P. 239. abnormal electrical conductivity of ( SACHANOFF) A. ii 422. influence of pressure and temperature on the electrical conductivity of (LUSSANA) A. ii 623 ; (KORBEK) A. ii 889. theory of (GIRARD and HENRI) A. ii 24 ; (COLSON) A. ii 25 238. application of the theory OF chemical potential to the thermodynamical theory of (SHORTER) A.ii 24 437. physieo-mechanical theory of ( MICHAI- LENKO) A. ii 438. experiments on (CANTONE) A. ii 1043. physical properties of ( HEYDWEILLER) A. ii 433. relation between physical properties of (CLAUSEN) A. ii 119. composition and vapour pressure of (VREVSKY) A. ii 13'2. chemical equilibria in (DUBRISAY) A. ii 32 339. . (LINDEMANK) A. ii 1142.ii. 1578 INDEX OF SUBJECTS. Solutions spontaneous alteration of con- centration in (SVEDBERG) A. 11 905 906. osmotic pressure of (REYCHLER GLL- LET) A ii 1043. viscosity of (CHI~NEVEAU) A. ii 832. containing two solutes surface tension of (SREBNITSKY) A. ii 627. alcoholic hydrolysis of (HAGGLUND) A. ii 910. aqueous crystallisation from (MARC) A.ii 336. rate of evaporation of (JARWZYBSKI and PRZEMYSKI) A. ii 909. binary influence of substitution in the components on the equilibrium of (~CREMANN and JANETZKY) A. ii 1151. colloidal. See Colloidal. dilute fuuction of the water molecule in (OXLEY) A. ii 325. non-aqueous potentials of ( ISGARI- SCHEFF) A. ii 729. saline and the law of mass action (MACDOUOALL) A. ii 826. thermal expansion of aqueous (DAVIDTB) A ii 427. potential difference between mercury and (SMITH and HIGGINS) A. ii 121. dielectric constants of (WALDEX) A. ii 421. properties of in relation to the ionic theory (NOYES and FALK) A. ii 526 627 electromotive force produced by the flow of through capillary tubes (RIATY) A. ii 622. solid researches on (BRUNI) A. ii 1043. heats of formation of (BRUNI and AMADORI) A.ii 899. solid inorganic photophosphorescence of (LANDAU) P. 2. analysis of by preciae thermometry (RICHARDS and SHIPLEY) A. ii,599. estimation of total solids in (SERGER) A. ii 1112. Solvates nature of (GEBHARD) A. ii Solvents fused salts as (SACKUR) A. ii 233 744 836 ; (BRAY) A. ii 744 with small dielectric constants (SA- CHANOFF) A. ii 730. influence of on velocity of reaction (v. HALBAN and KIRSCH) A. ii 1046. influence of on the rotation of optic- ally active compounds (PATTERSON and STEVENSON) T. 241 ; P. 8 ; (PATTERSON and ANDERSON) T. 141. 836. 1833 ; P. 224. Sorghum amounts of hydrogen cyanide in varieties of (SCHRODER and DAM- MANN) A. ii 197. Spark radiant emission from tho (WOOD) A. ii 114; (STEUBING) A. ii 618. Sparteilene (MOUREU and VALEUR) A.i 210. Sparteine symmetry of (MOUREU and VALEUR) A. i 296. degradation of (MOUREU and VALEUR) A. i 210. oxidation of with potassium pernian- ganate (GEXMAIN) A. i 579. Spearmint oil constituents of (SCHIXIMEL 8~ Co.) A. i 370. Specific heat See under Thermocheni- istry. Spectra and Spectrochembtry. See under Photochemistry. Sphagnum peat hitmic acid from (ODI~K) A. i 336. Spinal cord effects of section of the on ternperature and metabolism (KENNA- WAY and PEMBREY) A. ii 1067. Sphingosine ( LEVENE and JACOBS) A. and its triacetate (THOMAS and TIIIER- Spirans (RADULESCU) A. i 51 ; (LEUCHS and GIESELER) A. i 714. Spirits analysis of (ROCQUES) A. ii 392. Splanchnic nerves control of the supra- renal glands by the (ELLIOTT) A. ii 781. Spleen enzymes of the (TANAKA) A.ii 69. function of in iron metabolism (ASHER and VOGEL) A. ii 959. dog’s cheinistiy of the (CORPER) A. ii 274. Spodumene melting point of (ENDELL and RIEKE) A. ii 266. effect of heat on ( BRUN) A. ii 569. Spongin (OSWALZ)) A. i 57. Spring water. See under Water. Spruce wood ethereal oils from ( KLASON and SEBERFELT) A. i 788. Stabbing oxygen content of blood in relation t o (PUPPE) A. ii 952. Stachyose hydrolysis of by enzymes (BIERRY) A. ii 1072. Stannic acid and salts. See under Tin. Stannous salts. See under Tin. Starch action of the electric discharge swelling of in presence of crystalloitls deflocculntion of ( MALPITANO a i d conversion of into dextrin ( MALFITANO i 284 575. FELDER) A. i 373. on (LOB) A. i 947. (SAMEC) A. ii 144. MOSCHKOFF) A.i 608. and MOSCHKOFF) A i 240.INDEX OF SUBJECTS. ii. 1579 Starch hydrolysis of (FERPU’BACH anc SCHOEK) A. i 336. diastatic hydrolysis of (VAN LAER) A ii 35. hydrolysis of by hydrogen peroxidc (GERBER) A. i 538. adsorption of soluble substances bj (RAKOWSKI) A. ii 743. velocity of saceharification of (VAB LAER) A ii 148. action of N-rays on (COLWELL and Rugs) A. i 608. action of ultraviolet light on (BIELECKI and WURMSEH MASSOL) A. i 538. action of dilute nitric acid on (OECHS. NER DE CONINCK and RAYNAUD) A. i 73. soluble preparation of (FERNBACH) A. i 832. Lintuer soluble (CLARK) A. i 240. blue compound of with iodine (BARGER and FIELD) T. 1394 ; P. 157. approxiniate estimation of by iodine (REED) A. ii 102. estimation of polarimetrically in bananas (BAUMERT) A.ii 1217. Starfish eggs. See under Eggs. Stearic acid in fungi (BOUGAULT and CHARAUX) A. ii 289. isolation of from ox gall-stones (FIS- CHER and MEYER) A ii 71:. mannitol esters of (BLOOR) A. 11 365. mentliyl ester and brucine and cin- chonine salts (HILDITCH) T. 201. Steel. See under Iron. Stereochemical problems (FBAKKLAKD) T. 654. Stereochemistry of aromatic compounds (CASABES) A. i 616. Stereoisomerism of compounds contain- ing asymmetric nitrogen and active asymmetric carbon ( WEDEKIND and NEY) A. i 501. Steric effects static and dynamic (DAVIS) A. ii 32. Stewartite (SCHALLER) A. ii 457. Stibinee aromatic preparation of (KAUF- MANN) A. i 328. Stilbene tetraaniino- 2:6:2’:6‘-tctra- nitro- at1 d 2:4:6:2’ 4’ 6’-hexanitro- (REICH WELTER and WIDMER) A.i 959. a-bromo-2:4-dinitro- a-chloro-2:4- dinitro- and 2:4-dinitro- isomeric haloids (PFEIFFER) A. i 618. di-p-chloro- and its dibromide (PASCAL and NORMAND) A. i 146. a-chloro-2-nitro-4-cyano- a-chloro-4- nitro-2-cyano- a-chloro-2:2‘-di- nitro- and 2:2’-dinitro- and deri- MER A~ATZKE and SPIRU) A. i,618. vatives (PFEIFFER FOKX’ET KRA- Stilbene p-nitro-p‘-hydroxy- and p - hydroxy- (HEWITT LEWCOCK and POPE) T. 604 ; P. 69. Stilbenecarboxylic acid and its methyl ester (LIEBERMASN and MITTER) A. i 466. Stilbene-4-carboxylic acid a-chloro~2- nitro- and its ethyl ester (PFEIFFER FORNET KRAMER MATZKE and SPJRO) A. i 619. Stilbenedicarboxylic acid (LIEBERMANS and MwrER) A. i 466. Stomach absorption of fat by the (GREENE) A. ii,.. 272 (GREENE and SKAER) A. 11 273. absorption of fat by in salmon (GREENE) A.ii 659. free and combined hydrochloric acid in the contents of the (CHRISTIAN- SEN) A. ii 1187. excretion of alkaloids into the (Lax- GER) A. ii 1080. Stopcock improved (SCHMIDT) A. ii 37. Strontium fluoride band spectrum of in the electric arc (LEOPOLD) A. ii 614. peroxide formation of from stron- tium oxide and oxygen (FISCHEK and PLOETZE) A. ii 554. trithiophosphate(EPHRA1M and STEIN) A. ii 43. Strontium detection of (CURTMAN and FRANKEL) A. ii 1211. Strophunthus glucosides from (HEFFTER and SACHS) A. i 482. Striiverite from the Malay States (CROOK and JOHNSTDNE) A. ii 566. Strychnine reversal of reflex phenomena by (OWEN and SHERKIKGTON) A. ii 74. isostrychnine action of bromine on (CIUSA and SCAGLIARINI) A. i 798. Strychnos alkaloids (LEUCHS and BREW- PEIRCE) A. i 898.relation between chemical constitu- tion and physiological action i l l (LOEB and OLDENBERG) A. ii 373. ,Strychnos n ~ x vomica oil from the seeds of (HEIDUSCHKA and WALLEN- REUTER) A. ii 1087. Sturine (KOSSEL and WEISS) A. i 591. Styphnic acid (2:4:6-trinitroresorcinoZ) d- and Z-methylethylphenacylthetine salts (TAYLOR) T. 1126. Itypteria knowledge of the ancients regarding (HOFMANN) A. ii 931. ityracitol and its derivatives (ASAHINA) A. i 832. styrene nitrodihydroxy- (ROBENMUKD) A. j 843. STER) A. i 210 ; (LEUCHS audii. 1581) INDEX OF SUBJECTS. 2- Styryl-4-dihydroquinazolone me th- iodide and ethiodide (BOGERT and GEIGER) A. i 511. amino- hydrochloride acetyl deriva- tive bromo- dibromo- 6-nitro- 2-0- and p-nitro- and 6-nitro-2-p-nitro- (BOGERT and BEAL) A.i 394. (BOGERT and BEAL) A. i 394. niethiodide ( BOGERT and GEIGER) A. i 511. 2-Styryl-3-methyl-4-dihydroquinazolone methiodide (BOGERT and GEIGER) A . i 511. Styryl methyl ketone( benzylidenencelone) catalytic reduction of (VAVON) A. i 628. 2- Styryl-4-dihydroqninazolone 2- 2 Styryl-3-ethyl-4-dihydroquinazolone nitrate (REDDELIEN) A i 986. oxide (PRILESCHAEFF) A. i 635. 2-Styryl-4-methylquinoline and its salts (SPALLINO and CUCCHIAROKI) A. i 582. Suberic acid dry distillation o f (A.SCHAN) A. i 536. Sublimation apparatus for ( PHILIPRE) A. ii 932. in a vacunm apparatus for (MOKEY) A. ii 444 ; (PRINS) A. ii 533. Submaxillary glands. See Glarids. Substance C2H,0,N (+ 4 H,O) from oxidation of glyoxlme and its ammo- nium salt (ULPIANI and DE DOMIKI- CIS) A.i 341. C,H,O,N from oximinomalonamide- amidoxime and sodium nitrite (WIELAXDand BAUMANN),A.,i 838. CSH,OC1 from isoprene and hypo- clilorous acid (HEux) A. i 599. C,H,,O,NSe from selenious anhydride piperidine and benzene (MARINO and SQUINTASI) A. i 127. C6H,0 from tetrolacetal and potas- sium hydroxide and its derivatives (VIGUIER) A. i 161. Cp H,O from phen y lace taldehy de (RAsscxand BUKMEISTER) A. i 32. C7H 0,N4 from 4-methyl-1-ethyluracil and sulphuric and nitric acids (B~~RENDOHFF) A. i 54. C8HG02N2 from benzoylchlorocarb- amide and alkali (DIELS and WAG- NER) A i 512; (DIELS and OKADA) A. i 918. C9HI40 from oxidation of terecam- phene (ASCHAN) A. i 367. C9H,,0N from 4-acetyl-l-n1ethylcyclo- hexan-3-one and ammonia (LESEH) A.i 778. 4-methvlenedioxvbenzvlan~ine CIOHl0O4N2 from oxametliane and 3 (MANX~CH and KuPH~I,) A. i 851 Substance C1,,Hl2O2N from oxamethane and benzylmethylamine (MANNICH and KUPHAL) A. i 851. C10H1804N2 from methyl piperazine- diacetate methiodide (FliANCHIMoxT and KRAMER) A. i 391. !llH1003 from West Indian satinwood (AULD and PICKLES) T. 1054 ; P. 143. Cl,H80,N2 from quinoline methyl sulphate and nitromethane (KAUF- C11H1005N4 from dinitroarninophenyl- pyridinium chloride (ZINCKE and WEISSPFENKING) A. i 302. C,,H,,O,N from 3:tnethylpyrazolone- 1-carbsmidine and ethyl acetoacetate (S~HESTAKOPE and KAZAKOFP) A. i 1033. C,,H1306N from oxidation of nitro- santaliii dimethyl ether (GAIN and SIMORSEN) T. 1074 ; P. 140. Cl,H,O from fossil danimar resin (GOTTLIER) .A . i 39. C,,H,O from hydrolysis of picrotin picrotoxinin or picrotoxin (SIE- LISCH) A. i 886. CI2HBO2S2 from the action of hydrogen peroxide on trithienyl (LANFRY) A . i 1013. C,,H,O,N,Br from a-p-bromoazoxy- benzene and nitric acid ( ANGELI and VALORI) A. i 321. C,,H,,O from benzylpyruvic acid and acetone (BOUGAULT) A. i 771. C13H1404 from e thy1 camphorylidrne- cyanoacetate and sulphuric acid ( FORSTER and WITHERS) T. 1334. Cl,H170,N from ethyl camphorylidene- cyanoacetate and hydrogen peroxide ( + H,O) ( FORSTER and WITHERS) T. 1336. C,,H,,O,NHg froin p-aminophenyl- mercuric chloride and B-ethoxyacr- aldehyde acetal (REITZENSTEIN and BONITSCH) A. i 740. Cl,H,,O3 and its derivatives from West Indian satinwood (AULD and PICKLES) T. 1055 ; P. 143. C,,H,,O,NS from sodium o-chloro- toluene-p-snlphonate and dimethyl- aniline (BADISCHE ANILIN- & SODA- FABRIK) A .i 176. C,,HI4O7 from ergot slid its acetyl der vative (FREEBORN) P. 71. Cl,H,,O,N from ethyl camphory lidene- cyanoacetate and hydrogen perox- ide (FOBYTER and WITHERS) T. 1336. G16H1202N2 from fumaric acid and p-phenylenediamine (WARREN and GROSE) A. i 861 MA") A. i 1017.INDEX 01 Substance CI6Hl2O3N4 from 4-nitro-2- phenylindone and semicarbazide (BAKUNIN) A. i 344. C,,Hi,O2N from 2-methylindole and toluquinone ( MOHLAU and RED- LICH) A. i 129. C16H1,0,NCl from heating o-chloro- p-toluic acid (BADISCHE ANILrN- & SODA-FABRIK) A. i 355. C17Hi4O from oxidation of l-benzoyl- 1-benzylcyclopropane (HALLEE and BEKOIST) A. i 570. C17H1403N4 from o-nitrobenzaldeh ydo and 4-smino-1 -phenyl-3-methyl-5- yyrazolone (HEIDUSCHKA and ROTH- ACKER) A.i 52. C1,H,,O2N5 (two) from nitrosodipyro- ineconic acid and phenylhydrazine and their derivatives (PERATONER) A. i 299. C17H1504N from anhydro-B-methyl- tricarballylic acid and a-naphthyl- amine (HOPE) T. 911. C17H,103NCI from ethyl w-2-dichloro- toluene-p-sulphoiiate and dimethyl- aniline (BADISCHE ANILIN- & SODA- FABHIK) A. i 176. C18H$2. from phenylacetonitrile quinoline methyl sulphate and sodium ethoxide (KAUFMANN) A. i 1017. CISH2,,O3 from phenylcyanomethyl- ene camphor and sulphuric acid (FORSTEK and WITHERS) T. 1338. Cl,H2102N from phenylcyanomethyl- ene camphor and sodium hydroxide (FORSTER and WITHERS) T. 1338. C,,H,,O,N (+ EtOH) and its an- hydride from phenylcyanomethyl- enccamphor and hydrogen peroxide ClsH1,O2N2Br2 from‘5:7-dibromoisatin and 2-methylquinoline ( KOHN and KLEIN) A.i. 800. C,,Hli0N3 from cinnamaIdehgde and 4-amino-l-phenyl-3-niethyl-5-pyraz- olone (HEIDUSCHKA and ROTII- ACKER) A. i 52. C19H1903N3 from the action of ammo- nia on ethyl or methyl diphenyl- piperidonedicarboxylate (TSONEFF) A. i 580. C2,H,02 from B-phenyl-B-2-cyclo- pentanonylpropiophenone hydr- iodic acid and phosphorus (GEOKGI and VOLLAND) A. i 781. (&1&&6N2 ( + 6H20) from briicinolic acid and sodium hydroxide (LEUCHS and PEIRCE) A. i 899. C,H,N from oxidation of tetra- inethyldianiinodiphenylcycloliexyl- idenemethane (LEMOULT) A. i 791. 1 (FORSTER and WITHERS) T. 1339. SUBJECTS. ii. 1581 Substance C,H1802 from reduction of benzylidenedeoxy benzoin ( THIELE and RUGGLI) A.i 867. C,,H,03 from reduction of hnzyl- idenedeoxybenzoin (THIELE and RUGGLI) A. i 867. CBH150N3 from 3-amino-2-methyl- 4-quinazolone and b e n d ( BOGERT nnd BEAL) A. i 395. C,,H,,ON from benzophenone and 1- phenyl-3-methyl-5-pyrazolone (HEI- DUSCHKA and ROTHACKER) A.,i 52. C,H,,N,Cl from safranine and benz- aldehyde (BALLS HEWITT and NEWMAN) T. 1848. C2,H,gON,Cl from safranine and p - hydroxybenzaldehyde (BALLS HEW- LTT and NEWMAN) T. 1848. C,,K,O,N,ClHg from o-aminophenyl- mercuric acetate and dinitrophenyl- pyridinium chloride (REITZENSTEIN and BONITSCH) A. i 740. C,H,,O from cholesterol perhydrol and sulphuric acid and its deriva- tives ( hl INOVICI and VLAHUTZA) A. i 697. C2,H,03N2 from quinoline methiod- ide arid ethyl acetoacetate (KAUF- MANN) A.i 1017. C,H,O,N from dinitrophenyldipyr- idiuium chloride and phenylhydr- azine (ZINcKEand WEISSPFENNING) A i 302. C,H,,O2 from the fat of Beta vulgaris (NEVILLE) T. 1103 ; P. 130. C,,H,O N,ClHg from 3”-amino-4 4’- tetramethyldiaminotriphenylmeth- ane and o-hydroxyphenylmercuric chloride (REITZEXSTEIN and Bo- NITSCH) A. i 740. C,,H,O,N from phthalyldibenzoyl- methane and phenylhydrazine (SCHEIBLR) A. i 561. C,,H,,O from the fat of Beta vulgaris (NEVILLE) T. 1102 ; P. 130. C3,H,p06N2Br2 from 2:4-dibromo-l- xminoanthraquinone and oxalyl chloride (LENHARD) A. i 998. C,H,,O from dehydrodypnopinacone and sodium amalgam (DELACRE) A. i 30. C3,H,06 from reduction of 3:4-di- ~nethyleneoxychalkone (BARQEL- LINr atid BINI) A.i 118. C,,H,,O from reduction of 4-methoxy- chalkone ( BARGELLINI and BINI) A. i 118. C32H5102 from the oil of Xtrychnos nu2 vomica (HEIDUSCHKA and WAL- LENREUTER) A. ii 1087. C34H3402r from reduction of distyryl ketone (BOKSCHE) A i 194.ii. 1582 INDEX OF SUBJECTS. Substance C,,H,O from the oil of Strychnos 7 ~ ~ 2 vomica ( HEIDUSCHKA and WALLENREUTEK) A. ii 1087. CSHBO4N2 from 2-aminoanthraquin - one naphthalene and carbon tetra- chloride ( BADISCHE ANILIN- & SODA-FABILIK) A. i 811. C4,,H7,,02 from the oil of Strychnos nux voinica (HEIDUSCHKA and WALLENIIEUTEB) A. ii 1087. C4H,0,N from piperonal and 4- aa~ino-l-phenyl-3-rnethyl-5~pyrazol- one (HEIDUSCHKA and ROTHACKER) A. i 52. CuH,,0,N6 from anisaldehyde arid 4-arnino- 1 -pheriyl-3- methyl - 5 -pyraz- olone (HEIDUSCHKA and KOTH- ACKER) A.i 52. Substances optical properties of a t the critical point (SMITH) A. ii 1013. Snccinanilcarboxylic acid (ItIEDEL) A. i 774. Sucoinanilic acid p-cyano- arid its derivatives ( BOGEIW and WISE) A. i 451. Succinic acid formation of in oxalate poisoning (BEHRE) A. ii 968. salts of with aminophenols (MEDIN- GER) A. i 849. estimation of in wines (v. DER HEIT)E and SCHWENK) A. ii 1005. Succinic acid US-dibromo- optically active forms of and their salts (HOLMBERG) A. i 4. action of aliphatic amines on and its salts (FRANKLAND and SMITH) T. 57 1724; P. 224. diallylamine salt (FRANKLASD arid dichloro- ethyl arid methyl esters (DARZENS and S~JOURNJ~) A . i 635. Suocinic acids dibromo- configuration of the stereoisorneric (MCKENZIE) T.1196; P. 160. Buccinodiphenylamide dibromo- (WAY.- REN and GEOSE) A. i 962. Succinomethylanilide dibromo- (WAR- REN and GROSE) A. i 962. cyclosuccinyldiaminotolane (RUGGLI) A i 914. Sucoinylbismethylbenzylidenehydra- zone (BACKEK) T. 598. Succinylbismethylnitrosoamide (BACK- ER) T. 597 ; P. 65. Sucrose (saccharose cam sugar) presence of in gentian root (,SKI- DEL) A. ii 82. behaviour of on heating (DUSCHSKY) A. i 9. decomposition of by bacteria (OWEN) A ii 375. SMITH) T. 1725. Sucrose (sumharose cam s u p - ) inver- sion of by honey (ACHEHT) A. ii 394. solubility of lime in solutions of (VAN GINNEKEK) A. i 9. hydrolysis of (BEKTRAND M. and (Mdme.) M. ROSENBLATT) A. i 327 401. velocity of hydrolysis of (ROSANOFF CLARK and SIBLEY) A. ii 34. hydrolysis of by acids in presence of invertase of Aspergillus niger ( BER~- RAND M.and (Mme.) ROSENBLATT) A. i 522. hydrolysis of by enzymes ( BIERRY) A. ii 1069. osmotic pressure of solutions of a t high temperatures (MORSE HOL- LAND MYERS CASH and ZINN) A. ii 835. actions of solutions of with lime (WEISBERG) A. i 608. growth of moulds in (RITTER) A ii 795. synthesis of in plants (BOYSEN- (JENSEN) A . ii 672. detection of (ROTHENFUYSER) A. ii 1216. detection of i n musts and wiues (ROTHENFUSSER) A. ii 1003. tables for the estimation of (DOMKE SCHHEFELD) A. ii 499. estimation of gravimetrically (WECHS- LEH) A. ii 303. estiination of in presence of other sugars (TESTONI) A. ii 1104. estimation of in foods (VOLLANT) A ii 101. estimation of in condensed milk (NOWAK) A .ii 1004. estimation of in cane molasses (OGIL- VIE) A. ii 393. estimation of in urine in presence of other sugars (JOLLEY) A. ii 1004. Sugar C,,H,O, from Cedrela t o m flowers (PERKIW) T. 1543 ; P. 198. Sugar formation of in the liver fermentation of by Bacillus subtilis effect of lecithin on the fermentation of by bacteria (EPSTEIN and (OLSAN) A ii 588. in blood amount of in the corpuscles and in the plasma (HOBER and SPEKLIKG) A. ii 1064. i n the liver inhibition of production of by injection of sodium carbonate (PAVY and GODDEN) A. ii 68. effect of injection of solutions of salt and of (UNDERHILL) A. ii 188. (MAPING) A. ii 1076. (LEMOIGNE) A. ii 1199.INDEX OF SUBJECTS. ii. 1583 Sugar formation of formic acid in the fermentation of (STEPPUHN and SCHELLBACH) A.ii 956. detection of in urine (SALKOWSRI) A. ii 697 ; (BLANC) A. ii 698. detection and estimation of in urine (ANDEHSES) A . ii 101. estimation of (v. FILLINCER) A. ii 209 ; (NEUBERG and ISHIDA) A. ii 210. estimation of small quantities of colorimetrically ( REICHER an11 STEIN) A. ii 99. estimation of by copper reduction (PETERS) A. ii 871. estimation of in the blood (TAKA- HASHI) A. ii 100; (HERZFELD) A. ii 608. volumetric estimation of (SUTHERST) A. ii 99. estimation of in beetroot (SAILLARD) A. ii 698. estimation of in urine (BANG) A. ii 210. estimation of in urine colorimetrically (AUTENRIErH and MULLER) A. ii 101. estimation of alcohol and extract in alcoholic solutions of (FRESENIUS and GRUNHUT) A. ii 303. sugars synthesis and degradation of in the animal body (PARNAS and BAER) A.ii 778. photochemical decomposition of ( BER- THELOT and GAUDECHON) A . ii 1120. action of smino-acids on (MAILLARD) A. i 169. action of bacilli on and other sub- stances (HARDEN and NORRIS THOMPSON) A. ii 282. velocity of reduction of with Fehl- ing’s solution (LAIRD) A . ii 244. reducing power of (ScfiooRL) A. i 750. fermentation of by yeast (LINDNER) A. ii 475 476. action of the liver on (SMEDLEY) A. iit 579. choice of yeasts in the biochemical de- tection of (BOUILQUELOT and HIIRIS- SEY) A. ii 1104. estimation of (NEUBERG and ISHIDA) A. ii 99; (NEUBERG) A. ii 1105. reducing estimation of (WALKER) A. ii 303 ; (KENDALL) A. ii 393. influence of fish gelatin on the estimn- tiou of (BEKNADI) A. ii 1004. estimation of by Fehling’s solntion in presence of peptones ( BEBNARDI) A.ii 697. Sugars estimation of in potatoes (CLAAS- SEN) A. ii 813. Sugar-cane pigment from the (LANG- GUTH-STEUERWALD) A ii 481. Sugar crystals separation of from raw sugar (HEIZFELD and ZIMMERMANN) A . ii. 303. Sugar invert-. See Invert-sugar. m-Sulphamidobenzoic acid influence of heat on (NAKASEKO) A. i 452. p-Sulphamidobenzoic acid action of heat BERLAIN) A. i 364. o- and nt-Sulphamidobenzoic aoids compounds of with mercuric oxide (KERB) A. i 452. p- Sulphamido-o-nitrobenzamide (Now - ELL) A. i 768. p-Sulphamido-o-toluic acid salts of (NOWELL) A. i 768. p-Sulphamido-m-toluic acid products of heating (WATERS) A. i 355. Sulphates. See under Sulphur. Sulphazone and 6-amino- and its hydro- cliloride (CLAASZ) A. i 390. Sulphazone-1 -azodiphenyl-4’-azosalicfy- lic acid (CLAASZ) A i 390.Sulphazone dyes (CLAASZ) A. i 389. Sulphides action of light on (HINSBERO) A. i 852. organic compounds of platinous bro- mide with (TSCHUGAEFF and FRAEN- KEL) A. i 70. Sulphine bases aromatic (KEHRMANN and SAVA) A. i 961. p-Sulphobenzeneazo-3-sulphobensene-4- azosulphazone sodium salt (Cmrsz) A. i 390. o-Sulphobenzoic acid sslts and esters of (HEITMAN) A. i 973. m-Sulphobenzoic acid ammoniilm hy- drogen and barium salts of (NAKA- SEKO) A. i 452. 1:3‘-Sulpho-2’-hydroxypheny1-5-pyra%- 3-carboxylic acid 5’-chloro- (FARBEN- FABRIKEN VORM. F . BAYER & Co.) A. i 1023. 5 - Sulphonaphthalene-l( 2’)-azosalphrr- one and its sodium salt (CLAASZ) A. i 390. 6-Sulphonaphthalene-2( 2’)-azosulphas- one 8-hydroxy- sodium salt (CLAABZ) A.i 390. 2-Sulpho-a-naphthol-4-carboxylic acid (HELLER and RUHTENBEW) A. I 358. Sulphonic acids preparation and pro- perties of esters of (FERNS arid LAP- WORTH) T. 273 ; P. 18. Sulphonic esters preparation and pro- perties of (FERKS arid LAPWORTH) P. 263. 011 (STODDARD) A. i 111 ; (CHAM-ii. 1584 INDEX OF SUBJECTS. Sulphonium perchlorates relatioris be- tween solubility and constitution of (HOFMANN HOBOLD and Quoos) A. i 164. one 5'-chloro-2'-hydroxy- (FARBEN- E'ABRIKEN VORM. F. BAYER &Go.) A i 1023. 1:6'-8ulphophenyl-3-rnethyl-6-pyrazol- one Z'-hydroxy- (FARBENFABRIKEN VOSM. F. BAYER dt Co.) A. i 1022. Sulphosalicylic acid hexamethylene- tetramine salt of (RIEDEL) A. i 356. detection of (BARRAL) A. ii 608. y- Sulpho-o-tolaamide and its barium salt (NOWELL) A.i 768. pSulpho-m-toluic acid salts and di- amide of (WATERS) A. i 355. Sulphoxidee action of light on (HINY- BERG) A. i 852. aliphatic intramolecular rearrange- mente of (HILDITCH) A. i 71. Sulphorylic acids reactions of (MAY and SMILES) P. 329. Sulphur presence of fixed in wool ( S m U N K and PHIESS) A. i 147. band spectrum of (EDER and VALEN- TA) A. ii 613. physical constants of (KRuYr) A. ii 1051. Sulphur vapour dissociation of (BUDDE) A. ii 1145 ; ( PHEUNER and BROCK- MOLLEK) A. ii 1146. allotropy of (SYITS) A. ii 1164. oquilibrium and allotropy of (SMITS and DE LEEUW) A. ii 40. equilibrium of antimony and (JAEGER and VAN KLOOSTER) A ii 1169. photo-sensitiveness of mixtures of selenium and (AMADUZZI and PADOA) A. ii 227. electrical conductivity of (PIGULEW- AKY) A.ii 418. boiling poiut of (WAIDXEK and BUH- GESS) A. ii 19. volatility of and its action on water (JONES) A. ii 934. direct determination of the boiling point of (DAY and SOSMAN) A. ii 531. hydrogenation of in alcoholic fer- mentation (CHOWILENKO) A. ii 972. colloidal colours due to (HOFFMANK) A. ii 752. influence of on the conductivity of electrolytes (RAFFO and Rossr) A. ii 1037. action of with iodic acid (RAFFO and Rossl) A. ii 752. sUlpbonylide8 (ANSCHUTZ) A. i 852. l:3'-Sdphophenyl-S-methyl-6-pyrazol- Sulphur prepamtion of colloidal solu- tions of by fractional coagulation ( O D ~ N ) A. ii 240. hydrosels physico-chemical properties of (OD&N) A. ii 1143. mixed crystals of tellurium and (BIL- LOWS) A. ii 550. reactivity of groups containing ( K ~ T z ) A. ii 1157.action of on amines (HODCISON) T. 1693 ; P. 222. flowers of action of on vegetation (BOULLANGER) A. ii 381 ; DE- MOLON) A. ii 382 ; (BOULLANGER aiid DUGARDIN) A. ii 971. content of human blood ( KOJO) A. ii 180. purgative action of (TAEGEN) A. ii 964. time of excretion of (WOLF and OSTER- BERG) A ii 581 664. influence of hydrocyanic acid on the excretion of in urine (MAUNANIMI) A. ii 71. Sulphur compounds spontaneous phcs- phorescence of (DELI~PINE) A. 11 509. detection of in fats and oils (KNORR) A. ii 990. Thionyl chloride action of on metals and metalloids (NORTH and HAGE- MAN) A. ii 842. Sulpharyl ohloride and oxychloride as ebullioscopic solvents (RECK- MANN) A. ii 1136. Pyrosulphnryl chloride preparation of (SASGER and RIEGEL) A.ii 752. Snlphides estiniation of in h i e liquors (BLOCKEY and MEHD) A. ii 600. insoluble estimation of sulphur in (WARUNIS) A. ii 600. Sulphur trioxide physical constants of {LICHTY) A. ii 1164. as an ebullioscopic solvent (BECK- MANN) A. ii 1136. rate of decomposition of in quartz tubes ( BODENSTEIN aiid KRANEN- DIECK) A. ii 747. Sulphuric aoid catalytic formation of (LANGE) A. ii 550. catalytic preparation of (WIELAKD) A. ii 343. purification of ( BRESSANIN) A. ii 638. theory of the manufacture of (REY- NOLDS and TAYLOR) A ii 550. the concentration of hydrogen ions in (TOLMAN and GEEATHOUSE) A. ii 437. neutralisation curve of (ENKLAAR) A. ii 239.INDEX OF SUBJECTS. ii. I585 flulphw :- Sulphuric acid dissociation constants of (DRUCKER) A ii 1035.conductivity of mixtures of copper sulphate and (RICHARDSON and TAYLOR) A ii 225. concentrated action of ozone with (HARRIES) A. ii 343. state of in wines (BARAGIOLA and GODET) A. ii 981. estimation of (JARVINEN) A . ii 486. fuming estimation of ( KNORR) A. ii 1209. estimation of in mixed anti waste acids (FINCH) A. ii 991. estimation of in mixtures with nitric acid (CORVAZIER) A. ii 1093. Sulphates anhydrous (CALCAGNI) A. ii 761 918; (CALCAGNI and MAROTTA) A. ii 918. normal reduction of potassiiiin per- manganat e by (TSCHEIS H WILI) A. ii 164. estimation of voluineti.ically (BINNO and D’AuzAY) A. ii 600 ; (FINCH) A. ii 806. estimation of in water (RRUBAKER) A. ii 385. Sulphurous acid electrolytic dissocia- tion of (LINDNEK) A. ii 825. ahsorption of ammonia by (FELD) A.ii 448. velocity of interaction of iodic acid and (PATTERSON and FORSYTH) T. 40. estimation of in white wines (MOXI- MART) A. ii 682. Sulphites estimation of iodometri- cslly (BAKER and DAY) A. ii 1093. Persulphuric acid electrolytic forma- tion of (MULLER and EMSLANDER) A. ii 895. Perrulphates electrolytic preparation of (RLUMER) A. ii 41 ; (SCHALL and ANDRICH) A. ii 638. organic (BARBIERI) A. ii 763. Thiosnlphster double application of in electrolytic analysis (JIMENO GJL) A ii 987. Sulphur organic compounds physical properties ~ ~ ( D E L ~ P I N E ) A. ii 539. aliphatic refractivity of (PRICE and TWISS) T. 1259; P. 159. electrolytic oxidation of (FICHTER and WENK) A. i 423. oxidation of benzyl compounds of (SMYTHE) T. 2076 ; P. 242. Sulphur estimation of volumetrically (RuYs) A.ii 1209. free estimation of volumetrically (DAVIS and FOUCAR) A. ii 384. Sulphur estimation of in nitrocemme ( KULLGREN) A. ii 682. estimation of in ores (NITCHI~) A. ii 682. estimation of in organic compogads (DONAU) A. ii 384. Morse and Gray’s method of estimation of in organic compounds (Bum) A. ii 602. estimation of in petroleum (SAXDEW) T. 368. estimation of in pyrites (HECZKO) A. ii 89 296. estimation of in insoluble sulpiddes (WARUNIS) A. ii 600. quatititative estimation of selenium in (KLASON and MELLQUIST) A. ii 201. estimation and elimination of oom- pounds of in commercial ?nu.mne {ELLERTON) A. ii 300. Sunlight. See under Photochemiotry. Suprarenal glands presence of active principles in the (FENQER) A. ii internal secretion of the (ASHEIR) A.ii 660. secretion effects of asphyxia bgper- pncen and sensory stimulation on (CANNON and HOSKINS) A. ii 70. oxygen exchange of the (NEUMANN) A. ii 367. relation between the pancreas a d tbe (MIXFAMI) A. ii 461 ; (GLAIWNBI~ and PICK) A. ii 782 ; (WOHLGE- MUTH) A. ii 959. relation of to blood-pressure (Hos- KINS and MCCLUHE) A. ii 6?9. relation of to sugar production by the liver (MACLEOD and PEARCE) A. ii 371. control of by the splanchnic m e s (ELLIOTT) A. ii 781. estimation of the active principle of the (HALE and SEIDELL) A. ii 266. Surface tension ( BOESEKEN and WATER- MAN) A . ii 902. lantern experiments on ( KENRICK) A. ii 840. dependence of absorption on (CHSUT- OFF) A. ii 435. determination of of alcohol-water mixtures (GRUNMACH) A ii 903.of solutions containing two d n t e s (SREBNITSKY) A. ii 627. Sweat passage of drugs into the (TACIIAU) A. ii 184. Swelling application of the Nernet formula to the phenomenrt of (KAzE) A. ii 1142. Synchyrite identity of parisite with (QUERCIGH) A. ii 773. 660 782.ii. 1586 INDEX OF SUBJECTS. Synprotease in the must of over-ripe grapes ( PANTANELLI) A. ii 82. Synthesis asymmetric with the help of catalysts (BKEDIG and FISXE) A. i 983. Syntheses dilatometric changes in (GALEOTTI) A ii 738. Syphilitic tissues distribution of iodine in (LoEB) A. ii 857. Syringa vulgaris changes in the osmotic pressure of the sap of (DIXON and ATKINS) A. ii 802. Syrups extraction and estimation of alkaloids in (KOHN-ABREST),A.,ii 398. Systems with quadruple points (SCHEF- FER) A ii 1151.disperse velocity of diffusion and size of the particles in (SVEDBERG) A. ii 142. heterogeneous equilibrium in (WEGS- CHEIDER) A. ii 441. reactions in ( J A ~ C Z Y ~ S K I and PRZEMYSKI) A ii 908 909. non-homogeneous lantern experiments on reactions in (KENRICK),A.,ii 841. one-component thermodynamics of equilibria in (TAMMANN) A. ii 19 29. T. Tablets detection of yohimbine in (VIR- medicinal estimation of lecithin in Takadiastase (WOHLGEMUTH) A. i 402. proteolytic action of (SZANTO) A. i a-Tanacetonedicarboxylic acid methyl ester and its sodium derivative (WAL- LACH) A. i 262. Tanacetyl alcohols isomeric (TSCHU- GARFF and FOMIN) A. I 479; (PAOLINI and DIVIZIA) A. i 635. Tannic acid and its supposed ethyl ester (BIDDLE aiid KELLEY) A.i 713. Tannin (NIERENSTEIN) A. i 203 204 ; (HERZIG) A. i 641 ; ( FISCHER and FREUDENBERG) A. i 887. and similar compounds (FIYCHER and FREUDENBERG) A. i 471. composition of (ILJIN) A. i 43. constitution of (FEIST MANNING and absorption of by cotton wool (SANIN) action of iodine on (CASANOVA and in the seeds of barley (REICHARD) A. of Chinese galls (FEIS’r and HAUN) CHOW) A. ii 1010. (VIRCHOW) A. ii 1109. 815. NIERENSTEIN) A. i 566. A. ii 435. CARCANO) A. ii 934. ii 592. A. i 888. Tannin colloids in persimmon fruit nature of the compound of iodine and estimation of in wines (MALVEZIN) Tannin iodo- active principle of solu- tions of (COURTOT) A. i 889. analysis of (LEVI and ORTHMANN) A. ii 705. Tantalic acid. See under Tantalum. Tantalum pentahaloids preparation of (RUFF and SCHILLRR) A.ii 168. Tantalic acid preparation of the hydrosol of (HAUSER and LEWITE) A. ii 262. Tantalum separation of colunibium and (RUFF and SCHILLER) A. ii 168. Tantalum electrodes. See Electrodes under Electrochemistry. Taramccum constituents of the root of (POWER and BROWNING) T. 2411 ; P. 285. Taraxasterol and its derivatives (POWER anti BROWNING) T. 2423 ; P. 285. Tartardialdehyde and its derivatives (BRUNO and MPLO) A. i 162. Tartaric acid action of yeast on (KARCZAG) A. ii 973. salts of with aminophenols (ME- DIKGER) A. i 849. aniine salts dissociation of (MINGUIN) A. i 237. sodium salt effect of injection of in phloridzin diabetes (UNDERHILL) A. ii 787. benzyl ester (MEDINGER) A. i 849. ethyl ester influence of inorganic salts on the rotation of (PATTERSON and ANDERSON) T.1833 ; P. 224. and MCMILLAN) T. 788 ; P. 101. estimation of (KLIKG and FLORESTIN) I-Tartaric acid biochemical preparation of (BOESBKEN and WATERMAN! A. i 748. Tartaric acids stereoisomcrism of (COL- fermentation of (KARCZAG) A. ii 284. Tartranil p-hydroxy- (MEDINGER) A. i 849. Taurine preparation of (AUZIES) A. i 169. Tautomeric compounds colour peaction for detection O f (OSTROhlISSLENSl<Y) Tautomeriem keto-enolic (MEYER) A. (LLOYD) A. ii 380. (BECQUET) A. i 791. A. ii 612. Tannins (NIERENSTEIN) A. i 468. action of chloral On (PATTERSON A. ii 1006. SON) A. ii 714. A . i 1. i 940 941.INDEX OF SUBJECTS. ii. 1587 Tellurium complexity of (PELLINI) A. ii 343 ; (FLINT) A. ii 1051. spectrographic study of (DUDLEY and JONES) A.ii 935. photo-sensitiveness of mixtures of selenium and (AMADUZZI and PADOA) A. ii 227. mixed crystals of sulphur and (BIL- LOWS) A. ii 550. Tellurium alloys with thallium (CHIKA- SHIGJ~) A. ii 1057. Tellurium iodides (JAEGER and MENKE) sulphide (SNELLINO) A ii 638. Tellurium organic compounds dihaloid Tellurihaloids (GUTBIER FLURY and A. ii 341. (LEDEHEK) A. i 852. EWALD) A. i 689. Temperature. See Thermochemistry. Terephthalaldehyde and its derivatives (WEGSCHEIDER and SUIDA) A. i 976. 2:5-dichloro- and tetrachloro- (FAR- BENFABRIKEN VORM. F. BAYER & Co.) A. i 474. nitro- photochemistry of (SUIDA) A. i 117. Terephthalaldehydic acid and its deriva- tives (SrMoNIs BOEHME and BESEN- YON) A. i 565 ; (WEGSCHEIDEH arid SUIDA) A. i 976. Terephthalio acid amino- and its acetyl derivative esteritication of (WEG- SCHEIDER and FALTIS) A ii 463.amino- 5-ainino-2-hydroxy- 2:5- and 2 6-diaxnino- 2- and 3 -nitro -6 - amino- and dinitrohydroxy- methyl esters and their derivatives (KAUFF- MANN and WEISSEL) A. i 864. diamino- acetgl derivative methyl ester (WEGSCHEIDER FALTIs BLACK and HIJPPEKT) A. i 263. Terephthaloyl-o-benzoic acid o-amino- and nitro- (AKTIEN-GESELLSCHAF.~ FU R AN I LI N- FA B RI IC A TI ON ) A . i 9 8 1. Terephthalyl cyanidc ( BLACKSTOCK) A. i 773. Terephthalyldicarbamide preparation of (PFANNL and DAFERT) A. i 565. Terephthalyldinitrodicarbamide and its sodium salt (PFAKNL and DAFERI') A. i 566. Ternary systems See Equilibrium. Terpene aliphatic synthesis of an (ENKLAAR) A. i 201. Terpenes and ethereal oils (WALLACH) A.i 262 567 569 878. chemistry of the (HENDERSON and SON and SUTHERLAKD) T. 2288 ; P. 270 ; (HENDERSON and SCHOTZ) T. 2563 ; P. 314. CAW) T. 1416 ; P. 187; (HENDER- Terpenes pharmscology of the (SCHWALB) A. ii 1196. characterisation of by means of their absorption spectra (HAKTZSOH) A. ii 313. hydrogenation of the (IPATIEFP and BALATSCHINSKY) A. i 37. Terpene alcohols catalytic action of copper a t 300' on (NEAVE) T. 613 ; Terpentinphoaphorous acid ( SIEBUBO) A. i 818. l:4-Terpin~C,,H,02 from the reduction of ascaridole and its derivatives (WALLACH and MEYER) A. i 878. Terpineol ozonide (HARRIES and SEITZ) A.,i 407. a-Terpineol oximes of and their deriva- tives (CUSMANO and LINARI) A.,ri,272. Testia bnll's enzymes of the (MIHARA) A. ii 70. Tetany parathyroid effects of blood- transfusion 011 (JACOBSON) A. ii 468.Tetra-ace togluco-p-hydroxyacetophe- none (MAUTHNER) A. i 574. Tetra-acetogluco-p-hydroxybenzalde- hyde (MAUTHNER) A. i 575. Tetra- acetylisatide and 5 5'-dibromo- (KOHK and KLEIN) A. i 800. Tetra-acetylmethylpentose (Po WEB and ROGE~WON) T. 17. Tetra-anisylhydrazine and its mlta (WIELAND iind LECHER) A. i 907. Tetra-anhydrote trakisdiphenylsilioae- diol (KIPPING) T. 2138 ; P. 244. s-Tetrabenzoylethane (ADELL) T. 997 ; P. 145. Tetrabenzylstannane (SMITH and KIP- PING) T. 2559 ; P. 314. Te tr ae t h y ldiaminodiphen y lyclohexyl- idenemethane (LEMOULT). A i 725. s-Tetraethyldiaminodiphenylmethane and its picrate (v. BRAUN and KRU- REH) A. i 971. Tetraformaltrisazine ( HOFMANN and STORM) A. i 665. Tetraguaiacolferric acid and ita salts (WEINLAND and BINDER) A.i 860. Tetrahydroberberine and its methiodide (FREUND) A i 383. and its methosulphate and a- and B- benzyl chlorides (MCDAVID PER- K I K and ROBINSON) T. 1222; P. 160. Tetrahydrocarbazole additive compound of with picryl chloride (CIUSA and VECCHIOTTI) A. i 755. Te trahydrodibenzo~irp~an (BORSCHE)? A. i 194. a- and 8-Tetrahydrodinaphthanthrr- cenes (W. H. and M. MILLS) T. 2202 ; P. 243. P. 53.ii. 1588 INDEX OF SUBJECTS. LICHENTENBAUM) A. i 45. ’ 3:4:5:&Tetramethoxyphenanthrene- 8- Tetrahydrodinaphthanthraquinone di- hydroxy- diacetyl derivative (W. H. and M. MILLS) T. 2206. Tetrahydroapoharmine and its picrate (HASENFRATZ) A. i 797. Tetrahydrolaaerpitin (hf ORGENSTERN) A. i 709. ac-Tetrahydro-2-naphthol and its esters rotation of (PICKARD and KEKYON) T.1427 ; P. 137. Tetrahydro-oxazoles formation of (CROWTHER and MCCOMBIE) P. 315. Tetrahydropiperic acid ( PAAL) A. i 703. pp’-Tetrame thyldiaminotriphehylmeth- ane-m-carboxylic acid (QIMOKIS Tetrshydroquinaldine relation between constitution and rotatory power of derivatives of (POPE and WINMILL) T. 2309 ; P. 275. Tetrahydroquinazolinebenzoic acid ( GA - BRIEL) A. i 392. Tetrahydroquinoline phenyltl~iocarb- amide of (V. BR4uN and DEUTSCH) A. i 845. Tetrahydronarcotine and its salts and derivatives (FINZI and FREUND) A. i 897. Tetrakisazobenzene (GREEN and ROWE) T. 2004 ; P. 233. 1:3:6:7-Tetramethoxyanthraquinone and its salts (FISCHER ZIEGLER and GROSS) A. i 765. 1:4:6:8-Tetramethoxyanthraquinone and its salts (FISCIIER and ZIEGLER) A.i 765. 5:2’:S’:4‘-Tetramethoxy-l-benzoyl-2:3- dimethoxycoumarone (TAM BO R GUNS- BERG KELLER CHANSCHY-HERZEN- BERG ROSENKNOPF and LICHEKTEN- BAUM) A. i 45. dimethylconmarone (TAMBOR GUM- BERG KELLER CHANSCHY-HERZEN- BAUM) A. i 45. 5 :2‘:4’:6’- and 5.2’ 3‘ 4’-Te trame thoxy- l-benzoyl-2-methylcoumarones (TAM- BOR GUNSBERG KELLER CHANSCHY- 5 2’:4’:6’-Te tramethoxy- 1 -benzoyl-2 3- BERG ROSENKNOPF and LICHEKTEN- HERZENBhRG. ROSENKNOPF. and carboxylic acid (GADAMER) A. i 47. 2:S:6:7-Tetramethoxyphenylxanthenol and its derivatives (KEHRMANN and GUNTHER) A. i 1012. 2:3:6:7-Tetrarnethoxy-9-phenylxanthon- inmsalts (KEHRMANN and GUNTHER) A. i 1012. 242’:4’-Tetramethoxytriphenylcarbinol (KAUFFMANN and KIESER) A. i 854. 2:4 2’:4’-Tetramethoxytriphenylmeth- ane (KAUFFMANN and KIESER) A i 854.3 :4:5 :6-Tetramethoxy-8-vinylphenanthr- ene and its bromo-derivatives (GADAMER) A i 47. aK-Tetramethyldiaminodecane and its salts (v. BRAUN) A. i 165. Tetramethyldiaminodiphenylacridyl- methane and its quinonoid base (PORAI-KOSCHITZ AUSCHKAP aiid AMSLEtt) A. i 223. Tetramethyldiaminodiphenylcyclohexyl- idenemethane preparation of ( LE- MOULT) A. i 725. Te tramethyldiaminodiphenylme thane use of in qualitative analysis( CARN EY) A. ii 298. Tetramethyldiaminodi-o- tolylcarbinol and its picrate (RASSOW and REUTER) A. i 586. Tetramethyldiaminodi-o-tolyl ketone and its salts (RASSOW and REUTER) A. i 586. aq-Tetramethyldiaminoheptane and its salts (v. BRAUN) A. i 165. Tetramethyldiamino-A‘%ycZohexene and A . i 545.4:4‘-Tetramethyldiamino-4’’-methyl tri- phenylmethane 3”-amino- arid 5”- amino- rompounds of with propargal- dehpde(REITZENSTE1N and UONITSCIl ) A. i 663. Te trame thy ldiaminocyclooc t adiene and its salts (WILLSTATTER and WASER) A. i 19. Te trame thyldiaminoc.2/cZooctane (M’ ILL- STATTER and M’ASER) A. i 19. Tetramethyldiaminopentane and its salts (v. BRAUN) A. i 165. Tetramethyltriaminophenyldi-o-tolpl- carbinol and its hydrochloride ( RAS- sow and REUTER) A. i 586. 4:4’- and 4:6’-Tetramethyldiaminoph- enyl-m-tolylmethanes and their salts (1. BKAUN and KRUBER) A. i 94 0. 4:4’-Tetramethyldiaminotriphenylmeth- ane-3“-azophenol sodium salt (HE1r.Z- ENSTEIN aiicl BUNITSCH). A. i. 740. its d t s (JvILLYTATfER and HATT) BOEHME and BENENSON) A. i 565. Tetramethyldi-p-aminotriphenylmethyl- amine ( VILLIGER and KOPETSCHNI) A.i 1030. l:3:S:?-Tetramethylanthraquinone7 4:8- dinitro- (SEEK. arid EHREKZWEIG) A. i 276. 2 4 6 :8-tetranitro- (SEER and EHRENZ - WEIG) A i 276. 1 1 3:3-TetramethylcycZobutane-2:4-diol and its diacetyl derivative (WEDE- KIND and MILLER) A. i 17.INDEX OF SUBJECTS. i i lb89 . . - - - _- I_ - _- ,---I- J - - - ‘ L ---I- and its salts and benzoyl derivative (GARROD JONES and EVANS) T. 1 1 :3:3-Tetramethyl-2:4-diethylcyclo- butane-2:4-diol arid di-iodo- ( \VEI)E- KIKD and MILLEH) A. i 17. 1 1 3:3-Tetramethyl-2:4-diethylcycZo- butane (WEDEKIXD and MIr,mr:) A. i 17. Tetramethyldiglycollic acid arid its lead salt and diethyl ester (DUPONT) A. i 483. 1 1 :2:2-Te tramethyl-3 :4- dimethylene - cyclobutane (LEBEDEFF) A.i 173. 2:4:2’:4‘- Te trameth yldiphenyldicarb - oxylic acid(L1EBEKMANli 411d I<ARnOP) A. i 466. 3 3’-Tetramethylenedibenzospi~opyran (BOIMXIE anti GEYER) A. i 894. 2:2:6:6-Tetramethyl 4-ethylpiperidine 4-hydroxy- and its salts (CLARKE and FRANCIS) A. i 722. 2:2:6:6-Tetramethyl-4-ethyl-l:2:5:6- tetrahydropiperidine. See 4-Ethyl- triace tonine. aaSB- and aaSy-Tetramethylgusnidines salts of (SCHENCK) A. i 425. aSBB ’ - and 8/3S’B’-Tetramethylguanid- ines and their salts (SCHENCK) A. i 685. 1 :2:4 5 -Te trame thylqclohexnne (WILL- STiTrEa and HATT) A. i 545. Tetramethylindigotin (GA1’TE IIMANN ) A i 984. 1 1’:6:6’-Tetramethylindigotin ( ETTINO- ER and FRIEDL~NDER) A. i 728. 4 5 :4’ 5‘-Te tramethylindigotin ( K UK c- JCELL and SCHNEIDEE) A. i 915 Tetramethylnorstrophantin ( HEKZIG n i d SCH~SBACH) A.i 707. BBqv-Tetramethyloctane ( DELACI~E) A. i 1. Tetramethylphenosafranine and its sal ts (BALLS HEWITT and NEWMAN) T. 1848. Tetramethylpyrocolldicarboxglic acid ethyl ester (PILOTY and WILKR) A. i 899. Tetramethylpyrrole and its picrate (PLANCHERand ZAMBOXINI) A.,i,646. Tetramethylquercitrin and its acetyl derivative (HERZIG and SCHONBACH HERZZG and ROTI-CHER) A. i 707. 2:5:6:8-Tetramethylquinoline salts of (GAHROD JONES and EVANS) T. 1393. 2:2:5:5-Tetramethyltetrahydrofuran 3- hydroxy- and its salts (DUPONT) A. i 290. -I-_- ---- -----.- of (TUBANDT and LOREN~) A. ii 1124. 1 :3:4:5-Te trame thylaraoil (K~aarurs) A. i 54. Tetra-P-naphthyltetrsren ( W I ELAND and QUSSER) A. i 905. Tetranucleaee (JONES) A. i 671.1 :3:4 5-Tetraphenpl-2:S-dihydro-%gly- oxalone and its picrate (BRAZIER and 1 :3:4:5-Tetraphenyl-2:S-dihydro-tgly- oxalthione ( BI~AZIER and MCCOMBIE) T. 2357 ; P. 288. Tetraphenylhydrazine p-nitro- (WIE- LAND and ROSEEU) A. i 906. Tetraphenylsuccinonitrile tetrachloro- (STOLL~ and SCHMIDT) A. i 981. Tetrapropylammonium chloride specific volume of solutions of (MCDAVID) A. ii 433. Tetrapyridinechromium ditluoro- salts Tetrapyridineferrous chloride (CoaTa- CHEBCU and SPACU) A. i 491. Tetrasulphaminoplatinoaa acid am- nioniuiii potassium and sodium alta (RAMBERG aiid KALLENBEHG) A ii 651. Tetrathiophosphoric acid. See under Phosphorus. Tetra-o-tolglhydrazine (WIELAND and SUSSER) A. i 905. ?a-Tetratriacontane (GASCARD) A. i 65. Tetra[ trime thylcarbonatogalloyl]-a- methylglucoside (FISCHER and Tetrazens dissociation of ( WIELAND and FKESSEL) A.i 908. Tetrazole cyano-. See Tetrazole-5-csrb- oxylonitrile. Tetrazole-5-carboxylonitrile (cyanutctra- a l e ) and its salts (OLIVERI-MANDALA and PASSALACQUA) A. i 144. Tetrolacetal action of potassium hydr- oxide on (VIGUIER) A. i 161. Tetrolaldehyde attempt to pmpare (VIGUIER) A. i 7. Tetronic acid a-cyano- ( ANSCHUTZ) A i 836. Thallic salts. See under Thallium. Thallium production of a steady flame of (Loway) P. 65. Thallium alloye with mercury thermo- meter made of (MCINTOSH snd JOHNSON) A. ii 827. with tellurium (CHIPASHIG~) A. ii 1057. hlCCOMBIE) T. 2354 ; P. 287. (COSTACHESCU) A. i 493. FILEUDENBRILG) A . i 472. 2:5:6:8-Tetramethvltetrnhvdrn~ninnlinn 1 Thnllinm halnidn. electrical cnndiictivitvii.1590 INDEX OF SUBJECTS. Thallium electrode. See Electrode under Electrochemistry. THERMOC HEMISTRY - Thermodynamic theories (PLANCK) Heat Nernst's theorem of (KOHN- FER) A. ii 328. production of in the dog after an abundant meat diet (WILLIAMS RICHE and LUSK) A. ii 270. Temperature relation between rotation of optically active substances and (PATIXRSON) P. 324. Thermo-element value of the for temperatures between 200" and 1100" (ADAMS and JOHNSTON) A. ii 624. Thermometer of thallium amalgam (MCINTOSH and JOHNSON) A. ii 827. for melting-point determinations (WHEELER) A. ii 932. with stirring rod (SCHOLZ) A. ii 735. nitrogen use of the (DAY and SoshiAN) A. ii 531. Thermometer holder for distilling flasks (FREUND) A. ii 932. Thermo-regulators (BOUSFIELD) A .ii 828. Thermostat accurate (COLLIXS),. A. vapour (FLETCHER and TYRER) P. Thermostats (MARSHALL) A. ii 827; (CUMMIXG) A. ii 828. Calorimeter respiration (WILLIAMS) A. ii 1184. Calorimetry animal (WILLIAMS) A. ii 1184; (FISHER and WISHART) A ii 1185; (WILLIAMS RICHE and LUSK LUSK) A. ii 1189. Specific heat (BRONSTED) A. ii 897. theory O f (l)EBYE) A . ii 1134. measurements of at low tempera- tures (RUSSELL) A. ii 232. of gases (BJERRUM) A. ii 232.; (LEWIS and RANDALL) A. 11 897. of liquids (LUSSANA) A. ii 1135. of binary niixtures (SCHULZE). A ii 327 428 532 624. of metals r61e of the free electrons in ( KOESIGSBERGER) A. ii 427. of crystalline salts (JACKSON) A . ? ii 1134. Heat of combustion of acyclic hydro- carbons (LOBO G~MEz) A. ii 736.Heat of formation of solid solutions (GRUNI and AMADORI) A. ii 899. A ii 230. STAMM ORNSTEIN and SCHEF- ii 548. 189. TmitMocIim ISTRY :- Heat of hydration of alkaline earth hydroxides (JORISSEN) A . ii 626. Heat of liquefaction of colloids (FRANK) A ii 20. Heat of vaporisation of mixtures Intent of mixed liqnids (TYRER) Thermomagnetic properties of elements (OWEN) A. ii 227 425. Thermo-osmosis ( AUBERT) A ii 900. Thermotropy and phototropy (SENIER SHEPHEARD and CLARKE) T. 1950 ; P. 236. lS-Thiazine 5-nitro-2-imino- and its scetyl derivative (HALE and BRILL) A. i 306. Thiazines ( M ~ H L A U BETSCHLAG and KOHRES) A. i 212. 1:3-Thiazines formation of from thio- carbamide (HALE and BRILL) A. i 306. Thienoylacetaldehyde and its derivatives (KELBER and SCHWARZ) A.i 866. 4-Thienyl- 2:6-dime thyldihydropyridine- 3:5-dicarboxylic acid ethyl ester (GRISH KEW ITSC II -TROCHIMO WSKP and MATSCHUHEVITSCH) A i 642. carboxylic acid and its salts and ethyl ester (GRISHKEWITSCH-TROCHIMOW- SKY and MATSCHUSEVITSCH) A. i 642. a-Thienyl BB-dithiolvinyl ketone salts and derivatives of ( KELBER and ' SCHWARZ) A . i 207. a-Thienyl ethyl ketone desaurin from (KELRER and SCHWARZ) A. i 207. Thienylideneacetone and its dibromide (GRISHKEWITSCH-TROCHIMOWSKY and MATSCIIUREVITSCH) A. i 642. Thienylideneacetophenone slid its di- bromide (GI{ ISH K EWITSCII -THOCH I- MOWSKY and MATSCHUREVITSCH) A. i 642. Thioamidea (JOHNSON and BURNHAM) A. i 304. Thiocarbamide isomerism of ammonium thiocyanatc and (ATKISS and WERNER) T. 1167 ; P. 141. and. ammonium thiocyanate iiiflrtence of salts nn the isomerism of (ATKINS and WERNER) T.1982 ; P. 233. forniation of 1:3-thiazines from (HALE and BRILL) A. i 306. itlteraction of iodine and (WERNER) T. 2166 ; P. 240. action of nitrous acid on (WERNER) T. 2180 ; P. 241. action of phenylthiocarbimide on (PIEROKI) A. i 752. (MASING) A. ii 1137. T. 81 1104 ; P. 128. 4-Thienyl-2 :6- dimethylpyridine - 3 5 ~ di-INDEX OF SUBJECTS. ii. 1691 4'-Thiol-o-benzoylbenzoic acid( BA DISCHE ANILIN- & SODA-FABRIK) A. i 876. 1 Thiocarbamide additive compounds of saline iodides and (ATKINS aiid WERNER) T. 1989 ; P. 234. compounds of with rubidium and czsium iodides and potassium thio- cyanate (ATKISS and WERNER) T. 1177 ; l'. 141. Thiocarbamidee constitution and re- actioiis of (DISOS and TAYLOR) T.2502 P. 265. Thiocarbimides (SCHXEIDER) A. i 954. preparation of (KALUZA) A. i 440. diThiocarbonic acid diphenylsemicarb- azides arid diphenylsemicarbazones of esters of (RuscH) A. i 221. Thiocyanates inHuence of the iiigestion of (DIEXA) A. ii 373. interaction of bromine with ( K ~ ~ N I O ) A. i 16. alkaline toxicity of (FRANZ) A . ii 668. Thiocyanic acid p r e preparation and yrol'erties of (llucK and STEISME~Z) A. i 954. 2-Thiohydantoin-4-propionic acid (JOHN- SON ntld GUEST) A. i 317. " Thioindigo." 8c.e 13isoxythional1h- then. 2-Thiol-3 -acetyl-4-methylhydantoin (JOHNSOX) A. i 391. Thiolanthraqninone a-homo- and a- chloro-. See a-Antliraquinonesi~l- phenyl bromide and chloride. 1 -Thiolanthraqninone 4 - and 5 - amino. derivatives of (GATTEI~MAXX) A .i 1000. 2-Thiolanthraquinone and its derivati veo (GA'L'TEI~NANN) A. i 999. 2-Thiolanthraqninone l-amino- and its derivatives ( LEP~HAKD) A. i 996. Thiolbenzenee o-nitrobromo- and o- i 763. o-Thiolbenzoic acid preparation of de- rivatives of (BADISCHE AXILIN- & SODA-FABRIK~. A.. i. 111. nitrochloro- (ZIXCKE and FAKK) A. hidrox y - e thy1 and niech y 1 (.HISSBERG) A. i 895. Gters 8-Thiol-l-naphthoic a d Rnhydride of (J'RIEDL~XDER WOROBHZOW and ECKSTEIN) A. i 294. o-Thiolphenylacetic aaid and its mdium salt (MARXHALK) A i 5T6. 2-Thiol-2-piperidyl-3-ethy l-4-oxazoli- done (HOLMBEHC.) A. i 133. 2-Thiol-2-piperidyl-3-phmyl-4-oxam~i- done (HOLMBERG) A. i 133. B-Thiolpropionic asid a-oximino- (JOHNSON and SHEPARD) A. i 911. Thionacetic acid and its methyl eater (hfA'l'sUI) A. i 262.Thionaphthen derivatives preparation of' (KALLE and Co.) A. i 126. Thionbenzoic acid and its salts and niethyl ester (MATSUI) A. i 262. 2-Thion- benzylidene-3-ethyl-4-oxaroli- done (HOLJIHERG) A i 133. 2-Thion-3-ethyl-4-oxazolidone (HOLM- BERG) A . 1 131. 2-Thion-3-phenyl- 6 -bensylidene-4-6tb- zolidone (HOLMUEHG) A. i 133. 2-Thion-3-phenyl-4-oxatolidone and its derivatives (HOLMBERO) A. i 132. Thionpropionic acid and its lead sa!t and niethyl ester (MATSUI) A 1 262. Thion-p-tolnic acid (MATSKI) A i 262. Thionyl chloride. See under Sulphur. a-Thionyldiisobutyric acid ( HILDITCH) " Thionylindigo," synthesis of and its Thiophen preparation of (STEINKOPF) Thiophens bromo- action of hydrogen Thiophenaldehyde and homo- and their deiivatives (GATTERMAYX) A.i 986. Thiophen-2-aldehyde derivatives of A. i 71. hydriodide (CLAASZ) A. i 513. A. i 292. peroxide 011 (LANFKY) A. i 487. (GHISHI<EWITSCH-TROCHrMoWsKY and MATSCH~JREVITSCH) A. i 641. rhio~hen-2- carboxvlia acid. 3 :4-di- (BILTZ and KREBS) A. i 908. 6-Thiol-2-imino-4-methyl-l:3:5-triazine and its sodium salt (HIXSBEHG) A. i 894.ii. 1592 INDEX OF SUBJECTS. Thioxanthininm hydroxide 3-amino- and 3:6-diamino- and its acetyl Thromboplastin preparation of froni tissues (CECIL) A ii 60. (LESLIE) A. ii 1032. a-particles expelled in the disinte- gration of (SATTERLY) A. ii 1123. therapy of ( EICKEL KOJO) A. ii 964 ; (MIXAMI) A. ii 965. use of in therapebtics (TUHXEI:) A. ii 1195. estimation of in soils (SATTERLV) A ii 522. Thorium oxide (thoria) preparation of from monazite sand ( WIRTH) A.ii 948. sulphate solubility of in sulphuric acid and in lithium sulphiltt! (BARRE) A. ii 771. Thorium estimation of (ROSENHEIM) A. ii 869. separation of (SMITH and JAMES) A ii 390 ; (Koss) A. ii 809. Thorium-X therapy of (BICKEL KOJO) A. 11 964; (MINAMI) A. ii 965. effect of intravellous injection of (TSIWIDIY) A. ii 1080. Thortveitite (SCHETELIG) A. ii 56. Thrombin effect of injection of or1 coagulation of blood (DAVIS) A. ii 60. transformations of the active deposit of (MARSDEN and DARWIN) A. ii Thyroid iodine content of the (ALDRICH) effects of feeding on (CARLSON ROOKS injection .of extract of (CALDWELL) toxicity of extract of (FnEh-mi) A. ii dog’s toxicity of the (SI-OLAND) A. detection of the substance of in blood Sre also under Glands.Thyroidectomy effect of on the physi- cal properties of urine and serum (PALADIKO) A. ii 855. Tilletiu levis arid T tritici constituents of (ZELLNER) A. ii 196. Time reaction8 suitable for lecture ex. periments (GLENDINNING and S’I’EW- ART) P. 254. Tin occurrence of in canned vegetables nieasnrements in the spectrum of series in the spectrum of (VAN LOHUI- the system silver lead and (PARRA- A . ii 1192. mid McRIE) A. ii 468. A. ii 467. 468. ii 467. (rAUSSKY). A . ii 612. (COEBEIGH) A. ii 693. (EROCHIN) A ii 578. ZEN) A. ii 711. VANO) A ii. 759. See also under Glands. Tbymua-nuoleic acid structure and hy-INDEX OF SUBJECTS. ii. 1593 Tin alloys with antimony and lead (CAMPBELL) A. ii 1056. with bismuth cadmium and lead (PARHAVANO and SIROVICH) A.ii 846. with cadmium (SCHLEICHER) A. ii 256 ; (GUERTLEK! A. ii 650. with copper electrical properties of (LEDOUX) A. ii 727. with mangaiiese magn eto-optical pro- perties of (MARTIN) A. ii 1039. Tin tetmfiuoride compounds of with ammonia aud pyridine ( WOLTEI?) A. ii 262. sulphide equilibrium of antimony siilphide with ( PAI~ILAVANO and DE CESARIS) A. ii 771. equilibrium of lead sulphide with (HEIKE) A. ii 763. Stannic iodide preparation and solu- bility of (MCDEKMOTT) A. ii 53. Stannic acids isomeric (MECKLEX- BERG) A. ii 355. Stannous chloride fused reducing power of (SANDONNINI and AU- REGGI) A. ii 455. standard vessel for containing (CHUMAXOFF) A. ii 680. Tin organic cornpounds in relation to the corresponding silicon compounds (SMITH and KIPPING) T.2553 ; P. 313. Tin detection of in allogs (BELASIO) estimation of (M. N. and S. C. estimation of electrolytically (BE- estimation of in canned foods (SCHREI- estimation of in soft solder (GOODWIN) Tin-plate estimation of lead in (CRATO) A. ii 998. TinasLtia ficgax c yanogen et ic principles of (MIRANDE) A. ii 1203. Ti6sues selective colouring of (SCHULE- MANS) A ii 791 859. throniboplastic substance of the (HOWELL) A . ii 1078. oxidation in (USUI) A. ii 853. iiifluence of lack of oxygeii on respira- tion of (VERZAH) A . ii 851. relation between osydase and the respiratory activity of (VERNON) A. ii 578. drying of by means of anhydrous sodiiim sulphate (NJEGOVAX) A ii 970. fixed with formaldehyde lecithin extracted from (CRUICKSIIANK) A. ii 961. A.ii 1099. BANERJEE) P. 102. LASIO) A ii 1099. BER and ‘FABEI:) A. ii 95. A. ii 496. (Tolyl compounds M e = l . ) Tissues. See also Animal tissues. Titanates. See under Titanium. Titanium oompoundd behaviour of pheiiols naphthols and phenolcarb- oxylic acids with (HAWSER and LEW- ITE) A. i 847. Titanium potassium hydrogen di-hide (RUFF and TREIDEL) A. ii 561. Titanic nitride (RUFF and TREIDEL) A. ii 561. Titanium dioxide heat of formation of ( M I X ~ E K ) A ii 133. Titanates thermal analybis of mixtures of silicates and (SMOLENSKY) A. ii 160. Titanium estirrtation of in presence of iron (THORNTON) A. ii 1000. separation of iron and (BOURION) A ii 691. Toad tropical (Bzcfo w a ) active prin- ciples from the (ABEL and MACHT) A. ii 1193. Tobacco formation of alkaloid8 in (KAVENKA and BABINI) A.ii 83. estimation of nicotine in (KIssLIm) A . ii 398 ; (HARRISON and SELF) A. ii 704 ; (Thix) A ii 1010. Tobacco leaves green betaines in (DELKAXO and TRIER) A. ii 800. Tobacco plants nicotine in (CHUARD and MELLET) A. ii 979. Tobacco smoke presence of ammonia in (VAUI~EL) A. ii 83. injury of plants by (BOKORNY) A. ii 980. estimation of hydrocyanic acid in (LEHMASN and GUNDEHBIASN) A. ii 859. )it-Tolualdehyde 2-iodo- (MAYIX) A. i 478. y-Tolualdeh yde-p-methylbenz ylhydra- zone and its salts (CURTIUS and p-Tolualdehyde-a-naphthykhydrazone (PADOA and BOVINI) A. i 224. Toluene ultra-violet absorption spectrum of (CREMEK) A ii 406. influence of on zymases and phos- phatese (v. EULER and JOHANSSON) A. i 817. compounds of with hydrogen bromide and with chlorine (MAASS and Mc- JNTO~H) A i 825.Toluene 6-bromo-2-nitro- (FRIED- LASDER RRUCKNER and DEUTSCH) A. i 318. 4-bromo-w-2-diuitro- 4- and 6-chloro- w-2-dinitro- w - 2 - and 4-dinitro- (SOCII~TI~ CHIMJQUE DEB USIXEX DU KHBxE) A. i 176. SPP.Eh.GElt) A. i 139.ii. 1594 INDEX OF SUBJECTS. FABRIK) A. i 176. w .2-dichloro- ethyl ester (BADIBCHE (Tolyl compu724i?s Me=l.) Toluene 6-chloro-3-hydroxy- and 4- chloro-2:3:5-trihydroxy- {HENRICH TAUBERT and BIRKNER) A. i 185. 2-chloro-3:5-dinitro- preparation of (BORSCHE aud FIEDLER) A. i 175. 2:4-dicynno- ( BORSCHE) A. i 181. o- and p-uitro- specific gravity of solutions of (HYDE) A. ii 1138. w-2-dinitro- preparation of ( S O C I ~ T ~ ~ CHIMIQUE DES USINES DU RH~NE) A. i 756. triiiitro- compounds of with benz- aldehydephenylhydrazones ( CIUSA and VECCHIOTTI) A.i 33. additive compounds of with 2- methylindole 2 3-dimethylin dole carbazole and pheriylindole (CIUSA and VECCHIOTTI) A. i 755. 4-p-Tolueneazo-l-benzyl-3-methyl-5- pyrazolone (CUKTIUS aud SCHNEI- DERS) A. i 138. m-Tolueneazo-B-naphthol (NOHMAN) T. 1921. l-o- and -p-Tolueneazo-2-naphthyl- methyl ethers and their hydrochloi- ides (CHARRIER and FERRERI) A. i 813. o- m- and p-Tolueneazo-B-naphthyl- amines and their derivatives (NOR- MAN) T. 1918; P. 232. o-Toluenebisazo-&naphthol di- and tri- thio- (HODGSON) T. 1699 ; p. 222. o- and p-Toluenediazonium chlorides compounds of with antimony tri- chloride (MAY) T. 1038. 4-p-Tolnenesulphonamino-N- phenpl- pyridazonanthrone (ULLMANN and MINAJEFF) A. i 389.Toluene-m-sulphonic acid w-dichloro- and its chloride and sodium salt ( BADISCHE ANILIN- & SODA-FABRIK) A. i 176. Toluene-p-eulphonic acid horny1 and etliylpyridiniurn esters (FERNS and LAPWORTH) T. 276. o-hydroxylaminophenyl o-nitroso- hydroxylaminophenyl and o-nitrosn- phenyl esters of (BAUDISCH and and WEISSEL) A. i 865. w-chloro- and its chloride ( BADISCHE (Tolyl compotmds Afe=l.) Toluene p-sulphonic acid 2-nitro- 5- nitro-o-tolyl ester (REVERDIN) A. i 436. Toluene-p-sulphonylalanine (POPE and GIBSOX) T. 945. 2-Toluene-p-sulphonyl-l:2:6-triamino- naphthalene ( MORGAW and MICKLE- Toluene-p-sulphonyl-p-anisidide o- nitro- and its derivatives (REVERDIN and DE Luc) A. i 182. Toluene-p-sulphonylisobutylamide( POPE and READ) T. 521. 4-Toluene-p-eulphonyldipheny liodinium salts (WILLGERODT and PLOCKSTIES) A.i 287. Toluene-p-sulphonylmethylamino-p- benzene-2-azo-7-amino-a-naphthol-3- sulphonic acid sodium salt (MORGAN and MICRLETHWAIT) T. 146. 2-Toluene-p-sulphonyl-2-methyl- 1 :2:6- triaminonaphthalene ( MO~~GAN and MICKLETHWAIT) T. 152. Toluene-p-sulphonylmethyl-B-naphthyl- amine (MORGAN and MICKLETHWAIT) T. 150. 2-Toluene-p-sulphonyl-2-methyl-l:2- naphthylenediamine (MORGAS and MICKLETHWAIT) T. 151. Toluene-p-sulphonylmethyl-nz- and -p- nitroanilines (MORGAN and' ICKLE- THWAIT) T. 144. Toluene -p- sulphonylme thyl- l-nitro- and 1 :6-dinitro-B-naphthylamine( MORGAN and MICKLETHWAIT) T. 150. as-Toluene-p-sulphonylmethyi-m- and p- phenglenediamine and their deriva- tives (MORGAN and MICKLETHWAIT) T. 145. 2-Toluene-p-sulphonyl-l:2-naphthylene- diamine and its -6-sulphonic acid ( ~ZOI:GAN and B~ICKLETHWAIT) T.149. (REVERDIN) A. i 963. THWAIT) T. 150. Toluene-p-sulphonylt rinitroanisidine Toluene-p-sulphonyl- 1 :6-dinitro-B-naph- thylamine (MORGAN and MICKLE- THWAIT). T.. 148.INDEX OF SUBJECTS. ii. 1593 p-xoiuoniLriie w-cnivru- auu iLs cvm- pound with pyridine ( HADISCHE ANILIN- & SODA-FABRIK) A. i 355. p-Tolaoyl chloride o-dichloro- ( WEC- (Toly? co?~tpou’rLds M e =1.) p-Toluic acid o-dichloro- methyl ester (WEGSCHEIDEK and SUIDA) A. i 976. o-Tolnidine condensation of formalde- hyde with (NASTUKOFF and KRONE- BERG) A. i 962. o-Tolnidine 6-brorno- and its acetyl derivative ( FRIEDLANDER BRUCK- NER and DEUTSCH) A. i 318. di- and tri-thio- and their salts and derivatives (HODGSON) T.1696 ; P. 222. m-Tolnidine effect of heat on a mixture of benzaldehydecyanohytlrin and (BAILEY and MCCOMRIE) T. 2272 ; P. 266. p-Toluidine,compound of phenylazoimide and (WOLFF and KOLASIUS) A. i 1028. and 3-bromo- aldol bases from and their derivatives( EInVARDS GARROD and JONES) T. 13$0 ; P. 163. diacetyl derivatives hydrochloride of (DEHN) A. i 834. 0- nb- and p-Toluidines telluri-bromides and -chlorides (GUTBIER FLUKY and EWALD) A. i 6e9. p-Toluidine-2-methylsulphone and its acetyl derivative (ZIKCKE and ROLL- HACSISP.) A. i 551. p-Toluidine-2-methylsnlphoxide and its acetyl derivative (ZINCKE and ROLL- y-Toluidine-2-sulphonic acid acetyl derivative and its derivatives (ZIXCKE and ROLLHA~~SEI?) A. i 549. p-Toluidinoacetothioamide (JOHNSON and BUKNHAM) A .i 305. a-p-Toluidinodiphenylacetic acid and its ethyl and iiiethyl esters ( K L I N G E I ~ ) A. i 558. a-p-Tolnidinodiphenylaceto-p- tolnidide (KLIKGEH) A. i 557. 4-Toluidino- 1 -methylanthraquinone (HELLER GKUN I’HAL and RUHTRS- BERG) A. i 359. 8-p- Toluidino- 5-phenoxyqninizarin (FREY) A. i 477. 4-p-Toluidinophenylp yridazoneanthrone (ULLMASN) A. i 1028. 4-p-Toluidinopyridazonanthrone ( ULL- MANN and MINAJEFF) A. i 388. 7-p-Tolnidino- 10-p-tolyl-1 -methyleafran- 01 (HELLER) A. i 917. 7-o-Toluidino- 10-0- tolylaafranol (H EL- LER) A. i 917. HAUSER) A . i 551. rn-.-.-?L..1.. -Ll-- - - a -_-_ ( ~ ~ M U I G ) n. 1 avz. p-Tolyl ethyl ketone desaurin from (KELBEB and SCHWARZ) A. i 207. p-Tolyl heptadecyl ketone (RYAN and (Tolyl co?npouncEs Me = 1.) ?n-Toluoyl-o-benzoio acid p-bromo- ( HELLER GKUNTHAL and RUNTEN- BERG) A.i 358. Toluquinone 4-chloro-3-hydroxy- (HEN- RICH TAUEEKT and BIRKNER) A. i 184. o-Tolyl ether homo- dibromo- chloro- and dichloro- ( MAILHE and MURAT) A. i 254 348. mercaptan 4-amino- and its deriva- tives (ZINCKE and KOLLHAUSER) A. i 550. 4-iodo- (ZINCKE and ROLLHAUSER) A. i 551. wi-Tolyl glycide ether (MARLE) T. 307. methyl ether p-bromo- (PSCHOHR and p-Tolyl ether bromo- dihromo- chloro- and dichloro- (MAILHE and MURAT) A. i 254. 1 -p-Tolyl- 1 :2:4-triaminonaphthalene (MORGAN and MICKLB.rI~w.ZIT) P. 325. 0- ?n- and p-Tolylaminosuccinotolyl- imides and nitroso- (WARREN aud GROSE) A. i 961. p-Tolyl-2-anthraquinonylcarbamide (FAKBWERKE VORM. MEISTER Lu- CIUS and BRUNKNG) A. i 119. o-Tolyl-4-arsinic acid 1-chloro- and 1- c h loro - 6 - II it ro- ( FARBW ERK E VORM.MEISTER LUCIUS & BRLTNING) A. i 595. IiOCH) A. 1 767. m-Tolylsrsinic acid 5-nitro-6-hydroxy- 1-0- and -p-Tolyl-4-benzylideneh dan- toins and 2-thio- (JOHSSOS &AU and HODGE) A. i 80T. P-p-Tolylbutaldehyde and its derivatives (BLAISE and PICARD) A. i 233. p Tolyl-JI-cumyliodoninm h y d r d e salts of (WJLLGERODT and MEYER) A. i 22. p-Tolyldimethylsulphine hydroxide and its salts (KEHRMANN and SAVA) A. i 968. 3-p-Tolyl-2:5-dimethyltetrahydrofnran 3-hydroxy- (DUPONT) A. i 291. p-Tolyl-BB-dithiolvinyl ketone desaiirin from (KELBEK and SCHWARZ) A. i 207. Tolylene-3:4-aulphonylide (ANscHUT~;) A. i 852. p-Tolylethoxyme thylethylcarbinol (BLAISE and PICARD) A . i 232. B-o-Tolyleth,yla-pine and its mlts (BENDA altd BERTREIM) A.i 63. m - - - - \ ~ nnoii. 1596 INDEX OF STJBJECTS. ( Tolyl compounds Me = 1.) 9-Tolylhomocampholic acid hy droxy- sodium salt (HALLER) A. i 359. l-o- and -p-Tolylhydantoins (JOHNSON PFAU and HODGE) A. i 807. B-p-Tolylhydroxylamine B-cyano- and ita itiiinochloride hydrochloride ( WIE- LAND ROSEEU and GAhf BARJAY) A. i 907. o- ?n- and p-Tolylideneanilinee (LAW) T. 158. m-Tolylideae-~-naphthylamines 2- and 6-hydroxy- (SEXIER SHEPHRARD and CLARKE) T. 1956. ?n-Tolylidene-m- andp-tolnidines (LAW) ( Toly I compoimds 11fe = 1. ) l0-o-Tolylsafranol 7-hydroxy- (HELLER) A. i 917. 3-p-Tolyl-2-styryl-4-dihydroquinazolone (l3o~mr.r and BEAL) A. i 394. methiodide ( BOGEHT and GEIGER) A. i 511. o-Tolylthiolacetic acid m-amino- ( KALLE Pr Co.) A.i 452. In-Tolylthiolacetic acid 4:6-dichloro- (KALLE & Co.) A. i 770. o- and m-Tolylthiolacetic acids 4-chloro- (KALLE & Co.) A. i 557. 4-p-Tolylthiolanthraq~inone~ l-amino- and l-thiocyano- (GA’rlERMANN) A. GIBSON) T. 736. l-p-Tolyl-a-naphthylamine 2:4-diiiitro- (MORGAN and MICKLETHWAIT) P. 325. 3-p-Tolyl-2-methyl-4-dihydroquinazo- lone and dinitro- (BOGERT and GEIGER) A. i 396. methiodide (BOGERT and GEIGER) A. i 511. 6-p-Tolyl-2-methyldiphenylmethane-2’- aarboxylic acid (SEER and KARL) A. i 572. o-Tolyl-2-me thyl-4-ethylphenyliodo- ninm hydroxide and its salts (WILL- GERODT and JAHS) A. i 22. p-Tolylmethylketazine (CvI:nvs and KoF) A. i 733. 4-Tolyl-2-methylsnlphoxide 5-hrOmO- 4-iodo- (ZINCKE and ROLLHAUSER) A. i 551. B-o-Tolylnaphthylamine p-chloro- (KNOLL & Co.) A.i 346. 8-m-Tolylnaphthylamie (KSOLL& Co. ) A. i 345. u-o- -m- and -p-Tolylnaphthylaminee (KNOLL & Co.) A. i 345. p-Tolyloxyacetone o-nit1 o- ( K~NIG and BECKEH) A. i 497. u-m-Tolyloxypropane y-chloro-B-hydr- oxy- and its phenylurethane ( MAKLE) T. 312. p-Tolylpentadecylcarbinol and its deriv- atives (RYAN and NOLAN) A. i 750. p-Tolyl pentadeoyl ketone derivatives of (RYAN and KOLAN) A. i 749. Tolyl phenylamyl ketone (v. BRAUN and DEUTSCH) A. i 688. p-Tolylphenylmethanedicarboxylic acid and its dimethyl ester ( LIEBEKMANN and RAETs) A. i 466. ~~-Tolylthiolanthraqn~one-6- -6- and -8-snlphonic acids potassium salts (GATTERMANN) A. i 1002. 4-Tolylthiolanthraqaino-l-thiazole (GAWEKMANN) A. i 100.5. 4-p-Tolylthiol-l-methylthiolanthraqnin- one (GATTERMANS) A.i 1003. ?n-Tolyl-m- and -p-toluidinee and their hydrochlorides (LAW) T. 163. p-Tolyl-o- -m- and -p-tolnidinee and their hydrochlorides (LAW) T. 162. ‘( Tore,” formation of in pine-wood ( NORDEXSKJ~LD) A. ii 979. Torpedo ocellata estimation of fat in the organs of (REACH and WIDAKOWICH) A . ii 580. Tortoise heart of. See Heart. Torulin isolation of from yeast (EDIE EVANS MOORE SIMPSOS and WEB- STEK) A. ii 794. Toxaemia in pregnancy (GKUBE and REIFFERSCHEID) A. ii 470. Toxicity neutralisation by sal t.s of pro- duced by acids (LOER and WASTE- NEYS) A ii 469. Transfusion theory and lmctice of (HOGAN and FISCHER) A. ii 953. Transition points viscoinetric deter- mination of (DUNSTAX and. LAKGTON) T. 418 ; P. 14. Transport numbera. See under Electro- chemistry. Trass estimation of soluble silica in (HAMBLOCH) A.ii 1095. Tremolite fusion of (LOEWINSON-LEGS- ING) A. ii 950. Triacetonalkamine nitroso- (CLARK 15 and FRANCIS) A. i 722. Triacetonamine derivatives of (CLARKE and FRANCIS) A. i 721.INDEX OF SUBJECTS. ii. 1597 Triacetonamine nitroso- catalytic de- composition of by alkalis (CLIBBENS and FRANCIS) T. 2358 ; P. 291. Triacetoxymercnri-m-tolnidine and its acetyl derivative (SCHRAUTH and SCHOELLEH) A. i 930. Triacetoxymercnri- m- toluidinoace tic acid ethyl ester (SCHRAU'rII and SCHOELLICK) A. i 931. Triacetyl-Z-arabonolactone ( PAAL and KIXSCIIER) A. i 31. Triacetylbenzylglucoside bromohydrin (FISCHER and ZACH) A. i 240. Triacetyldextrose bromohydrin( FISCH I"K and ZACII) A. i 239. Triacetylcyclohexantrione m-phenyl- niethylhydrazone of (GOSCHKE aiid TAMBOR) A.i 447. Triacetylmentholglacoside bromohydrin (FISCHER and ZACH) A . i 239. Triacetylphenolphthaleinimide ( O ~ n o and VASSALLO) A. i 794. Triacetyl trimethyldihydroanthrachrys- one (HIRosFS) A. i S76. ?~-Triacontane (GASCARD) A. i 65. Trialkylacetophenones action of mag- nesium organic compounds on (RA- MART-LPCAS) A. i 351. Triamylose and its nona-acetate ( PRINGS- Trianhydrotrisdibenz ylsilicanediol ( ROBISON and KIPPING) T. 2154 ; P. 245. Trianh ydrotriadiphenylsilicanediol (KIPPIXG) 'l'. 2136 ; P. 244. 1 5 -Trian thrimide (FA RB - BRUNING) A. i 996. Triarylcarbinols action of formic acid on (GUYOT and KOVACHE) A. i 186 972. Triazo-acids hydrolytic degradation of (CUKTIUS) A i 428. Triazo-acid-azoimides hydrolytic de- gradation of (CURTIUS) A.i 428. y-Triazobutyric acid and its deriva- tives (CCHTIUS and GIULIXI) A.. i. HEIM allti IAANGHAKS) A. i 833. 11 y d roxy - WERICE VORM. nTEISTER LUCIUS 8c 1:2- 1:3- and 1:4-Trireo-iodo -iodoro aiid -iodoxy-benrsner (FoRsmIt and SCHAEPPI) T. 1361. Triazomethylurethane (CURTIUS and BOCKMUHL) A.;i 426. 1-Triazophenyl 2- 3- and 4-iodoohbr- ides (FORSTEK and SCHAEPPI) T. 1362. 8-Triazopropionic aoid (CURTIUIS) A. i 429. 8-Triazopropionoanilide ( CURTIUS and FRANZES) A. i 427. a- and /3-Triazopropionohydra~der and their derivatives (CURTILJS and FRAN- ZEN) A. i 426. a-Triazopropionylaeoimide ( CURTIUS and FRASZEN) A. i 426. B- and y-Triazopropylamines (FORBTER and WITHERS) T. 491 ; I'. 60. y-Triazopropylcarbamide ( FOHSTER and WITHERS) T.492. y-Triazopropylurethane ( C u x r I u s and GIULIXI) A. i 427. Triazosuccinoanilide ( CURTIUS and HARTMANK) A. i 429. Triazosuccinic aoid diethyl eater (CURl'IUs and HAHThXANN) A. 1 427. Triazosuccinohydraeide and it8 dedva- tives (CURITUS and HARTMANN) A. i 427. Triazosuccino -p- tolaidide (C u KTIUS and Triazosuccinylazoimide (CCliTIUS and HARTMANN) A. i 428. Triazourethanes hydrolytic degradation of (CUKHUS) A. i 428. Tribenzhydrylamine and its picrate (FICHTEI aiid ~ B E C K E R ) A. 1 16. Tribenzoylgallodiaoetophenone ( HEUER and Fimwx) A. i 874. Tribenzylethylstannae (fhIITH and KIPPISG) T. 2560; P. 314. Tribenzylstibine oxide and dichloride (MOBGAN and MICKLETHWAIT) P. 68. I~ARl'hIANN) A. i 428. ,_ I I 427. I Tri-o-carbethoxyphenylmelamine y-Triazobutyrylazoimide (CUHTIUY ant1 i ( RICKEE) A.i 140. GIULINI) A. i 427. Tri-o-carbomethoxyphenylmelamine a Triazo-y-chloroisopropyl alcohol (FOR- ' ( McKEE) A. i 140. ~ T E R and WITHERS) T. 494. ~-Tri-a-dipyridylferroas salts ( WEBNBK) Triazo-compounds refraction and dis- A. i 298. ~wrsioii of (PHILIP) T. 1866 ; P. 1:2:4-"riethoxybenzene 5:g-dinitro- 226. 1 ( BLASKSMA) A. i 653. Triazoethylenediurethane ( CURTIUS and ~ aay-Triethoxy-AB-bntylene and its de- HAKTMASN) A. i 428. 1 rivatives (VIGITER) A. i 73. a- and B-Triazoethylurethanes (CURTIUS Triethylamine salts (DEHK) A. i 241 and FRANZEY) A. i 427. Trinzo-group (FORSTER and WITHER?.) 1 Tr?~~hylammonium nitrite and its de- T. 489 P. 50 ; (FORSTER and SciiA- I composition and sublimation by heat EPPI) T.1359 j P. 219. (RAY and HARSHIT) T. 216.ii. 1598 INDEX OF SUBJECTS. Triethyllisoamyleili~e (BTGD~N) A. i oo’p’-Trimethoxytriphenylmethane 302. (KAI‘FFMANN and P A s N w I m ) A. i Triethyl-n- and iso-bntylsilicanes ( RTG- 1 351. DI~N) A. i 342. ’ Trimethylamine hydrochloride in flurnce Tri-u-ethylbntyrylhydrazide (STOLL~ of 011 nutritive exchanges (DESGKEZ MAMPEL HoLZAPFEL and LEVEKKUS) RIWNIEK and hlooc) A. ii 188. A i 227. ~ Trimethylammoniumacetic acid calcium Triethylenediamine cobaltic salts (WER- salt chloride of (AUZIES) A. i 169. NER) A. i 167. a-Trimethylammoniumisohexoic acid Triethylpropylammonium iodide corn- salts arid betaine of ( N o v ~ K ) A. i pound of tliiocarhamide and (ATKINS 338. and WERSER) T. 1990. Triethyl-n-propylsilicane ( BYGD~N) A.acid salts aiid betaine of (NovAK) i 342. ‘ A. i 338. Trifolium repem hydrogen cyanide i l l i Trimethyldiapoharmine arid its salts (MIRANDE) A. ii 1085. ’ !HA~ENFRATZ) A. i 578. Trigonelline action of in the. organism Tnmethylene. See cylcZoPropme. (KOHLIIAUSCH) A. ii 74. Triethylenediaminechromium salts excretion of nicotinic acid as (ACKER- MANN) A. ii 967. I Triethylenediaminerhodium salts (WE& Dvrrolidine and their derivitires a- Trimethylammoniumphenylpropionic (WERSER) A. i 417. ( ~ U M M and BERGELL) A. i 1015. Triketo-S:6-methylenedioxyhydrindene and its salts and derivatives (RL-HE- MANN) T . i 8 3 . Triketo-l-mathylpyrrolidine ( MVMM and BERGELL) A . i 1015. Trilaurin action of concentrated sul- phuric acid on (THIEME) A. i 333.Trimercnridibntylammoninm iiiti i t e (RAT RAKSHIT and DATTA) T. 617 ; P. 41. 6:2’:4’- 6 3’:4’ and 5 :2’ 5’-Trimethoxy- l-benzoyl-2:3-dimethylcoumarone (TAMUOI( GUNSBERG IiELLER? CHANBCHY-HEKZENBERG ROSES- KNOPF and LICHTENBAUM) A. i 44. coamarone (TAMBOH GUNSBERG KELLER CHANSCHY-HEKZENBERC ROSENKNOPF and LICHTENBAUM) A. i 45. p-3:4:5-Trimethoxybenzoyloxybenzoic acid methyl ester ( B I A u * r H x m ) A . i 267. 6-(3‘:4‘:S‘)-Trimethoxybenzoyloxy-3:4- dimethoxybenzoic acid niethyl ester (MAUTHNER) A. i 267. 4-(3‘:4’:S’)-Trimethoxybenzoyloxy-3- methoxybenzoic acid nietliyl ester (MAUTHNER) A. i 267. 2:4:6-Trimethoxybenzoylpropionic acid and its methyl ester ( BARGELLINI and GIUA) A. i 357. 3:4:6-Trimethoxyphthalic acid crjs- tallography of (ROSATI) A. i 866. 00)’-Trimethoxytriphenylcarbinol (KAUFPMAX‘N and PANSWITZ) A.i 351. 6 :8’:4’-Trimethoxy- 1 - benzoyl-2-me thyl- Triglycerides saponification of (Fox- TINI) A. i 826. Tri-indylmethane colouring matters (EL- LINGER and FLAMAND) A. i 587. Trimannose and its phenylosazone 1:2:5-Trimethoxyanthraquinorre and its salts (FISCHEIL and ZIEGLER) A. i 765. 1:2:4-Trimethoxybenzene 5:6-dinitro- (BLANKSMA) A. i 553. 5( 3’:4’:5’)-Trimethoxybenzoyloxy-3:4- dimethoxybenzoic acid and its chloride (FISCHEI and FKEUDENBEHG) A. i 888. 3:4:5-Trimethoxycarboxyphthalide (BARGELLINI and MOLINA) A. i T i 3 . 3:4:6-Trimethoxyt~ichloromethylphthal- ide (BAHGELLISI a i d MOLINA) A . i 7 i 3 . 3:4:5-Trimethoxyphenanthrene-9-carb- oxylic acid 8-broino- (PSCHOKIL and KOCH) A. i 767. 3:4:5- and 3:4:7-Trimethoxyphenan- threne-g-carbox ylic acids ( P s c ~ o it){ DIUIiHxUSER and ZEIDLEB) A .i 766. (PRINGSHEIM) A. i 833. 2:4 5-Trimethoxyphenylbenzothiazole (BARGELLINI and MARTEGIANI) A. i 981. 3:4:6-Trimethoxyphthalanilic acid (BABGELLINI arid MOLINA) A. I 773. 3:4 5-Trimethoxy- o-phthalic acid deriva- tives of ( KARGELLINI arid MOLINA) A. i 773. 3:4:5-Trimethoxyphthalide (BARGELLIXI and MOLINA) A. i 573. a&-Trimethyladipic acid 8- hydroxy- and its derivatives (HARDIXG) T. 1590 ; P. 219.INDEX OF SUBJECTS. ii. 1599 Trimethyldiaminodi-o- tolyliminome th- ane methyl sulphate (R~ssow and REUTEH) A. i 586. Trimethyldiaminodi-o-tolyl ketone and its salts (R~ssow and REUTEI:) A. i? 586. 2.Trimethylammoninm-l-benzoquinone 2:6- and 4:6-dinitro- aiid their salts (MELDOLA and HOLLELY) T.925. Trimethylanthrachrpsone arid its acetyl derivative ( H I R o s ~ ) A. i 875. Trimethylcyanomethylammonium iodide (V. BRAUN DEUTSCII slid SCHMAT- LOCH) A. i 435. 3 3’-Trimethylenedibenzospiropyran (BORSCHIC and GEYER) A. i 894. 1 :1-Trimethylenepiperidinium iodide and hydroxicle and decomposition of the latter by h a t (DUXLOP) T. 1998 ; P. 230. 2-Trimethylenetetrahydroisoquinolin- ium salts (JONES and L)UNLOP) T. 1753 ; P. 221. Trimethylene trisnlphoxide and its d eri- vatives (HIKSBERG) A. i 546. Trimethylethylammonium iodide com- pound of thiocarbamide and (ATKISS and WERNER) T. 1990. N-Trirnethylglutamic acid salts of (Xo- vLK) A. i 335. @@B’-Trimethylguanidine platiiiichloride (ScnENcK) A. i 685. a&- and a&-Trimethylguanidines salts of (SCHENCK) A.i 425. 26:6-Trimethyl-O1:3-bicycZohexane (KIJSER) A. i 758. 1:l:S-Trimethylcyclohexanol ( MASSON) A . i 280. 1 1 5 - Trimethylcyclohexanone and its de- rivatives (MASSON) A. i 280. Trimethyl- a-methylallylammonium chloride (FARBENFABR~KEK VOMI. F. BAYER & Co.) A . i 822. Trimethylparamide (MUMM and BEI:- QELL) A. i 1015. BBy-Trimethylpentane (CLARKE and JONES) A . i 150. BPy-Trimethylpentan-7-01 (CLARKE and JONES) A . i 150. 2:4:5-Trime thyl- 3-propylpyrrole picra t e (PISCHER and BARTHOLOMAUS) A. i 901. 2:&4-Trimethylpyrrole and its picrate ( P r L o r u and TIIANNHAUSER) A. i 736. 2:6:8-Trimethylquinoline derivatives of (GARROD JONES and Ev~~s),T.,1394. 2 3 5-Trimethyltetrahydrofuran 3-hy- droxy- (DUPONT) A. i 290. 2:6:8-Trimethyltetrahydroquinoline de- rivatives of and l-nitroso- ( G A r x o D JONES and EVANS) T. 1394.4:6 7- and 4:6 8-Trim. t h ylthi-Fin and 5-nitro- (CuyroN and GODUEN) T. 214. Trimethyl-8-o-tolyleethylarnmdm hy- droxide salts of (EMUE) A. i 802. Trimethyltrioxin dichloro- ( ~ Y L o ) A. i 335. 1:45- and 3 4 b ~ i m e t h y l u r s o i l (KIK- CHICK) A. i 54. Tri-a-naphthoylhydrazide (QTOLLI~ hlAM w L HOLXAPFEL and LEVEK- KUS) A. i 226. Tri- 8-naphthy l- 1 :2-nap hthy lenediamine (a-2-B-naphthy2arniw~iaphthyldi-B- naphthylamine) (WIELAND and Sus- SER) A. i 905. Triolein equilibrium of with atsarin and with palmitin (K REMANN and SCIIOULZ) A. ii 1152. Trioxalochromiates (WERNER) A. i 939. Tripalmitin equilibrium of with etearin and with oleiii (KI:EMANN and SCHOULZ) A.ii 1152. Triphenylacetic mid esters of and their specific rotation (TSCHUQAEFF and GLININ) A. ii 1020. Triphenylacetic acid 3- and 5-amiiio- 2:4-dihydroxy- 5-bromo-3-nitro-2:4- dihydroxy- 3:5-dibromo-2:4-dihydr- oxy- 5-chloro-3-amino-2 4-dihydmxy- 5-chloro-2:4-dihydIoxy- 5-chloro-3- nitro-2:4-dihydroxy- 3:6-dichloro- 2:4:5-trihydroxy- 5:6-dichloro-2:3:4- trihydroxy- pentachloro-2:4-d$~ydr- oxy- 3- aiid 5-nitro-2:4-dhydroxy- and derivatives (FRIES and KOHL- IIAAS) A . i 661. s-Triphenylbenzene (KXCJLL & Co.) A. i 960. aay-Triphenyl-6-beiylidene-B-methyl- ?~-butyl alcohol (1<EIMER and XEY- NOLDS) A. i 769. Triphenylcarbinolr ( KAUFFMANN and PmNwrrz) A. i 351 ; (KAUFFMANN and KJESER) A. i 853. 1 :3:4-Triphenyl-2:3-dihydro-2-glyoxal- one and -thione (MCCOMBIE and SCARBOROUGH) P.331. 3 :4 5 -Tripheny 1-2 3- dihy dro-2-oxarolone (~ICCOMBIE and PARKES) T. 1994 ; P. 238. Triphenylglyoxaline reduction of (BrLTz and KREBS) A i 909. Triphenylmethaae derivativoe of (STRAUS) A. i 989. preparation Of (FARBENFABRIKEN VORM. F. BAYER & CO.) A. i 459. Triphenylmethane colonring matters constitution of (KAUFFMANN) A. i 397.ii. 1600 INDEX OF SUBJECTS. ([IEBERMANN and MITTEK) A. 1 466. Ri henylmethyl reduction of under tge action of light (SCHMIDLIN aud GARCIA-BAN~s) A. i 437. Triphenylmethylamine tri-p-amino- (VILLIGER and KoPE'rSCHsI) A. i 1031. arv-h5phenyl-B-methylbntyroIactoney I'hosphorus. Trout action of monatomic alcohols on (OTro) A. ii 1082. Trypanosome infection effect of potass- ium hexatantalate on t h e action of antimony compounds in (MORGENHOTH and ROSENTHAL) A.ii 376. Trypanosomes action of acridine and 3:5:9-triaminoplienoxazonium chloride Triphenylmethylcarbazole (LEVY) A. i 304. 3:4:6-Triphenyl-l-B-naphthyl-2:3-di- hydro-2-glyoxal-one and -thione (BRAZIER and MCCOMBIE) T. 2356. 3 :4:b-Triphenyloxasnlphinazole (Mc- COMBIE and PARKES) T. 1997. aBS-Riphenylpropane tri- and hera- hydroxy- (LIPPMANN) A. i 851. 3:4:6-Triphenyl-2:3:4:6-tetrahydro-2- oxarolone (CKOWTHEH and Mc- COMBIE) P. 315. 2:4:6-Mphenyl-1:3:6-triazine 5'-chloro- 2/-hydroxy-(Hu~H~s and TITHERLEY) T. 221 ; P. 6. 3 :4:6-Triphenyl- 1 -0- -m- and -p- tolyl- 2:S-dihydro-2-glyoxal-onea and -thi- ones (BRAZIER and MCCOMBIE) T. 2355. Tripropylamine salts (DEHN) A.,'i 241. hydrochloride and acetyl derivative (DEHN) A.i 834. hydriodide compound of thiocarb- amide and (ATKINS and WERNER) T. 1990. Tripropylammoninm nitrite (RAY and Tripyridinechromium trifluoro- and its hydrate (COSTXCHESCU) A. i 493. Tripyrophosphoric acid. See under Phosphorus. 1 :2:3-Trir-dimethyl~oanilo-4:S-di- phenylyclopentene (RUHEMANN and NAUNTON) T. 45. Triaindandione diammonium derivative and bromo- dibromo- broinohydroxy- liydroxy- and their derivatives (IIANTLSCH and FISCHER) A. i 873. Trismercnri-bis-amido-sulphonic acid potaasiinn hydrogen salt (HOFMANN BIESALSKI and SODERLUND) A. ii 765. Tristearin equilibrium of with palmitin and with olein (KREMANN and SCHOULZ) A. ii 1152. Trithienyl action of hydrogen peroxide on (LANFRY) A. i 1012. Tr~trimethylcarbonatogalloyl]glycerol (FISCHER and FREUDENBERG) A.i 472. RAKSHIT) T. 613; P. 41. y hydroxy- (REIMER and REYNOLDS) A. i 769. Trypsin thermosta1)ility of (OHTA) A. i 927. pro teolysis experiments with (WHITE and CROZIER) A ii 62. action of colloids on (PINCUSSOHN) A. i 521. hydrolysis of caseinogan by(WALTERS) A. i 522 671. determination of the relative activity of solutions of (ROBERTSON) A. ii 819. toxic action of and its ability to digest living tissues (KIRCHHEIM) A. ii 190. inactivation of( FRouIN and COMPTON) A. i 60. protection of from destruction by heat (DE SOUZA) A. i 60. estimation of (WALDSCHMIDT) A. ii 107. Tryptophan (ABDERHALDRN) A. i 521. conderisation of! with aldehydes (HOMER) A. 1 401. estimation of colorimetrically in horny material (FASAL) A. ii 1220. Tryptophol. See &Indolylethyl alcohol.Tuberculin activator for ( BINC and ELLERMANN) A. ii 788. Tiihnclaria oxidation processes in the regeneration of (v. SCH~NBOKN) A. ii 464. Tnmours purines and purine-enzymes of (WELLS) A. ii 371. Tungsten in miiierals from Spain (GRA- NELL) A. ii 566. itreparation and properties of pure (RUFF) A. ii 946. electrical properties of (v. PIRANI) A. ii 947. thermal constants of a t high tem- peratures (CORBINO) A ii 327. melting point of (v. PIRASI slid specific heat of a t high temperatures wrought solubility of (RUDER) A. ii Tungsten alloys analysis of (Kucz~?I- SKI) A. ii 208. MEYER) A. ii 560. (C~RBINO) A. ii 531. 454. ' on (LAVERAN and ROUDSKY) A. ii 75.INDEX OF SUBJECTS. ii. 1601 estimation of (HERMANN) A. ii Petatnngstatee constitution of (Co- PAUX) A.ii 454 ; (ROSENHEIM) A. ii 649. 1215. antoin p-hytlroxy-. Tyrorol synthesis of and its conversion into liordenine (EHRLICH and PIST- SCHIMUKA) A. i 853. Turmeric detection of in mustard (SIE- l'horus. A. ii 1002. in (MARCUSSOX) A. ii 497. estimation of aromatic hydrocarbons LISUEH) A. i 232. and DAKZIGER) A. i 598. Undecylbenzamide h-chloro- (v. BRAUN A. i 682. DABIN) A. i 149. teins (Form and DENIS) A. ii,1012. Tyrosine 2- a i d 3-aniiuo- and the tri- henzoyl derivative of the former Uranium atomic weight of F~BEAU) in miiierals from Madagreorr (LA- A. ii 848.ii. 1602 INDEX OF SUBJECTS. Uranium salts action of polyhydric phenols on (SIEMSSEK) A. i 350. action of on micro-organisms (AGUL- HON and SAZERAC) A. ii 973. influerice of on alcoholic enzymes compounds of hydrazine and (SAL- Uranium nitrate explosibility of (IWAK- OFF) A.ii 455. oxide heat of formation of (MIXTER) A. ii 899. Uranic anhydride and its hydrates (LEBEAU) 9. ii 7 i O . Uranoue oxide density of and its solubility in acids (RAYNAUD) A. ii 948. solubility of in acids (RAYNAUI)) A. ii 166. Uranyl salts compounds of with qui- noline ( ISGHILLERI slid GORI) A. i 650. Uranyl nitrate an h y d roils preparn - tion of (MARKI~TOS) A. ii 848. deconiposition of by heat ( LE- BEAU) A. ii 650. compou~~d of with nitrogen dioxide (SPATS) A. ii 948. cadmium nickel and rhodium ni- trates (LANCIEN) A. ii 455. Uranium organic compounds - Uranylaniline and its salts (IKCHIL- LERI) A. i 620. Uranium estimation of volunietrically (AUGER) A. ii 1098. Uranium micas valuation and extrac- tion of (GLASEI:) A.ii 1098. Uraeole amino- silver salt (RrroLLk M AMPEL HOLZAPFEL and LEVERKCS! A. i 227. Urea (carbamide) action of alkaloids on the formation of (ZASDA) A. ii 280. estimation of in blood (FOLIN and DENIS) A. ii 703. estimation of in urine (EKECRANTZ and S~DERMANN) A. ii 212 ; (FOLIN) A ii 7 0 2 ; (EKECRAKTZ and ERIKSON) A. ii 703. See also Carbamids. I I Ureare distribution of in higher plants I (ZEMPL~N) A. ii 674. I action of (ARMSTRONG and HORTON) I A. i 594. Ureometer new (TAMAPO) A. ii 212. Urethane and its homologues mercury compounds of (PIERONI) A. i 245. Ure thanoethylideneaoetylacetone (RIANCHI) A. i 542. Uric acid catalytic action of lead salts on the formation and destruction of (PKETI) A. ii 1076. (KAYPEP,) A.ii 860. VADOR~) A. ii 1177. Ureabromin (BILTZ) A. i 244. Uric acid decomposition of by radium (Amariation (MESEKNITSKY) A. ii 417. influence of atophan on the formation of (FRANK) A. ii 659. preparation of xanthine and hypo- xantliine from (SUNDVIK) A. i 321. sodium salt influence of radium-D on (KERB and LAZARUS) A. i 662. action of radium emanation on (v. I<NAFFI,-LESZ and WIECHOWSK I ) A. ii 522. glycols and their reduction and their salts (BILTZ and HEYN) A. i 589. detection of ( VITALI) A. ii 211. colour reagents for detection of (FOLIN and DENIS) A. ii 1011. detection of in blood ( WEBER) A. ii 501. estimation of with iodine (REICHARDT) A. ii 103. estimatioii of by means of phospho- tungstic acid (FOLIN and MACAL- LUM) A. ii 495. estimation of in urine (RIEGLER) A.ii 700; (SAUZI~AT) A. ii 701 ; (GIGLI VELLER) A ii 814. estimation of iodometricnlly in urine (CARON) A. ii 502. Uridine 5-bromo-. and hyciroxy- (LE- Uridinecarboxylic acid nitro- and its derivatives (LEVENE and LA FORGE) A. i 326. Urine chemical action of (QUAOLIARI- ELLC)) A. ii 185. effect of thyroidectoiny on the physicill properties of (PALADIKO) A ii 855. reducing properties of (SCHULZ) A. ii 370. lipolytic enzyme i n (PRIBRAM and LOWY) A. ii 370. influence of magnesium salts and sodium acetate on the acidity of (DE JAGER) A. ii 276. excretion of amino-acids in (SIGNOR- ELIJ) A. ii 370. excretion of chlorides in (HERRMANKS- DORFER) A. ii 276. excretion of iron in in pneumonia (GOODMANN) A. ii 787. influence of hydrocyanic acid on the ex- cretion of sulphur in (MAGNANIbiI) A.ii 71. nitrogen in in phosphorus poisoning (ISHIHARA) A. ii 792. influence of phloridzin 011 the distribu- tion of nitrogen in (YOSHIKAWA) A. ii 71. VENE and LA FORGE) A. i 326. of birds (SHARPE) A. ii 1194.INDEX OF SLTBJECTS. ii. 1603 Urine children’s creatine in ( FULIS aiid diabetic detection of plycnronic acid human excretion of ammonia in excretion of silicic acid in (SCHULZ) of womcn reducing substances in the DENIS) A. ii 465. i n (JOLLES) A. ii 1217. (JANNEY) A. ii 185. A. ii 370. (GRBNVALL) A. ii 582. in ‘pregnancy ‘(MI:P.LIN and BAILEY) nndialvsable suhtances in (LA4BRIt and A ~ ii 371. V I T ~ Y ) A . ii 582. diabetic undi a1 ysable substances in (LABBES and VITRY) A. ii 665. use of phosphotungstic acid to clarify (MAY) A. ii 302.occurrence of lysine in in cystinuria ii i 2 . analysis of (v. SPINDLEI:) A. ii 703; (LOSG and GEPHAR~) A. ii 961. detection of albumoses in (FITTI- PALDI) A. ii 107. detection of bile pigments in (PETEK- SEN) A. ii 107 ; (CROUZEI,) A. ii 400. detection of blood in ( M I C ~ I E L ) A ii 1112. detection of glyciironic wid in (NEC- BERG and SCHEWKET),A. ii 1106. detection of sugar in (SALKOWSKI) A. ii 697 ; (BLANC) A. ii 698. detection and estimation of sugar in (.AKDERSEX) A. ii 101. estiniation of acidity of (GRIMBERT and MOREL) A. ii 395. estimation of amino-acids gasometric- ally in (LEVESE and VAN SLYRE) A. ii 1008. estimation of ammonia in (FOLIN and MACAI,LUhl) A. ii 683. estimation of benzoic and phenaceturic acids in (STEENBOCK) A.ii 501. estimation of calcium in (BELL) A. ii 808. estimation of dextrose in (OPPLER (FRANK) A. ii 608. estimation of hippuric acid in (FOLIS and FLANDEES) A. ii 396 5 0 1 ; (STEENBOCK) A. ii 501 ; (HRYNT- BCHAK) A. ii 1007. estimation of Z-B-hydroxyhutyric acid in (PRIBRAM) A. ii 700. estimation of indican in (SAMnieT) A. ii 703. estimation of lactose in (AUTEXRIETH Pnct FUNK) A. ii 101. estimation of nitrates in (CARON) A. ii 296. (ACKEILMANN and Ku-rsctIEI!) A STUTTERIIEIM) A. ii 100 ; Urine estimation of nitrogen in (FOLIN and FARMER) A. ii 702. estimation of phenol in (HENSEL) A. ii 695. estimation of mono- and di-metallic phosphates in (LEMATTE) A. ii 703. estimation of quinine i n ( BALDONI) A. ii 1219. estimation of sucrose in (JOLLEB) A. ii 1004.estimation of sugar in (BANG) A. ii 210. estimation of sugar creatine and creatinine in (AUTESI~IETH and MULLER) A. ii 101. estimation of urea in (EKECRANTZ and SiiDPRMANh’) A. ii 212 ; (FOLIN) A. ii 702; (EKECBANTZ and EILIKSON) A. ii 703. estimation of uric acid in (RIE~LER) A. ii 700 ; (SAUZEAT) A. ii 701 ; (GIGLI VELLER) A. ii 814. iodometric estimation of iiric acid i l l (C~IKJS) A . ii 502. Urobilin spectrophotographic inveetiga- tion of (LEWIN and STEKGER) A. ii 21 7. Urocanic acid constitution of (HUNTER) A. i 584. Uruehiol catalytic reduction of (Ma- JIMA) A. i 883. V. Vaccinee estimation of the strength of gravimctrically (WILSON and DICK- SON) A. ii iO8. Vague relation of calcium to the cardio- inhibitory fii~~ction of the (HAGAN and ORMOND) A ii 278.Valency and aflinity (BoESl~:KEN) A. ii 443 444 ; (BOEBEKEN SCEWEIZER and VAN DER WANT) A. ii 444. and conduction of electricity (STARK) A. ii 621. relation between band spectra and (STARK) A. ii 403. relation of to stability of binary me- tallic compounds (MATIGNON) A. ii 535. the electron conception of (FRY) A. ii 546 ; (FALK) A. ii 930. explanation of allotropy by the electron theory of (GUTHRIE) A. ii 930 of carbon in unsaturated compounds auxiliary the nature of ( EPHRAIM) spectrochemistry of (E I SENLOER) (TSCHITSCHIBABIN) A. i 149. A . ii 546. A. ii 2.ii. 1604 INDEX OF SUBJECTS. Valeric acid optically active from the pntrefaction of proteins (XEUBERG) A. ii 76. of pyrrolidine-2-carboxylic acid into (NEUBEW) A. ii 76. a-hydroxy-&amino- benzoyl deriva- tive (SOEENSEN HOYRUP and AN- DERSEN) A .i 14. y-Valerolactone as-dichloro- (LEUCHS GIUA and HREWSTER) A. i 604. sr-Valeric acid and &amino- conversion Vanadium organic compounds :- Vanadium oxybisacetylacetonate and teracetylacetonate (MORGAN and terbenzoylscetonate oxgbisbenzoyl- acetonate aiid oxybisacetvlmethyl- acetonate (MOIWAN and MOSS) P. 325. Vanadium estimation of by reduction with hydrogen peroxide or persul- phates (CAIN and HOSTETTER) A. Moss) P. 199. 136. thyl-bpyrazolone and a-bromo- (FARBWERKE VORM. MEISTER LV- 4-isoValerylamino-1 -phenyl-2:3-dime- estimation of in ferrovanadium estimation of in vanadium steel (SLAWIK) A. ii 300. (CAIN) A. ii 390. SLYKE) A. i 682. Vanadium pure preparation of (RUFF Vanillylidenenicotinic hydrazide and its hydrochloride( h i EYER and MALLY) ii 228.pewtoxide action of calcium fluoride on (MASCHOT PRANDTL and MANZ) A. ii 561. Vanadic! acid colloidal preparation of (WEGELIN) A. ii 849. hetero-poly -acids from (PRANDTL and HUMBERT) A. ii 167. estimation of volumetrically (MUL- LEK and DIEFENTHALER) A . ii 300. Vaporieation (v. JUPTNER) A ii 829. energy changes in (ARRHENIUS) Vapour saturated elastic force of a Vapour density deterniination of (EGERTON) A. ii 2 2 ; (BLACK- MAN) A ii 134. modified Victor Meyer apparatus for (HENDERSON) A. ii 432; (GIL) A . ii 537. A. ii 131. (OLLIVE) A. ii 231.INDEX OF SUBJECTS. i i 1605 Vetiver oil constituents of (SEMMLER Vidine and its anri- and platini-chloride (NJEGOVAN) A ii 195. Vine constituents of the leaves of (DELEANO) A. ii 1086. constituents of the sap leaves and stem of the (SHEDD and KASTLE) A .ii 1086. RISSE and SCHROlER) A. i 882. Vapoar pressure and fluidity (BING- HAM) A. ii 333. determination of molecular weights from lowering of (WRIGHT) P. 96. of hydrated salts (BOLTE) A. ii 833. of solutions (SHORTER) A ii 24. lines of binary systems (KOHNSTAMM and KATZ) A. ii 730. determination of hygrometrically (FORBES) A. ii 897. Vasohypertensin (POPIELSKI) A. ,ii,470. Vegetables canned occurrence of tin in (COEBEHGH) A. ii 693. Velocity of chemical change. See under Affinity chemical. Velocity of crystallisation. See under Affinity chemical. Velocity of reaction. See under Afinity chemical. Velocity of reduction. See under AEnity Chemical. Veratraldazine (PASCAL and NOP.MAXD) A. i 147. Veratric acid 5:6-dinitro- and its salts anti methyl ester (KLEMENC) A.i 460. Veratrine action of on muscle (HOFF- MANN LAMM) A. ii 374. W. Walden inversion (MCKENZIS and CLOUGH) T. 390 ; P. 40 ; (FISOHER) A. i 187 ; (BIILMANN) A. i 420; (HOLMBERG LEUOHS GIIYA and BREWSTER) A. i 60% ; (SENTER) A. i 828 ; (FISCHER and Moxmoa~) A. i 836 ; (GADAMER) A. i 934. Vinegar analysu of (PATERBON) A ii 608. Vinyl acetate 8-bromo- and BBds'hromo- (MYLO) A. i 386 o-V~ylbenzyldime~ylamine and its salts (Enins) A. i 801. l-Vinylthiolanthrnqnbone and 1-8- chloro- (GATTERYANN) A. i 1003. 2-Vinylthiolanthrrqtone (GATTIEX- MANN) A. i 1004. Violanthren (SUHOU) A. i 195. Viscometer new (BINOHAM and WHITE) A. ii 1144. for use with blood and serum (WEITE) A. ii 61. Viscosity and association (THOLE) T. 552 ; P. 51 286. and chemical constitution (DuR8TAs and THOLE DUN~TAN HILDITOH and THOLE) P.269. absolute measurement of (GURNEY) A. ii 235. correlation of with other physical properties (DUNSTAN and HIL- DITCH) A. ii 435 ; (HILDJTCH and DUKSTAN) A. ii 1143. relation between the molecular con- ductlvlty and ( WALDEN) A. 11 23. p-Veratroyloxybenzoic acid methyl I a1 teration of with conceptrvtioii natnr /MATTTUWRR\ A I 36'7 I ( % U A T T \ A 11 A R A 7RQ - 4-Veratroyloxy-3-methoxybenzoic acid j of ether-alcohol mixtures (BAKER) methvl ester (MAUTHNER). A. i. 267. T.. 1409 P.. 166. Veratryl chloixle b-bromo- (YscHOKR ot gas mixtures ('I'HOMsEN,! A. ii Y'. SELLE Kocif STOOF and TREIDEL) of liquids (PORTER) A. ii 434 ; A. i 776. 1 (sO~LKAU) A. ii 900. Veratryl alcohol 5-bromo- (PSCHORP. I of solutions (CII~NEVEAU) A. ii 832. SELLE KoCH STOOF and TREIDEL) I Viscoatagmometer (TRAUBE) A.ii 832. A. i 776. Vitriols knowledge of the ancients re- Veratrvlidene-7-methox~chromanone 1 garding (HOFMANN). A.. ii. 931. (YERKIN ana KOBINSON) r. I . Verbascum thupsics eoristituents of the roots of (VERDON) A. ii 481. Vernine identity of with the guanine pentoside froni molasses (SCHULZE and TRIER) A. i 145. Vcmwnia anthelmintica constituents of (BHADURI) P. 53. Vetivenic acid and its methyl ester (SEMMLEH RI~SE and SCHROTER) A. i 882. Vetivenol C,RHBIO and its chloride V0elCkC)rlte (KOGERS and YOSTMA) A. ii 565. Volcano of the island of Reunion conati- tution of the (LACBOIX) A. ii 1061. Volume relation between pressure and (TAMMAXN) A ii 538. molecular relation between and structure of solid chemical com- pounds (TKLTSCHER) A ii 831. Volumes atomic and spectra rehtion Volumenometer mercury (VERBEEK) between (ROSSI) A.ii 22.ii. 1606 INDEX OF SUBJECTS WaUower oil from the seeds of (MAT- Walnatr detection of juglone in (TUN- Water synthesis and decom osition of by means of ultra-violet fight (AND- ILEEFF) A. ii 112. decompositiori of by sunlight (KEKK- BAUY) A. ii 342. vapour action of ultra-violet light on (COICHN and GROTE) A. ii 1118. influence of electrolytes on the dis- sociation constant of (POMA and TANZI) A. ii 323. cdntiiiuous fractional distillation of (BOUSFIELD) T. 1443 ; P. 186. specific heat of (CALLENDAR) A. ii 428 ; (GUILLAUMK) A. ii 624. vapour dissociation and specific heat of at high temperatures (BJEKRUM) A. ii 540. vapourpressure of (HOFBAUER) A. ii 735. rate of evaporation of (JABLCZY~KI and PRZEYYYKI) A.ii 908. viscosity of ( BINGHAM and WHITE) A. ii 1144. function of the molecule in dilute solutions (OXLEY) A ii 325. diffusion of oxygen and carbon dioxide in (CARLSON) A. ii 141. distilled with and without electrolytes action of on metallic lead (TRAUBE- MENGARINI and SCALA) A. ii 161. decomposition of by magnesium (KNAPP) A. ii 635. contamination of by combustion of turf (GR~GOIHE and HENDRICK) A. ii 803. purification of by infusoria (SToKvIs sterilisation of by ultra-violet light (HENRI HELBRONNER and v. RECKLINGHAUSEN) A. ii 1132. balance of in the liuinan organism (GALEOTTI and SIGNORELLI) A. ii 781. calcareous influence of sodium chlor- ide on (GILLICT) A. ii 1171. hard action of the “luminator” ap- paratus for (SUGDEN) A. ii 454. from the Dead Sea analyses of (FKIED- YANN) A.ii 268. Conductivity water preparation of (THOLE) T. 207 ; P. 3. Water of crystallieation etfect of con- tinued grinding on (GILLEYI-E) A ii 150. of salts action of magnesium on the (MIcHAILRNKO and MUSHINSKY) A. ii 350. THER and BOLTZE) A. i 601. MANN) A. ii 1110. and SWELLENDREBEL) A. ii 193. Water :- Drainage water annual yield and composition of (BURT) A. ii 199. estiniatioii of colloids in (MARC) A. ii 1150. Potable and drinking waters hy- gienic limit for (DAxO) A. ii 485. sterilisation of by the action of ozonised oxwen and of nascent chlorine com”@unds( ROIJQUETTE) A. ii 374. solubility of lead in (MEERBURG) A. ii 763. estimation of nitrites in (ELSDON) Rain-water estimation of nitrogen ill (HUIZINGA) A. ii 89. Sea-water concentration of hydrogen ions in (PALITZYCH) A.ii 39. radium content of (SATTERLY) A. ii 118. radium emanation in between Val- paraiso and the East Indies (KNOCHE) A. ii 223. apparatus for estimation of (RUP- PIN) A. ii 599. Spring and mineral water radium content of (QATTERLY) A. ii 118. apparatus for determination of the radioactivity of (Lo E w ENTHAL) A. ii 417 ; (HENRICH and GLS- SER) A. ii 724. of Bad Diirkheim (RuPP) A. ii 268. of Bath constituents of (RAMSAP) analysis of (MASSOX and RAM- from Carlsbad radioactivity of of Hokuto Taiwan radioactivity of the sediment of (HAYAKAWA and NAKASO) A. ii 1123. of La Toja and LQrez determination of the radioactivity of (DIAZ DE RADA) A. ii 724. of Monte Amiata radioactivity of (NASINI and PORLEZZA) A. ii 525 1123. of Salsomaggiore estimation of boric acid in (NASINI and PORLEZZA) A.ii 1184. from the San JosC spring radio- activity of (DfAZ DE RADA) A. ii 570. of St. Lucasbad radioactivity of of Usson radioactivity of ( MASSOL) A. ii 683. A. ii 41 7. SAY) T. 1370 ; P. 183. (KOLHOIlSrER) A. ii 524. (SZILARD) A. ii 525. A. ii 889.INDEX OF SUBJECTS. ii. 1607 Water :- Spring and mineral water of Val-les- Baitis radioactivity of (CHASPOUL and DE BEAVJEU) A ii 12. from Wiesbaden sinter from (HEX- KICH and BUGGE) A. ii 570. estimation of the radioactivity of (HENILICH and GLASEK) A. ii 119. estimation of radium emanation in (GKEINACHEK) A. ii 621 ; ( H E I ~ X D T ) A. ii 889. Water analyeis :- geo-chemistry of analyses of (PALmR) A. ii 97. apparatus for estimation of absorbed by soils (MAKSHALL) A. ii 200. estimatioii of substances in by phys- icocheniical volumetric nietho2s (DIEXERT and GUILLERD) A.11 687 ; (DIENERI’) A. ii 807. estimation of acidity and alkalinity of (WALKER and KAY) A. ii 1215. estimation of carbon dioxide in (CA- GAI:ES and P I ~ A DE RVEIES) A. ii 603; (AUEKBACH) A. ii 996; (WARBURG) A. ii 1210; (TILL- MASS and HEUBLEIS) A. ii 1211. estimatiou of free carbonic acid in (BOLL) A. ii 685. estimation of the carbonate and non- carllonate hardness of due to mag- nesium (NoLL) A . ii 997. estimation of iron in (MAYEK) A. ii 809. estimation of nitrogen in (JOHNSON) A. ii 89. eetiniation of nitrogen in by Schloes- ing’s method ( HUIZINGA) A. ii 89. estimation of sulphntes in (BKu- BAKER) A. ii 385. estimation of in minerals and rocks (PITTKICH) A. ii 1207. estimation of in silicates (DITTRICH and EITEL) A. ii 804.Water-bath constant level (MOREL SCIIIRM) A. ii 445. Water-drinking studies on (NATTILL and HAWK) A. ii 64 65 ; (HOWE MATrILL and HAWK) A. ii,.65 369 ; (HOWE and HAWK) A. 11 369 ; (FAIKHALL and HAWK) A. ii 465. Wax Ghedda or East Indian (LIPI~ and KUHS) A. i 675. Montana ester from (SCHLIEMANS’S EXPORT-CERESIN-FABRIK) A. j 532. Waxee analysis of (LEPs) A. ii 816. Weighing precautions to be taken in temperature-correction in (Wxmi:. ( KEMPF) A. ii 1207. MAS) A. ii 635. Weight appareiiC change in during cheinical reaction (MANLEY~ A ii 928. Weights molecular relation between boiling pointa and (T.) A. ii 1136. comparison of (BLACKMAN) A. ii 149. determination of crystalline substances (TAMMANS) d. ii 149. determination of from lowering of vapour pressure (WRIGHT) P. 96. determination of of wenk electrolytes ( D’AGOSTINO and QC‘AGLIARLELLO) A.ii 1158. of organic compounds npparatue for determining (FABINYI) A. ii 329. determination of of volatile liquids (POFXER) A. ii 1159. Wheat and oat grains conipaidve value of for the growing pig (MoOOLLUM) A. ii 366. Wheat bran phosphoric acid organic compound from (ANDERSON) A ii 1205. Whitemetal andyeis of (KOPENBAOUE) A. ii 868 ; (BELASIO) A. ii 1098. estimation of (BENEKEK) A ii 493. separation and estimation of antimony in (COMPAGNO) A. ii 810. Winea formation of volatile wide in the fermentation of by yeat (v. DER HEIDE and SCHWENK) A. ii 860. state of combination of sulpharic acid in ( RARAGIOLA and GODET) A ii 981. adulterated presence of fiirfumldehyde in (PASQUERO and CAPPA) A. ii 103. indicator for the titration of (MARRE) A.ii 1106. detection of arsenic and lead in (CAKLES and BARTHE) A ii 694. detection of sucrme in ( KOTHENFUS- SER) A. ii 1003. detection of zinc in (STRAUB) A. ii 388. estimation of the acidity of (REPITON) A. ii 102 211 ; (KOCZIRZ) A. ii 211. direct estimation of extract in (v. DER HEIDE and SCEWENK) A. ii 695. estimation of glycerol in (BOTHEX- FUSSER) A. ii 607 ; (BEIS) A. ii 813. estimation of lactic acid in (ROEIT- GEN) A. ii 1005. estimation of malic and succinio wids in (v. DER HEIDE and SCEWJENK) A. ii 1005. estimation of nitrogen cornpun&s in (SCHAFFFIR and PHILIPPS) A. ii 676.ii. 1608 INDEX OF SUBJECTS. Winm,estimation of phosphoric acid in (v. DER HEIJIE and SCHWENK) A. ii 992. in (MOMMART) A ii 682. A. ii 612. white estimation of sulphurous acid estimation of tannin in (MALVEZIN) Wool presence of fixed sulphur in (STRUNK sndaPRIEss) A.i 147. Work done in chemical changes Wortr estimation of extract in (FHE- SENIUS and GHUNHUT) A ii 1112. (WEG€XHEIDER) A. li 442. X. X-rays. See Rontgen rays under Photo- chemistry. a- and B-Xantherines ( LEPRINCE) A. ii 479. Xanthio acid arsenic salt use of in analytical chemistry (TARVGI and SORBINI) A. ii 998. ethyl p-aldehydophenyl ester (FRIED- L~NDEH. aud LENK) A. i 703. Xanthine formation of from uric acid (SUNDVIK) A. i 321. fate of in the body (LEVINTHAL) A. ii 470. Xanthine bases estimation of (CAMILLA and PEIWUSI) Art ii 1111. Xanthopnrpnrin dzchloro- (METTLER) A. i 359. Xanthopyrrolecarboxylic acid and its picrate (PILOTY and DORMAKN) A. i 619. Xanthotoxin and nitro- (THOMS and PHIESS) A.i 40. a- and 8-Xanthoxylins (LEPRINCE) A. ii 479. LYanthmyZtcm ochroxylzcm pharmacology of (LEPRINCE) A. ii 479. Xenon monatoniicity of (RAMSAP) A. ii 251. critical constants and orthobaric densities of (PATTERSON CHIPI'S and WHYTLAW-GRAY) A ii 843. m-Xylene 4-cyano-2-nitro- and 6-nitro- d-cyano- (HORSCHE) A i 181. w-4- and o-6-dinitro- ( S O C I ~ T ~ CHIMI- QUE DKS USINES DU RHONE) A. i 176. p -Xylem 2-bromo-3 :5-dinitro- 5 - nitrc- 2 3-diamino-,and 5-nitro.2:9-dinitroso- (FBIES and NOLL) A i 660. a,.-Xyleneazo-a-hydroxynaphthoic acid and its sodium salt (SIRCAR and WATSON) A. i 1037. m-Xyleneszosalicylio acid and its sodium salt (SIRCAR and WATSON) A. 1 1037. 2-p-Xy lenesnlphonyldiphenpliodininm chloride and platinichloritle (WILL- GERODT and PLOCKSTIES) A. i 257. z1-3-Xyleno1 4:5-dibronio- (CROSSLEY and SMITH) P.333. Xylenols bromo- (CROSSLEY and SMITH) P. 332. Xylidine telluri-bromides and -chlorides (GUTBIER FLURY and EWALD) A. i 689. m-4-Xylidine9 aldol bases from and their derivatives .(EDWARDS GARROD and JONES) T. 1383 ; P. 163. 7- n~-XyIidino-lO-.nz-xplylsatranol (HEL- EER) A. i 917. Xyloidins (JENTGEN) A. i 416. m-Xylonitrile 2-nitro- (KALLE & Co.) A. i 126. p-Xylyl-2-azoimide 3:5dinitro- (FRIES and NOLL) A. i 660. o- m- andp-Xylyl-a-bromopropylketones (KUNCKELL) A. i 432. o- m- and p-Xylyl-Aq-bntylenes and their dibromides and a-chloro-B- bromo- (KUNCKELL) A. i 432. sc-Xylylnaphthylamine (KNOLL & CO. ) A i 345. rib-Xylyl-5-thiolacetic acid (KALLE & Co.) A. i 453. Y. Yam. See Dioscorea Batntns. Yeast development of in nutrient solu- tions (v.EULER a i d PALM) A. ii 1201. glucolytic enzyme of ( RIRCKSER) A. i 817. reducing properties of (CHOWRESRO) A. ii 972. surface tension of the plasma mem- branes of (KISCH) A. ii 588. permeability of cells of ( PAINE) A. ii 77. action of metallic salts on (ROKORXY) 8.) ii 1201. action of sea-salt or sugar on (LrNDEr) A. ii 1200. action of on tartaric acid (KARCZAG) A. ii 973. action of dissolved substances on the auto-fermentation of (HARDEN and PAINE) A. ii 284. formation of volatile acids by (OSTER- WALDER) A. ii 475. formation of volatile acids during the fermentation of wines by (v. DER HEIDE and HUBBENET) A. ii 860. production of formic acid by (FRASZEN and STEPPUHN) A. ii 475.INDEX OF SUBJECTS. ii. 1609 Yeast preparation of glycogen and yeast- gum from (HARDEN and YOUSG) T.1928 ; P. 235. formation of invertase in (v. EULER and JOHASSSON) A. ii 376. enzymes of (EULER) A. ii 193. conversion of acetaldehyde into ethyl alcohol by (KOSTYTSCHEFF and HUBBENET) A. ii 860. proteolysis of (VANDEVELDE) A. ii 588. Yeast cells formation of glycogen in (BRUSCHI) A. ii 283. Yeaat-gum preparation of from yeast (HARDEN and YOUNG) T. 1928; P. 235. behaviour of in the animal organism (Sraro~) A. ii 470 Yeast-nucleic acid (LEVENE and LA FORGE) A. i 325. Yellowstone Park concretions from the geysers and springs of the (CASARES and PrRa DE RUBIES) A. ii 357. Yohimbine isomerism of corynanthine and (FOURSEAO and FIORE) A. i 49. detection of in tablets (VIRCHOW) A. ii 1010. Yttrium estimation of quantitatively (WHITTEMORE and JAMES) A. ii 690. quantitative separation of lanthanum from (JAMES and Smm) A.ii 999. z Zeeman effect for various elements (LUT- TIG HARTMASN and PETERKE) A. ii 506. Zeblites Russian (FEHSMANN) A ii,176. from Vesuvius (THOQUTT) A. ,'ii 176. absorption of phosphoric acid by (RosrwonowsKI and WIEGNER) A. ii 937. Indian and Chinese (HoMMm) A. ii 255. potentials of in alcoholic solntions of zinc chloride (GErmN and GIB- BONS) A. ii 894. hardening and annealing of (TIMO- F ~ E F ) A. ii 1054. boiling point of (HEYCOCK and LAMP- LOUGH) P. 3. iiifluence of 011 the consumption of food by Aspergiltzis *tiger (JAVIL- LIEK) A. ii 861. effect of on the secretion of invertase by Aspcrgilttu niger (JAVILLIER) A. ii 377. Zinc alloys with aluminium thermal ex- pansion of (SmRNoFF) A. ii 896. Zinc history of (HOMMEL) A. ii 943.Zinc alloys with aluminium and copper (LEVI-MALVANO and MABAN- TONIO) A ii 769; (CABPENTER and EDWARDS) A. ii 1067. with cobalt (DUCELLIEZ) A. S 53. .. with copper (CARPENTER) A. 11 electrical properties of (NORSA) A. with iron (VIGOUROUX DUCELLIEZ and BOURBON) A. ii 648. Zinc compounb with magneaiuiii (BERRY) A. ii 161. Zinc perchlorate hydrates aiid ammonia compounds of (SALVADORI) A. ii 649. chloride behaviour of in aqueous so- lution (DRUCKER) A. ii 424. hydrolysis of (Gmxr) A i 614. action of as a condensing agent (REDDELIEN) A. i 363. hydroxide solubility of in alkalis (KLEIN) A. ii 351 ; (HANTZSCH) A.,ii 644. nitrate anhydrous preparation of oxide reduction of by hydrogen (GILLET) A ii 554. sulphate potassium hydroxide and water eqiiilibriniii in the system (TSCHUMANOFF) A.ii 31. snlphide crystallography of (ALLEN C'RENSHAW and MERWIN) A. ii 1055. Zinc organic compounds use of in or- ganic syntheses ( BLAISR) A. i 236 410 606 ; (BLAISE and PICARD) A. i 602. action of the chlorides of a-alkyloxy- acids on (BLAISE and PICARD) A. i 232 746. detection of in wine (STRAUB) A. ii 388. estimation of (VOIGT) A. ii 93 298 687 ; (WARD) A. ii 492 ; (HASS- REIDTER) A. ii 687. cstimation of electrolytically in presence of ammonicm salts (BE- LASIO) A. ii 1096. estimation of gravimetrically (SCHIL- LING) A ii 1212. estimation of in iron-containing minerals ( BEPNE) A. ii 998. separation of iron and (DE KONINCK and v. WINLWARTER) A ii 808. separation of nickel and gravimetric- ally (COCKBVRN GARDINER and BLACK) A. ii 1096. separation of nickel and in German silver and other alloys (SPRING) A.ii 95. 764. ii 890. (M.4RKkTOS) A. ii 848. Z h C detection O f (WERNER) A. ii 687.ii. 1610 IKDEX OF Zinc-white estimation of the impurities in (KOHN-ABREST) A. ii 867. Ziroonium oxide (zircoaia) natire. See oxychloride hydrates of ( CHAUVE- oxychlorides (CHAUVESET) A. ii Baddelcyite. NET) A. ii 456. 650. SUBJECTS. Zirconium detection of (B1Li.z and bIECKLESBIrEO) A ii 1100. separation of iron aluminium and (lfrUNDER slid JEAKNJCRET),A. ,ii,96. Zymase paralysis and stimnlation of (VAN LAER) A. i 1043. Zymasm iufluence of toluene on (1.. EULER and JOIIANSSOS) A. i S l T .

ISSN:0368-1769    

DOI:10.1039/CA9120206381

出版商:RSC    

年代:1912

数据来源: RSC

摘要:

ERRATA. COLLECTIVE INDEX 1893-1902. Page Col. Line 332 ii 25” for ‘I Butyryliiialonic ” r e d “ f2utyrylmalic.” VOL. LXIX (TRANS. lS96). INDEX 1718 ii 13 for ‘‘ Butyrylmaloiiic ” rend “ Butyrylmalic.” VOL. LXX (ABSTR. 1896). PART Ir (INDEX). 522 i 3 for “ Uutyrylnlaloiiic ’’ rend “Butyrylnialic.” VOL. XCIV (ABSTR. 1908). PART I. Page Line 313 6 for ‘ I C O < ~ ~ ~ ~ > C H E t ’’ yead ( L C O < ~ ~ ~ ~ > C H E t . T I. 1. 316 28 ‘‘ ns-dimethylmalonate ’’ read “ as-dimethylmalate.” 786 9 “ sodium hydrogen sulphite ” read “ sodiuin hyposulphite.” VOL. XCV (TRANS. 1909). 1774 22” .for (‘C ” Tend “ Cs.” 2034 4 -263.3’ ’’ read ‘‘ -236*3’.” VOL. XCVI (ABSTH. 1909). PART I. 235 13 .for “ isocoumnranone ” read,,“ coumaran-l-one.” 235 6* be?tzylisocou7,taranolte read “ 2-benz~lcou?~tarai~-l-olze.’’ 236 li} ) “ benz?lli~cneisocou?nnrn?ione ’’ read “ 2-bei~zylidenecou.maran-l-oiie. ” 236 23 ¶ 2‘-Methoxybenzylide?ieisoco~~,~ara~ioi~ ’’ read ’( 2-o-Jfetho~benzyl- idenecoumnra?L- 1 -one. 236 26 ) ‘( 3’ 4 - D i n t c t h o ; e y b e n ~ ? / L i d e n e i s o ~ o i ~ ~ ~ ~ ~ ~ a i ~ ~ i e ” read ( ( 2-mp-Di- rnet?Lo~beiLz2/lidenecozc?naraiL- 1 -o?i e. ’’ VOL. XCVIII (ABSTR. 1910). Page Line i 230 15* 2” I ii 1442 22 for # ‘ Pyrrolidinecarboxylic ’’ read “ Pyrrolidonecarboxylic.” col. ii I VOL. XCIX (TRANS. 1911). 1135 3” ii 3* 5” for “(water = 0‘9957) ’’ rend “(water = l~OOOO).’’ ) “RICHAI:D” read “ ROBERTSHAW.” 1852 14 * From bottom. 16111612 ERRATA (contimed). Page Line Me Me 2189 5 for ‘‘ Maf)CO,et. ’’ HO\/OH N -. 2301 7 “sodium acetate’’ rend “sodium stearate.” Page i 151 i 204 i 359 i 521 i 632 i 633 i 633 i 1033 ii 49 ii 515 ii 1139 ii 1139 ii 1140 VOL.C (ABYTR. 1911). Line 8 for ‘( 3-Kelo-2-p-diii~ethyZnarinoaniZcouiitaran ’’ read ‘( 1-p-Dimethyl- ‘ ‘ !-acetic- 4 -methyl- o - cotmarice acid.’ ’ amiiwa.niZcoz~i~tarait- 2-one. ’’ 11” ) “ a-acctic-4-methyl-o-coz~maric mid ” read 2 “ C2E80W2 ” rend “ C2&ONlo. CH-0 RCH--O 3“ “CO,EtR \CO ” read “ C0,Et.C \co. ) ) \CH:CBr/ \CH C B r/ 18” ‘ ~-Bromo-a-n~ctAoxypheizylh~drocouinaric acid” read “B-Byto- 13 ,) “ a-p-MethoxyphenyZcoz~maric acid ’I read “ a-p-Wydroxyphenyl- 20 ( ( ~-bromo-a-ethoxyphenyZhyd~ocoumaric acid” read ( ( B-bromo- 13 ‘ I L o w a ~ ” read “Liiwy.” 14” “ Alkali-earths ” read “ Alkali-earth Metalr.” 16 ‘‘ Execreted ” read “ Excreted.” 11” “ haematin” rend “ haematein.” 8” ,) “ haematin ” read ‘‘ haematein.” 1 “haematin” read c L haematein.” a- p -hydToxyphenyZ-B-o - methoxyphn y Zpropionic mid.o-mcthoxycinnamicc acid. ’’ a-p-hydroxypheiyl-B-o-ethoxyphenylpropioltic acid.” VOL. CI (TRANS. 1912). Page Line 39 19 for “this vol.” Tend “Trans. 1911 99.” 41 17 “ increases )’ read ‘‘ decreases.” 41 18 “ diminish ” read “ increase.” 41 27 ) “ increase ” read “ decrease.” 41 28 ‘ maximum ” reud “ minimum. ” 104 24 “ (water = 0’9957) ” read “(water = 1*0000).” 151 14” “ C6H,’S02.N(CH3)’C,oH6’NH ” rend 165 9 ‘‘ p-chlorobenzyZaiaiZi.rce” read ‘‘ p - c h l o r o b e ~ ~ ~ y Z t o ~ ~ 6 ~ ~ i ~ e . ” 213 3” ‘ I 6-Nitrocmnyrin ’’ read “ 6-iVitrothiocoui?tnrin. ” 214 10 “ C9H,0,NS read “ C,H,O,NS.” 513 3“ I ‘ + 37.70”” read L‘ - 37*70”.” 578 18 ,) “higher ” read “ lower.” 580 ‘‘ C6H5’S02‘N( CH,)’C,OH~*NO,.” 9 ’ its anhydrous curve ” read “ the curve of the anhydrous salt. ” ‘( 0 ” “ 0 11 I! 927 2 (!:NO 0-1 rcacz I /):NO-O \/‘ I !I N(CH3)3- N(CH&- Pages 968 to 977 in headhesfor ‘‘ BRAZIER” mud “ BR4ZJER AND MCCOMBIE.” Page Line 1051 9” for ‘‘ crimson ” read “resinous.” 1194 22 “ 2:6-dichloropyridine ” read “ 3:5-dichloropyridine.” * From bottom.ERRATA (COm%Z?Md). Page Line 1266 3 for “ C-szzo” rend ‘‘~-s-c-O.” I S I C I I 8 C 1413. left of ciiagrain j O r “ o f ” read “ in.i’ 1613 Page’ 1493 1711 1711 1927 2083 2276 2087 Liiie ‘‘ CHC0,H CH.CO,Na 6 for -C-CO -+ -C--CO ” read II ; I CH*C02Na -C:C(OH)/ I ‘0 -C:C(ONa) I i ‘‘ CH*CO,H I I ’I c-co + c- 1 \O I CH:C(OH)/ 6 for “50 per cent.” read “80 er cent.” 7 “k:6=0’0057’’ read c‘k~p=0*0056.7’ ( 6 D 3’ rencl ( ( D:*:O ” 16 9 11 9 ‘‘ 48” ” read “ 62’.” 15 “ 10‘89 ” read “ 19-89.’’ 13“ “2:4:5-TriphenyZ-” read “4:5-Dip?~cnyZ.” VOL.CII (ABSTH. 1912). Page Line i 32 i 65 i 67 i 67 i 68 i 97 i 101 i 133 i 148 i 181 i 280 i 706 i 746 i 942 i 949 ii ’73 ii 73 ii 75 ii 119 ii 124 ii 159 ii 163 ~ 7 for “ ROBERTO CIUSA ’’ red “ RICCARDO CIUSA.” 2?*! “ 1912 154 ” remi “ 1911 153.” 18 19 “ 1912 154” remi ‘‘ 1911 153.” ‘t ) “ ROBERTO CII:SA ” read “RICCARDO CIUSA. 15 “1912 154t” yxcZ “1911 153.” 12” “ diphenoxide read “ diphenate.” 25” “ QEITERICH ” read ‘‘ DIETEKICH.” 9 ‘( HOFFMANN ” read “ HOPMANS.” 10 ‘ ‘ Carbonio ” reyi ‘ ‘ Carbamic.” 15 ‘’ .r-diZactylnte read “ r-dilccctylnte.” 13 ‘‘ “Acetyll’ r e d “Acyl.” :”I ‘‘ phosphoryl ” rend “carbonyl.” 16 22 8 6” “GIXMIKGHA~I ” r e d “ GIMISGHAM.” 5 6.J “ -12-5’ instead of -13.5” (Kast) ” read ‘‘ 13’5” as found by Kast.” ‘ ‘ phosphorus ” read ‘ ‘ carbonyl chloride.” ‘‘ 1912 154” r e d ‘‘ 1911 153.” 10 16” ‘‘ Ammonium Snlphate ” recd “Aluminium Sdphate.’) - __I____ . * From bottom.1614 ERRATA (continued). Page Line ii 187 17“ ii 189 21 ii’ ii 198 13 14 ii 202 18” ii 225 4“ “ KAYES ” red “ KEYES.” ii 243 ii 309 3 “ C =ACc ” rend “ C,= AC,. ii 430 14 ‘‘ Jvdk” read “/t>dR. ’’ ii 435 10 “alcohol” read “acetate.” ii 446 25 “double” read “single.” ii 462 18 “ ROHMAKN ” read “RGHMAXK.” ii 536 14” “ = ( ~ + c / r - c ) ~ ’ ’ r e n d “ =(r+e)2/(r-c)p” ii 601 12” “ KLITEL ” read “ KITTEL.” ii 684 6-7* “ CARLO CERVELLO” red “CARLO CEKVELLO slid CORRADO VA BVA RO.’ ’ ii 659 22 “ E. FRANK ” read “ E. FRANK and PRZEDBORSKI.” ii 1040 16* “ HOLLI” rend ‘‘ ROLLA.” ii 1090 12 “RAPHAEL MELDOLA and ARTHVR JAMES HALE” rend “ RAPHAEL h‘hLDOLA ARTHUR JAMES HALE and HUGH VERNON THOMPSON.” lo* 1 .for ‘‘ 1912 154 ” read “ 1911 153.” ‘‘ BURBIGE ” read “ BWRBIDGE.” 19” “dxfdt = k(Bf +z)(A- fx)’,’,read “dzldt =k(B+$:)(A-fi).” ii 1182 8 “ 1911” rend “ 1912.” ::*} ‘‘ bearings ’7 rend ‘ 6 localities.” :$) “saphirine” read “snppliirine.” 11* ‘‘ the zircons of” rcad “ certain zircons from.” delete ‘ ‘ malgache.” ii 12)i3 ii 1369 1 I* 12-13 col. i. insert “the work of the pancreas and its influence on the combustion of‘ carbohydrates A. ii 1069.” 3* for “STRYZOWSKI ” read “ STRZWOWSKI.” ~~ * From bottom.

ISSN:0368-1769    

DOI:10.1039/CA9120206611

出版商:RSC    

年代:1912

数据来源: RSC