摘要:

INDEX OF SUBJECTS. ABSTRACTS. 1896. PartsI&II. (Marked A. i and A. ii respectively) ; and also to Transactions 1896 (mai*ked T.) ; and to Proceedings of the Session 1895-1896 Nos. 155 to 168 Nov. 1895-June 1896 (marked P.). 1NT)EXERS. 3. BRUCE. j H. A. D. JOWETT D.Sc. A. W. CROSSLEY M.Ec. Ph.D. ! P. A. E. RICHARDS. M. 0. FORSTER Ph.D. J. 5. HALDANE M.A. M.D. T. EWAN B.Sc. Ph.D. 1 L. J. SPENCER M.A. J. 3'. THORPE Ph.D. 1 A. Abies canadeiasis oil of (UXNEY) A Abies exceEsa temperature optimum for respiration of (ZIEGESBEIS) A. ii 265. oil of (UMNEY) A. i 380. Abrin poisonous efiect of on a l p and infusoria (BOPORNP) A ii 669. Absorption of acids and alkalis from solution by platinum black (XELLNER) A. ii 232. of iron by the living body (WOLTER- ING) A. ii 197. physiological physical factors in (HAMBURGER) A.ii 50. of fluids from the tissues into the blood (STARLISG) A. ii 438. influence of nerves on in the intestine (REID) A. ii 663. of peptone by the intestine (REID) A. ii 318. Absorption-coefficients of gases. See Solubility. Acantliite from Coloi.;tdo (CHESTER) A ii 566. Acenaphthene magnetic rotatory power &c. of (PERKIN) T. 1088 1089 119'7,1242. heat of solution in methylic ethylic and propylic alcohols chloroform and toluene (SPEYETfS) A. ii 411. i 380. Acenaphthene oxidation of ( ~ O D a Z r N - dceiiaphtbeneglpcol. See Acenaph- Act?naphthenone from acenaphthaqui- none its picrate and phenylhydra- zone (GRAEBE and JEQWIER) A. j 444. l~rom- (GRAEBE and JEQWIER) A. i 444. dichlor- (GRAEBE and JEQUIER) A. i 444. Acenaphthyleneglyco! modifications of (GRAEBE und JEQUIER) A.i 444. Acetal heat of combustion of (RIVALS) SON) P. 1896 110. thyleneglpcol. A. ii 588. (RIVALS) A. ii 589. Acetaldehyde formation of from ether by action of light (RICHARDSON and YORTEY) T. 1355; P. 1898 166. action of sodium on (FREER) A. i 589. and benzoic chloride action of sodium on (FREER) A i 589. behrtviour of towards 1 3 4-xylidine (MILLER and PLOCHL) A. i 534. estimation of in spirits of wine (MEDICUS) A. ii 505. Paraldehyde heat of evaporation of (BECKHA~K FUCHS and GERN. RARDT) A. ii 237. chlor- heat of combustion of AcetaMehq-dediphen y lh ydrazine (CIUSSE) A i 611.736 INDEX OF SUBJECTS. Acctaldeliydeplicnplliydrazonc modifi Acetamide lieat of solution in n-atel and ethylic alcohol of (SPE:PEHb) A.ii 411. action of sodicm hypnchloritc on ( DE CONINCR) A. i 282. action of phosphorus tricliloride 011 (LACHXANN) A. i 601. condensation of with clilaracetone (OYTROGOVICH) A. i 262. saits of (TOPIX) A. i 282 283. Acetamide dibroni- (WOLFF and SCHWABE) A. i 324. A. i 409. cations of (FISCIIER) A. i 361. cblorobrom- (CONRAD and SCHMIDT) cyan- therniocheinical data of (Grrs- CHANT) A. ii 465. action of sodium etlioxide on ( ER- RERA) A.. i 528. action of sodium ethoxide and nie- thylic ethylic propjlic or ben- zylic iodide on ( ERBERA) A. i 529. Acetamidoacetic acid (RADEXHAUSEN) A. i 137. ethylic salt (RADEXHAUSEN) -I. i 137. Acetamido-acetohydrazicle (RADEN- HAUSEN) A. i 138. Acetaniido-acetylcarbanil (XADEN- HACSEN) A. i 138. Acetamidobenzene bi*oni- (SLOSSOX) A.i 216. o-Acetamidobenzenylazoxiine-etlien j 1 (PINNOW and SAXANH) A. i 367. Acctarnidobenzhydrd (GABRIEL and STELZNEP) A. i 506. o-Acetamidobenzonitrile (PINNOW and SAMANN) A. i 366. o-Acetamidobenzoplienone. oxiine of (AUWERS and ETV-ISG) A i 504. o-Acetamidobenzy 1-p-bromaniline (BESCH and HEINEW) A. i 159. o-Acetamidobenzyl-p-ehloi*a~~iline (BUSCH and VOLGEXING) A i 158. a-Acet~amido-~-bromocaniphor (LAP- WORTH and KIPPISQ) T. 317. Acetamidocarbazide nitro- (MAZZARA and LEONARDI) A. i 392. p-Acetamidocarvacrol (PI~AXCHER) A nitro- acetate (SODERI) A. i 359. Acetamidodiphenyl (PICTET and Hu- BERT) A. i 483. 4- Ace tamidom en tho1 ( TTEXA SN and KRUQEE) A. i 354. Acebamidomenthone (TImASN and KEUQER) A. i 354. l-Acetamido-3-methylindazolr 4-chloro.( Q A B I U E L ~ ~ ~ XTELZSER) A. i,320. i 359. @-Ace tarnido -P -met,hylthiazole.u-ca~b- oxylscetamide (WEIDEL and NIE- mLowspr) A. i 106. ,f3-Acetaniiclo-pu-met1iylthiazolf.-a-carb- oxylonitrile (I~EIDEL and XIE- XILOWSKI) A. 1 106. Acetamidonaphthaquinone condensa- tion of with benzyl-o-phenvlene- diamine (KEHRMANN arid YIGH- VINSKY) A. i 511. condensation of with plienpl-o- phenylenediamine (KEHEXAXN and HERTZ) A. i 508. 2 3-Acetainidonaphthoic acid (MSHLAU) A. i 243. 2t 1-Acetamidonaphthol (FRIED- LANDER and ZINBERG) A. i 244. 1 2’-Acetamidonaphthol (FRIBD- LANDEE and ZINBERQ) A. i 244.. 1 3 4-Acetamidonaphtholsulpi~onic acid (FRIEDLANDER and RUDT) A. i 569. Acetan~idonitrodiphenylamine. See Di- phenylamine. o-Acetamidophenol and its acetJl deri- vative (MELDOLA WOOLCOTT and WRAP) T.1323. 2 4-bromonitro- (MELDOLA WOOL- COTT and WRAY) T. 1326 ; P. 1896,163. anhydride (MELDOLA WOOLCOTT and WEAY) T. 1327; P. 1896 164. 5-nitro- acetyl derivative of (MEL- DOLA WOOLCOTT and WRAP) T. 1325 ; I?. 1896,163. p-Acetamidoplienol benzyl ether of (JACOBSEN DUSTERBEHN KLEIN and SCHKOLNIK) A. i 25. wz- Acetamidoplienyl p-t o l ~ l ketone (LIMPRICHT and LENZ) A. i 41. p-Acetaniidophenyl p-tolyl ketone (LIMPRICHT and SAYIETZ) A. i 42. Acetamidophenylazimidobenzene. See Pheny laminoaziniidobenzene. Acetamidophenylit ether (H.4EUSSER- XANN and TEICHMANN) A. i 533. Acetamidophenyltolylsulphone. See Phenylaminotolylsulphone. l-Acetamidoquinoliiie (CLAES and SETZER) A. i 498. i 392. j 391. SCHNELL) A i 320. and SCHNELL) A. i 320.i 320. 3-nitro- (CLAUS and HARTMANN) A. 4-nitro- (CLACS and HARTXAXN) A. 3-Acetamidoquinoline (CLAUS and 2-brom- and its hydrobromide (CLAUS dibrom- (C~aus and SCIINELL) A.,INDEX OF SIJBJECTS. 757 &-\cei amidoquinoline (C~LAL-S and SETZER) A. i 499. 499. 1 -horn- (CLSVS and SETZER) A. i .t-dcet aiiiidot e tra zole ( TH IELE and Acctamidothymol (PLASCRER) -i. i nitro- acetate of (SODERI) A. i 359. 4-Acetamido-2 2 64rimethylpiperi- dine and its aurocliloride and tliio- carbsmate (HARRIES) A. i 318. ~SGI,F,) A. i 107. 358. 4-1.tc.ete~nirlo-?n-xylene 5-iod- Acetanilide constitution of (COIIEN magnetic rotatory power &c. of lieut of solution in metJiglic and ethylic alcohols and cliloroform (SPEYERS) A. ii 411. action of bromine on (VAEBEL) (h;ERSCHR4UM) A.i 164. tind ARCHDEACON) T. 96. (k’EREIN) T. 1114,1216,1246. . - A. i 157. action of sulDhur on (HOFMAXK LEC- TURE) T.,*713. ’ use of in preparing aniline deriva- tives (HOFXANN LECTURE) T. 695. salts of (TOPIN) A. i 283. liydriodide (WHEELER and WALDEN) di- and tetra-iodide of (WHEELER scdium ethoxide (COIIEN and ARCH- sodiiim methoxide preparation of (C’OHEN ancl ARCIIDEACOX) T. ‘31 ; P. 1896,8. (COHEN and ARCHDEACON) T. 92. (WHEELER and WALDES) A. i 367. liydrobromide di- and tetra- bromide of ( WHEELER and WALDEN) A i 367. 1 3 5- tribrom- merciiry compound of (WHEELER and MCFARLAND) A. i 609. 2 4 5-tribroni- (JACKSON and GAL- LITAN) A. i 353. 4 3-bromonitro- (WHEELER) A. i 23. G 3-bromonitro- (WHEELER) d. i 156. p-chlor- (CHA~TAWAY and EVANS) T.849 ; P. 1896 97. o-p-tlichlor- and its hypoclilorite (CHATTAWAY and EVANS) T. 849 850; P. 1896 97. cyan- (HALLER) A i 32. A i 367. and WALDEN) A . i 367. DEACON) T. 93. action of benzoic chloride on Acetanilide p-brom- hydrobrouiide Acetaiiilide miiitro- clibroividc ( W I ~ E E L ~ ) A. i 23. hTclrobromide (11- tetra- ancl hera- bromide of (W iH:IXER and WAL- D I ~ ) .I. i 367. p-nitw- lieat of combustion of (XATIGNON and DI:LIOSY) A ii 88. -\cet-~-anisidide +nitro- (MELDOLA T~OOLCOTT nnd WHST) T. 1330 ; P. 1896,164. ;-nitro- (%ELDOLA WOOLCOTT and ?VR.kY) T. 1331 ; P. 1896,164. Aceto-panisicle o-iod- ( REVERDIN) Acetaziwidobenzoic acid (ZINCPE and HELMEILT) A. i 550. -1cetenarnine. See Diethylenediarniue. Acetethglanilamide action of sodium methoxide and ethoxide on (COHEN and AltCH3)E:ACON) T.9 5 ; P. 1896 8. Aeethydrosamic acid action of benzoic ehlorida on (SEF and JOSES) A. i 460. Acetic acid formation of from ether by action of light (RICHARDSON and FORTEY) T. 1355 ; P. 1896 166. . production of from various woods (BAHILLOT) -i. i 423. magnetic rotatory power of (PERKIN) beat of electrolytic dissociation of (KORIRIQHT) A ii 463. specific lieat of solid and liquid (MASSOL and GUILLOT) A. ii 8. heat of evaporation of (MARSHALL and RAXSAY) A. ii 349. and w-ater distillation of ~t mixture of (GOREL) A. i 463. freezing points of aqueous solutions oE (EONSOT) -4.) ii 412. freezing points of concentrated aqueous solutions of (ROLOFP) A. ii 291. influence of pressure on the freezing point of a benzene solution of (COLSOX) A.ii 157. density of very dilute solutions of (KO~~LRAUSCH) A. ii 90. action of uranium salts on (FAY) A. i 463. absorption bp silk of dilute (WALKER and APPLEPARD) T. 1346; P. 1896,147. (pyroligneous acid) estimation of Acetic acid lead salts influence of on the estimation of invert sugar (BORST~L~GI.:I?) ;\. ii 278. A. i 476. T. 1351. acidity Of (SCIiEWltER-KESTKER) A. ii 454.758 ISDES OF SUBJECTS. Acetic acid lead tetracctatc history and pre- paration of (HETCKISSOS and 1896 31. crystallograpliy of (HCTCHISSOX and POLLARD) T. 215; P. 1896 31. action of glacial acetic acid on (HUTCHINSON and POLLARD) T. 214. action of halogen acids on (HTT- CHISSON and POLLARD) T. 215 219,220 ; P. 1896 31. action of hydisogen sulphide on (HUTCHINSON and POLLARD) i action of orthophosphoric acid on (HUTCHISSON and POLLARD) 1 T..221 ; P. 1896 81. action of sulphuric acid on (HUT- CHINSOS and POLLARU) T. I 221. action of water on (HI-TCHTXSON and POLLARD) T. 214 218; P. 1896 31. Acetic acid ace tamidocarvaciTlic salt of (SODERI) A. i 359. o-acetamidophenylic salt and its hydrate and 5-nitro-derivative (MELDOLA WOOLCOTT and WRAP) T. 1323 ; P. 1896,163. acetamidotliymylic salt iiiti-o- ( S O - DRRI) A. i 359. acetoguaiacolamide salt nitro- (MELDOLA WOOLCOTT and WRAY) ‘l‘. 1331 ; P. 1896 164. 3 4-aminohydroxybenzoic acid salt (DIEPOLDER) A i 615. amylic sait molecular volume of in organic solvents (NICOL) T. 144 ; P. 1895,237. iso-amylic salt heat of eraporation of (BECKMANE Fcca,~ and Q-ERS- HARDT) A. ii 237. anthraflmic ticid salt (HoF~~AS~’ LECTURE) T.633. benzaldehyde w-iodoso-. salt (PAT- TERSON) T. 1004; P. 1896 153. benz-anti-aldoxime salt (Lrx- MGORE) T. 188. butylic salt molecular volume of in organic so!vents (NICOL) T. 143 ; I?. 1895 237. coniine salt cryoscopic behariour in benzene solution of (ZOPPEL- LARI) -4. ii 515. crotonylic salt (CHARON) -4. i 661. cli-iso-nmylamine salt ciyoecopic behavionr in benzene solntion of (ZOPPELLART) A. ii 513. di-{so-bnt lnniine salt cryoscopic POT’LARD) T. 212 213 j P . T. 220. i I bchavionr in benzene solution of (ZOPPELLARI) d. ii 515. Acetic avid m-dietliylsminopltenylic salt (METEXBURG) A. i 293. dipropylamine salt crFoscopic be- haviour in benzene solution of (ZOPPELLARI) A. ii 515. duroquinol salt (EUGHEIXER and HANKEL) A. i 677. ethylic salt heat of evaporation of (BECKXIANY FUCHS and GERN- HARDT) A ’ii 237 ; (MARSHALL and RAMBAY) A.ii 349. hydrolysis of by acids under pres- sure ( ROTHMUND) A . ii 594. rate of hydrolysis by sodium hydr- oxide and ethoxide in alcoholic solution (OENNARI) A. ii 413. ethylic hjdroxymetliyleneplisnyl- acetate salt dibromide of (WIS- LICENES) A. i 553. formanilide mercury salt ( WHEELER and MC~ARLAND) A. i 609. guaiacol salt ( MELDOLA) P. 1896 nitro- (MELDOLA) P . 1896 126. 2-hydi~oxybenzylideneacetone salt 5-brOmO- (KOSTAFECEI and SCHFBIDER) A. i 614. hydroxymethylenephenylacetic acid salt of (WISLICENUS) A. i 553. isatinanhvdroglycopyrogallol salt {FRIEI~ANDEE and RUDT) A. 1 607. Lso-&lapachol salt (HOOKER) T. 1364. a-lapachone salt (HOOKER) T. 1371 1372.methvlic salt heat of evaporation of (BECKMANN FUCRS and GERN- HARDT) A. ii 237 ; (MARBRALL and RAMSAY) A. ii 349. molerular rolume of the in organic solvents (NICGL) T. 143; I?. 1895,237. hydrolysis of by acids under pres- sure (ROTHMUND) A. ii 594. rate of h;rdrolysis by sodium liydr- . oxide and ethoxide (Q-ENNARI) A. ii 413. est,imation of in pyroligneous pro- ducts (SCHHURER-KESTXER) A ii 454. peonol salt bromo- and its piperon- aldehyde derivative (FRIEDLAX- DER and RUDT) A. i 607. phenol 4-chloro-3-nitro-salt (MEL- DOLA WOOLCOTT and WRAP) T. 1323 ; P. 1896 163. phenol Z-chloro-4-nitro- salt of (XE LDOLS WOOLCOTT and WRAY) T. 1328 ; Y. 1896 164. 126.ISDES OF SUBJECTS. 759 Acetic acid pl~c~iylltyclrazi~~e sait cry,- scopic beliavioui* of in benzenc solution (ZOPPELLAXI).A. ii 515. phenylic salt inagnetic rotatory power &c. of (YERKIX) T. 1064,1075 lfi6,1179,1238. piperidirre salt crposcopic beliaviour of in benzene solutim (ZOPPEL- LARI) A.. ii 516. propylic salt heat of evaporation of (MARSHALL and RAXSAY) A. ii 349. pyrogallol salt trichloro- (BI6TRIX) A. i 651. resacstophenone salt (FRIEDLhDER bromo- (FRIEDLXSDER and R ~ D T ) and RUDT) A. i 607. A. i 607. Acetic acid amino-. Sce Glpcocine. ethyiic salt hydrochloride of action of nitrous acid on (CVR- TIUS) A. i 337. action of etliylic clilorocarbonate on (HAXTZSCIE and METCALF) A. i 521. broiii- heat of electi~olytic dissocia. tion of (KORTRIGHT) A. ii 463. chloro - derivatives of ma giietic rotatory power and relatire density of (PERPIX) T. 1063 1172,1236.heat of combustion of the ethylic salts of (RIVALS) A. ii. 588. rate of etherificatioii of ( LICHTT) A. ii 557. action of hpdrorglnniine on (HAXTZSCH and WIr-u) A. i 285. chlor- heat of elec*trol~ tic diesocin- tion of (KORTRIGHT) A ii 463. thermochemical data of the aniide and aminonium salt of (RIYALS) A. ii 400. diclilor- heat of electrolTtic dis- sociation of (KORTBIGHT) A. ii 463. freezing points of dilute solutions of (WILDERMASS) A. ii 351. frichlor- magnetic rotatory power and relatire deusity of (YEXKIS) T. 1063 1172,1236. electrolytic conductirit? of ethercsl solutions of (MALTBT) A. ii 144. freezing points of dilute solutions of (WILUERMABS) -4. ii 351. thermochemicul data of the ainidc and ammonium salt of (RIT-AL$) d. ii 410. methylamidcs of sctinn of nityic acid on ( F n ~ s c ~ r \ r o x r ) A.i 602. Aee!ic :I(%& ( K ~ J ! - tltet.mocltcn1ical data of (GUIxCHAhl) A. ii 465. action of isobutaldehvde on (BRAT) A. i 594.* cthylic salt thei~nocl~emical data of (GX~IXCHAST) A. ii 12. inethylic salt theriuochemical data of the (G~ISCHAST) A. ii 12. sodio- ethjlic salt action of acetic chloride on (GGISCHAST) A. i 594. inethplic salt action of acetic chloride on (GUIACHAST) A i 594. 1i~drosylaniino- (HAS TZsCTf and oyiiite nitro- ethylic salt of ( JOVIT- SC'HITWH) A. i 82. tliio- behaviow of with certain inorganic salts (TAR[-GI) A. i 125. Acetic anhydride action of hydrogen fluoride on (COLSON) A. i 346. Acetic flnoride (C'OLLON) A. i 346. Acetic peroxide ( V ~ s r s o mid TmErx) Acetic-a-eulplione~~ropiol7ic~ acid (Lo- Acetic-B-sulphoiiepi~ol,ionic acid (Lo- Acetic-a-thiopropioiiic acid.See Lactyl- Acetic-P-thiopropionic acid. See Glyeol- Acetoacetic acid etliylic salt magnetic rotatory power and relative den- sit. of (YEKGIN) T. 1063,1172 1236. volatility of it. copper roinpound (JAPP nnd LAXDER) T. '73'7. tautomerism of (TRAX-BE) A. i 593. actioii of bromine on in presence of carlion bisnlphide (COSRAD. and SCHBIIDT) A. i 409. action of bromine on. in presence of water (CONRAD and Scaxrm) A. i 409. action of nitric acid and nitrous acid on (JOTITKCWITPCR). A. i 82. action of ethvlic ortlioformatc; on (CLAISEK) it. i 463. netion of ethylic chlorofumarate and ethylic chloronialeatc on ( RUHEHAKX and TYLER) T. 532 ; P. 1898 73. and glyoxplic acid action of sul- pltnric acid 011 (HOETTISGER) A.i 410 411. and cthylic a-broni-iso-butyrate :&ion of zinc on (PERKIS and WILD) A. i 286'. A. i 597. vBs) A i 413. vfs) A. i 413. glpollic acid tliio-. hydracrylic acid thio-. TUORt*E) P. 1896 136.760 cyan- ethplic salt ' thermochemicnl INDES OF SUBJECTS. I o€ (BISCHOFF) A. i 84. condensation of with aldehydes (KNOEYENAOEL) A. i 210. conclensatio~i of with benzil (JAPP and LAXDER) T. 736 ; P. 1895 146. condensation of with a-clilorocfo- fonic acid (RUHEXANN mid WOLFF) T. 139L; P. 2896,16ti. condensation of with formaldehrtle (SCRIFF and PXOSIO) A. i 250. condensation of with piperazijie (ROSDALSKY) A. i 257. metlipiic salt tliermochemical data of (GUIXCHAST) A ii 12. Acetoacetic acid R- and y-bi-om- e t h ~ l i c salt (CONRAD ard SCHNIDT) A.i 409. dibrom- ethylic salt action of heat on (KOLFF and SCHWABE) A i 522 523. aa-dibrom- etliylic salt action of with thiocarbamide (COSI~AD and SCHMIDT) -I. i 409. aa-cl;lorobrom- ethylic ealt (COS- RAD and SCHXIDT) A. i 409. Acetobc~znniide (BLACI~IIBR) A. i 33. Acctobenzaniiide (WHEELER and Aceto-o-benzoicsulphinide ( ECKENROTH Acetobeiizylanilicle (BL ACHEB) A. i McF-Am..ixD) A. i 609. and EOERPPES) A. i 438. 33. Acetoclilo~opyi~idiiiecarbox~lic acid di- chloi*- (ZIXCKI. and WEIDERHOLD) d. i 501. Acetc~dibe~izoetliylenediami~le (LADEN- BURG) A. i 201. Aceto-1 4 2-c~i~~iethylnaphthy1iylna~litl~ylamide (CAN~IZLARO and ANurtEoccr) A. i 488. dcetodiineth> 1-3 4.tolylenediamine (PISNOW) -\. i. 162. Acetodiphenjlamide actiox of sodium methoxide and ethoxide on (COHEN and AHciruEacox) T.94; P. 1896 8. Aceto-2 5-di~~lienyI~lisulphone-p-sllzino- plienylauiitle (HISSBERG and HIM- NELSCHEIS) A. i 686. Acetodi~~ropylene - +hydrazodicarbothi- aruide (BlwL-xD and HsILBRUNj A.. i. 416.ISDES OF SUBJECTS. 761 Aceto-n-l~J.droxy-crS-cli~tlieil? i 1.t i I y ! ainine (~ODEIWAL-X) A. i 484. Aceto-El-lactglcarbaliiide (WEIDEL and 1 Acetomenthoximic acid (BE(-KZI,\XS Aeeto-~~~-methoxyphcnyltlmiclt corn- I ROITHKER) A. i 470. ! and MEIIRLANDER). -4.. i 318. pound of with iodine (PICTTTI) d. i 364.. Acetop in eth yl benz~lamide ( 1 F ST IG ) I A. i 163. Acetomethylcarbamide pro(iuct of dis- i tillation of (SCHIFF) A. i 530. Aceto-~-met~hyl-~-lactylcarbumitlt~ (WEIDEL and ROITHSEK) A i ~ 470. Acetomethyl-p-tolnidide. o-nitro- (PINNOW) A.i 161. Aceto-a-na~l;tl~vlamicle sodium ell i o x i t l ~ j (COHES and "ARCHDEACOT) T. 93 ; i P. 1896 8. ide (COIIEN anti AKCHDEACWX) T. j Aceto-a-napht liplaniide sodiui t 1 inetlioxide (COH EX and ARCH- I DEACON) T. 93; I?. 1896,s. 1 Acetone heat of evapornt,ioii of (RITK- 1 j 1 Aceto-/3-naphtbyhmide sodituu etlinx- 93 ; P. 1896 8. i ~ ~ A X N FPCHP and G I:RSHAKI)T} A. ii 237. barium hydrogen sulpliite (BAGARD) I d. i 39. I strontium hFdi*ogen siilpliite compounds of polplt+ic nlcohols action of mtignesiu?ll on (E(I~:ISEK) 1 A. i 457. I action of etlijlic ortlioformitc on (CLAISEJ) A. i 464. action of ethjlic a-bromoprupionnte on (PERKIS and TRORP~~:? Y. 1482 ; P. 1896 i56. 1 action of zinc and etliylic brotiiiso- 1 butyrate on (RI~EOKJIATSKY and I YLESCOSOSSOFF) A.i 128. condensation of wit,h salic~laldeh~de i (CORNELSOX and KOSTA:<IXKI) 8. j 1 240. causes of presence of in urine j sources of in urine (WEISTRAXD) I examination ot (~CHW-WTZI+:I~ and L n x G w l T z ) A* 11 486. ! estimation of (Gm LJII- Y D I. 2 ) . :i . i i 679. i Acetone chlor- action of potasgiurn 1 iodide on (S~HOLJ. ;mi MAT- I TIEAIOPOT'LOS) A . i 521. action of 1i.vdros~lrin:itie :'ti I (FAGAXD) A. i 31). with (SPEIER) A. i 77. (riBlt.n.Sr) A ii dG4. 1 A. ii 490. I (HANTzhcIt and WILD) A. i 285. Acetone clilor- action of hydroxjl- ainine hydrochloride and so- dium carbonate on (SCROLL and MATTHAIOPOVLOS) A. i 520. condensation of with ticetaiiiicle iod- (SCEOLL and MaiTw-iroPovLos) iso-Acetone ethyl ether.See EthoxJ- propylene. dcetonedicarboxylic acid and acetalde- hyde action of hydrogen chloride on (PETRESEO-KRITSCHEXEO and STAXISCEIEWSKY) A. i 472. and benzaldehyde action of li?drogem cliloride on (PETREXEO-KRIT- WHESKO and STANISCHEWSKY) A. i 472. condensation of with benzil (JAPP and LANDER) P. 1896 109. isotiitylic salt condensation of with benzaldehyde (PETRENEO-KRIT- SCRENKO and ARZIBASCLIEFF) A. i 671. ethylic salt action of ethvlic ortho- formatc on (CLArsex) i.. i 461. substituted derivatives of alkylic. salts,ac*tion of phosphorous penta- cldoride on (PETRENKO-KRIT- SCIIENKO YISSARSCHEWSKY an$ HERSCHKOWITSCH) A. i 134. -icetonesemicarbazone products of dis- tillation of (?'HIELE and HEUSER) A. i 208; (QCHOLTZ) A i 343. action of hydrogen cynnide on (TIEIELE and HEESER) A.i 340. zinc chloride comporind of (THIELE and HEUSER) A i 205 209. Acctonete tray? 1 hyd razone ( TH IE LE and ISQXE) A i 107. ;Icetonitrile from magnesium nitrite and acetic anhydride ( ESIMER- LING) A. i 591. and aeetic acid action of liyclrogen chloride on (COLSOX) A i 282. and propionic acid action of hydro gen chloride on (COLSON) A i 282. Acetonylacetic acid. See Lerulinic acid. .Icetoiiglacetonc action of potassium qi snide and hydrochloric acid on (ZELIWSKP and IsAlaFF) A. i 413. AcetonF1-o-benzoic snlphinicle (ECKEN. hroni- ~ECPENROTH and KLEIN) liTdrnzone of (ECKESROTII and (OSTROGOI-ICIT). A. i 262. A i 521. ROTH and KLEIN~ A. i 304. d. i 304. KLEIX) -4 i 304.7r;2 INDEX OF SUBJECTS. -4cetonylca~,bai~~idc n nd its surochloriclr (HIXLPERN) i 609. Acetonylnialic acid bariuin d r e i .and pbenylbydrazine salts (Ri- 11 CUANX axid TYLER) T. 534; P . 1896 74. Acetonylsuccinic acid (EXERY) &4. i 413 414. -icetonylsiicciuic nutiydride (EN ERP) A. i 413. Acetophenone iungntxtic rotmosy powel; condensatioil of with benzaldeliycle (v. KosTaxEc.lt1 and ROBSBACR) A. i 356. .condensation of with benzyliclene- acetophenone (v. KOSTANECKI and TAXBOR) A. i ,557. condensation of with furfuralclehyde &C. Of (PERLIN) T. 1064 1091 1002,1200,124'3. (KOSTANCCKI ixnd PODRAJANSICP) 9. i 688. condensation of with salicylaldcliyde uncl with bi.oniosiLlicylaldellyde TANECKI and OPPBLT) A. i 241. Acetophenone c p i - thermochemical data of (G~ISCHAPTT) A. ii 465. o-nitro- reduction of by aluminium (WISLICENCS) A.i 298 6'2. condensation of with benzddehyde (ESGLER a d DORANT) A i 49. sodium desimtire inolecula~ weight of (BECHMASN and SCHLIEBS) A i 124. Acetopheno~iehydsnzone action of formalclehyde on (WALKER) T. 1286. Acetophenonetetrazy lh ydrszone (THIELE and INGLE) A. i 107. Scetophenyl- 112-iiitrobenzylidenehydra- zone (WALTHER) A. i 542. Acetophe~~yl-p-nit,robenzylidenelt~-clra- zone ( WALTHER) A. i 542. a- Acetopl~enylsemicarbslzict e ( \VIDXSN) Acetopl~e~~ylthiocirb~~mide i~ctioii of acetic cliloride on (DORAN) T. 343. action of ethylic elilorocsrbonate on (DORAX) T. 343. ~~cetophthalylhydroxylamine. See Phthalylacetoxylalnine. Bcetopicolinir! acid ,B-tli-chlo~- (ZINCIE and WINZHEIMER) A. i 500. B-tri-chlor- (ZINCPE and WIXZIIEI- NER) A i 500. -tcetupiperidide Z~.tchlor- (FRAX'CHI- ~~c~totasta~ie-,B-naplitl~~licle (GASS- (KOST&4NECEI) A.i 840; (KOS- A. i 629. chloro- (WIDXAX) A. i 629. JIOXT and TAV~.:RNE) A. i b03. >fmN) A i 487. A cet otetrull~clro-B-ua~~~~~ii~lamine cp~no- ( ~ ~ S ~ D ~ C E N T I ) *i i 488. Aceto-o-tolnidide sodium etlioxide (Cortm mid .~RCIIDEACON) T. 93 ; P. 1896 8. sodium uiethoxide (Coiie~ ancl ARCH- DEaCos) T. 93; €'. 1896 8. Aceto-p-toluidide sodium methoxide (COHEY and SRCHDEACON) T. 93 ; P. 1896 ti. soclium metlwxicle (COHEN and ARc*tDI:-kCON) T. 93; P. 1896 8. actioii of broniine OR (VAUBEL) A i 157. ~icetot~init~o-1~2-etboxy~~henylhydrazjne~ (PGRGOTTI) A i 363. Acetoxime brom- and iod- (SCHOLL and MATTEAIOPOULOS) A. i 520 521. chlor- and the action of nitric per- oxide on i t (SCHOLL and MATTHAIOPOULOS) A.i 520. AcetoxyacetyldiliTdrocrtrvoxime (\VAL- LACH) A. i 571. 2-Acetoxybenzylideneacetone Lbroino-. Bee Acetic acid 2-Hydroxybenzyli- deiieacetone salt of 5-bromo-. 4 1-Acetoxybromonaphthalene (RE- VEBDIK and KAIJFFXANN) A i 175. zc?-,~cetongcis-x-camphanic acid (KIP- PING) T. 049; €'. 1896 115. w Acetoxycamphoric anhydride (KIP- PING) T. 940 ; P. 1896 115. 1 4-Acctoxychloroanphthalene (RE- YERUIN and KAUPFMANX) A i 175. .5-Acetoxy-l 3-dimetli~-lcyclohexene (KNOEVENAGEL) A. i 287. 3 1 5-Acetoxydiphenyltriazole (WID- NAN) A i 630. l'-AeetoxyindoLe-2'-carbox~lic acid (REIJSERT) A. i 390. 1 8 4-Aceto-nz-sylidide (VABUBEL) A. i 616. 1 3 4-Aceto-xylidide 2 5-clinitro- (KLAGES) A. i 291. Aoctoxyinaleic anhydride (MICHAEL brom- and Buc~~ER) A i 83.B o c r t ~ ~ a ) A. i 599. from oxalacetic acid (MICHAFL and 5-Acetoxy-l-ruetliyl-3-isobut~lc~clo- bexene (KNOEVEXAGEL) A. i 287. 3-Acetoxy-1 4-methyLyclohexer1e (KNOIZTESAGEL) A. i 287. 5-Acetoxy -1-metlty1-3-liexylcyclohe9ene (KNOEVENSGEL) A. i 287. 3-Acetouy-1-methyl-3-isopropylc ycZo- herene (ENOEVENAGIEL) A. i,' 287. Acetoxyoxamide and action of acetic anhydride on (SCl€Il?F and NUN- sAccIxi) A. i 209.Acetoxy -0xjdimet hytnaphthalcue (CANKIZZIRO and AXDEEOCCI) d. i 4S9. 3 1 5-Acetoxyphenylicopropylt1.i- azole (ITIDMAN) A. i 630. Acetoxypinole dibronlide ( WALLACH) 9. i 102. Acetoxpquinacridone and its it-initro- derivative (NIENELYTOR-SKI) A. i 261. Acetoxytetrsmetliyldehydrollcemutoxy- iin (HEBZIG) A. i 359. A~etoxytrii~ethyldehydrobrazilin (HERZIG) A i 379.Acetoxytrimethy 1s uccinic anhydride and the corresponding a d p-tolil and p-toli!ic acid (AUWEEGS and v. CAM- PENHAUSEN) A. i 525. Acetyl derivatives of aromatic liydro- carbons preparation of ( MEYEIC and Bsulr) A. i 288; (MEYPR) -4.) i 433. Acetyl groups estimation of (MEPER) A. ii 226. Acetylncetone refraction equivalents a t different temperatures of (PER- KIN) P. 1895,199 ; T. 2. thermochemical data of ( GUISCHAXT) A. ii 12. Acetylacetone nitroso- (ZANETTI) A. i 249. sodio- action of ainylenic bromide on (BARBIER and UOUVEAL-LT) A. i 638. ditliio action of carbonyl chloride on (VAILLAST) A. i 591. Acet;ylacrylic acid ethjlic salt action of ethylic sodiomalonate on (EMERY) A. i 414. Acetylalbumose (SCHROTTER) A. i 515.Acetylalloplianic acid ethglic salt ac- tion of ammonia on (OYTROGOVICH) A. i 530. Acetylamntoresinotannol ( Lvz) A. i 249. Acetylaurins (HERZIG) A i 486. Acetylbebirine formation and properties Acetylbenznntialdoxinm See Acetic Acetjlbenzyl nietliyl ketone oxiine Acetglbcnzylrosinduline cldoi*ide of (SCIIOLTZ) A. i 710. acid benznntialdoxinie salt of. of (KoLs) A. i 677. (KEERXAXN and TIJLHVIXSKY) A. i 511. Acetylbiuret (OSTROGO\-ICH) -4.) i 530. Acekiylbisnitrosodimeth~lnaphthalene (CAXX~ZZAXO and AXDREOCCI) A. 1 4'89. Acetyl-7r-bromo-a-isonitrocamphor (LAPWORTII and fiIPl'Ih'G) T. 320. u-,~c*et~lbutylit* ~LJ<WIIOI :tnhydride of and its ~ ' l i e i i ~ 1 1 1 ~ ~ 1 ~ a ~ o ~ ~ ~ oxinie m d benzoate ( L I w ) A. i 317. a-.\cetj l-a- iso-butylsuccinic acid etll~lic salt.and the action of sulphuric acid 011 (.\KWERS and SCHIFPER) *$. i 644. y-Acetj Ibutyric ileicl (BEXTLEY and action of niti*ic acid on (BEXTLEP and oiilue of (BENTLEY and PERKIN) T. seuiiettrbazone of (BENTLEY and PER- PERKIN) T. 1511. PERKIN) y. 1512 ; P . 1896,lti9. 1812 ; P. 1896 169. KIN) ?'. 1513 P.. 1896. 169. BcetJ-lcaIiitrdic acid ' (BALZER) A. i 494. Scetylcannabinol (TVOOD SPIVEP and EASTERFIELD) T. 543; P. 1896 $6. Acetj Icarbazole dibronl- ( MAZZARA and LEONAEDI) A. i 393. A i 304. A. i 651. cl~lorob~om- (LAXBEETI-ZAXABDI) ClllOFOllitl'O- (LAJIBERTI-ZAN-4RDI) Acet~lcardol ((SPIEGEL and DOBRIX) Aeetjlcliironol (BAuR) -I. i 57. dcetj Icyaiicthenylamidoxime Acetyldihenzylhydrazine ( CGI~TIITS and QCEDESFELDT) A. i 29. Acetyldicyanrtcetic acid nietliylic and et'hylic 8dts (GUINCIfANT) A.i 594. Acetyldiduroquinone (RUGHEINXR and H ~ X K X L ) A. i 688. Acetyldihydrodiduroyuinone (RUGIZEI- MIER and HSNKEL) A. i fiS8. 2-dcetyl-1 l'-dihydroxy-3 3'-diine- thylnaphthalene behaviour of towards sulpliuric acid (COLLIE -4.) i 683. (SCHNLDTXANX) A. i 458. and %vILLJIP[ORE) T. 298; P. 1896 47. dtctyl- 1 2-dihydroxyfln-~one (FRIED- LXSDEB and RUDT) A. i 440. 6-Acetyldurene (MEYER) A i 433. 6-AcetSlrsodurene (BAUJI and MEPER) -4.) i 228. behsriour towards hjdroxglamine (RAvx) A. i 222. non-formation of an oxinie or hydr- azone by (MIXER) A. i 433. Acetylene s;viithesis from carbon and 1i:drogen of (BONE and JERDAN) P. 1896 62. formition of from lithium carbide ( J I o ~ a s - k s ) &-I. ii 419. lrtminosity of hylrocsrbon flames due to (lAEWES) T.226; P. 1896. 1.764 INDEX OF SUBJECTS. Acetylene as a pliotometric unit (VIOLLE) A. ii 347. eleciroljtic conduetivits of aqneous solutions of (JOSES ‘and ALLEK) A. ii 462 temperature of the flanic of (LEWES) A. ii 141. decomposition of b j shock (MA- QUENNE) A. ii 8i. oxidation of by palladinised copper oxide (CAMPBELL) A4. ii 111. limited combustion of w t h air and oxygen (LE CHATELIER) A i 271. explosive mixtures of air and (+CLC)WES) P. 1896 143. action of water on (DESGREE) d. i 2. action of on imn nickel and cobalt (MOISSAN and MOTJREV) A. i 585. pliysiologicnl action of (ROSEMANX) A. ii 492. poisonous action of (GR~HANT BER- THELOT MOISSAN) A ii 200. action of on animals and on blood (BROCIXEH) A. ii 264. estimation of in air (CLOWES) P.1896,144. Acetylenc diiod- action of light or heat on (MEPER and PEMSEL) A. i $17. Acetylenedicarhoxlvlic acid action of water on (DESGREZ) A. i 2. ethylic salt action of eth>lic iodide and zinc on ( M r c r t a ~ ~ ) A. i 597. conversion into etlylic as cliethox,v- succinute etliylic ethoxyf umurate ethylic ethoxrmaleate (MICHAEL and BUCRNEE) A. i 599. Acetylfluorescein ethyl ether (quinoictnl) (HERZIG and MEPER) A. i 237. Acetyl-3-fluoresceincarhoxylic acid (ORBEBE and k+:OSHARDT) A. i 438. Acetylglutaric acid etliFlic salt and hydrolysis of (BENTLEP and PERPIS) T. 1511 ; Y. 1896 169. ##-+ety:glutaric acid identity of with isopropglideiieJuccinic acid (EXERT) A. i 414. B-Acetylglutaric anhydride (EMERY) A. i 413. Acetyl-1 4 3-hydrox~quinolinequin- one (ZIXCKE and WISZHEIJIER) A.i 499. Acetylio. See Diethyltnedinminc. l‘-Acetyliaoindazole (-‘LX-WERS and EW- Acet.ylindileucin (Sc~rscr; nnd MARCH- INO) A. i 504. LEVYSKI) A. i 96. l’-dcetSlicdophel~azine 1 3-d~zbromo- Acetylisatin condensation of nith o-phenvlenediamine (SCHI-SCP and MARCHLEWSKI) A. i 235. clioxime of (SCHUR’CK and MARCH- LEWSKI) A. i 236. Aeetyl-d-lactic acid rotatory power of the ethvlic salt of (PL-KDIE and WILLIAMSON) T. 828; I?. 1896 97. Acet~llactplacetamide (COLSOS) A . i 283 2E4. dcetylluteolin triethyt ether (PERKIS) T. 801 ; P. 1896 105. -icetj-lmaiic acid methylic salt specific’ rotation of (PUSDIE and WIL- LIA>ISoS) T. 824 ; I?. 1896 97. rotatory power of the niethplic etliylic propylic and iso-butyric salts of ( WALDEN) A.ii 136. lcetylmalic acid brom- rotatory power of the methvlic ethplic piwpylic and isobutyiic salts of (WALDEN) A. ii 136. chlor- rotatory power of the me- thylic ethylic and propylie salts of (WALDEX) A ii 1 3 6 Aeetylmalonic acid tltermochemicnl data of‘ the methTlic salt of (GVIS- CHAXT) A. ii 12. Acetuflmandelic acid rotatory power of (WALDEN) A. ii 138. methylic salt rotatorv power of (WALDEN) A. ii 13d. Acetylmesitylette reduction of (XEYER and SORE) A. i 434. behaviour towards phcnylhpdrazinc- and nitric acid (BAFM) A. i 232. dcetylinet asan t onic ucid (FRANCE 5- COSI) A. i 378. Acet~lnieth ylallvlditl~iourazolc (FREUND and HEILBRIX) A. i 415. 1 -lcety1-3-meth~-liiidophenazinc (SCHUNCK and MAI~CHLE\-SKI) A. i 236. Acetylmoriii tetrainethyl ether (PERKIS and BABLICH) T.$97; P. 1898 106. Acety lriaphthy lplienglcarbazole (SCHOPFF) A. i 244. AcetylnaphtliplphenyIcarbnzol~cal.5- oxylic acid (SCIX~PFF) A i 243. zlcet,jlpentamethjlbenzene behaviour of toww ds hydrox_vlamine ( BAUX) A i 222. Acetylpeonol brom-. See Scetic acid peonol s:tlt of bromo-. Aeefylpiiexiimeisatin amin3- (SCT~~NCK and MSRCIILEWSKI) A. i 236. (fk’HUNCK and &lAXCIfLE’i7.SKI) -i. i 236.INDEX OF SUBJECTS. 765 &C. Achroodcxtric. See under nextrin. Achgrantes red dye of (WEIGERT) A. Acid C,N,H30 from benzeneazimidole i 388. (ZINCRE) A i 430. Acid C's€rT1sO~s obtained by the action of chloroforni and potash on m- anzinobenzoic acid and its barium salt (ELr-IoTr) T.. 15L6 j P. 1898 171. CsH,,,O:+ froin ethylic sorlioacetoacet- ate and 8-bromlevulinate (EMERY) A. i 638.C,H,,O fivm oxidation of pinononic acid ( W A G N E ~ ~ and ERTSCHIPOW- SKY) A. i 380. C,€€,,O? froin oxidat:on of campkor- ic acid constit>htion of (BALBI- ANO) A. i 493. C,Hl,O frorn oxidation of isopho- rone (h-;ERr) A. i 448. C9H,,0 fiwm potassium ailoethylic camplionrte its phenylhydrazone (WALKEB and HENDERSON) T. Cl,H 1603 f roin a-bromoearnpholide buriunr salt (FORSTER) T. 51. CI,,Hl,O froiu oxidation of hydro- carbon arising from pinene tetra- bromide (TILDES and XICHOLLS) I.. 1896 139. CloHls04 ti*om dibromocainpliolide its barium salt dibromo-derivative (FORSTER) T. 44 ; P. 1895 208. CiO€IlsOs from bromocamptiorenic acid and its silver salt (FORSTER) T. 49 ; P. 1895 805. ClnTI1,0;< from campholide its bitviiinz salt (FORSTER) T.57 ; P. 1895. 209. C'1oHiSNO4 from nitromenthone ( KOSOTALOFF) A. i 17'7. CllH,iBr~~O~j from 3 1'-dibi-omo- 1 2 3'-iiap11 tliaquinonecarboxyl- ic acid (ZIXCKE' A. i 308. C,,Hl,S60 from liydrolysis of tliio- rtific acid (EMMERLING) A. i 127. C,,H200-3 from camphoric anhTdride and benzeiic ; and its methylic acd ethylic salts anhydride zniide phenyibydrazide (BURKER) A. i 179. Cl,H16ClI0 from phenyliodohydm- crylic acid (ERLENXETER) A i 303. Cn2H1504N or C,,H,,O,R' from ani- inoniuin I 4' - naphthalenedi- carboxylatc its silver calcium ba- rillin salts aiid amide (MoRo) A. i 568. C23H2?X203 formed froin benzglidene- p-toluidine by action of alcoholic potassium cyanide its anhTdrirle and nitrile (MILLER and PL~cI~L) A. i 609 610.C26f31YC)'l from tetraI-'henylenepii~~co- 753 ; I?. 1896 110. 54766 INDEX OF -5UBJEC’I’S. lin with alcoliolic potash (KLIX- QER rind LONNES) A. i 691. Acid CYGH!,O from acid CP6Rl8O2 on oxidation (KLIKQER and LOK~EY) A. i 691. C2;H,,,03 from benzilic acid (KLIX- GER and LONNES) A. i 3T5. C40t4:1f,04 and its p )tassium and inetbylic salts (KLISGER and LONNES) A. i 374. Acid timount of produced ditring per- mination CLAUDE^^ and CRocHEr- ELLE) A. ii 443. Acid amido- obtained in the prepara- tion of ~~-~ulpltarriidobenzamid~ 5- h ~ i n o - ( UOETTINQER) A i 438. Acid clilorides geneml method for the prepunition of (COLSOW) 8. i 282. action of zinc fluoride on (UESLANS and GIRARDET) A. i 346. Acids action of on human metabolism DUN LOP),^. ii 484. identification and isolation of In plants (LINDET) d.ii 539. Acids amido- substituted preparation of from ethylic amidoucetatc hpdro- chloride anhydrous sodium carbonate and an arid anhydride {RIDENHAIT- SEN) A 1 13’7. (MEYER) A. i 170. review of (AUWERS) A i 63‘3. Acids aromatic etlierification of Acids dicarboxglic CjH,,O general Acids fatty from seeds froiii I’Sano (HkBERT) A. i 633. in the oil from capsicum seeds (VON BITT~) A. ii 209. productsof electrolj sisof (UAXONET) A. i 664. monocarboxylic electrolytic synthesis of (VON MILLER and HOFE~I) A. i 10 11. volatility of laws deduced from (RICHNOND) A. ii 280. beliaviour of alkali salts of with water (KBAFFT and WIGLOW) A i 80. cornpounds of with sulgliur (HEX- RIQUES) A. i 204. cornpounds of with cholesterol in blood (HURTHLE) AL ii 485.separation of solid a n d liqiiid (DE KONINQH) d. ii 226. Acids insoluble estimation of in butker (BEAL) A. ii 129. Acids. volatile estimation of in buttep estiitiation of in spirits &c. (DE- Acids a-liydroxg- action of chloral on (EDELEANU a&d ZAEARIA) A. i 348. (BEAL) A. ii 129. CLAUX) A. ii 504. .icids inorganic and orgaric poisonous effect of 011 algae and infusoria (BOKOHNY) A. ii 669. Acids inercapto- action of haloid fatty acids on (Lowix) A. i 412 413. Acids of the wetjlene series action of acetic anhydride on (MICHAEL and BUCIXER) -I. i 85. -4 cids secondary P-hydroxy- forinstion -Icids unsaturated 7 8 action of sodium hydroxide on (SPENZER) A. i 127 128. prepration of bromine additive coin- norrncts of (MICHAEL) A. i 131.Acicts vegetable action of on insolubIe phosph~tes in presetice of nitrates (LOGES) A. ii 621. Acids (or their salts or derivatives). of (KEFORJLATSKT) A. i 128. See also :- Acetic acid. Acetic acid cyan-. ;~cetic-a-sulphon~propionic acid. Acetic-j3-sulphonepropionic acid. Acetoacetic acid. Acetoacetic acid cyan-. Acetoehloropy ridinecarboxylic acid Ace tom enthoximic acid. Ac,cetonedicarboxylic acid. Acetonylnislic acid. Acetonylsuccinic acid. ,Icetopico!inic acid. Alcetoxyeamphanic acid. Acctylallophanic acid. !I- Acety lbutyr ic acid. -4cetylcallitrolic acid. Ace tyldicy an acetic acid. +icetylenedicarboxylic acid. Acetyl-d-lactic acid. Acetylmalic acid. Acetylmalonic wid. Acetylmandelic acid. Acetylphenylmalic acid. .Iretylsand~i*acolic acid. Acetjlsantonic acids. Aconitic acid.Acrylic acid. Allylacetie acid. Alljlmalonic acid. Allylpi,opanetrica~boxylic acid. dmyhcetic acid. 3’-Amyl-2’-hexylquinoline-l-carb- oxylic acid. (so- Amplmalonic acid. Aniylsulphamic acid. Anemonin. A nlip drtlcetoneben z ilcsrboxylic acid. Anhydrocamphoic acid. Anliydrocamp horonic acid. dichlor-.INDEX OF SUBJECTS. 767 Acids. See :- .4~rhydrodibenzylacetoacetic acid. Anliydrotetronic acid. Aiiilidobenzoic acid. @-dnilidopropionic ilcid. Aniline-o-sulplionic acid. Aniline-m-sulphonic acid. Anisic acid. Anisoilphthaloylic acid. Anisoylcarboxylic acid. Anisoylglyoxylic acid. A nisuric acid. An t1ir;iquinonecarboxylic acid. Apioleketonic acid. Apiolic acid. ApphJ llenic acid. Arabouic acid. A rach idic acid. dristidinic acid. Aristinic acid.Aristolic acid. A ristolochic acid. Aspartic acid. Atrsnoric acid. Azelaic acid. Azimidobenzoic acid. Azimidoethylenedicarboxylic acid. Azimido-m-uramidobenzoic acid. Azimido-p-uramidobenzoic acid. Azinemethanedisulphonic acid. Azoacetic acid. Aziirilic acid. Bebeiioxylic acid. Benzaldoximidoucetic acid. iso-I3enzaldoximidoacetic acid. Benza~nidosulphonic acid. Benzeiieazocyanacetic acid. Beiizeneazosalicy lic acid. Benzenecliazosulplionic acid. Beiizenesulpliinic acid. Benzenesulphonic acid. Benzilic acid. Benzoic acid. Benzoi ndicarbox ylic acid. Ber~zothinzolecarbox~-lic acid. BenzoSlacetliydroxamic acid. Benzoylacetic acid. Benzoybllophanic acid. Benzoylbenzoic acid. p-Benzoylbenzoic acid. y-Benzopl-p-benzoylbenzoic acid. Benzoyl-o-ethoxybenzoic acid Benzojletliplnitrolic acid.Benzoylglntaric acid. ffcnzoylglyceric acid. Benzoy lhy drazoneacetoacetic acid. Bcnzo~lplithalic acid. Benzoyl i.sophthalic acid. Benzoylpropionic acid. Henzoylsalicylic acid. Ben zng 1s an daracolic acid. SenzoSl-d-snntonons acid. Acids. See:- Benzo~lsantonous acid racemic. Betizoyltetronic acid. Beiizoyl t oluic acid s. a-Benzoyltricarbullylic acid. p . Ben zy lcroton ic acid. P-Benzjl-iso-crotonic acid. Benzyldesmotroposantonous acid. Benzylicleneacetoacebic acid. Benz y lideiieaminoplienylimido-8- Benzylicleneliydrazidoisobutyric acid. Benzy lideneliydrazinecarboxylic acid. Benzylmalonic acid. 6-Benzylorycrotonic acid. I-Benzylsantonous acid. Benzyl-o-sulpli~midobenzoic acid. Brassylic acid. cycEo-B utane-1 3-dioxalylic acid. n yy- B u tanetricai*boxg li c acid.i.so-Buty1rtnhydrociibenzilacetoacetic. Butyric acid. Lso- Bu t yric acid. Butpoplienone-o-carboxjlic acid. 13 utyrojlilzalic acid. i.so-But yroylmalic acid. iso-Butylmalonic acid. Callitrolic acid. Camphnnic acid. cis- r-Caiiiphsnie acid. Camphenephosphonic acid. Caiiiphenesulphonic acid. Camphenylic acid. Canmphoic acid. Campholenic acid. Carupholic acid. nZ2o-Campholy tic acid. c i.s-Cnmpholy tic acid. Cttmphoppanilic acid. Caiiiphopyric acid. Camyhoramic acid. Camphorenic acid. Camphoric acid. Cam ptioronamic acid. Caniplioronic acid. ivo-Camphoronic acid Camptioronimic acid. Camplzorsullthonic acid. Cili1i1lho tziearboxylic acid. Caproic acid. Carbetlioxyacethydrosamic acid. Car.brtliosyet1iylnitroiic acid. 4-Carbosniiiidobenzoic acid 3-amino.Csrbospcetonylsuccinic acid. CarboiSrethyltliiocs~b~~~ic acid. Carbox~plien~lmalonic acid. Carcienic acid. Cardic ncid. Cardolio acid. Cariiaubic acid. Carnie acid. butyric acid. acid. 54-2765 INDEX OF SUBJECTS. Acids. See:- Caronebisnitrosylic acid. Cerotic acid. Cliironolic acid. Clilorelic acid. d-Choleic acid. Cliolic acid. Chroi:ioxalic acid. Cincholeuponic acid. Cinchomeronic acid. iso-Cinnanienj-lmandelic acid. Cinnamic acid. Citraconic acid. Citradibromopyrotartranilic acid. Citrtlzinic acid. Citric acid. Citronellic acid. Columbic acid. Crotonic acid. iso-Crotonic acid. ,iso-Coumarincarboxylic acid. Cunienesulphonic acid. Cuminic acid. Cyanacetic acid. Cyanuric acid. <so- Cyanuric acid. Cymenecarboxplic acid. Cymencsulplionic acid.Cyniylglyosylic acid. Decoic acid. Deoxyamalic acid. Deoxycholeic acid. Desmotropodisantonous acid. Desmotroposantonous acid. Desoxalic 3cid. Desylncetic acid. Uesyleneacetic acid. Diacetoaeetic acid. Diacetylglperic acid. Diacetyltartaric acid. l)iallylacetic acid. Dialuric acid. Diaminobenzenesulphomic acid. Diazoacetic acid. Diazoaminosulphanilic acid. Diazo benzenephen ylhydrazone- methanedisulphonic acid. I)-Diazobenzeneuulphonic acid. zso-Diazobenzenesulphonic acid. Diazomethanedisulphonic acid. Diazoniumanthranilic acid. Diazophenolcarboxylic acid. Diazoplienolsulplionic acid. Diazosalicjlic acid. Dinzosulphanilic acid. Dibenzo midodianilidosuccinic acid. I>ibenzenesulplionhydroxylainic acid I~ibenzoylacetoh~~droxamic acid. Dibenzoylbenzhydroxamic acid I Dibenzoylbenzoic acid.DibenzoylgJyceYic acid. Dibenzoylplien~lacetic acid. Acids. See :- Dibenzoyltartaric wid. Dibenzglacetic acid. Dibenzylacetoacetic acid. Dibenzplcyanoacetic acid. Dibenzylmalonic acid. Dicnrboxyphenylglyoxylic acid. Didehydroketocampholenic acid 2 4-Dietlioxybenzoic acid. 2 4-Diethoxpbenzoylformii. acid. Diethoxybutyric acid. '2 4-Diethoxgmanrlelic acid. 3)iethoxyquinoneciiinalonic acid. Diethoxysuccinic acid. Dietliylamii~ohe~ahydrotolnic. aci& exo- Diethylamino-o-toluic acid. ezo-Diethylamino-p-toluic acid. Dietbyldicarboxyglutaric acid. aa-Diethylglataric acid. Diglycollic acid. Dihydracrylic acid. Dihydro-cis-campholytic acid Dihydrocumic acid I)ih?-droph thalic acid. Dihydropolystichic acid. Dihydroxytidipic acid. Diliydroxydimethylglutaric acid.DihydroxydiphenylaminecaPboxjlic Dih~droxydiphenylglut&ric ; i t i d . Dihydroxpmaleic acid. Di~i~droxjnaphth~1~neeuipli~~iic acid. Diliydrox~ntiphthoic acid. 2 G-Dihydroxypyridine-4-carbox! lic DihFdroxpstearic acid. Dih~droxysulphonaphtlioic acid. Dihydroxptetraphen~lethaneclicarb. oxylic acid. nilietotrali y droquinazoliiie-~ -ca rb - oxylic acid. Dilactvlic acid 2 3-Dimethoxybenzoic a&?. 3 4-Dimethoxybenzoie acid. Dimethoxytriphen~Icarbinolc;~ rh- Din~etlioxvtri~he~iyli~~ethai~e~n b- Dinietlylacrylic acid. Duniethylanilinesulpl~onic acid. Dimcthplapionolcarboxylic iicic!. Dimethylazammoniumbenzoic. :i<id. Dimethylbenzoic acid. I~imetliyIbenzo~lpi~opionic acid. Dimetliylearballylic acid. aa-Diinethylcyanoauccinic acid. Dimeth ylcyariuric acid.Dimethg leneglucon ic acid. Diinethylethylsuccinic ac*itl. Dimethylfumaric acid. aa-Diniet,h~lglutaric acid. aB-T)imcthylglutaric acid. acid. acid. oxylic acid. oxylie acid.INDEX OF SUBJECTS. 769 Acids. See ;- Diinetliyliwaleic acid. Dimethylnialonic acid. Dimetliylnaphtl~aquinonepropiouic Dimetlryloctanoloic acid. 2 6-Dimetl~yloctane-3-onoic acid. 2 6-Ditiiet,hpl-3-oximidoct ariic acid. 2 6-T~itneth~.lpipcridine-3 5-dicarb- Diniethvlpropitnetricarboxvlic a d . Dimetlrylpropylsuccinic acid. Dimethylprotocatcclluic acid. 1 4-~imetliylpy~zolonc-4-e:trhoxylic 2 6-Dimethylpyridine-4 5-diwrb- Dimethylsuccinic acid. Dimethy ltetidiydroxy pyronedicarb- Dimet~l~ylt~~~icarballylic acid. Dimetly luric acid. T)imethplrioluric acid. a-Dinuphthalidoci tric acid.Diplienacetylmalonic acid. Diphenazone-o-liy droxycarbox~lic Diphenory anilic acid. Diphenoxydiethylacetic acid. Diphenoxydiet hylmalonic wid. Diplienoxyethylmalonic acid. Dipirenoxyhexoic acid. Dip1ienylttcet;glglyceric acid. Diplie ny lallophanic acid. By-Diphenylbutpric acid. Diplien,~lcarbnzidedicarbox~lic acid. Diplien) ldiphenylencpropionic acid. Diplienyleneglvcollic acid. Diphenylfumaric acid. Diplienylitaconic acid. Diphenylmaleic acid. Diphenyloxetonecarboxylic acid. Diphenylpamconic acid. Diphenylcycfiopentenonylwetic acid 3 6-Diphenylpyrazine-2 4-dicarb- Dipheny lsuccinic acid. Diphenyltetrahydropy ronedicarbox- Diphenylthioplithaluric wid. Dip’opi0iiylglyceric wid. Dz- iso-propploxulic acid. 3)i-is~a-propylsuccinic acid. d-Disantonous acid.I-Disantonous acid. Disantonous acid inactive. 0- p-3 m- Ditoluyltartaric acids. Divaleryltartaric acid. Drimyssic acid. Durenecarboxylic acid. iso-Durenecarboxylic acid. Ehidic acid. acid. oxylic acid. acid. oxjlic acid. oxylic acid. acid. oxylic acid. ylic acid. Acids. See ;- Ellagic acid. l~tl~~~ietctracstrbos~ lie iLCid. Ethanetriearbosylic acid. E the rt hior ufic acid. Etlioxycinnamic acid. Rtchorycrotonic acid. E thoxy f umaric acid. Ethoxyglutaco iiic acid. Etliox y m a1 ei c acid. Ethox~~~henylnialonaii~ic acid. Et liox y ph en y I ox an3 ic acid . ~ - E t l i o x y - ~ - ~ ~ l r e ~ i g i ~ ~ ~ ~ ~ ~ i o n i c acid. E:thoxyj,henyluuccinin~ic acid. Ethoxy-B-resorcylic acid. Ethoxj succinic acid. Etliylncetonedicorboxylic acid. Ethylally lacetic tlcicl.Ethylanhydrodibenzilscetoacetic acid. Ethyl ben zoy 1 propion ic wid. Ethgldesmotroposantonous acid. Ethylenetetracai-boxylic acid. Ethylfumaric acid. Ethylglycollic acid. Xthylideneantlirainilic acid. Eth~lidenepropionic acid. Ethylmalonic acid. Et~hplinesitylenesul phonic acid. cl- Ethylsantonous acid. Z-Ethylsantonous acid. Ethylsautonous acid racemic. Etbylsuccinic acid. p - E thyltoluenes ul plio II ic acid. p-Ethyltoluene-o-sulphctnic acid. Ethyl-a-thiocarbonic acid. Eugenolacetic acid. iso-Eugenolacetic acid. Fluoresceincarboxjlic acid. Formazylforinic acid. Pormazyhlphonic acid. Formic acid. Forniylatlipic acid. Boi*m~lmalonuric acid Foi*mylmaluric arid. Bormyloxaluric acid. Formylplienjlacetic scid. Formylracemrrric acid. Forniylsuccinuric acid.Formylthymotic acid. Fumnric acid. li’urazanedicarbosylic acid. Furf urylidenenialonic acid. pl;Galaheptonie acid. Galaoctonic acid. Gallic acid. Gallotannic acid. Gentisic acid. Geranic acid. Glucic acid. npo-Glucic acid. Glucoheptonic wid. GIycocholic acid.770 INDEX OF SUBJECTS. Acids. See :- Glycolliydracrjlic arid. (315 collic acid. Gl~curoiiie acid. Glyoxylic aci3 (glyosalic acid). Gorgonic acid. Granatie acid. Gulonic acid. Hoematic acid. Hzmatommenic acid. Hmnatommic acid. Helianthotannie acid. Heiuimellitic acid. fleniipinamic acid. Nendecenoic acid. Hendecinoic acid (deb ydrohendecenoic Heptane-3 3 5 5-tetracwbox~lie IIeptane-ayy-tricarboxSlic acid. Heptinenoie acids. Heptoic acid. Heptylideneantliranilic acid. Hexaliydrocinch~ineronic acid.H exahydroplienylaminoacetic acid. Hexahydi~oquinolinic acid. Hexahydro-p-toluic acid. Hexahydro-p-x;vlic acid. Hexsnstricarboxylic acid. 3-c~cZo-Hexanoi:e-l-ct~rbox~lic acid. iso-Eexenoic acid. Hexoic acid (cnproie wid). Hippuric acid. Eonloaspartic acid. Homopiperonylic acid. IIomopiperonyloxamic acid. Homoterpenoylforinic acid. Hoiiioterpenylie acid. Honiotropinic acid. IT?-dantoic acid. Hydrazinoacetic acid. Hydrazinobutyrie acid. Nydrazinobobutvric acid. I€y d ra zinocai*boxy lic aci d. H rdra zino propionic acid. Hydrazinorsleric acid. H.Fdrazonepheii!-iglpox7. lie a(41. Hydrocarbostgril-Y’-ci~rbo3! lie acid Wydrocinnamic acid. Hydrocyanic acid (uiider Cyanogen). o-kij-droxybenzoic acid. s~z-Hydroxjbenzoic acid. p-Hpdroxybenzoic acid. Hydroxycaniphnnic acid.Hydroxycamphoric acid. I-fgdrox~caniyhoronic acid. I-fpdrox ycam pl iocarbos? 1 ic acitT. H 3- droxy (.amphot r i c*u rbos y lic acid . Eydroxjdibroin oc,aIllpliorsnll,honic Hydroxydimet1iox~coumnPincart)- acid undecolic acid). acid. acid. oxylic acid. Acids. See:- P-Hydrory-a-diinetl i?lisoltexoic P-~ydrox~-n-dinietliyl-~-~.~~~)i.oji?.l- a j$3-Hydroxgdiph cn y 1butTi.i c aei d . y-Hyctroxp-By-diphen\-lhutyri(! acid.. 2-Hydroxy-2 3-dij~henplc,/~lo~en- tenonplaoet iL acids. H~drox~disulphontrpIitlioic acid. 1lgclroxpfuma.ric acid. a y-Hydroxyglutaric acid. 3-Hgclroxyc~cloiiexane- l-carbox y lie B-Hgdroxyisohexoic acid. ~IgdroxplarninesuccinylhSd!.oxtuiiiic Hydroxylnniinoacetic acid. i-! ?~droxylau~onic acid. Hyclroxyinetl~anet~is~tl~~~~onic acid. B-Hydroxymet,hyladipic acid.1)-Wydroxv-ar-ii~et~ylbenzoic acid. 5 1-Hydroxymethyldihydropyridone- HJ-droxymethplenephenjlacctic acid. H~droxynaplithalerieaulpl~~ni~ acid. Ilydroxynaphthoic acids. HyvdroxSpentacleeoic acid. y-Hydroxy-B-pheiioxTetliSibut?.r ic R~d~osypl~cn~lsucciiiniiiic acid. Hydroxypinic acid. H+oxyisopropyl gl i t taric acid . 4-dydroxy-l-qcinolinesulplionic acid. 8-H;vdroxgtetri~hydrocarronebier.itro- B-Hydroxytetrainet.l~?li)ropioiiic acid. ezo-HFdroxy -0-toluic acid. ~-Hydroxy-aa~-trimrtiiylndipic acid. a-Hpdroxptrimcthyl~~ropiunil. acid. Hpgric acid. Imiclocai~bonic acid. Indol.j-2’-cul.box;vlic acids Indoxy lgl ycuronic it cid. Isanic acid. Isoplitliaiic acid. Itnconic acid. Jala.pic acid. Jalapinolic acid. iso-~et,ocamphoric acid. I~etoliet~osimebehellic acid.Ketopinic acid. ay- Ketopyrhydrind enecarboxy lic acid. Ketostearic! acid. Lactic acid it- I- and i. Lactylglycollie acid. Lactylhydracrylic acid. Lanoceric acid. Lauranolic acid. Luuric acid. Lauronic acid. Lauronolic acid. acid. propionic ncicl. acid. acid. 3 4-dicarboxylic acid. acid. sylic acid.INDEX 02’ S‘EJBJECTS. 751 Acids. See :- Lepidotic acid. Levulinic acid. Linoleic acid. Lithofellk acid. Lysuric acid. Lpxonic acid. Maleic acid. Malic acid. I-Malic acid. Malonic acid. Mandelic acid. Mannonic acid. Melissic acid. Menthoximic acid. Mesaconic acid. Mesity lenecarboxylic acid. Mesitylenic acid. Mesitylglyoxplic acid. Mesityloxidoxalic acids. Methanedisulphonic acid. Methanesulphonepropionic mid. a-o-Metlioxyacr~lic aeid. &o-Methoxpcrylic acid.nt-Met lioxybenzoic acid. o-Methoxybenzoic acid. Methoxyphenylcrotonic acid. X~tl~ovyphenylmalonamic acid. Mcttioxyphenyloxatllic acid. 8-Methoxy-B-phenglpropionie acid BXethoxyphenylaucci nnrnie acid. Methylacetoucetio acid. Metliylaeetonedicarboxglic acid. Methpladipic acids. ~lethylallylsuccinic acid. para-~lethSl;illpIsuccii‘j~ acid. Metliylaziniidobenzoic acid. Met liplbenzsnedicarboxylic acid. Met1:yibenzhydroximic acid. Methylhenzoylpropionic acid. Metliglt\utyloxainic acid. a-Metliylbut~ric~ acid. Bl;etliyl-13-camphoramie acid. Metli~lcnrbocap~ol~cto~iic acitl. pai.n-Metliylcarboc.eprolactonic acid. Methylci traconic :wid. Met I i y 1 des mo t roposan tono u s acid. 2- Aletliy ldiliy clro f urfuran-3 4-dicarb- 2-Methyldihydrofurfuran-3 4-dicarb- 2-Metl1yldihyclrofurf uran-3 4 5-tri- p - Met11 y ldihjdrox y benzenesulphonic 5-Methyl-1 3-diketocyclohexane- Bfethyldiphenylitaconic wid.Methylenemucic acid. iodo-. oxTlaniic acid. oxylic acid. carboxylic acid. acid. 4 6-dicarboxplic acid. Methylenecaff eic acid. I Methylenesaccharic acid. 1 Acids. See:- Methylenetartaric acid. Meth yle thylace tic acid. Methylethylacrole‘inanthranilic acid. Methylethylbenzoylpropionic acid. 3’-Met hy1-2’-e thylqui noline- l-carb- Methyletliylsuccinic acid. Meth? lglutaric acid. h- Methy 1hexaliSdrociiich omeronic ~iethyliminoplienylpropionic acid. Metlivlitaconic acid. MethylmaIonic acid. Methylmesaconic acid. Methylnoropiananilidic mid. Methylnoropianic acikl. Methylnoropian-a-~ia~~l~t~l~alidic acid. Methylnoropian-@-napii t h alidic acid.Mcthylnoropian-p-toluidic acid. 3-Methylpentame thy1 ene- 1 - carboxy lic 3-Methylpentnmethylene-1 1-dicarb- 3-Methy lcyclopentanecarboxyli~ 3-Metliy lcyclopentane-1 1 -diearb- Methylisophthalic acid. 15-Methylpicolinic acid. a- Met ti$ pi melic acid. ?&-Methylpipesolinie acid. Metbylpiperidinecarbox~aaetic acid. Methylisopropyladipic acid. Methglisopropylh utanetricarboxplic Met h y lisopro pyl eyclobu tan ed i- MetliylimpropFlethanetricarbox jlic MethSlisoprolqlsuccinic acid. Methylisopropyltetramethylenedi- 3-Methylpyrazoloneisobutyric acid. Metlrylpyrazolonepropionic acid. Met2ijlquinolinecarboxylic acid (aniluvitonic acid). d-Methylsantonous acid. I-Methylsantouous acid. Methyisantonous acid racemic. Methyltercphthalic acid. Methyltetronic acid.p-Methylthiazole-a-carboxylic acid. P-Methylthio-+-uric acid. Methyluric acid. Methyl-iso-valeric acid. Mncic acid. Myristic a d . Naphthaleneazohy droxyna ph thole 1 3’-Pl’aphthylenedi,ii~ine.4 1’-di- oxglic acid. acid. acid. oxylic stid. acid. osjlic acid. acid. carboxylic acid; acid. carboxylic acid. acid. sulphonic acid.772 lh’DEX OF SUBJECTS. Acids. See:- 1 2-K aphthylenediilmine-4-sulphonic I Y’-Naplitli~lenediamine-4-sulpho- 1 ~’-Naphtli~lenediarnine-2-sulpho- Naphthalenedicarboxglic acid. Naph thulenedisulphonic acid. Naphthalens-3 1-disulplmnic acid. Naphthalenesulphonic acid. a-Naphthiilidopyrotart,aric acid. Napht halidosuccinic acid. a-I\.aphthalidopyi*uvic acid. j3-Naphthalidopyruvic acid. 8-Naph t halidosuccinic acid. 1 2 3-Naphthaquinonecarboxylic 1 2 3‘-N~phthaquinonecarboxylic 1 2-Naphtl1ttquinone-4-sulphonic a-Nqhthoic acid.g-Naphthoic acid. Naph tholsulphonic acid. @-A! aphtho-a-inethylcinchoninic acid. a-Naphthoylbenzoic acid. 2 1 4-Naphtliylaminedisulphonic 2 1 -Napht~ylaminesulphonic acid. a- and @-Nap’hthylglyoxylic acids. Napli th y lphen ylcarbazolecarboxylic Naphthylsulphamic acid. Neiirostertric acid. Ni pecotinic acid. Nit ramineacetic acid. iso- Nitraminepropionic acid. Nonoic acid. Nopic acid. Norpic acid. Nuclei’c acid. Octoic acid. Octjlquinoxalinedodecoic acid. (Enanthoic acid. Ole’ic acid. Oil.matic acid. 0l)iananthranilic acid. Opianic acid. Opian-13-rzaphthylamic acid. Oxalacetic h i d . Oxalic acid. Oximamidoxalic acid. Oximidoacetic-acetic il cid.Oximidopropionic-acetic acid. Oxymenthylic acid. Palmitic acid. I’apaverinic acid. Parabanic acid. Pelargylaminoazelaic acid. Pelargylaminobrassylic acid. Pentamethenylacetic acid. acid. nic acid. nic acid. acid. mid. acid. acid. acid. Acids. See :- Pentametlienylmalonir acid. Pentamethylbenzoylpropionic acid. Pentamethy Ienetetraminebisdiazo- Pentane-ayyal-tetracart;oxylic acid. Pentanetricarboxylic acid. Pentenoic acid. cyclo- Pen ty lacetic acid. eyelo - Penty h a l o n ic aci d . Phenacyleuccinic acid. Phenacylsulpharuidobenzoic acid. Phenaceturic acid. iao-Yhenethylmandelic acid. Phenetidylcrotonic acid. Phenoxazonecarboxylic acid. Ph enonyben zoic acid. a-Phenoxybutyric acid. y-Phenoxybutgric acid. y-Phenoxyethylmalonic acid. y-Phenoxyethyl-a-methylacetic acid. y-Phenoxy ethjl-a-methylmalonic acid.Yhenoxyethyl - is0 - propylglutaric acid. Phenoxy ethyl-iso-prop?lpropanetri- carbox.rlic acid. P h en y lr ck tic acid. 4-Phenylacetic acid. Phenylaminocinnamic acid. Phenyl-8-arninocrotonic acid. a- Pheny lamino-8-phenplpropionic Phenylazocarboxylic acid. Phenylbenzoic acids. 1 3 5-Phenylbenzjlp~razolone-4- carboxylic acid. Phenylbroniacetic acid. Phenylbromomalonic acid. Phenylbutyric acid. Yhenylchloracetic acid. Plienylcinnamic acid. Phenyldiazosulphonic acids. Phen yldihydrofui-furantricarboxy lic Phenjlenacetic-propionic acid. Phenylethanetricarboxy Iic acid. Phenylformylacetic acid. Phenylglycollic aeid. ~-Pheaylhydracr~lic acid. Phen y 1 h y diazined isulphonic acid. Phenylhydrazinoformic acid. B-Phen yl h y drazi n opropion ic acid.Pheny l‘tiy drazon em ethanedisulph oni c Phenplhjdroxylaminoacetic acid. Phenylimino-&butj ric acid. Phenyimalonic acid. @B-Phenylmethylhy drazinebenzy 1- Phenjlmethy lh ydrazinesulphamic ben zenesulplioiiic acid. acid. acid. acid. malonic acid. acid.INDEX OF Acids. See:- I’heny lmethyl ketotetralijdropyrid- aziuecarboxylic acid. 1 3 5-Yhen~lmethylpyrazolone-4- Phenylrnkthylureidoacetic acid. Phenylpropionic acid. Phenj 1 isopropylmetic acid. 1 1’-Phenylpropyltetrahjdroazin- bis-Phenjlpyrazolonecarboxylic acid. Phenylselenious acid. l’henylsemicarbazidecarboxylic acid. Phenyltertronic acid. Pl~enylthiocarbazinic acid. Phenyl-p-hluic acid. P henyltoluidoacetic acid. Phenyl-p-tolylketonesu~phonic acid. Pnenylureidobenzenesulphonic acid.Phenylureidocinnamic acid. Yhenylureidophenylpropionic acid. Phenyl-9%-xylylketonesulphonic acid Phoaphorcarnic acid. l’ltthalaldehyde-a-naphthylaruic acid. Plithalaldehyde-p-naphthylamic acid. Yhthalaldehyde-p-toluidiuic acid. Phthalaldehydic acid. Phthalanilic acid. Phthalic acid. iso-Phkhslic acid. i.90-Phtbalylhydrazinoacetoacetic acid. Phy llocj auic acid. Phyllopurpuric acid. Yinic acid. Yinonic acid. .a-Pinonic acid. Pinononic acid. Pinoylformic acid. Yipecolinic acid. Piperazine-1 4-dicnrboxylic acid. @-Pi€ eridobenzylmalonie acid. Piperj leiiedicarboxyiic acid. Poljsticliic acid. Prehnitylic acid. Propanehexacarboxylic acid. Propanetetracarhoxylic acid. Yropanet ricarboxylic acid. Propargy lpentacarboxy lie acid. Yropiolic acid. Propionic acid.Prapioi I j 1 gly collic acid. Propionyl~~~alic acid. Propionylmandelic acid. ~SO-PI opylacetic acid. Propylallylucrtic acid. iso-Propjlallylmalonic acid. iso- Propy I benzoglpropionic acid. d-iso-Propyl-B-isobutylacrylic acid. a - iso- Propjlcarboxy glutaric acid. iso-Propylethanetiicarboxylic acid. carboxvlic acid. donecadoxylic acid. m-nitro-. SUBJECTS. 773 Acids. See :- iso-Propy lglutaric acid. Go-Propylglutolactonic acid. iso-Propylheptanonoic acid. Propylideneacetic acid. PropylideneantliraniIic acid. Propylmalonic acid. i.so-Propylmalonic acid. Propylmesitylenesulphonic aciit . iso-Propy lmethy lbenzoy 1 propionic acid. \ a-?so-Yropjlpropane-aaa’- tricarb- ovyiic acid. iso-Propylsuccinic acit 1. Proteaic acid. Proteic acid. Protocatechuic acid. Psoromic acid.Pulegenic acid. Pulegonedinitrosylic acid. 5-Pyrazolone-3~carboxylic acid. Pyriaine-3-sulphonic acid. Pyrocinchonic acid. Pjrolevulinic acid. Pyruvic acid. Quininic acid. 2‘-Quinolylacetic acid. 2‘-&uinolglacrylic acid. 2’. Quiaolylglj ceric acid. 2’-Quinolylpropionic wid. Quinonedimalonic acid. Racemic acid. Rapic acid. Rhamnohexonic acid. Rhamnonic acid. iso- Rhamnonic tlcicl. Rhodinic acid. Eicininic acid. Saccharic acid. Saccharinic acid. daiicylic acid. Saridaracolic acid. Santalenic acid. Santonic mid. meta-Santonic acid. E-Santonous acid. cl-Santonous acid. I-Santonoas acid. Santonous acid racemic. is0 -Santon o us ac:id. Scamminolie acid. Scammonic acid. Sebacic acid. Selenodiacetic acid. Sodiodesniotroposantonous acid I-Sodiosantonons arid.Sorbic acid. Stearic acid. Stearolic acid. Stearoxylic acid. Stereocaulic acid.‘774 ISOES OF Acids. Sce :- Stxtbenedisulplionic acid. Sitberic acid. Saccinemic acid. Sucoinic acid. Succinuric acid. S uccinylh ydroxamic acid. m-Sulphamidobenzojc acid. ~~o-p-~uulplianiidobenzoic acid. Sulphaminebeuzoic acid. p-Sulphanilic acid. 8 ulplianilidobenzoi c acid. Snlphobenzoic wid. rn- S 111 phochloroben zoic acid. Su1l)Iiol”drazimet 11 yleuecarbox ylic S LI I phohydrazimethy I enedisulphonic Sulphonaphthalendicarboxylic acid. Sulphonaphthylphosphinic acid. a@-Sulphonedipropionic acid. B-Sulphonedipropionic acid. 0-Sulpho-p-bluic acid. Tannic acid. Tariric acid. Tartaric acid. meso-Tartaric acid. Taurocholic acid. Terebic acid. Terephthalic acid. ‘L’erephthalylazoimic acid.Terephthal~lli~.drazida~~e~~acetic acid. TerepiithalS-lhydrazinic acid. Terpenyvlic acid. Tetracetylsucciny!hy droxainic acid. Tetrahgdrocarronebisniti.osy1ic acid. Tetidiydrocumic acid. Tetmhydronaphthalene-1 4’-dicarb- Tetrahydro-~-na~~hth~.loxaniir acid. Tetroliydroph thalic acid. Tetrahydroxydecoic acid. 2 4 2’ 4’-Tetrah~droxydiphenyl- Tetrahydro-p-xylic acid. Tetramethylacetonedicarboxplic acid. Tetramethylbeit zoic acids. TetrarnethylhenzoFlpropionic acid. Tetramethylene-1 3-dioxal lic acid. Tetrametliylsuccinic acid. Tetrolic acid. Tetronic acid. 8-Thiophencarboxjlic acid. Thiorufic acid. ThTmic acid. Thimotic acid. p-Toluenediazoaniidobeiizenesdpli- onic acid. p-Toluenesulphinic acid. o - in- and p-Tduic acids. Toluidosulpliobcnzoic acid. 0- p- and m-Toluric acids.avid. acid. oxylic acid. acetic acid. IUB JECT S. Acids. See:- +-Tolglacetic acid. y-Tolplgl~oxplic acid. Tolylsulpliamic acid. Triazoacetic acid. 1 2 ~-’l’riazolec~icarboxylic acid. Tricarballylic acid. Trimetlioxycoumarincarboxylic acid.. T~imellithic acid. Trimethylacrylic acid. Trime t t i y lapionolic acid. Trimethylbenzoylpropionic acid. Trimethylcyanuric acid. Triniethylglutaric acid. 2 4 6-Trimethyliiiandetic acid. 2 2 4-Trimethylpentan-3-oioic Trimctbylpimelic acid. Trimethyl propion ic acid. Trimethylpyruvic acid. Tropic acid. Tropinic mids. Turpethic acid. Undecolic acid (hende:.inoic acid). Undecylenie acid (henclec.oic acid). Undecylinenoic acid (hendecenoic. Uramidobenzoic acids. Uramidodibeiizoic acids. Urethaneacetic arid.Uric acid. +Uyic acid B-thio-. Usnic acicl. Valeric ac i ct s . iso - Valerophenone - o - cat*boxjlic Valeroyhnandelic acid. Vanillic acid. Vanillinacetic acid. Veratroylctrrboxylic acid. Veratroylglyoxylic acid. Vinylpyridinecarboxylic acid. Xylenesulphonic acid. p-Xylic acid. Xylonic acid. Yilosotrihydroxyglutaric acid. m- Xy 1 y 1 carbox y lic acid . X~~lvlenc-esc~-di~~lit~halamic acid. ?n:&~y~glyoxplic acid. Acmite froin Greenland (USSING) A. ii 372. Acokanthern sc7Limperi glucoside from (FRASER and TILLIE) A. i 386. Aconine acetyl atid benzoyi derivatires of (DIJYSTAN and CAW) I?. 1895 178. jb-Aconine (FBEUND and NIEDERHOF- I I I ~ ~ ) A. i 451. Aconitic acid occurrence of in Aconitum h,eteroph*yllum (J~wETT) T. 1521 ; P. 1896 158. r ? . lnmetliylbenzoic acids.acid. acid). acid.IKDES OF SUBJECTS. i ' i 5 Aconitic acid preparation from AtZonis Aconitine formula of (FRE~-xu) A i 192. action of methylic alcohol on ( 1 1 ~ ~ - STAN TICKLE and JACKSOT) Y. 1896 159. vernalis (ORLOFF) A. i 136. estimation of (UMXEP) A. ii 283. estimation of nitrogen in by the absolute method ( UL-XSTAS and CARR) P. 1896 48. +Aconitine and its salts and hyclrolpsis (FREUND and hIEDEHHOFlmIJI) A. i 451. Acoitituin heterophyllum atisine the alkaloid of and aconitic wict iu (JOWETT) Y. 1618; P. 1896 158. Acraldeliyde prepartition of (HOFMANN LECTURE) T. 697. Acridine formation of (PicTm ~ i i d teheviour in sunlight (OIIYDOSFP Acrylhydmzone conversion into pyrazo- Acrylic acid preparation of ( ~ I O ~ X A X N action of hydrazine on (CURTI~S) -I.Actinolite from Ontario ( H O ~ P X ~ K S ) Addrees congratulatory to tlic Institute of E'rimce Y. 1895 167 ; rrply thereto P. 1896 199. HUBERT) A. i 503. and CAMEROK) A. i 176. line (CGRTIVS) A. i 339. LECTURE) T. 697. i 339. A. ii 257. to Lord Kelvin Y. 1896 121. to Professor Stannizzaro Y. 1896 of condolence on the cleat11 of 1,ouis presidential of A. W. Vernon IIar- Adenine isolation 01 from tea extract compound of with theobroinine in ddipic acid from methj ltropinic acid crystailography of (Cr ZMICIAN and Adipinketone condensation of with benzalcleliyde (VOXLASDER and Ho- BOHM) A. i 603. Adonitol compound of 1% ith acetone (SPEIER) A. i 77. Zgyrite artificial ( B ~ C I ~ S T I I ~ ~ ~ I ) A. ii 115. ~Xschynite from R'orway ( E ~ ~ D ~ s A N x ) A.ii 570. Afzplia Czianzensis the yellow dye of (XRISTELLI) A ii 208. Affinity constant. See Klectrolytic cmductivity. 120. Pasteur P. 1895 197. court T. 563; P. 80. (KRUGER) A. i 450. ten ( K R ~ G E R ) A i 450. (WILLSTATTER) A i 26'7. SILBEK) A. i 397. Agavicacem amount of tannin in (XAU- MAXX) A. ii 538. A,qa&cus wtztscaviw.9 amanitin the red pigment of (GRIFFITHS) -&. i 653. Air. See Atmospheric air. Air-bladder of fishes presrnce of nrgon iu (sCI%LOI~:sIS~ and KIClr.a€tD) A. ii 436. Air- pump automatic mei*cury (KRBFFT and DYES) d. ii 89. modification of von Babo's water- mercury (Pmccwr) A. ii 4'15. new form of mercury (WOOD) A. ii 516. Ajuya veptans dyes of (WEIOERT) A. 1 388. a-Alanine (a-arninop9~pionic acid ac- tion of sodiuin hypochlorite on (DE Cosrsc~) A i 282.Albite from Burma (BAVER) A. ii 311. from Crete (VIOLA) A. ii 43% from France (FouQu~) A. ii 532. from Maryland (YILLEBRAND) A. from Russia (GLINKA) A ii 567. Albumin presence of an in diastase (OSBORSE) A. i 393. decomposition products of ( BEDIN) A i 659. conversion of- into peptones (SCHROT- TER) A. i 112. relation of to peptones and albumoses (SCIIX~TTER) A. i 515. influence of on initial 1-ate of osmosis absorption of in the smczll intestine detection of in urine (JOLLES) A. ii estimation of in milk (TAN SLYKE) estimation of in beer wort (SCHJERN- Albumin active connection o l proteo- Albuinin egg- denionst ration of pre- sence of amido-groups in (CUR- TIUS) A. i 33'7. reaction of and constitution of (SCUIFF) A. i 634. new prote'id from (BLuM) A.i 659. ii 40. (LAZARUS-BARLOW) A. ii 1%. (FRIEDLANDER) A. ii 536. 344. A. ii 132. IXO) A. ii 631. somes with (LoEw) A ii 69. Albumiu serum- pwsence of in normal as a nutrient Sor the frog's licitrt albumin vegetable- constitution of decomposition of in lhpinus Ezrieicr (ZIEGEXBEIN) d. ii 265. occurrence of in plants in spring and autumn (DAIKUIEARA) it. ii 56. urine ( M c ~ R N E ~ ~ ) A. ii 120. ( W E I ~ ) A ii 437. (KLEURXST) A. i 112.776 ISDES OF SUBJECTS. Alhiiminntes cstirnation of in cheese dlbumose presence of. in urine during fever (KREHL and MATTIIES) A. ii 667. estimation of in cheese (STUTZER) A. ii 684. Albumoses acetyl clerivatives of (SCHROTTER) A. i 515. absorption of from the m a l l in- testine (FRIEDLANDER) A. ii 536. precipitation of by zinc sulphate ( BOMER) A.ii 83. tests for (SCHROTTER) A. i 112. Alcaptonuria presence of Iiomogentisic acid in (LIKHATSCHEFF) A. ii 492. Alcohol. See Ethvlic alcohol. Alcohol C9HI60,* from rediiction of camphorone (KERP) A. i 4-98. C,,H180 from reduction of Iso- phorone (KEBP) A i 447. C,,H180 from reduction of ketone CloHl,O (WALLACHII A. i 102. CI0HBoO product of Iiydrolysing wool fat (DAR’HSTAEDTEP and LIF- S C H ~ T Z ) A. i 198. C10112u02 from oil of valerian (OLI- V I ~ R O ) A. i 492. UI,H,,O from oxidation. of A8[9)- merfthene-1 2-diol (GINZB~~RG) A. i 447. CIlH220t product of hydrolgsing wool fat (DARXSTAEUTER and LIF- S C I ~ ~ T Z ) A. i 198. C5611960 in oil from Opoponax bar^) A i 57. secondary CsHl,*OH derived from dih ydro-cis- campholy tamide (SOYES) A.i 696. Alcoholic hydrates probable non-exi-t- ence of (BARESDRECHT) d. i 661. Alcohol-radicles nature of (HOFMANN LECTURE) T. 696. halo‘ids of use of as agents of substi- tution (HOFXANN LECTURE) T. 659. Alcohols colour of compared with that of water (SPRIIPQ) A. i 644. poisonous effect of on algsc and in- fusoria (BOKOENY # A . ii 669. Alcohols of the twpene series purifica- t ion of (TIEMANN aud KEUGER) A. i 382. ext raction of from essential oils (HAL- LER) A i 490. Alcoliols nitro- formation of by the i wtion of formaldehyde on nitro- 1 pari~6ns (HENRY) A i 4. with forrnaldehjde (SCHULZ and j TOLLEWS) A. i 115. I (STUTZEB) A. ii 684. Alcoliols polThydric compounds of Alcohols action of acetone on ( SPEIER) Alcohols. See also :- A i 77.Acenaplithyleiieglycol. 12-Acetobutylic alcohol. Am!-lic alcohc?I. iso-Amylic alcohol. Anilinomethylbuty lcarbinol. Anisic alcohol. Benzhy d rol. Benzylic alcohol. Bidiphenylene-et hyleneglycol. Borneol. iso- Butvldlylcarbinol. iso-Butilic alcohol. Cardol. Catechol. Cholesterol. C in nam i c alcohol. Citronellnl. Crotonylic alcohol. Cuminic alcohol Diallylethylic alcohol. Diallylisopropy lie alcoliol. Dihgdroxybutane tertiary. Dimethylethylearbinol. 2 5-Dimethylhexan-3-olone-4. nimethy l propylcar binol . nimethylisopropylcarbiiiol. Dipheny ltetramethyleneglycol. Dipropplisopropy lic alcohol. Erytliritol . Ethylic alcohol. Geraniol (leiuonol). Glycerol - Hexy lallylcarbinol. Honialinalol. Hy drobeneoi’n. {so-Hydrobenzo‘in. Ketone alcohol C10H1S02 froin men- Koprost erol.Lanolinic alcohol. Licareol. Licarhodol. Li nalol. A* f Q - Menth ene- 1 2-diol. MentheneglFcol. Methylalljliicreny lcarbinol. Methyl-iso-butylcarbinol. Methy lie alcohol. Methylsalicylic alcohol. @-Methyl tetrame th y leneglycol. Noiiylic illcohol. Octylic alcohol. Pentagly col. Phenyl hydroxybenzj-lcarbinol. Pinacone. Pinacone C,,HQ02 from reduction Pinacone C18H3002 from reduction thene. of iso-pharone. of camphorone.INDEX OF SUBJECTS. 777 Alcohols. See :- Pinolglycol . Phloroglucinol. Propglic alcohols. Pulegol. Quercitol. 2’-Quinolylpropylic alcoliol. R hodinol. Sobreritritol. Sobrerol. Tetrahydrocarveol. Trihydrosgment hanc. Tri me th vle nic glycol. 2 2 4-‘i‘rimetliylpentaiie-l 3-diol. Triphenvlc~lrbinol. Triphenilvinyl alcohol. VinyleycZopropanegly col.Aldehyde. See Acetaldehyde. Aldehyde C13Hl,0 formed by con- densation of cinnamaldehyde with methyl ethyl ketone (SCHOLTZ) A. i 368. Aldehyde-ammonia action of nascent hydrogen on (JEAK) A i 77 78. reduction of (TRILLAT) A4. i 407. Aldehjde-green (MILLER 2nd PLOCHL) -k. i 217. composition of (HOFNATS LECTURE) T. 623. Aldehydes action of zinc and ethylic b romi.vob u tprate on (RE FOR- beliarioiir of with 11) drocotarnine (LIEBERNAJK) A. i 711. poisonous effect of on algae and infusoris (BOKOHNY) A . ii 669. Aldehydes tilipliatic actioii of nitric acid on (PONZIO) A. i 461. Aldehydes of lemon-grass oil (BARBIER and BOUVGAULT) A. i 311 3G. Aldehydes. See also :- Acetaldzh~de. para- Acotaldehjde. Acraldehjd e (Acrolein). Apiolaldehpde. Anisaldehyde.Benzaldehgde. Benzploxybenzaldchyde. Benzoy 1 vanillin. i.so-Buty laldehyde. Cinnamaldehyde. Citronellaldehyde. Cro tonaldeli yde. Cuminaldehyde. A49 6- Dihydrobenza 1dehTde. 2 4-Dimethoxybenzaldehrde. Diiiiethy lbenzuldrhy de. I)imethglgentisaldehyde. Formaldehyde. para-Formtllileiij de. MATSKY) A. i 128. AldeliyJes. See :- k’armyiphenylacetic acid. Furfuraldehyde. Geranaldehrde. llydroxy-6-rnethglf urf uraldehyde.. L&arhdd;lldehyde. Methy let hylacetaldeliyde 8-Methylfurf uraldeliycle. Methylpropy lben zaldehvd e. Meth.vlsalicylaldehpde. Worpic acid aldehyde. Protocatechuic aldehjde. Khodina ldeliyde. Salicyl~ldehyde. Sant:tlal. Trianisaldehpde. Tribenzaldehy de. Tribenzoylvaniliin. Tribenzploxybenznldeb yde. Tricumuldehy de. Tridiruethylgentistic aldehyde.Trigentistic aldehyde. Triniethylbenzeldehyde. 2 2 4-Trimethylpentan-3-old-1. Trinietli~lvanillin. Tripiperonal. Tritolualdeh yde. Trivmillin. {so-Valeraldehyde. Vanillinacetic acid. Ye ra t ru lcle 1 13 de. Aldehydoaldol benzoate (FREER) A. i 590. Aldchgdocitrazinic acid its oxime and ylienylhydrazine derivative (SELL) T. 1449 ; P. 1896 168. Aldoi benzoate (FREER) A4. i 500. Aldolanilide action of ammonitun sul- phide on (v. MILLER and PLOCBL) A. i 216. A l p iuinerttl food of (MOLISCH) A it 20’7. cffeet of chlorides bromides and fluorides on (WTPLEL) A. ii 266. poisonous action of vwious chemical sulstmces on ( I ~ O K O I ~ S Y ) A ii 669. Alimentary canal wandeiing cells of the (HARDY arid WEsnaoos) A ii 4.2. Alizarin foritsation of from anthracene (Homrssa LECTZ-RE) ‘I.627. liydroxylatiori of ( WACK~KL) A. i 694. broin- formation of (HOFXAK’N LEC- TURE) T. 633. P-n i tro - p r e p 1-d ti on of ( I-I o F v ANN LECTURE) T. 633. Alizarin-j ellow A and C non-forma- tion of acid compounds of (PERKIR’) T. 1440 ; P. 1896 167.778 INDEX OF dlkschlorophy‘il. See Clrlorophyll. Alkalinity estimation of in cyanide solutions (BETTEL) A. ii 276. Alkaloid C,H,,NO froin Lup htus allus (SOLDAINI) A. i 193. Alkdoids constitution of (IIOFMASX LECTURE) T. 650 651. preparation of from plant extracts ( KIPPENBEEGER) d. ii 681. acid solutions of action of light on (RICHARDSON and FORTEY) T. 1349. effect of on germination of seecls (Nosso) A. ii 326. poisonous effect of on alge and infusoria (BOKORNP) A. ii 669. Alkaloids from Aiihalonium ( EWELI;) A.i 710. Berberis aqufoliunz ( POMXEREHNE) A. i 67. Cusparia trifoliata and Galipea o$icinalis (BECKURTS) d. i 66. ipecacuanha (CRIPPS) A. i 395. estimation of (CRIPPS) A. ii 284. black Siberian lupins amount of (SCHULZE) A. ii 211. opoponax (BAuR) A i 58. 8opftoi.a anpstJyolia (PLUGUE) A. Alkaloids detection of (FORX~RIEK) titration of with iodine (KIPPEN- qr;antitative separation of (XIPPER- Alkaloirls Tegetable estimation of (XEBLER) A ii 551. Alkaloids. See also :- Aconine. tf/-Aconine. Aconitine. +-.4 conitine. Adenine. Anagyrine. Anhalonine. Anhalonidine. Apopilocarpine. Arist oiochine. Asparagine. Atisine. Atropine. Atroscine. Baptitoxine. Bebirine. Benzojlpellotine . Bcrbsmine. Berberine. Brncine. Caffeine. d‘anadine. Cephaeline. i 68. A.ii 401. BEBGER) A. ii 282 682. BEWEE) A. ii 681. SUBJECTS. Alh!oicls. See :- C I I el cry t hri n e . C’hei ilysine. Ciiictiona alkuloicls. C’iiichonidine. a -t’ockthyline. Cocaine. a 4 ‘oeltine. Conhy drine. Coniine. Conyri n e . Cwatinine. Cuskh y grine. Cuspnrine. Cjtisioe. Deoa y einchonicline. Deoxycii~clionine. Deos yconchinine. Deoxy quinine. Di hydrogranatone. a-Xcgonine. Enietine. Eserine (physostigmine). Gelseniiniiie. Gram t an ine. Grariattwine. Granatoline. Oraiiatonine. Hal-mdine. Hannine. Woinocinchonidine. Hydrastinine. Hydrocotariiine. Hyoscine. Lophophorine. Matrine. Meroquinenine. Slezcali I ie. Met by lscopoline. Morphine. Narcotine. iso-Xarcotine. Nicotine. Xors partei’ue. Oxya cantbine. Oxjgrmlttine. Paparerine. Paueino. Pello t ine.Picro-4-aconitine. Pilocarpine. Piperidine. Piperine. Quinine. Scopolamine. Scopoligenine. Scopoline. Spwteine. Strychnine. Tetsah y clrocinclroiiidine. Tet ruhgd~~quinidine.INDEX OF SUBJECTS. 779 Alkaloids. See :- ’i‘etrah ydroquinine. Theobromine. Tropeines. &-‘l‘ropigcnine. L-Tropine. Tropylscopoleine. Xantiliines. Alkyl groups nttaclied to nitrogen esti- mation of (HERZIG and &rEYEH) A. i 68. A1 kylacetoacetic acids sodio- compara- tive ense rf the action of etliylic salts of a-bromo-fatty acids on the etliylic salts of (BIYCIIOFF) A i 4M. Alkplnialonic acids sodio- comparative ease of the action of ethylic salts of a-bromo-fatty acids on the ethylic salts of (BISCHOFF) A. i 464. Allizcm cepn occiwrence of quercetin in outer skins of bulb of PERKI IN^^^ HtTi+fl\rEL) T.1295; Y. 1896 14.1.. Allo-. See under parent substanre. Alloisomerism (MICIIAEL) A i 130 682; (MICHAEL arid TISSOT) d. i 132. laws of (MICHAEL) A. i 133 134; Allophanic acid benzoyl deiwative of (\-ON PECHNAXX and VAXISO) A. i 33. ethylic salt (YCHIFF) A i 530; (OSTROGOVITCIX) A. i 530. thio- etliylic salt prob:ible non-exist- ence of (DORAN) T. 339 344; P. 1896 75. Alloxan physiological action of Alloxantin from decomposition of con- vicin (RITTIXAUSEN) A. i 668. water of crystallisation of (MITT- IIAUSEN) A i 416. physiological action of (LUBINI) &4. ii 492. detection of (RXTTHAUBEX) it. i 416. Alloxuric bases proportions of in urine during nephritis ( Z U L Z ~ ) A. ii (367. amounts of in nrine during dis- ease (BAGIXBKY and S~XXEK- FXLU) A.ii 491. (KRUGER) A. ii 281. (XOISSAN) A,.,& 601. thermo-electromotive force of ( DEWAR and FLEMIX~) A ii 4. beliitriour of on solidification (GAT- TIER) A. ii 602. Allylacetic acid. action of sodium hy- (LIEbERXAXN) h. i 34‘7. (LUSINT) d. ii 492. separation of uric acid from Alloys use of alumiuirim in preparing droxide on (SPEYZEK) A. i 128. Allylaccltoacetic wid ethylic salt rate of formation o f J B I S C I I ~ F V ) A. i 85. 1-~i1~1-~-~111 ~.litliido-2-dit.hioii~~zole (Fkeusu ” and III:Ix,nRuN) A i 316. AllFlbenzene m:i.mctic rot:itjoyv power Bc. of (PEHKIS) T. 1084 1126 1143 1149 1224 1246. n-Bllglbut~lene-~-t~iiiocilr’Jainidc nnd it3 pimite (Lvcilv ~ s N ) A. i 546. Allrl-p-clinitrodiazoultiido benzene ( M e ~ u o r ~ and STHEATFEILD) P. 1896 5 1.Allyldithiourazole (Piti UND and HEIL- BRVS) A.. i 413. action of hydrogen peroxide on (lihIsCTXD and HEILBRUN) A. i 415 416. Allylene (riaet~L~Iac~t~jcene? pro? inene) pi-cprittion of (KEISER) A. i 457. ay-dibromo- (LESPIEAU) A. i 332. 1 2 3-tribromo- actioii of potash on (LESPIEAU) d.,i 332. Allylic alcohol preparation and pro- perties of (HoFBfANx LECTURE) ‘l. 607. broriiide preparation of (EIoF3fAh.N LECTURE) T. 697. cliloricle preparation of (HOFMAXN Lirc CURE) T. 697. iodide prep%.ration of (Bonf AL” sulphide preparation of (HOPXBNN LECXJRB) T. 697. iillyliualonic acid action of sodium hp- tlroxide on (SI~ENZBR) A. i 127 128. ethylic salt rate of formation of hydrolysis of (HJELT) A. i 205. action of ethylenic bromide on Allylmalonic acid sodio- ethylic salt action of ethylic a-bromobutyrate a-hromisobutyrate a-bromopropio- nate and a-brombovalerate on Allylpro~,anet,~iearbox~lic tieid etliylic salt velocity oE hydrolysis (HJELT) A.i 600. Allyiaucciniuiicle velocity of decomposi- tion of by hydrochloric acid (XIOJAYI) A. ii 242. Allyltliiocarbamide action of solution of mercuric iodide in potassium. iodide on (VOERSTER) A. i 414. halogen derivatives action of reduc- ing and osidising agents on dibrornide and its salts (GADAXER) LECTURl<) T. 637. (BIBCHOFF) A. i 85. (BISCIIOFF) A. i 129. (BISCIXOFF) A. i 467. (GADAXER) d. i )&15. A. i 415.780 INDEX OF SUBJECTS Allylthiorarh:Lmi~e action of methylic iodide on (GADAMER) A. i 415. bromochloride (GADAMER) A. i 414. dichloride and salts (GADABXER) A.i 415. cl~loriodide and salts (GADAMEE) A. i 414. diiodide and salts (GADAXER) A i 414. compounds of with inorganic salts (GADAXER) A. i 140. compounds of with silver nitrate action of picric acid on (GADA- combination of with trimethylanline (GADAMER) A. i 141. Allylthiocarbamide bromo- formula of (GADAMER) A. i 415. Allylt hiocarbimide synthesis of (HOF- action of bromine 011 (DIXON) T. action of iodine and iodine monobro- Allylthiocarbimide a-chlor- and a- brom- action of ammonia on ( DIXON) T. 23. Allylthiourea action of bromine on (DIXON) T. 18,19; P. 1895 215. action of iodine on (DIXON) %. 2 3 ; P. 1895 216. Allgltoliiidine prepamt ion of (HOF- Almxndine from Sydney N.S. W. Almond proteids of the (OSBOEXX and Aloes detection of. in mixtures dloiii detection of (FORN~NEK) -4.ii Aipliol. See Salicslic acid a-naphtlijlic Alum influence of pressure on the solu- bility in water of (VON STACKEL- BERG) A. ii 638. effect of in wine (YESTINI) A. ii 3.22. estiination of in wines (GEORGES) A. ii 451. Aluminium electrolytic dep9sition of (WARREN) A. ii 423. solution and diffusion in mercury of (HONPHREYS) T. 1679 ; P. 1896 220. action of dilute ammonia on (G~TTIGI) A. ii 524. action of mercury salts on (RICH- ARDS) A. ii 650. action of oxalic acid 011 (ROSENHEIX) A. i 270 343. BEER) A. i 14.). ItfANK LECTURE) T. 697. 17. wide on (DIXON) T. 26. MANN LECTURE) T. 60%. (SMITH) A. ii 38. CAXPBELL) A. i 715. (KHEXEL) A. ii 401. 401. salt of. Aluminium action on solutions of salts. (KIPPENBERGEH) A. ii 522. action of water and other liquids on (DONATII) A.ii 563. presence of sodium ill (MOISSAN) A. ii 301. dluminium-alloys preparation of (MOIS- s~K) A. ii 602; (COMSES) A.,. ii 603. aci ion of water on (XOISSAN) A ii 301. with nickel ioanganese and chromium (COMBRS) A. ii GO&. with tin silver and antimony (GAETIER) A ii 602. with vanadium (MOISSAN) A. ii 609. analysis of (NOISSAK) A. ii 338. Aluminium chloride compounds of,. with ammonia (STILLMAN and YODER) A. ii 301. hydroxide electrocliemiral prepara- tion of (LOREKX) A. ii 647. oxide (nlumim) in glass (APPERT) A. ii 4?3. influence of on the reversion of snperphosphate (SXETHAX) A. ii 364. potwsium phosphates from Algeria (CARNOT) A. ii 34. phosphates from Algeria and France (CARNOT) A. ii 529. thiopyrophosphate (FERRAPTD) A. ii 4'73.tliiophosphite (FERRAND),. A. ii 418. sodium silicate an artificial (FRIE- DEL) A. ii 482. ferrous sulphate occurrence of om bricks exposed to sulphurous an- hydride (PATERSON) T. 66; y. 1895,203. sulphide effect of high temperature on ( MOITRLOT) A. ii 603. tellurid= (WHITEHEAD) -4. ii 164. Alnminiuin analpsis of ( MOISSAN) A. ii 388. estimation of by alkalis volumetri- callp (Rnoss) A. ii 500. estimation of iron carbon silicon and sodium in (NOISISAN) A. ii 339. separation of qualitatirelF from iron nickel cobalt chromium man- ganese and zinc (HARE) A. ii 127. sepamtion of chromium from (JAN- NASCH and vox CLOEDT) A. ii 222. Amalgams properties of metals sepa- rated from their (GUNTZ) A. ii 421. Amandin a prote'id present in almoud and peach kernel (OSBORSB and CAIIIPBELL) A.i 715.INDEX OF SUBJECTS. 781 dmanita iiwscaria amanitin the red pigment of (GRIFFITHS) A. i 653. Anianitin (GRIFFITHS) A. i 653. Amaranth red dye of (WEIOERT) A. Amber from Servia (LOSAXITSCH) A. Amber. See also Burmite. Arnides classification of (LACH~UANN) A i 601. general method for preparation of (COLSON) A i 282. preparation from nitriles by liydro- gen peroxide (DEINERT) A. i 149. action of bromine on (HOFXANN LECTURE) T. 719. foiemation of in plants (TREuB),. A. ii 328. in nodules amount of nitrogen as (STOKLASA) A. ii 205. Amidos thio- preparation of (HOF- MANN LBCTLTHE) %'. 7x0. Amides. See also :- A cetamide cy ano-. Acetamidobenzenylazoximethenyl. B- Acetamido-,u-methylthiazole-a- carboxylamide. Acetamidophenol 3 .I.-bronionitro-. Acetamidoth ymol.Acetanilide. o- Acetsnisoilamide p-nitro-. Acetethylanilamide. Ace to benzamide. Acetobenzanilide. Acetodiphenylamide. Acetog uaiacolamide nitro-. Acetomethylcarbamide. Acetonylcarbamide. 9oeto-xylidide. Acety llaety lacetamide. Aniidoformic acid metliylaruides of. Am ygdalylaniidophenetoil. n-Allylbutyleiie-+thiocarbamide. Ally lthioearbamide. Allylthiourea. Ant 11 rap urpuram ide. Aspibragine. Aspartamide. Azirnidouramidobenzoic acid. Azodiisobutyramide. Benzamide. Benzamidoacetmuidothymol. Benzaniidobenzoylthymol. pi- Benzamidoaulphonamide. Benzamidotli yniol. Benzanilide. Benzenesulphonauiide. Benzene-o-sulplionamide p-bromo- Benzeaesulplionanilide. Benzenesulplionphenylhyclroxyl- YOL. LXX. ii i 388. ii 252. cyimo-. amide. Amides. See :- Benzeneaulphon ylhydroxylamide.Benzetieaulphotoluidide. Benzenylamidoxime. Benzethylacnide. Benzet hyleneamide. Benzo bn tj lsmide. Benzochloro-xy leneamides. Benzodichloraniiide. Benzot l ietl iy lthio urea. Benzoformanilide. Benzoforni-o-toluidide. Benzoic acid nitromethylamides of. Benzomethylamide. Benzo-m-toluamide. Benzoveratrylamic'ie. Benzo-m-xy lylenediamide. Benzoylbenzamide +%-nitro-. f3enzyltdmetiicarbamide. Ben z 9 1 - o- s ul pliamidobenzoic acid. Buty rsmide. ab- i.so-B utyro-a-naphthylthiocarb- amide. ah- iso-B utyrophenylthiocarbamide. ab-iao- B utyro toly 1 tliiocarbamides. ab-iso-Butyrotolylureas. tmm-n-Caniphanic acid. Camplienesulphonamides chloro-. Caniplioramic acid. Camphoronimaniide. Carbam ide . Carbony ldicarbamide. Cinchomemmide. Crotonnmide.iso- Crotonaiii ide. Cymenensul phonamide. Diacetamido thymol. Diacetodimet h ylanilinediamide 98-Diacetophenylenediamide. Diacetjldilactamide. D iall y lace tamide . Dibenzamide. iso-Dibenzamido-p-xylidene. Diethoxy phen y Imalonamide. Diethoxy phenyloxamide. Diethylcyanacetaw ide. Diliippenylcarbamide. Dihydro-cis-wnyholytamide. Dihydrohippuroflavin. Dihg droxy phenylmalonamide. Dibydroxy yhenyloxamide. Dimethoxy pheny lmalonamide. Dimethox~plienyloxamide. Dimethylqanacetamide. Diiiiethylrnalonsmide. Ilimethy 1 iualonic acid me thy lamides Diuieth yloxamide. Diphenylcarbamide. Dipropjlcyanacctarnide. Ditoly lcar bamides. Ethoxypheny loxamide. Of. 55782 INDEX OF T;UBJECTS. Amides. See :- Ethylbenzamide. Ethyl-iso-forrnanilide. E thyloxamide. Ethyls ulphonic acid met bylamides p-E th yitolubnesulplionamide.Formamide. Formsnilide. Fonnobenzanilide. Formobenzo-p-toluidide. Formocarbamide. Hemipinamic acid. Heptoic acid methylamides of. Hexahy dro-p-xylanilamide. Hydrazodicarbonamide. Hydra zodicarbothioallylamide. 3-Hydroxycyclohexane-l-carboxyl- Hy drox ymethyldiliydropyridonedi- Mandelamide. Malonamide. Methylamidoformamide. Methy lbenzamide. Methylbenzylbenzamide. Met hyl-iso- b u tylcarbamide. Methyl-@-eamphoramide. Methyldihydrof urfumndicarboxyl- amic acid ethylic salt of. @-Methylethylene-+-thiocarbamide. m-Methylethylene-4-tliiourea.. p-Methylimidazolylphenglthioureta p-Methylimidazoly1-o- tolylt hiotireo. Methylpropglcarbamide. p-Methylthiazole-a- cai-boxylamide. l-Naphthalenesulphonamide. a-Ntzphthoylbenzamide.a-Naphth yl-o-acetamidobenzylacet- 8-Naphthylazocarboxy lamide. 8-Naphthy lopianamide. Oxamide. %-Palm ito - v- phenyl benzylthiourea. a-Palmito-b-phenyl benaylurea. 28-Yalinito-v-phenylmethylthiourea. a~-Palmitophenylthiocarbamide. Palmitothiocarbamide. ab- Palmitotolylthiocarbamides. a-Phenoxybutyramide. a-Phenoxy butyrothiamide. Phenylacetamide. #-Phenylacetaniide. m- Phenylaceto-v-phenylbenzylthio- Phenylacetoplienylthiocarba~nide. ab-Phenylace to-o- tolylthiocarbamide. ab-Phenylaceto-p-tyl thiocarbamide. PIienylallylthiocc%rbamide. Phenylazocarboxylamide. Pheny lbenz ylhydroxrethrlamine. It-Phenylbutylene-~-tYliioe&rbamide. of. amide. carboxylamide. amide. urea. dmides. See :- ~-Phenglenec~rhantide. Phenylisocrotyl (?)-thiocarbamide. s-Phenyl-y-ethoxpbut) lthiocarb- Phenylgl y collamide.?henylhydrazidoacetaiiiidc. Phen~lmeth~lisoamy lcarbamide. Plienylinetl~yli.soa~i~~Itl~iocarb- Plienylmethjlisobuttylcarbamide. Pheuylmethglisobutylthiocarb- Phenylineth ylpropylcarbamide. P henylme t hy 1 propy lthiocarbamide. Phenylsulplionic acid methylamides Yicric acid methylamides of. Pinacol y it hiocarba mid e Piperazine-1 P-dicmboxylamide. Propionamide. 12-Propiono-v-phenylbenzylthiourea. $a- Propiono-v-phenylmethylthiourea- ab - Propiono ph en y lthiocarbamide . ab- Propionotoly lthiocarbamides. Propylene-4-thiocarbamide. Pulegenamide. Pyrotartaric acid ainide of. Quininnmide. 2’-Q uinolylacrylamidc 2’- Q uino1;gl propionamide. Salicy lamide. Stearamide. ah-S tearo-a-naphthylthiocarbamide Stearo-a-naphthylurea.12-S tearo-it-phenylbenzylthiourea. a-S tearo-b. p henylben zylurea. ab-Stearo-o-tolylthiocarbamicle. Stearo-o-tolyluren. ab-Stearo-cn-xy ly lthiocarbamide. ab-Stenro-m-xylylurea. Succinamide. Succinic acid methylamides of. Succinic anhydride o-carboxyphenyl- Succinic anhydride B-naphthylamide Sulphamidobenzainicle. Sulphuric acid methylamides of. Tartronamide. Tetramethyloxamide. ‘J‘etramethylsuccinamide. Uramidodi benzoic acids. Tolueneeulphonamide. Tribcnzeuesulphonhydroxylamide. Trimethvlacetic acid niethylamide of. Trimeth~litll y ltliiocarbamide. ~ritoluenesnlphonanii~e. VaIeranilide. Xylenesulphonamide chloro-. LECTURE) T. 704. amide. amide. amide. of. amide of of. Amidines discorely of ( HOPMAXNINDEX OF SUBTEGTS. 783 Anido. See Amino. Amine CSH15*NH2 from dilydro-cis- campholytamide (NOYES) A.i 696. C9H,,Br2NO obtained by action of ammonia on dibromo-+cumenol bromide (AUWERS and HoF) A i 422. C,,H,,.NH2 froin reduction of osime of ketone CloH,,O ; its hydro- chloride and carbamide ( WAL- LACH) A. i 102. C14HI,Br2N202 obtained in the pre- paration of p-brom-o-anisidine (MELDOLA WOOLCOTT and WRAP) T. 1329. C14H2,NH2 from oxime of ketone C14H220; its hydrochloride platino- chloride nitrate (WALLACH) A. i 572. CI,H,Br2N02? derived from the dinietliylaniline derirative of dibromo - I+ - cumenol bromide (AUWERS and SENTER) A. i 424. C36H2jN5 obtained in the oxidation of phenyl-o-phenylenediamine (0. FISCHER and DISCRINQER) A i 539. Amines C,H&N20 isomeric formed by action of alcoholic potassium cyanide on benzylidene-p-toluidine (MILLER and PLOCHL) A. i 609.Amines action of broniine on (HOF- action of carbon bisulphide on (HOF- separation of (HOFMANN LECTURE) Amines aroinabic action of phosphorous oxycbloride on (&fIcHAELIs and SIL- BERSTEIN) A. i 34.4. Amines fatty act.ion of arsenious chlor- ide on (MICHAELIS and LUXEM- BOURQ) A. i. 343. action of boron chloride on (XICHAE- LIS and LUXEMBOURG) A. i 343,344!. action of phosphorous chloride oxy- chloride and thiochloride on (MICHAELIS and LUXEMBOURQ) A. i 343. action of silicpn chloride on (XI- CHAELTS and LUXENBOURG) A. i 343. Amines secondary and tertiary prepara- tion of (HOFMAKN LECTURE) T. 655. partial oxidation of (DE HAAS) A i 122. Allyltoluidine. MANN LECTURE) T. 720. MANX LECTURE) T. 663. T.662. Amines. See also:- Amines. See :- Am ylamine. iso- Amylamine. Anilaminobenzeny lpheny limidine. Aniline. o-Anisidine. p-Anisidine. Arabinosamine. Azotrinaphthyldiamine. Benzene-4-azo-2-a1ninophenol m-ni- tro-. Benzenesulphonohenzylhydroxyl- amine. Benzidine. Benzophenylethylenediamine. Benzophenylpropylenediamine. Benzylamine. Benzylaminophenetoil. Benzylaniline. Benzylbronieth ylamine. Benzyldibromodiethylamine. Benzyldihydroxydiethylamine. Benzyldimethylamine. Benzylhydroxyethylamine. Benzylidenesminophenylimido-b-bu- Benzy lideneaminothymol. Benzylideneaniline. Benzylidene-1 2-naphthylenedirt- Benzy lidene-o-pheny lenediamine. Benzyl phenylhy droxreth ylamine. Benzylvinylamine. Bishydroxytetrahydronaphthylamine. Butylamine. iso-Buty lamine. Catechol 5-nitro-3-smino-.a-Crotylamine. iso-Crotylamine. +-Cumenol bromide dibromo-,methyl- amine ethylamine diethylamine P-naphthylamine methylaniline di- ethylaniline derivatives of. tyric acid. mine. Cumylidene-p-aminothy mol. Decylamine. Decylenediamine. Dehydrothiotoluidine. Ditlllyle thy lamine. Diamylamine. Dibenzylamine. Dibenzylidenediaminopentamethyl enetetramiiie. Di benz ylidene-o-phenylenediamine Di-iso- b u ty lamine. Dicinnamylidenediaminopenta- Die thylamine. Diethylaminohexahydrotoluic acid. 2 3-l>iethyl&ii~inoliydroxytetra- Die tliylaminop henonaph thoxazime. Diethylaminophenonaphthoxazone. methylenetetramine. hydronaphthalene. 55-2784 INDEX OF SUBJECTS. Amines. See :- m-DiethylaminophenyIic salts. em-Diethviamino-o-toluic acid. DiethylaGiline. Diethy1enetria.mine.Diethyldietliylenediamine. Uiethyiethy1ened;amine. Di-o-hydroxybenzylidenediamino- Di u iethylamine. Dimethylaminobenzenyldimethylimi- Dimethylaminobenzenyl-@-naphthyl- Dimethy laminodip henazone. 2 3-Diniethylaminohydroxytetra- Dimethylaminop henonaphthoxarime. Dimeth ybminophenonaphtlloxazone. Dime th ylaminophe n y lie salts . Dimethy laniline. Dimethylnaphthg lamines. Dimethylnitramine. Jlimeth yl-p-phenylenediamine. Dimethyltoluidinee. Dimethyl-3 4-tolylenedinmine. Di-&ntph thy lamine. l)i-m-nitrobenzylid enediaminopenta- Diphenylamine. Dipheny ldietli ylenediamine. Diphenyldisulphonedimethfi-)v- 2 5-niphenpldisulphone-p-phenyl- Diphenylethy lenediamine. Dipheny lformamidine. Diphenylsulp hone-o-aminophenol. Dipropy lamina. y -Ethoxybuty lamine.p-Ethoxyphenyl-5-chloro-m-tolyl- p-Ethoxyphenyl-m-ethoxy-p-pheayl- p E thoxy phenyl-o-tolylamine. p -E thoxy phenyltolylenediamines. Ethoxytolylphenyleriediamines. E thoxytolyltoly lenediamines. Ethylsmine. Ethylaniline. Gdactoseamine. Guanidine. cyclo- Heptenamine. Heptylamine. Hexadecylamine. Hexamethylenediamine. Hexameth y lenetetramine. B-iso- Hexylamine. Hippuro-p-toluy lenediamine. Hydroxydiphenylethylamine. Hydroxy -4-&so-hexy lamine. Hydroxy ethoxy me thy lquinoline. pentaniethylenet etmmine. dine. imidine. hydronaphthalene. methylenetetramine. phcn ylenediamine. enediamine. amine. enediamine. \mines. See :- Hydrox~naphtliylhydroxyphenyl- Hy droxypheny lrimine. 2 3-Hydroxytetrahydronapllthyl- Maltose-amine. Menthylamine. Mesidine.Methylatnine. Meth yl-iso-amylamine. Meth y laniline. Methyl benzglamiiie. Methylbutylamine. Methy 1-iso-butg lamine. Meth ylbuty lnitramine. Meth y ldietheny ltetraminobenzene. Methjldiethylamine. Meth y ldiphenylaniine. @-Metliyll~ydroxylnrnine. Methylnitramine. Methylnoropiananilidic acid. Meth ylnoropianic acid tetrahydro- Met h y lnoropian -a-napht halidic acid. Met hy lnoropia n-@-nap h thalidic acid. Methylnoropian-p-toluidic acid. MethylphenylaminobenzeaylmethyL Metb ylpropylamine. Methy lpropylaniline. @-Met hyltetramethylenediamine. Met hyl-p-toluidine. a& Nnphthobenzaldehydine. a-Naphthylamine. @-Naphthylamine. 2 1-Naphthylaminesulphonic acid. 8-Naphthylaniinobenzenyimethyl- a-Naphthy 1-o-aminobenzylamine. 8-NaphthFl-o-aininobenzglamine. a-Naph thyldi propy lamine. Naplithylenediamine.1 3-Pu'aphthylenediamine. 8-Naplith ylmethylaminobenzeny l- met,hylimidine. Bis-p-nitrodiazobenzenepentamethyl- enetetramine. Nonylamine (Ennylamine). Opitlnanthranilic acid. Opianic acid 8-naphthylamine. Phenetidine. Phenol 2 4 6-bromonitramino-. Pheny laminobenzeny laniiimidine. Phen ylaminobenzenylmethylimidine. Phenylch loramina. Pheny lJ ime thy lamine. Pheny ienediaminee. Phenylene-ethylenediamine. Phenyl-6-etlioxy-1 3 4-tolylenedi- Phenylethylenediamine. amine. anune. quinoline. imidine. imidine. amine.INDEX OF Amines. See :- Phenyl,qlyoxylethoxybenzylamine. Phenylglyox ylmet~hoxybenzylsmine. B-Phenylhy droxylamine. Phenylic ether diamino-. Plien ylmeth y lpropy lamine. Pheny l-o-phenylenedinmine. Phen yltolylarriine.Phthalaldehy demeth y laniline. Phthalaldehyde-a-iiaphthylamic acid. Phthalaldeliyde-B-naphthvlamic acid. Plithalaldeliyde-p-tolnidi;lic acid. Phthalaldeliy dic-a-naph thy lamine. Phthalaldeh ydic-8-naphthylamine. Plithalaldeh ydicpiperidine. Ph thalrtldehydictetrahydro-iso-quino- Phthalaldeh ydic-p-toluidine. Piperonglarninoacetone. Piperonyl benz~lnniine. Propyltimine. Pulegoneamine. Sorbose-amine. Succinylacetoxylamine. Tetreth ylaminodiphenoxazimium chloride and iodide. Te traeth yldiamino-tt azonayh thalene. Tet raliydrocarvy lamine. Tetrahydro-a-nap11 thy lamine. Tetrahydro- B-naphth y lamine. Tet ramethylaminodiphenoxazimium chloride and iodide. Tetramethyldiamino-a-azonaphthsl- ene. Tolidine. Toluidines. Tolylethoxy -0-phenylenediamines. o-Tolyl-6-ethoxy-1 3 4-tolylenedi- m-To!yl-6-ethoxy-l 3 4-tolylenedi- p-Tolyl-6.ethoxy-1 3 4-tolylenedi- Toly lmethylnitramine.Triethylc hry saniline. Triethyldiethylenetriamine. Triethylerietriamine. Trieth yltriethylenetriamine. Trimet hylamine. Trinieth ylchrysaniline. Trimethylenephenylenediamine. Tripropylamine. iso-Undecylamine (iso-Hcndecyl- tlmine). Veratrylamine. Vinylamine. 1 3 4-Xylidine. 9~-Xylylene-2 5-diamine. Xylose-amine. line. . amine. amme. amine. Amines. See also Bases. Amino-acid CIOHISNO2 from cyano- SUBJECTS. 785 lauronic acid and its platino- chloride ( HOOGEWERFF and 'FAR DORP) A. i 314. Aminotlzo - eonipounds velocity of change of diuzoamino-compounds into (~OLDSCHMIDT and REIN- DERS) A ii 556. Amino-compounds poisonous effect of' on algEe and infusoria (BOKORNF) A.ii 669. detection of (DRAGEXDOBFF) A ii 280. Amino-derivatives. See also :- Acetic acid (under Gtlycocine). A cettylphenimeieatin. Azobenzene. Azonaphthalene. Azoxybenzene Benzaldehpde. Benzaldehydephenylhydrazone. Benzaldehydine. Benzaldoxime. Benzanilide Benzenesulphonic acid. Benzenylamidoxime. Benzenylazoxime-etlienpl. Benzethylamide. Benzethyleneamide. Benzhydrazide. Benzhydrol. Benzoic acid. Benzoindicarboxylic acid. Benzomethylamide. Benzophenone. Benzoylazoimide. p-Benzoylbenzoic acid. Benzoylhydrazines. Benzy lamine. Benzylanisidine. Benz ylchloraniline. Benzylic methylic sulphide. Benzy l-p-phenetidine. Benzyltoluidines. Butyric acid. Camphor. Carbazole. Carbostyril. Carboxyaniidobenzoic acid. Carvacrol. Catechol. Cymidine.Dibenzyltetrazole. Dihydroxydibenzoyldihydropy razine Dihydroxynaphthalene. Dimethy lamine. Dimethylaoiline. Dime thyltolylenodiamine. Diphenyl. Diphenylamine. Dipheny lpropionic acid. Durene.786 INDEX OF SUBJECTS. Amino-derivatives. See :- Formic acid. Guanidine. Hexahydrophenylaminoacetic acid. c is-Hexahydro-p-toluic acid. cyclo -Hexane. 4-Hydroxybenzoic acid. Hy droxy diphenylamine. I-Iydroxynaphthalenesulphonic acids. Hydroxynaphthoic acid. Hydroxyph enazine. Hydroxyquinoline. * Indole- 2'-carboxylic acid. Menthol. Menthone. Methanedistilphonic acid. p-Methoxydiphenylamine Methoxj phenazine. 3-Methoxyquinoline. Methylaniline nitro-. Methylbenzylamine. bilet,hylbenzylbenzamide. Methylethenylphenylene-amidiiie. 3-Meth ylindazole. 3-Me thyl-5 - iso-propylbenzene.Methylthiazolecarboxylic acid. Naphthaquinoneoxime. .y+mNaphthazine. Naphthoic acid. Naphthol. Naphtholsulphonic acid. Naphthylbenzylhydrazine. Octoic acid. Orcinol. Oxalic acid. Pentamethylenetetramine. Pen thiazoline. Phenol. Phenolph thalein. Phenoxazonecarboxylic acid. p-Phenoxybenzojc acid. Phenyl p-told ketone. Phenglxyly l'ketones. Pheny lazimidobenzene. P hen jlaminoazimidobenzene. Phenylbenzoic acid. Phenylbenzylhydrazine. Pheny lbeiizylidenehy drazone. Phenylcinnamic acid. Phenylcrotonic wid. 5-Phenyl-2 6-dibenzyl-m-diazine. Phenylic ether. Phenylimido-j3-butyric acid. Phenplinduline. Phenylmercaptan. n-Phenylpyridine. 9-Tolyl-o- phenylenediamine. Phenyltolylsulphone. Propionic acid (under a-Alnnine). Quinoline. Te tramet.hyldipheny1. Amino-derivatives.See :- Te t razole. Thyinol. Toluene. Tvi-methylenetriamine. 2 2 &Trimethylpiperidhe. Uracyl hydrosulphide. Uramidobenzoic acid. Xyl yleneemdiamine. Amino-group influence on the strength of acids of the (SAKURAI) T. 1659 ; P. 1896 381. Ammonia in bituminous mineral waters (PARMENTIER) A ii 19s. formation of by electrolysis of nitric acid (IHLE) A. ii 464. electrolytic conductivity of solutions of (KONOWALOFP) A. ii 351. solubility of in water (KONOWALOFF) A. ii 351. action of iodine on (CKATTAWAY) T. 1577 ; P. 1896 173. lecture experiment showing the com- bustion of oxygen in (OSSIPOFF) A ii 356. complex compounds of wit.11 metals constitution of (KURXAKOPF) A. ii 170. compounds of with the chlorides of iron (MILLER) A. ii 26. influence of acids on excretion of (DUNLOP) A.ii 484. excretion of in disease (HALLERTOR- DEN) A. ii 379; (Rx-MPF) A ii 379 618. estimation of in cpnide working solutions (BBTTEL) A. ii 277. estimation of in tobecco (KISSLING) A. ii 401; (VEDRODI) A. ii 630. Ammoniacal nitrogen in minerals (ERD- Amnioniacum composition of (Luz) Ammoniuni compounds constitution of Ammonium salts action of on coagula- tion of milk and blood (RUIGER) A. ii 49. amalgam (YROUDE and WOOD) P. 1896,236. antimoniomalate (HENDERSON and BARR) T. 1452; P. 1896,168. antimoniomucate (HENDERSON and BARR) T. 1453; P. 1896,168. monothioarsesate (WEINLAND and RUMPF) A ii 473. bromide thermochemical data of the compound of mercuric cyanide and (VARET) A. ii 88. cuprous bromide (WELLS and HURL- BURT) A. ii 107.NANN) 9. ii 5'70. A. i 249. (UOFMANN LECTURE) T. 667.IKDEX OF SUBJECTS. 787 Ammonium carbonate formation of from urea in fermentation of uric acid ( G ~ A R D ) A. ii 668. chromous carbonate (BAK-GC) A ii 426. chloride apparatus foy demonstrating the volumetric coniposition OK (CARNEGIR and WALES) A. ii 558. freezing points of dilute solutions of (LOOXIS) A. ii 352. influence of pressure on the solu- bility in water of (VON STACKEL- BERG) A. ii 638. action of mugnesiuni on solutions of (VITALI) A. ii 4-19. cuprous chlorides (WRLLS and HURL- BVRT) A. ii 107. iodide theririochemical data of the action of mercuric cyanide on cuprous iodide (WELLS and HURL- BURT) A. ii 107. molybdate modified solution of (WIN- TOY) A. ii 622. iodomolybdate (CHR~TIEN) A. ii 651. perthiomolybdate (I~OF~IANN) A.ii 476. nitrate thermal expansion of solu- tious of (DE LANKOY) A. ii 233. freezing points of dilute solutions of (LOOXIS) A. ii 352. sulpliide exclurion of from quali- tative analjsis (TARUGI) A. ii 391. sulplratc thermal expansion of solu- tions of (DE LANNOY) A. ii 233. phosphate suitubility of for nitri- fication (MARCILLE) A. ii 669. effect of on germination (CLAUDEL and CROCHETELLE) A. ii 442. commercial estimation of water in (HUGHES) A. ii 70. vanadium alum (PICCIXI) A. ii 304. imidosulphonates (DIVERS and HAGFA) T. 1621 ; P. 1808 179. barium imidosulphonates (DIVERS and HAGA) T. J 622. mercury iniidosiilphonate (DIVERS and HAGA) T. 1629. iluoroxj-pertitanate (YICCINI) A. ii 178. sodium and potassium paratungstates (HALLOPEAX) A. ii 652.zirconodecatungstate (HALLOPEAN) A ii 607. citrate solution estimation of neu- tidity in (LORD) A. ii 623. (VARET) ka. ii 148. Ammonium cjanide action of fOim81- deliyde on (Ct-RTIUS) A i 337. thiocyanate electrical conductivity of eolutiom in acetone of (LASZ- CZYNSKI) A. ii 565. electroljsis of a solution in acetone of (LASZCZTNSKI) A ii 556. cobaltioxalate (SORENSON) A i 204 Ammonium estimatioll of volumetric- ally (DE KoNINcEj A. ii 77. Amnioresinotannol in ammoniacum and acetyl mid benzojl derivatives of (Lnz) A i 249. Ampelocissus constituents of sap of (H~BERT) A. ii 494. Amphibole. See Hornblende. Amphibolite from N.S.W. alteration to Amygdalin decoiiiposition of in the living body (G~RARD) A. ii 570. detection of (FORN~NEK) A. ii 401. Amygdalyl-4-amidophenetoil and its acetyl derivative ( KENGH~FFER) A.i 360. Amylene (1izlgt~lylethyleth7e~)~ action of acetic chloride on (KONDAKOFF) A. i 462. Amylene (trimethy bet kyle>&e) avtion of acetic chloride on ( KoNDAKOFFj A. i 462. broino- (IPATIEFF) A i 4201. Aiiiylenic ay dibromide action of sodio- aeetylacetone on (BABBIER and BOUVEAULT) A i 637 638. iso-Amylenic a y-dibromide (IPATIEFF) A. i 330. iso-Aniylenic /3 y-dibromide constitution of (~PATIEF~,) A i 401. AiuylttceLic acid amjli: salt rotatory power of (GUYE arid GOUDET) A ii 134. iso-Amjlacetoacetic acid ethylic salt ILte of formation of ( BISCHOPP) A i 86. tert.-Amylncetoacetic acid ethylic salt rate of formation of (BISCHOFF) A. i 85. iso-Amy lacety lace tone action of sodium hydroxide on (BARBIER and Bon- VEAULT) A.i 638. Amylamine amidosulphonate (PAAL and JAxrcPE) A i 235. {so-Amylamine action of carbon bi- sulphide on (Poaz~o) A i 636. Amylaiiiines (BERG) A. i 8. iso-Amglcarbamine preparation or“ 3‘-Amyl-2’-hex~Iquinoline (NIEMEN- 205. serpentine (JAQUET) A. ii 534. (EOFXAh’X IJEC’JURE) ‘A’. ‘709.788 INDEX OF SUBJECTS. TOWSKI and OIUECHOWSKI) A. i 188. acid acci its Ii~drochloride (XIE- NEXTOWSKI and OHZECHOWSKI) A. i 188. Ainylic alcoliol action of light on (RICHARDSON axid FORTEY) T. iso-Amylic alcohol heat of eraporation tept.-Amylic alcohol (dimethylethyl- 3’-Amy1-2’-hexylquinoline-l-carbox~lic 1349 ; P. 1896,1G4. Of (BECKXAKK FUCHd and GELLN- RARDT) A. ii 237. rarhhol) heat of evaporation of (BECKMASK FUCHS and GXRN- RARDT) A.ii 237. action of bromine on (IPATIEFF) A. i 401. Amylic aromatic ethers rotatory power of compared with ~trnylic ethers of the fatty series (WELT) A i 333. phenylic ether (WELT) A. i 333. nitrite action of sodium phenoxide Amylnialonic acid amJlic salt i*o*atory power of (GUYI and GOEDET) A. ii 135. iso-Aniylmalonic acid ethylic salt rate of formation of (BISCHOFF) A. i 85. (BISCHOFF) A. i 129. on (MICHAEL) A i 594. action of etliylenie bromide on iso-Amylmalonic acid sodio-ethylic salt action of ethylic a-bromopropionate a-bromobutyrate a-bromisohutyrate and a-bromisovalerate on ( B I ~ c ~ o F F ) A. i 467. tert-Amylmalonic acid ethylic salt rate of formation of (BISCHOFF) A. i 85. 6-iso-Amylnaphthalene (HOOKER) T. 1356,1358. Amyl-a-+nitrole. See Pentane @-nitro- #3-nitroso-.iso-Amyl-+-nitrole. See as-Dimetliyl- propylpseudoni trole. See iso-Pentane /3-nitro-@-nitroso-. Amylodextrin. See Dextrin. Amyloxamic acid am?lamine Ealt (BERG) A. i 8. Amylpropyl-+nitrole. See Octane @-nitro-@-nitroso-. Amylsulphamic acid amylamine salt of (PAAL and JAXICKE) A. i 235. Anoemia experimental in dogs (STOCK- alterations in the bIood in (MORAC- MAN) A ii 263. ZENESKA) A ii 618. Anesthetics as a cause of acetonuria (ABBAM) A. ii 264. Anagyrine and its aurichloricie (PAR- Aihag.qris fmtida alkaloids of (PAR. Analcite from Dresden (ZSCIIAI-) A. ii 189. dehydration of absorption of ammonia by (FBIEDEL) A. ii 481 &2. Aaaytychin occurrence of atranoric acid in different species of (ZOPF) A. i 103. Andalusite from Bodenmais Bavaria from Bohemia (KATZER) A ii or dumort~ieritr,from Argentina (JAS- action of boric and hjdrofluoric acids.Andesine from France and Sardinia (FoL-QL~) A ii 532. Aadesite olivine from New Zealand Andradite from Algeria (GENTIL) A. ii 115. from Canada (HOFPMAXN) A. ii 257. titaniferous. from Ontario (ADAMS~ and HARRINOTOK) A ii 374. Andropqqo n Scha! ti a H t h s com posi tion of oil of (BERTRAM and GILDE- XEISTER) A. i 351. nardzrs composition of oil of (BER- TRAX and GJLDENEISTER) A i,. 381. Anemonin properties of methylic and! ethylic salts of (MEYER) A. i 623. o-Anethoil (MOTREV) A. i 637. m-Anethoil (Mox-REU) A. i 647. p-Anethoil preparation of from oil of aniseed ( B ~ ~ C H A R D A T and TARDY) A. i 380 448. magnetic rotatory power &c. of ( PERKIN) T. 3 148 1226 1247.action of bromine on (HELL andl GUNTHERT) A i 20. dibromide and its bronio-derivative bromoketones from (HELL) A. i 170. brom- dibromide action of aniline on (HELL and GUNTHERT),A. i 20 action of alcohol on (HELL and GUNTHERT) A i 20. p-Anethoil dibrom- dibromide (HELL and (~UKTHERT) A. i 21. aniline derivibtiie of (HELL acd WNTHERT) A. i 21. ketone from and its ammonia deri- vative (HELL and QUNTHERT) A. i 21. TliEIL and SPASSKI) A. i 657. TIiEIL and SPASSKI) A. i 65i. (WEINSCIIESB;) A ii 310. 187. XASCH) A. ii 568. on (JANXASCH) A. ii 576. (SPEIGRT) A. ii 192.INDEX OF SUBJECTS. 789 iso-Anethoil brom- and its ketone oxidation product (HELL and GAAB) A. i 293. Ange!ics oil product3 of distillation of (CIAXICIAX and SILBER) A. i 595. Anglesite containing cerussite froin Broken Hill N.S.W.(HAXXOND) A. ii 236. (LEWIN) A. i 190; (HEFFTER) A. i 267 ; (EVVELL) A i 710. Anka lo nizttn Jou rda n iaia t m a1 kaloid of (LEWIK) d. i 194. Anhalonidine properties of ( HEFFTER) A. i 267. Anhdenina nnd ita d t s properties of ( L ~ w r s ) A i 194. Anliydrides action of hydrogen fluor- ide on (CoLsON) A. i 346. Anhydrides. See also :- Acetonylsuccinic acid anhydride of. w-Acetoxycnmplioric atiliydride. Aeetoxymaleic anh~dride. B-Acetylglutaric anhydride. Acid CijH?0@2 anhydride of. Acids C6Ei1,0 and CjH,,O anhy- .4nhydrocam~,l1oic acid. Beiizoic snhydpide. Benzoglphthalic anhydride. cyc7o-Butane-l 3-dioxalylic anhy- cis-dhmphanic acid. trans-w-Camphanic acid. Camphopyric anhydride. Camphorenic anhydride. Camphoric anhydride.cis-Camphotricarboxylic acid. Lraias- Camphotricarboxylic acid. Citradibromopyrotartaric anhydride. Citric-di-@-napbthalide. aal-Diethyl glu taric acid. Dihydroxymaleic anhydride. Dimeth ylfurnaric anhydride. aa'-Dirnethylglutaric acid anhjdride af3-Dimethylglutaric anhydride. Dimetliylmaleic anhydride. Dimethylsuccinic anhydrides. Diiuopropylsuccinic anhJ dride. Ethoxynialeic anhydride. a-Ethylglutaric acid anhydride. 3-Fluoresceincarboxylic anhydride. Glutaric anhydride. Lactide. Maleic anhydride. a-Methylglutark acid aclijdride of. MetIiylisopropylsucciiiic anhydride. Pinolegly cbl. Plithalic anhydride. Propionic aniiydpide. Anhaloaium Leioiiiii alkaloids of drides of. dride. of. Anhydrides. See :- Propionylglycollic oxime anhyhide iso-Propylglutsrie anhTdride.Py rot a r t aric anhydride. Pyruvic-8-napiitliil. Succinic snlij clride. Tetramethplsueciuic anh?-dride. aaa'-Trimctl~pigluta~~iracid anliydride iso- Valeric anhydride. Anhydrite artificicl ( B a ~ r r s s ) A. ii 111. Anhydroacetonebend. See Diphenyl- h y cl roxy cyclo pen tanone. Anhyclroscetonebenzilcarboxylic acid. See Di phcnplhr clrox~cydopcnta- noner.arboy lie acid. Anhydroacetonedibeiizil reduction of ( ~ A P P and LANDER) T. 745. Anhjdrocarnphoie acid (MARSH and GARDSER) T. 7 6 ; P. 1895 206. Anhydrocamplioronic acid ( BREDT ARNTZ and HELLE) A. i 633. Anliycirodi-o-aminobenzophenone Anhxdrodi benzylscetoacetic acid ethplie salt of (JAW and LANDER) T. 737 ; P. 1898,146. Anhydrodil~~-droxyhydrolapacl~ol syn- thesis of (HOOKER) T. 13'70 1378. Anhydroenneaheptitol (APEL end TOL- difornial (SPEL and WITT) A.i Aiibydroformyl-?ia-nit,ro-o-aruinobeiiz- hrdrazidt. (KRATZ) A. i 366. A~~h'ydroglycopyrogallol ( FRIEDLARDER arid RUDT) A. i 607. isatin derivative of and its triacetate (,FBIEDLANDER and RUDT) A. i 60'1. Anliyd,-ogl~co~esorcinol ( FRIEDLhDER and RUDY) A. i 607. Anhydrotetronic acid (WOLFF and SCIXWABE) A. i 524. Anilnminobenzenplphenplimidine its hydrochloride and pierate (TON YECIIMANN) A. i 32. Aniline discovery of (HOFMANX LEC- TURE) T. 597. preparation of (HOFMAKS LECTIJRE) T. 642. composition of (HOFMANK LECTIJRE) T. 64L. magnetic rotatory power &c. of (PEREIN) T. 1G64 1098 1155 1207,1244. action of cpnic acid on (HOFMASK LECTURE) T. 64.8. action of eyariogen on {HOPMANPI' LECTUHE) T. 590 649.Of. (SOSDHEIJIER) -&. i 505. LESS) A. i 115. 4QL790 INDEX OF SUBJECTS. Aniline act-ion of cyanogen haloids on (HOFMANN LECTUHE) T. 590. action of cyanogen chloride on (HOF- MANS LECTURE) T. 649 650. action of on mercurous iodide ($'RAN- YOIS) A. i 22. action of phosgene gas on ( HOFXAXX LECTURE) T. 649. clilorination of ( KOFXAKN LECTURE) T. 644. double compounds of with metallic salts (SCHRODER VAN DEB KOLK) A. ii 578. estimation of water in (DOBRIXER and SCHRANZ) A. ii 403. estimation of in toluidine (DOBEINER and SCHRANZ) A. ii 4&2. Aniline and its salts constitution of (HOFMANN LECTURE) T. 655. compomds of phonphoric acid with (HOFMANN LECTURE). T. 590. hydrochloride magnetic rotatory power &c. of (PERKIN) T. 1111 1159 1318,1235 1246. Aniline substitution products of eon- stitution of (HOFMANN LECTURE) T.661. substitution of chlorine and bromine in (HOFMANN LECTURE) T. 645. Aniline bromo -derivatives of basic character of (HOFXANN LECTURE) T. 646. p-brom- action of ethylic bromide on ( KOFXANN LECTURE) T. 661. 2 4 5-fribrom- salts of (JACKSON and QALLIVAX) A i 353. 2 4 6-tribrom- i*eduetion of (JACK- SON and CALVERT) A. j 538. 4 3-bromonitro- and its salts (WHEELEB) A i 23. 6 3-bromonitro- and its salts rtnd acetyl derivative (WHEELER) d. i 156. m-chlor preparation of (LOB) A. i 605. magnetic rotatory power &c. of (PERKIN) T. 1106 1131 1205 1244. p-clilor- prepaiation of (HOFMANN LECTURE) T. 645; (LOB) A. i 605. magnetic rotatory power Brc. of (PERKIN) T. 1106 1131 1205 1244. action of ethylic bromide on (HOF- di-chlor- preparation of (HOFXANN LECTURE) T.645. o-p-dichlor- preparation of (CHAT- TAWAY and EVANS) T. 850; P. 1896 98. XANN LECTURE) T. 661. Aniline 2 4 6-frichIor- prepa1.a- tion of (HOFXAHN LECTURE) T. 644. LECTURE) T. 649. m-uitro- preparation of (HOFXANN LECTURE) T. 646 647. alkaline reduction of (MELDOLA and ANUREWS) T. 7 ; P. 1895 214. action of ethylic bvomicle on (HOF- MANX LECTUEE) T. 661. p-nitro- electrolytic reduction of (NOYES and DORRAXCE) A. i 22. 2 4-dinitro- (CURTXFS) A. i 339. Aniline-black action of sunlight on (OGLOBIN) A. i li49. Anihne-blue. See Triphenylrosaniline. Aniline derivative of bromo-q-cumenol and salts (AUWERS and MARWEDEL) A. i 150. Aniline-purple. See Mauve. Aniline-o-sulphonic acid (EREIS) A. i p-broni- (KREIS) A.i 48. Aniline-nz-sulphonic acid (KBEIS) A. i p-brom- (KKEIS) A. i 48. Anilinoaeetylazoimide nitroso- (RADEN- HAUSEN) A. i 138. Anilinoaposafraiiine (FISCHER and HEPP) A. i 323. preparation of (0. FISCHER and DIS- CHINOER) A. i 539. carbonate (KEHRMANN and HERTZ) A i 510 Anilinoaposafranono formation of from rtposafranone (FISCIIER and HEPP) A. i 51. Anilinobenzenylanilimidine its hydro- chloride and picratc (VON PECH- JIANX) A. i 32. Aiiiliuobenzenglmeth-ylitnidine its pi- crttte and hydriodide (VON PECH- MAXN) A i 31. ,l3- Anilinocrotonic acid amino- ethylic salt of (HINSBERG and KOLLRB) A. i 537. 4 - Aniline*- 3 5-dinitrobenzoic acid (JACKSOS and ITTNER) d. i 214. 4-Anilino-3 5-dinitrotohtene (JACKSON and ITTSER) A. i '214. Anilinon?etbylbutylcarbinol (LIPP) A.i 317. /3-Anilino-a-methylhutjrolactone (WOLFP) A. i 87. 3 l-Anilinonaphthol (FRIEDL~DER and RUDT) A i 569. dnilinophenylaposafranine (FISCHER and HEPP) A. i 323. y-iodo- prepaiation of (]ETOFAfANN a. 4a.INDEX OF SUBJECTS. 791 B-Anilinopropionic acid ethylic salt of (HARRIES and LOTH) A. i 321. nitroso- ethylic salt of (HARRIES and LOTH) A. i 321. Anilinosafranines. See Indulines. Anilinosafranol and its hydrochloride (FISCHER and HEPP) A i 325. Anilinotoluquinone (JAco asox FERTSCR MARSDEN and SCXKOL- NIX) A. i 24. Anilocynnic acid. See Plienylcarbi- mide. Anilnvitonic acid. See Methylquinoline- carboxylic acid. Animal systzm decomposition of aniyg- dalin in (G~RARD) A. ii 570. Animals bchaviour of pentoses in (GOETZE and PFEIFFER) A ii 493.Anisaldehyde from oil of aniseed (Bou- CHARDAT and TARDY) A. i 380 preparation of (BOUVEACLT) A. i 649. magnetic rotatory power &c. of (PER- KIN) T. 1128 1136 1200 1242. dinitro- (W~RNER) A. i 227.- m-nitro- (WORNER) A. i 227. A. i 660. 448. Anisaldehydehydrazone ( BOUVEAELT) dnissyizaldoxime velocity of formation of the mti-modification from (LEY) -4. ii 243. acetate velocity of formation of nitrile and acetic acid from (LEY) A. ii 64.3. Aniseed oil of composition of (Bou- CHARDAT and YARDS) A i 380 448. Anisic aectone from oil of anise (Bou- CHARDAT and TARDY) A. i 4.48. Anisic acid from oil of aniseed (BOE- CHARDAT arid TARDY) A i 380 448. magnetic rotatory power &c. of the ethylic salt of (YERKIN) T. 1128 1136 1160 1176 1231. behaviour towards plienylic isocyanate of (HALLER) A.i 32. Anisic alcohol magnetic rotatory power and relative density of (PERKIN) T. 1128. 1136 1199 1242. Anisic camphor from oil of aniseed (BOUCHARDAT and TARDY) A. i 380. &-Anisidhe magnetic rotatory power &c. of (PERBIS) T. 1131 1211 1245. p-brom- (MELDOLA WOOLCOTT and WRAP) T. 1329. 2 4-bromonitro- (MELDOLA WOOL- f COTT and WRAY) T. 1327; P. 1896,164. o-Anisidine p-nitro- and its acetyl deri- vative (MELDOLA WOOLCOTT and WRAP) T. 1329; P. 1806,164. &nitro- and its acetyl derivative (MELDOLA WOOLCOTT. and WRAP) T. 1330 ; P. 1896,164. p-Anisidine magnetic rotatory power &c. of (PEBKIN) T. 1131 1211 1345. o-iod- and its platinocliloride pi- crate and aeetyl derivative (RE- TERDIN) A. i 475. p - Anisidinethiocarbsniide o - iod- (REVERDIN) A.i 4’75. Anisoil (phenyl methyl oxide) magxetic 1-otatory power &c. of ( PERKIS) T. 1080; 1081 1090 1127 1186 1240. melting point of (v. SCRNEIDER) A. ii 290. action of etliyloxalie chloride on (BOUVEAULT) A. i 616. condensation of with phthalic an- hydride (GRANDE) d. i 563. 2 4 - dibrom- preparation of (HIRTZ) A. i 532. bromo-nt-iodo- (HIRTZ) A. i 532. 2 4-bromiodo- (HIRTZ) A. i 532. 4 2-bromiodo- (HIRTZ) A. i 532. 4-bromo-%nitro- (XELDOLA WOOL- 2 4-rlibromonitro- (HIRTZ) A i chlorobromo-wz-iodo- (HIRTZ) A. i o-iodo- (REVERDIN) A. i 475. m-iodo- preparation of (HIRTZ) A p-iodo- (REVERDIN) A. i 475. of (REVERDIN) A. i 475. 2 4-diiodo- (REVERDIX) A. i 475. o-iodo-p-nitro- (REVERDIN) A.,i 475. p-iodo-o-nitro- (REVERDIN) A.i 475. 2 4-dinitro- preparation of (MEL- DOLA WOOLCOTT and WRAP) T. 1330. Aoisoldisulphonic acid preparation of (HOFYANN LECTURE) T. 697. Anisoilphthaloylic acid (GRANDE) A i 563. Anisoylcarboxylic acid and it.s ethylic salt (BOUVEAULT) A. i 616. Anisoylglyoxylic acid hydrazone (Bou- TEAULT) A. i 650. Anisuric acid heat of combustion of (STOHXANN and SCHMIDT) A. ii 466. COTT a d WRAP) y’. 1329. 532. 532. i 532. substance obtained in the nitration7 92 INDEX OF SUBJECTS. Anisyl ethyl ketone and its oxime and semicarbuzone ( WALLACH and POND) A. i 95. Anisylmmphor crystallography of (MINGUIN) A. i 694. 3‘-p-Ani,syldihydro.B-phenotriazine and its salts ( B u s c ~ and HARTMANN) A i 160. 3’-o-Anisgltetraliydroquinazoline (Busca) A. i 507. Annual General Meeting T.563; P. 1896 80. Anorthite from Etna (FouQu~) A. ii 532. from Raymond Me. (MELVILLE) A. ii 38. Anorthoclase from the Azoi-es Sardinia and France (BOWQU~) A. ii 532. from Mont.ana (WOLFF and TARR) A. ii 37. Anthracene discovery of (ICOPMANN LECTURE) T. 698. fluorescence of gaseous ( WIEDEMANN and SCHMIDT) A. ii 86. distillation of (HOPMANN LECTURE) T. 630. behaviour of in sunlight (ORNDORPF and CAMERON) A.. i 1%. analysis of (BASSETT) A. ii 580. Anthracene brom- yreparat ion of ( HOFMANN LECTURE) ‘l’. 601 ; P. 1893,138. dibrom- (HOFXANN LECTURE) T. 633. clilor- preparation of ( HOFXANN LECTURE) T. 601 ; P. 1893 138. dicblor- action of sulphuric acid on (HOFMAXN LECTURE) T. 631. Anthracenedisulphonic acid dichlor- preparation of (HOFXANN LECTURE) T. 631. Anthracene-dyes action of sunlight on (OGLOBIN) A.i 649. Anthracenesulplionic acid dicblor- preparation of ( HOFMANN LECTURE) T. 632. Anthrachrysone oxidation of (WACKER) A i 694. Anthraeonite odour of (SKEY) A. ii 184. Anthraflavic acid composition of and its diacetyl and dibenzoyl derivatives (HOFXANN LECTURE) T. 633. iso-Anthraflavic acid discovery of (HOF- Anthranilic acid (0-sminotenzoic acid) action of acetaldehyde on (NIE- A i 187. action of sodium hypochlorite on (DE CONINCK) A. i 364. MANN LECTURE) T. 633. XENTOWSKI and ORZECHOWSKI) Anthranilic acid condensation or* with glyoxylic acid ( BOETZINGER) A. i 47. condensation of with phloroglucinol (NIBNENTOWSKI) A. i 261. action of heptoaldehyde on (NIE- MESTOWSKI and OEZEC~XOWSKI) A. i 188. Anthranol behaviour in sunlight (ORN- DORFF and CAMERON) A.i 176. conversion into diantliranol (ORN- DORFF and BLISS) A. i 570. Anthrapurpummide preparation of Antlirapurpurin formation and com- position of (~ou3rANN LECTURE) T. 633. hydroxylation of (WACPER) A. i 694. Anthraquinone discovery of (HOFMANN LECTURE) T. 601; P. 1893 137. fluorescence of gaseous (WIEDEMANN and SCHXIDT) A. ii 86. hydroxylation of ( WACKEH) A. i 693. dibromo- derivatives of (ROFMANN LECTUHE) T. 633. Anthraquinone group of natural yellow colouring matters (PERKIN) T. 1441 ; P 1896,167. 1-Anthraquinonecarboxylic acid and its ethylic salt (GRABBE and LEON- HARPT) A i 437. Anthraquinonedisulphonic acid prepa- ration of (HOFMANN LECTURE) T. 631. Anthmquinoneoxime methyl ethyl and benzyl-ethers (SCHUNCK and MARCH- LEWSKI) T.73 ; P. 1895,203. Anthraquinonesulphonic acid formation of (HOFMANN LECTVRE) T. 629. Antimonial silver chloridc from Broken Hill N.S.W. (SXITH) A. ii 30. Antimoniomalic acid ammonium salt of (HENDERSON and BARR) T. 1452; P. 1896 168. Antimoniomucic acid salts of (HEKDER- SON and BARB) T. 1453; P. 1896 168. Antimony solution and difiusion in mercury of (HUMPHBEYS) T. 1679 ; P. 1896 220. Antimony-alloys with aluminium (QAU- TIER) A ii 602. with iron specific gravity and specific heat of (LABORDE) A ii 652. with silver melting points of (GATJ- TIEB) A. ii 646. Antimony trichloride action of potas- sium bromide and iodide on (SRAPE) A. ii 641. (HOFMANN LECTURE) T. 633.IXDES OF SUBJECTS. 793 Antimony pentachloride action of on 1 dpophyllite froni Algeria (GENTIL) A carbon bisuldiide (HOFXANN LEC- ~ ii.114. TITRE) T. 760. ‘ sulphide phjsical change produced by gently heating (SPRING) A. ii 290. effect of high tcmperature on (MOURLOT) A. ii 603. Sulphantimonites and sulpharsenites relations between ( PENFIELD) A. ii 659. l%ietlirlstibine discovery of (HOF- MANX LECTURE) T. 671. Antimony estimation of itt alloys with lead tin and arsenic (ANUREWS) A ii 501. separation of from mercury (JAK- NASCH) A. ii 675. Antipeptone. See Peptones. dntipyrine its zinc chloride and iodide and its compound with mercurous and mercuric nitrates (VAN ITALLIE) A. i 260. thiocyanate and mercurochloride of (SCHUYTER) A. i 575. actioii of c~techol guciiacol resorcinol and quinol on (PATEIX and DUFAU) A i 188. compounds of with hydroxybenzoic acids (PATEIN cmd DVFaV) -4.i G O . detection of (CARREZ). A. ii 584. estimation of volumetrically (SCHUY- Antiseptic cadxniuiii as an (PADERI) Apatite from Canaan Conn. (HOBBS) A4. ii 34. variations in the composition of (CARNOT) A ii 611. plumbiferous from Broken Hill N.S.W. (LIVERSIDGE) -4. ii 657. Apiolaldehyde preparation of (CIAMI- CIAN and SILBER) A. i 608. Apiols (CIAMICIA-N and SILBER) A. i 608. brom- dibromide (CIAXICIAN and SILBER) A i 60s. dgo-Apiole (CrAMIcIAx and SILBER) d. i 608. brom- bromide (CIAMICIAX and SIL- BER) A. i 608. Apioleketonic acid (CIAMICIAN and SILBER) A. i 608. dpiolic wid preparation of (CIAMICIAN and SILBEE) A i 608. Apione (CLAXICIAN and SILBER) d. dibrom- (CIAXIcIaX and SILBER) Apophyllenic wid (BLUMENFELD) A. i 60 ; (KOENIQS and WOLPF) A.i 698. TEN) A. ii 486. A. ii 491. i 608. b. i 608. actibn of water on (SPEZIA) A. ii 257. fluorine and ammonium chloride in (-NORDENSKIOLD) A. ii 369. Apopilocarpine identity of with cytisine Aposafranine synthesis of ( KEHRXAKN and BERQIN) A. i 629. formation of from phenosafranine and froin anilidoaposafranine ( FIS- CREE and HEPP) A. i 51. benzoyl derivative of ( FISCHER and HEPP) A. i 51. hydrochloride formula of ( FISCHER and HEPP) A. j 323. Aposa,franone tlction of aniline on and formation of from anilinoaposafra- nine (FISCHER and HEPP) A. i 51. Apparatus for accelerating reactions by mixing (MARKOWNIPOFF) A. ii 297. for experiments under pressure (WALTER) A. ii 297. for extraction (v. RIJN) A ii 17. for washing precipitates with.boiling water (JEWETT) A. ii 123. Apples estimation of zinc in dried (LEQLER) A. ii 450. Amban occurrence of in plants (YOSHI- MURA) A. ii 60. occurrence of in Sterculin pkantuni- folia (YOSHIMURA) A. ii 60. Arabinose action of alcoholic ammonia on (DE Bltnnx and VAN LEENT) A. i 119. action of fuming nitric acid on (BADER) A. i 405. estimation of by Fehling’s solution (KJELDAHL) A. ii 681. Arabinose-a-allylhydr2tzone (VAN EKEN- STEIN and DE BRUYN) A. i 588. Arabinose-amine (DE BRUYK end TAN LEENT) A. i 119. Arabinose-a-amylhydrazone (VAN EKEK- STEIN and DE BRUYN) A i 588. Arabinose-a - benzylhydrazone (VAN EKENSTEIN and DE BRUYN) A. i 588. Arabinosebenzylmercaptal (LAW- RENCE) A. i 272. Arabinose-ethylenemerctlptal (LAW- RENCE) A. i 272. Arabinose-a-ethylhydrazone (VAN EKEN- STEIN and DE BILUYN) A.i 588. Arabinosenaphtliylhydrazone (VAN EKENSTEIN and DE B~uYN) A. i 588. Arabinosetriinethylenemercaptal (LAW- RENCE) A. i 272. (DE MOER) A. i 657.794 INDEX OF SUBJEClS. Arabinosotrihydroxyglutaric acid anhy- dride of (BADER) A. i 405. Arabitoldiacetone (SPEIER) A. i 77. 1- Arabonic acid (tets.ni~,yds.ox.yva~e?*i~ acid) velocity of lactone formation of (HJELT) A. i 597. Arachidic acid (SPIECKERXANN) A. i 410. Aragonite action of magnesium soh- tions on (KLEMXNT) A. ii 116. drfvedsonite alteration of to acmite (USSING) A. ii 372. Argentite from Broken Hill N.S.W. (SMITH) A. ii 30. Argentoacetoguanamide. See under 6-Methyl-2 4-dioxytriazine. Arginine formation of from proteid substances (HEDIN) A. i 193. from sturine ( KOSSEL) A.i 582. occurrence of and physiological action of (SCRULZE) A. ii 383. separation of glutamine from (SCRULZE) A. ii 572. Argon discovery of in the atmosphere (RAYLEIGH and RAMSAY) A. ii 99. percentage of in air (SCHLOESINQ) A. ii 166. occtrrrence of in air and water (KAY- SER) b. ii 19. in mineral waters (BOUCHARD) A. ii 117; (MOUREIJ) A ii 298; (KELLAS and RAMSAY) A. ii 655. absence of. in mineral waters of Albnno (NABINI and ANDERLINI) A ii 366. in sulphuretted waters ( TROOST and OUYRARD) (BOUCEARD) A. ii 298. presence of in sampIes of marsh gas (SCHLOESING) A. i 401. in firedamp and coal (SCHLOESING) A. ii 655. atomic weight of (HILL) A. ii 16 ; (RAYLBIGH and RAMSAY) A. ii 105. molecular formula of (NASIKI) A. ii 245. position of in the periodic system (HILL) A.ii 16; (DEELEY) A. ii 418; (YREYER) A. ii 418. homogeneity of (RAMSAY and COLLIK) A. ii 645. refractivity of (RAXLEIQH) A. ii 598. spectrum of (RAYLEIGH and RAM- SAT') A. ii 103; (FRIEDLANDER) A. ii 457. blue spectrum of (KAYSER) A. ii 2. fluorescence spectrum of (DORN and ERDMANN) A. ii 2. three different spark spectra of (EDER and VALEXTA) A. ii 405. Argon behaviour of when submitted to the electrio discharge (COLLIE and RAMSAT-) A. ii 634. expansion of by heat (KUENEK and RAXDALL) A. ii 598. boiling point and critical data of (RATLEIGH and RAUSAY) A. ii 104. advantages of as a thermometric sub- stance (Q~IKAN) A. ii 407. velocity of sound in (RATLEIGH an& RAMSAP) A. ii 104. densit?. of ( RAYLEIQH and RAMSAY) A. 11 103 106; (RAYLEIQH) A.,. ii 598.viscosity of (RAYLEIGH) A ii 599. solubilitp of in water (RASLEIGH and RAMSAY) A ii 104. chemical analogies of (HILL) A. ii 418. chemical behaviour of (RAPLEIQIIL and RAXSAY) A. ii 105. combination of with magnesium (TROOST and OIJVRARD) A. ii 99. a possible compound of (RAMSAP),. A ii 20. crtrbon compound of spectrum of the (CROOKES) A. ii 2. percentage of in expired air (KEL- LAS) A. ii 661. presence of in the air-bladder of fishes (SCHLOESING and RICHARD) A.. ii 436. estimation of (SCHLOESING) A. ii,. 166 219. separation of from nitrogen (LIMB) A. ii 299. Aristidinic wid (HESSE) A. i 180. Aristinic acid and its salts (HESSE) A. Aristolic acid (EESSE) A. i 180. Aristolin (HESSE) A i 180. Aristolochia argentina constituents of' the root of (HESSE) A. i 180.Aristolochic acid (HEESE) -4. i 180. Aristolocliine (HESSE) A. i 180. Arite from Sardinia (LOVISATO) A. ii i 180. 183. Arsenic vaponr density of (BILz) A.,. ii 152. action of magnesium on solutions containing (VITALI) A ii 420. action of on plants (STOLLASA) A. ii 538. in coal ( DOHERTY) A ii 566. Arsenic triohloride action of potassium bromide and iodide on (SNAPE) A. 2 641. trihydride (orsize) influence of the walls of the containing vessel on the rate of decomposition of (COREN) A. ii 593.INDEX OF SUBJECTS. 795 cstimation of ( D E N I c ) ~ ) A. ii Trioxide molecular formula as yapour and in solution (BILz) A. ii 152. Arsenites detection of (TARGGI) A. detection of in presence of chrom- Arsenites thio- and thioantitnonites crystallographic relations between (PENFIELD) A.ii 659. Arsenates detection of (AKTONP) A. ii 390. Arsenic acid seleno- salts of (SZAR- VASY) A. ii 98. oxgselcnoarsenic and tliio-seleno- arsenic acids sults of (CLEVER and MTrTHMssN) A. ii 18. Ai-senic diselenotersulphide (SZAR- 387. Arsenic Oxides :- ii 548. ates (‘rARUGI) A. ii 340. thio- (XCCAT) d. ii 359. VASY) A. ii 98. triselenobisulphide (SZARVASY) A ii 98. pentaselenide (CLET’EE and MUTH- MANX) A. ii 18; (SZARVASY) A ii 98. sulphide physical change produced by gently heating (SPRIXG) A. ii 290. hydrated and its dccompition by pressure (SPRING) A. ii 97. Arseaic detection of in alloys of tin and lead (DE ICONINOH) A. ii 273 detection of in the presence of seien- ium (DAWYDOW) A. ii 219. estimation of ( ENGEL and RERNARD) A. ii 448; (GAUTIER) A.ii 449. cstimation of as ammonium magne- sium arsenate (FRIEDHEIM and MICILAELIS) A ii 74. estimation of as trisulphide (FRIED- HEIM and MICHAELIS) A. ii 74. estimation of iu alloys with lead tin and antimony (ANDREWS) A. ii 501. estimation of in iron ores steel and pig-iron (STEAD). A. ii 390. estimation of in crude sulphuric acid (HATTENSAPIL) A. ii 390. estimation of in glycerol (BARTON) A. ii 49.3. separat;on of cobalt from (JANNASCH and LEIINERT) A ii 547. separation of iron arid manganese (JANXASCH and &MnlEREE) A. ii 221. separation electrolytically from gold (SXITH a d WALLACE) A. ii 220. separation of mercu1.y from (JAN- AAemisin maritimn artemisin from (RIERcP) A i 59. Art em i s in from A r t enti.? in marit ima (MEKCK) A. i 59. A~toca.ipcs iategrifolin colouring mat- ters of (PERKIN and BABLICH) T.792; P. 1896 106; (PERKIIF) T. 14.u) ; P. 1896 167. Asbeferrite from Pennsylvania (GOLD- SMITH) A ii 36. Asbestos from Bosnia (FOVLLON) it.,. ii 483. Asbolite from Brussels (CROCQ) A. ii 434. Ascharite formula of (KOSMANN) A. ii 368. Asparacine in hops (BEHXENS) A. ii 207. in young plants of Yick satica (SCHVLZE) A ii 208. in certain vegetables (KINOSHITA) A. ii 61. from maleic anhydride and alcoholic. ammonia (PIUTTI) A i 669. from amnionia and aspurtamide (PI- UZTI) A. i 668. action of sodium hypochlorite on (DE CONINCK) A. i 282. conversion of into bromosuccinic acids (WALDEN) A. i 205. formation of duriilg germination formation of in plants supplied with nitrates and ammonia (KINOSHITA) A. ii 54.formation of proteids from in plants (KIXOSHITA) A. ii 54. part played by in nutrition of plants (LoEw) d. ii 57. in nodules amount of nitrogen as (STOKLASA) A ii 205. detection of (MOVLIX) A. ii 629. Asparagine group presence of in legu- min and vegetable slbuniin (FLEU- RENT) -4. i 112. Aspartamide (PIUTTI) A. i 669. action of aqueous ammonia on (PI- UTTI) S. i 668. Aspartic acid configuration of (PIS- CHER) A. i 526. rotatory power of (MARSIIALL) T. 1022 ; k’. 1896 146. preparation of Z-bi*omo- and Z-chloro- succinic acid from (WALDES) A. i 205. inactive ammoniuin salt of (TANA- TAR) A. i 5%!0. Asyeiyillus n iger assimilation of nitro- gen by (PORTEWITSCH) A ii 5’71. KASCH) A ii 676. (PRIANI@CHNIKOFF) A . ii 380.796 IXDES OF SUBJECTS. dsper@lus niger mineral nutrition of (BENECKE) A.ii 572. inversion of cane-sugar by (FERYI and MONTEBANO) A. ii 493. action of on alcoholic fermentation (BO~RQUELOT and HkLtrssEP) A. ii 321. einulsin from (BOURQUELGT and HPRISSEY) A i 195. extraction of maltase from ( BOUR- QUELOT) A i 111. Asphalt artificial production of from petroleum (MABRKY and BYERLEX) .I. i 329. Asphodelus ratnosus fermentation of (RITIIJRE and BITLHACHE) A. 203. (WIXTERSTEIN) d. ii 210. (WINTERSTEIN) A. ii 210. Aspidiuiit Jilis mas cell-membranes of Sspleniu~tfilix fem. cell-membranes of Assimiiation. distinction between elabomtionnnd (Crtoss BEVAN and SMITH) T. 1605 ; P. 1896 174. of plants effect of abundant applica- tion of nitrogen on (MULLER) A. ii 54. of plantP formation of proteids and carbohydrates in (SAPOSCHNIKOFF) A ii 537.of nitrogen from nitrates and amnionia by plants (KINOSHITA) A ii 55. of nitrogen by moulds (PURIE- WITSCH) A. ii 571. of lecithin hy plants (STOKLASA) A. ii 266. Assimilation. See further under Agri- cultural Chemistry (Appendix). Association inolecnlar in liquids (EYTBEICHER) A ii 150. of molecules in liquids effect on the heat of evaporation of (LINE- BURGEB) A ii 9. Asymmetry and symmetry molecular (QEOTH) A. ii 159 ; (LADESBURG) A. ii 2G. Atisine extraction of froni the root of AconittGm Izeterophylhtn and its purification (JOWETT) T. 1519 ; P. 1896 158. properties and ealts of (JOWETT) T. 1521 j P. 1896,158. action of alkalis and acids on (JOWETT) T. 1525 ; P. 1898,159. Atmospheric air specific beat of (AMAGAT) A. ii 349. liquefaction of (DEWAR) P.1893 221 ; (BLOUNT) P. 1899 232. presence of argon and helium in attempt to detect helium in (RAY- (KAYSER) A. ii 19. LEIGH) A. ii 599. Atmospheric air possible occurrence of hydrogen and methane in (PRIL- LIPS) A ii 162. origin of the oxjgen of (PHIPSOK) A. ii 265. expired percentage of argon in (KELLAS) A. ii 661. and atmospheric percentage of argon in (KELLAs) A ii 661. estimation of carbonic anliydride in (HENRIET) A ii 624,. estiinatioti of carbonic aiiliydl*ide in apparatus for (HEIDENHAIN) A. ii 337. estimation of carbonic oxide in (HALDANE) A. ii 76. estimation of oxygen in (KREIDER) A ii 124. Atomic tlieory the origin of Dalton’s (DEBUS) A. ii 639. Atomic weight OY weights of the ele- ments (L. MEYRR) (BEDSON) T. 1423 ; P. 1896,119.of the elements relation between (LEA) A. ii 594. pciirs of elements with approximately equal (LORENZ) 9.. ii 639. of argon (HILL) d. ii 16; (RAY- LEIGH and RA_\rsAl-) d. ii 103. of cirrbon (WALNKLYN) A ii 165. of cobalt (HEXPEL and THIELE) A. ii 302. of helium (LAPIGLET) A ii 99. probable of constituents of heliuin (RUXGE and PASCflEN) d. ii 2. of oxygen and hydrogen ratio of the (THOMSEN) A. ii 244. of oxygen (HILL) A ii 17 ; (THOM- SEN) A. ii 244,471 j (MORLEY) A ii 644. of tellurium (STSUDENXAIER) A ii 97. of Japanese tellurium (CHIKASHIG&) T. 881 ; P. 1896 151. of tungsten (SCWNEIDER) A ii 428. of zinc (RICHABDY and HOGERS) A. ii 21. Atoms analogy of with vortex rings (FITZGERSLD) T. 889 ; P. 1896 25. forces acting between (BITZGERALD) Atranoric acid occuri*ence and proper- ties of (ZOPF) b.i 103. Atropine action of on embryonic heart influence of on secretion of urine effect of on gerniination of seeds titration of by iodine (KIPPEN- T. 901. (PICEEH-ING) A. ii 46. (WALTI) A ii 666. (Mosso) A. ii 325. UERGER) A. ii 682.INDEX OF SUBJECTS. 797 Atvoscitie npture of (SCHYIDT) A. and salts from commercial scopolamine Augitc from Boheinia (HrnscIr) A. froin Colorado (EAKINS) A. ii 39. from Renfrew New Jersey Aurin isomeric aeetjyl derivatives of (HERZIG) A. i 486. Autodigestion in organs after death (BIONDI) A. ii 616. Autumnixanthin (STAATS) A. i 181. Avenalin the proteicl of oat-ket nel (OSBORSE and ~AJIPBELL) A. i 716. A uenor elntior. potash and phosplioric acid required by (SMETS and YCHREIBER) A ii 384.Awaruite from Zermatt (ASTON and BONNEY) A. ii 611. dzelaic acid (BEHREND) A. i 410. from the oxidation of undecolic acid bis-dzimethyleiies (QCHOLTZ) A. i 343. Azimidee. See Azoimides. Azimidobenzene from benzeneazimidole nitro- methyl derivative (ZINCKE and 3 4-Azimidobenzoic acid and its salts and acctyl derivative (ZINCPE and HELMERT) A. i 550. Aziinidoethyleneditarboxylic acid (ZrNcfiE and HELNEKT) A. i 550. Bziinido-~-metli~1tlii~zole - a - carboxylic acid (WEIDEL and NIEJIILOWSEI) A i 106. Azimido-m-uramidobenzoic acid (ZINCKE and HELYERT) A. i 548. Azimido-p-uramidobenzoic acid (ZINCEE and HELMERT) A. i 549. Azinemethanedisulphonic acid potas- sium salt (VON PECHMANN) d. i 6’78. Azines reduction of (CURTIUS) A. i 339. Azinesuccinic acid etliylic salt action of heat on (CURTIUS) A.i 337,338. Azoacetic acid reduction of (CURTIFS) A. i 338. Azobenzene preparation of (LOB) A. i 605. heat of conibiuation with benzene in the liquid and solid states (PICHE- RIFO) A. ii 148. behaviour of towards phenylltydr- nzine (WALTHER) A. i 543. condensation with benzaldehyde. See Benzaldeh yde. dzobenzene amino- behaviour of towards phenjlhydrazine ( WATP THER) A i 543. i 712. (HESSE) A. i 856. ii 117 534. (W~LFXSG) A. ii 432. ( KRAFPT) A. i 665. (ZINCKE) 8. i 430. HELXERT) A. i 301. YOL. LXX. ii. dzobenzene p-amino- decomposition of with sodium hypochiorite (COX- ISCK) A. i 364. di-m-dittinino- bisazimide diacetyl and dibenzoyl derivatives oxalnte azo-@-naphthol derivative ( MEL- DOLA and A . s u n ~ w u ) T. 10; P. 1895 215. di- m -d iitmi no- behaviour of towiL1ds p-nitrodiazobenzene chloride (MEL- DOLA and ANDREWS) T.13. diiodo- from di-at-clian1inoazobenzeiie MELDOLA and AXDREWS) T. 13 ; P. 1895 215. ;Izobenzimide. See Benzazoimide. Azo-o-benzyl-o-anisidine (BEECH BRUNNER and BIRK) A i 160. Azoi.robutyronitrile (THIELE and HEUSER) A . i 381. Azo-colouring matters formation of (VAUBEL) A. i 28. Azo-compounds action of sunlight on (OGLOBIN) A. i 649. dzodiisobutyrttmide (THIELE and HEUBER) A. i 346. Azodiisobutyric acid amidoxime of (THIELE and HEUSER) A. i 342. ethylic salt (THIELE and HEUSER) A. i 342. imidoethyl ether hydrochloride of (THIXLE and HEUSER) A. i 342. imidomethyl ether hydrochloride of ( ‘ h I E L E arid HEUSER) A. i 342. methylic salt (THIELE and HEUSER) A. i 342. Azodiisobutyronitrile (THIELE and HEUSER) A i 342.dzodiincthylnaphthalene (CANNIZZAEO and ABNDREOCCI) A. i 488. Azodinaphthpldianiine. See dzo- naphthalene amino-. dzoiinide general account of (CURTIUS) formation of (CFRTIUS) A. i 338. ammonium salt (CURTIUS) A. i 338 hydrazine salt (CURTIUS) A. i 339. sodium salt electrolysis of (PEHA- TONER) A. ii 245. benzoyl glycolyl malonyl and suc- cinyl derivatives of (CGRTIUB) A i 34 35. Azoimide from m-dinitrodiphenylant ine and its metliiodide (ZINCHE and HELXERT) A. i 300. from hydroxyazobenzene and its methiodide (ZIPI’CKE and IFEL- MERT) A. i 301. constitution of (ZINCKE and HET,- XERT) A. j 300. A. i 337. 339. Azoiniides (CURTIUS) A. i 339. 36798 INDEX 01 Azoimides action of water and of alcohol Azoiniidocarbonic acid metliylic salt (CURTIUS and HEIDENREICE) A.i 143. Azontlph thaleze ainino- discovery of (HOFMANN LECTURE) T. 603; P. 1893,138. Azoriium compoiinds from plienyl-o- phengleqediamine and @-nap11 thaqui- nonesulphonic acid (KEHRMANN and LOCHER) A. i 700. Azophenylethyl. See Benzeneuzo- ethane. o-Azophenylic ether (HAETJSSERMANN and TEICRMANN) A. i 533. p-Azophenylic ether (HAEUSSEBYANN and TEICHXANR) A. i 533. Azotetxazole electrolytic conductivity of solutions of the sodium salt of m-Azotoluene its dibenzylidene and di- orthohgdroxy benz! lidene derivatives (JACOBSON and FABIAN) A. i 97. Azotrinaplithyldiamine preparation of (HOFMANN LECTURE) T. 621. Azoxybenzene beliaviour of towards phenylhjdrazine (WALTHER) A i 542. cli-rn-amino- dihydrochloride di- acetyl derivative bisazimide azo-& naphthol derivative (MELDOLA and ANDREWB) T.7 ; P. 1895 215. diiodo- from di-in-aniinoazoxy-ben- zene (MELDOLA and ANDREWS) T. 10 ; P. 1895,215. Azoxydimethjlaniline preparation of EDELEANU and ENESCU) A. i 359. Azoxyplienyl-p-tolyl ketone and its oxime (LIUPRICHT and LENZ) A. i 41. Azoxyphenyl m-xylyl ketone. See Phenyl mn-xylyl ketone azoxp-. Azo-compounds. See preceding entries and also :- Benzeneazimidole. Benzene-4-azo-2-acetamidophenol. Benzeiie-4-azo-2-aminop henol. Benzeneazo-m-cresetoil. Benzenettzo-o-eresetoil. Benzeneazocyanacetic acid. Benzeneazoethane. Benzeneazoquaiacol. Benzeneszoimidoforniyl cyanide. Benzenertzophenetoil. Bmzeneazoresorcinoloxime. Benzeneazosalicylic acid. Benzeneazoximidoresorcinol. Benz enediazoni um derivatives.Benzenediazosulphonic acid. Benzene-6 l-diazoxide. Benzenylazoximee thenyl. on (CURTIUS) A. i 340. (BAUR) A. ii 144. SUBJECTS. Azo-compounds. See :- Benzoyl-p-h ydroxyazobenzene. Benzjlidenea zine. Carbohydrasimine. nz-Cresolbisazo-o- toluene. m-Cresolbisaxo-m- toluene. m-Cresolbisazo-p-toluene. Diazoacetophenone. Diazoaniinobenzene. Diazoaminosulphanilic acid. Diazobenzene. Diazobenzene anhydride. Diazobenzenemercuptm liydrosulplr- Diazobenzenc sulphide. Diazobenzene bisulpliide. iso-Diazobenzene hydroxide. Diazobenzenehydroxys midobenzyl. Diazobenzeneh ydroxyamidomethane. Diazobenzeneimide. Diazobenzenesulphonic acid. iso-Diazobenzenesulphonic acid. Diazobenzenethiophenyl ether. Diazo-p -clilorobenzme tribroniide. Diazo)iydroxyainidobenzeiie.Diazomesitylene iodide. Diazomethsnedis~~lphonic arid. Diazoniunianthranilic acid. Diazoperhaloids. Diazophenol hydrosulphides. Diazophenols. Diazophenolsulphoiiic acids. p-Diazo-p-phenoxybenzoic acid. Diazophen y I in duline. Diazopiperony lacetone. Diazosalicylic acid. Ditlzosulphanilic acid tliiophenyl Diazotoluene. Diazotoluene anhydride. iso-Diazo-p-toluene. 6 l-Diazoxy-2-anisoil. 3 2-Diazoxyphenol. iso-Dihy drotetrazine. Jliineth y lazobenzenes. Dipheny leneazone. I>isazo-coinpound C14H12N4 obtained from In-arninobenzolc acid. Formazyl hydride Fcjrmazyl-y -hy droxybenzene. Formaz yl-p-metkoxybenzene . Eydroxydiazonaphthalenevulplionic Maloiienediazoximedibenzm yl. Malonenediazoxime-etheny 1. Mesitjldiazonium triiodide. Methjlazobenzenes. Metli~lethenyldiazophen~lenamidine .1 2 3-N~pl~tlialeneazohydroxy- B-Naphthylazocarboxylamide. o- and y -l’henetoilazo-p-phenetoils. ide. ether. acid. naphthoic acid.INDEX OF SUBJECTS. 799 hzo-coiniioutitls. SCC - 1 Azo-conii)ounds. See :- 0- m- 'and y-Plienetoilazo-p-phenols. Ylienylazocarbonanilicle. Pliei~yvlazor~rboxplic acid nncl ainide. Ylieu?.l(liazosulphonic wid. Phcny I-p-diazotoly lsul phone. PhenylmetJi y lpyrazolorieazobenzene. Phei~yl-a-p-nitroplienyl-~~-plie~~yl~ Yhenylthiodiazobcnzcne. Te traine thplazoxy an i line. Tetramet h ylditLmino-a-uzonaplit~al- ella. Tetrazine. Tetrathg ldiamino-a-nzonaphthalene. 0- m- and p-Tolueneazo-o-crewtoils. 0- sn- and p-Tolueneazo-m-cresetoils. In-Tolueneazo-o-tredol. 0- 1n- and p-Tolumenzo-m-cresols. 0- m- and p-Tolueneazophenetoils.p-Tolueneazoplieno1. pToluenediazoamidoben zenesul ph - Trimetliyhzoxyaniline. m- Xyleneazophenetoil. m- Xyleneazophenol. Azoimicles :- Benzoylazoimide. Qlycolylazoimide. Hippury lazoimide. 0- nt- and p-Hydroxybenzoylazo- Maloii y lazoiniide. Phenylazoiniide. Yhcny lcwbarnazoimide. iso-Plit halylazoii nide. 3nccinyllzzoiniicle. Terephtlialylazoimide. bis-'l'oluenediazoimidc. Hydrnzo compounds :- Acet ai~e11ydeplien~ll:ydrazone. Acetoocet onylhydrazidc. Acet~hip~)uryl)i~drazide. Scetohippury I phenylhyclrazide. Acetohydrazide. Acctonyl - o - beuzoicsulphinide- hpd razone. Acetylbutylic alcohol phenylhjdr- azone of. Acid ClbH2002 phenylhpdrazide of. Aldehydocitrazinic acid phenyl- hydrazine derivative of. Anisaldehydeliy drltzone. Anisylglyoxylic acid hydrazone.Arabinose ethyl- amyi- allyl- benzyl- and naphthyl- hydra- zone3 of. niethylformazyl. onic acid. imid es. Benzaldeh ydephenylhydrazone. Bcnzhydrazide. Benzoindicarboxylic acid osazone Of. Ben%oylcoumaroneh ydrazone. Benzoplmethylic phenylic ether Benzoy lveratrolphen ylhydrazone. Desylacetophenonehpdrazide Diazobenzcnebenzog Ihydrszine. Diazobenzenephenylhy drazone- methanedisulphonic acid. Dibenzylhydrazine. Dicarboxyphenylglyoxylic 8cid phenylh ydrazone. Diphcn y 1 hydrazi n e. Diliippurylhydi.azine. ~imetl~;ylIi~drazobenzenes 2 4- 2 6-Diniethyloctan-3-onoic acid Dipheny lcarbaziclcdicarboxylic ni phenylene-0-dihy drazine. Diphenyl-4 5-octanedione di- phenylhydrazone of. Ethoxyphenylhydrazine. Fluorenonephenylh ydrazone. Galactose ethyl- ainjl- benzyl- allyl- and naphthjl- hydrszones of.Glucose ethyl- atnyl- benzgl- alljl- and naphthyl-hpdrazones O f . H i ppurylcinna.ziiylideneliydrazine. Hip puryl hy drazine. Hyd razioxalyl. Hydrazobenzene. HrdrazonephenylgIy.oxy1ic acid. p-Hydrazophenylic ether. Hy droxynaphthalenesulphonic acid Iiy drazo-. Hydroxyplienylethyl propyl ketone phenylhydrazone. Hydroxjstyryl propyl ketone phenylhydrazone. Lactose ethyl- amyl- allyl- benzyl- and naghthyl-hydra- ZOlleS of. B-LactylphenSlhydrazide. &tannose ethyl- aiuyl- allyl- Menthonemeii thylhjdrazone. Menthylhydmzine. Methoxy henzaldehydeh y drazone. 0- Methoxybenzoplienonephenyl- hyd razonc. Methylanilidobutyl ketone yhenyl- hydrazone. Methylacetonedicsrbox~lic acid phenylhydrazone methylic salt of 3-Me~hyl-5-isobutyl-~~-cycZohex- enone and its carboxylic acids phenylhydrazones of.56-2 pbenylhydrezone. and 4 3'-. carbazont of. acid. benzyl- and naphthyl-hydrazones of.800 INDEX OF SUBJECTS. Bacillus ropiness of beer caused by (BROWN and MORRIS) A. ii 321. amylobucter compound nature of (OMELIANSKI) A ii 203. cholera growth of in sunlight (WESBBOOE) A ii 265. Jluorescens lipuefaciens inrersion of cme-sugar by (FERMI and MONTE- SANO) A. ii 493. megatererium inversion of cane-suwar by (FERMX snd MOXTESANO) 8. ii 493. subtilis action of on beer (BROWS) A. ii 321. Bacteria nodule action of lime on (TACEE) A. ii 439. of the soil and nitrogen assimilation (STOKLASA) h. ii 207. which produce ammonia action of phosphoric acid on (BURRI HER- FELDT and STUTZER) A. ii 415.Bacterio!pis or first stage of fermenta- tion of certain organic substances (ADENEY) A. ii 326. 3acterium producing mannitol fermen- tation (BASILE) A. ii 121. 3alance an auxiliary assay (LAW) T Mohr’s modification of (GUGLIBLMO) Balance-sheet of the Chemical Society 526 ; P. 1896,75. A. ii 24&. March 21st 1896 T. 572. Azo-compounds. See :- MetliFlbutylhydrazine. 3-~~ethy~-5-liexy1-Aif-eyclohex- enone and its carboxylie acids pheriylhyd~azoncs of. Meth ylli ydrazobenzenes. a-’i\lethylphenylliydrazine. Methylpropylbenzaldehydehydra- Naphth~lbenzy lli3drazine. Oxgdimethylnaphthol phenyl- Phenacy l-o-benzoicsulphinid e- P henylaminobenzylhydrazine. Phen ylbenzylideneh yd razone. Phenylbenzylidenemeth yl hydr- Phenylisobutg lidenehydrazine. Phenylformy 1 hydrazide. Phenythydrazine.Phenyihydrazinedisulphonic acid. Phenylhy drazinoacetamide. Pheny by drazinoacetanilide. Phenyhydrazinoacetophenylh ydi*- Phenylhydrazinoformic acid. 8-Phenylhydrazinopropionic acid. Phenylhydrazonemethanedisdph- onic acid. Phenyl hydroxy s tyry 1 ketones phenylhydrazones of. Phenylmethylisobutylidenehydr- azine. Phen ylmekhylhydrazine. Phenyl p-tolyl ketone phenylhydr- Yhthalylhydrazide. iso- Phthalylhydrazide. a-Pinonic acid hydrazone of. 5-iso-Propylheptan-2-onoic acid phenylh ydrazone. Pyrazolonephenylhydrazone and p-toly lhy drazone. Py ridineace tonephenylh3 drazone. Quinonemonophenylbcnzojlhydr- azone. iso-Rhamnonic acid phenylhydr- azide. Rhamnose ethyl- aniyl- allyl- bcnzyl- and naphthyl-hydr- &zone8 of. iso-Rhamnosep henyili ydrazone. Bulllhohy drazimethy lenecarbox ylic Terephthal y lhy drazidace toace tic Terephthalylh ydrazide.p-Tolylglyoxylic acid hydrazone. Tropinonepheny lhy drazone. Veratraldeh y deh ydrazone. Veratroylglyoxylic acid hydrazone. zone. hydrazone. hydrazone. azine. azide. azone. acid. acid. Azo-compounds. See :- Xylose ethyl- amyl- allyl- benzyl- and naphthyl-hgdr- &zones of. Semicarbazides or eemicarbazones :- niplienvlseniicarbazid e. Diphen>lthiosemicarbazide. d- and Z-Menthonesemicarbazones. Phenylace tony laemicarbazide. Phen ylacety lsemicarbazide. Pheny lbenzoy lseinicarbazide. Phenylcarboxyethylsemithiocarb- Phenjlsemicarbazidea. Ylieny lsemicarbazidecarboxylic Phen j lthiocarbazinic acid bisulph- Phenpltliiosemicarbazide. 5-iso-Propylheptan-2-onoic acid Terpenone CloH,60 semicarbazone Thiosemicarbazides and thiocarb- azide.acid. ide. semicarbazone. of. azides. nomenclature of. Azurilic acid; C‘,H,N,O (FISCHER) A. i 142. B.INDEX OF SUBJECTS. 801 Balance-sheet of the Research Fund March 21st 1896 T. 573. Balsam acajou cantharidin-like effects of (SPIEGEL and DOBRIN) A. i 654. Mecca resins contained in (BAuR) A. i 58. Balsams. See also :- Copaiba Gurjun and Tolu balsams. Halsamodendroa Kaful opoponax from ( BACR) A. i 57. Baptisia AustruZis cytisine i n (PLUGGB) A i 61 68. 61 6.7. tinctoriu uytisine in (PLUUGE) A. i Baptitosine identity of cytivine with (PLUGUE) A. i 67. Barium in rocks (HILLEBRAND) A. ii 391. injurious action of on plants (HASEL- HOFF) A. ii 267. Barium salts influence of on blood coagulation (HORNE) A.ii 437. bromide thermocheniicnl data of the compound of mercuric cganide and (BARET) A. ii 88. oxybromide thermochemical dais of (TASSILLY) A. ii 465. chlorate action of nitric oxide on (AUDEN and FOWLER) A. ii 172. chloride freezing points of solutions of (LooxIs) A. ii 352 ; (PON- s o t ) A. ii 412. dissociation pressure of hydrated ( M~LLER-ERZBACH) A. ii 295. oxychloride thermochemical data of tetrachromite (DUFAU) A ii 524. ferrate (ROBELL) A. ii 175; ferrite (MOESER) A. ii 230. imidoaulphonntes (DIVERS and HAGA) T. 1622; P. 1896 179. periodate action of nitric oxide on (ATJDEN and FOWLER) A. ii 172. iodide thermochemical data of the action of mercuric cyanide on (VARRT) A. ii 148. iodomolybdate (CHR~TIEN) A. ii 651. niobate (TjARSSON) A..ii 564. oxide action of dry hydrogen chloride aulphate solubility of (FHESENITJS and HINTZ) A. ii 499; (Kus- TER) A. ii 625. precipitation of by barium chloride (LUNGE) A. ii 672. detection and estimation of in pre- sence of silicates (DE KONINGIX) A. ii 276. (TASSILLY) A. ii 465. (?~OESER) A. ii 250. on (VELEY) A. ii 360. Barium metstungstate physical pro- perties of (SOBOLEFF) A. ii 478. properties of (SOBOLEFF) A ii 477. tungstitartrate (HENDERSON nnd BARR) T. 1457; P. 1896 169. Barium detection of traces of in strontium salts (SOREXSEN) A ii 362. detection of microchemically (TRAUBE) A. ii 578. estimation of by alkdiv volumetri- cally (REOPS) A. ii 500. separation of calcium and stront,ium from (DUPASQUIER) A. ii $60. Barklyite from N.S. Wales (LIVER- Barley protection of diastase by the colouring mutter of (GREEN) A.i 110. changes during germination of (EHBICH) A. ii 541. effect of cliemical subetances on ger- mination of seeds of (SIGMFND) A. ii 441. phosphododecatungstste pliysicnl SIDGE) A. ii 657. proteids of (OSBOBNE) A. i 455. is try (Appendix). Barley. See also Agricultural Chern- Barley-meal proteids from (KJELDAHL) A. i 583. B a d t from Bondi N.S.W. (CURBAX) A ii 40. from East Lothian (HATCIX) A ii 116. leucite from Vesuvius (THOBPE) A. ii 41. Base C,H,N3O2 from albumin salts (HEDIN) A. i 659. CSHl,NO from reduction of can?- pliorone-oxime oxalate (KERP) A. i 4.48. CSHIGN .from reduction of isophor- one-oxime and its oxalate and carbamide (KERP) A. i 41.8. C,,HI1 N3 from phenylisobutyl- ideiiehydrazine and its zinc chlor- ide compound picrate and bromo- derivative (BRUNNER) A.i 169. Cl2Hl9N from camphoroxinie and its salts (FORSTER) P. 1896 146. Bases Cl2H1;0N isomeric from 1 3 4- xylidine and acetaldehyde and their benzoyl derivatives oximes and aniline anisidine and 1 3 4- xylidine compounds (MILLER and PLOCHL) A i 534. inorganic poisonous effect of on algB and infusoria (BOKOBNP) A. ii 669.802 INDEX OB’ SUBJECTS. Bauxite from Alabam I (HILLERRAND) Bauxites composition of (LAuR) A. ii Bean dye of blue (WEIGERT) A. i Beans. See Agricultural Chemistry. Beaumontite from Sweden (HOLST) Bebeeriizum preparation of bebirine Bebirine preparation of from “ Be- beerinumpuvum ’? (SCHOLTZ) A. i 710. hydrochloride methiodide and acety 1 and benzoyl derivatives and oxida- tion product (SCIIOLTZ) A.i 710. Bcef-tea ecrtimation of solids in (DE KOXINGH) A ii 552. Beer action of BaciZlus subtilis on (BROWN) A. ii 321. ropzness of caused by bacteria (BROWN and MORRIS) A. ii 321. the unfermentable reducing residue of (MORRIS) A. ii 394. detection of fluorine in (BRAND). A. ii 447 ; (HEFELXANN and MANN) A. ii 497. detection of salicylic acid in (SCHOEPP) A. ii 227. analysis of (MORRIS) A ii 394. black polaiisation and analjsis of (.HERON) A. ii 394. estimation of dry Pubstance in (ELIOX) A. ii 395. estimatiori of glycerol in (LABORDE) A. ii 77; (PARTHEIL) A. ii 78. estimation of maltodextrins in (MORRIS) A. ii 394. Beer-worts removal of nitrogenous matter from malt and (EHRICE) A. ii 540. polarisation and analysis of (HERON) A ii 394.estimation of dry substanee in (ELIOS) A. ii 395. estimation of proteids in (SCHJER- NIXG) A. ii 631. Beeswax. See Wax. Beetroot composition of pollen of flowers of (STIFT) A. ii 541. red dyes of (WEI~ERT) A. i 388. See Agricultural Chemistry (Appen- A. ii 40. 430. 388. A. ii 312. from (SCHOLTZ) A. i 710. dix) and Sugars. Behenoxyljc acid constitution of Benzaldehjde magnetic rotatory power ac. of (PERPIN) rr. 1064,1091 1125,1199 1242. from the electrolysis of potassium mandelate (WALKER) T. 1279. reduction of (KAUFFMANX) A i 649. (~PIECKERX&NN) A i 410. Benzaldeliyde action of etliylic ortho- formate on (CLAISEN) A. i 464. wtion of on hydrocotarnine ( LIEBER- MAKN) A. i 711. condensation of with acetophenone (TON KOSTANECKI and ROSSBACH) A. i 556. condensation of with adipinketone (TORLANDER and HOBOHM) A i 603. condensation of with o-nminobenzpl- p-toluidine o-aminobenzyl-o-tolu- idine o-aminobenzyl-o-anisidine (BUSCH) A.i 507. condensation of with azobenzene (BARSTLOWSPY) A. i 358. coridensation of with qclokexanone and with i.vobutylic acetonedicarb- oxjlato (PETREWKO-KRITSCHENKO and ARZIBASCHEPF) A i. 671. condensation of with o-hydroxy- met ophenone ( FRIEDLANDER and RUDT) A i 439. condensation of with o-nitroaceto- phenone (EKGLER and DORANT) A. i 49. condensation of with thiopheii (TOHL and NAHPE) A. i 690. condensation of with 23-tolyl metlq-1 ketone ( KOSTANECKI and Ross- B t C t l ) A. i 688. lithium hydrogen sulphite (FAG~~RD) -4. i. 39. Benzaldehyde o- and m- chloro- pre- paration of (GNRHM and BAN- ZIGER) A.i 432. 3 4-diahloro- preparation of (GXEHX and BAXZIOER) A.. i 432. 2 5-dichloro- preparation of (GNEHX and BANZIGER) A. 4432. aniline methy lamine andp-phenet- idine derivatives of (OSEHM and BAXZ~GEU) A. i 432 condensation product of with di- methylaniline (GNEHM and BANZIGER) A. i 432. 2 5-dichloro-6-nmino- (GKEHX and BAXZIGIW) A. i 432. 2 5-dichloro-6-ritro- and its aniline derivatire (GXEHM and BAN- ZIGXR) A i 4.32. substance free from nitrogen ob- tained from by action of sodium sulphite (QKEHM and BAN- ZIOER) A. 1 433. 2 5-dichloro-?-nitro- and its ani- line deriyatire (GNEHM and BANZIGER) A. i 432. o-iodo- and its diclilc r d e (PATTER- SON) T. 1006 ; P. 1896. 153. m-iodo- and its dichloride (PATTER- SOX) T. 1002; P. 1896 1L3.INDEX OF SUBJECTS.803 Benzaldehyde,p-iodo- and its dichloride (PATTERSON) T. 1005; P. 1896 o-iodoso- (PATTERSON) T. 1007 ; 9%-iodoso (PATTERSON) T. 1003 ; acetate. See Acetic acid benzalde- p-iodoso- (PATTERSON) T. 1005 ; P. 1896,153. m-iodoxy- (PATTERSON) T. 1004; P. 1896 153. y-iodoxy- (PATTERSON) T 1005 ; P. 1896,153 nitro- heat of combustion of (MATI@- NON and DELIGKY) A ii 88. m-nitro- condensatioii of with o- aininobenzylauiine (B~SCH) A. i 507. p-nitro- condensation of with aniline (PR~D’HOXXE) A. i 307. Benzaldehj decynnh~dnn hydrolysis of with alkalis ( GLUCGSNANN) ,A. i 39. condensation of with benzaldehyde (FISCHHR) A. i 262. B enzaldeliycledipl~en,ylliydrazine Benzaldeh y deph enylhydrazone (WALKER) T. 1279. action of formaldehyde on (WAL- KER) T. 1285.Benzaldeliydephenvlliydraz~ne 2 5-di- chloro- (GNE~SI and BANZIGER) A. i 432. 2 5-dichloi~o-6-amino- (GNEHX and BANZIGER) A i 432. 2 5-dichloro-6-nitro- (GEEHN and BANZIQER) A i 432. 2 6-dichloro-?-nitro- (GXEHM and BANZIGER) A i 432. o-ioclo- (PATTERSON) T. 1008 ; P. 1896,153. m-iodo- (PATTERSON) T. 1009 ; P. 1896,158. piodo- (PATTERSON) T. 1009 j P. 1896,153. Benzaldehydine amino- (HINSBERCJ Benznizfialdoxime aiid its hydro- chloride (LUXNOOHE) T. 177; P. 1895,149. action of phosphoriis trichloride on (FUXXOORE),T. 191 ; P. 1895,149. action of phosphorus pentachloride on (LUXMOO~E) T. 190; P. 1895 149. chloro-derivative of ( LUXNOORE) T. 191 ; P. 1895 149. Benzaldoxime sulphates (LUXNOORE) T. 180 ; P. 1895 149. 153. P. 1896 153. P. 1896 153. hyde 9%-iodoso salt of.(CAVSSE) A. i 611. and li OLLEB) A. i 537. Benzddoxime 2 5-dichloro-6-fimino- (GNEHM and RANZIOER) A. i 432. 2 5-dichloro-6-nitro- (GNEHM and BAXZIGFER) A. i 432. 2 5-dichloro-?-nitro (GNEHN and BANZIQER) A. i 432. o-ioclo- (PATTERSON) T. 1008 ; P. 1896 153. 9%-iodo- and its dichloride (PATTEE- SON) T. 1008; P. 1896,153. p-iodo- (PATTERSON) T. 1008 j P. 1896 153. Benzs.qiaaldoxime preparation of (HANTZSCH and SCHULTZE) A. i 672. velooity of formation of benz-miti- aldoxime from (LEY) A. ii 243. action of phosphorus tricliloride on LUX MOO RE),^!. 192 ; P. 1896,149. salts of (LUXMOORE) T. 180; P. 1895 149. hjdrochloride (LUXMOORE) T. 179 ; Y. 1895 149. acetate velocity of formation of nitrile and acetic acid from (LEY) A. ii 243. p-brom velocity of formation of nitrile and acetic acid from (LEY) A.ii 243. p-cblor velocity of formation of nitrile and acetic acid from (LEY) A. ii. 243. piodo velocity of formation of nitrile and acetic acid from (LEY) A. ii 243. p-chlor yelocity of formation of the anti-modification from (LEY) A. ii 243. Benzaldoximcs isomerism of alkyl de- riv,ztii+es of (LEXNOORE) T. 187 ; P. 1895 149. methyl derivatives of (LUXMOOBE) T. 186. iso-Benzaldoximido-acetic acid (HANTZSCH and WILD) A. i 285. action of halogen acids on (HANTZsCIt and WILL)) A. i 286. its metallic salts and ethylic salt (HANTZSCIX and WILD) A. i 285. preparation of (LUXNOORE) T. 188 ; (BESCH and STEUN) A. i 677. magnetic rotat.ory power &c.,of (PER- KIN) T. 1114 1216 1246. heat of solution in etliylic alcohol of (SPEYERS) A.ii 411. action of phosphorus triehloride on (LACHMANN) A. i 601. decoinposition of with sodium hypo- chlorite (COXINCK) A. i 364. action of sodium etlioxide on (COHEN Benzamide (CUHTIUS) A. i 840.804 ISDEX OF SUBJECTS. and ARCHDEACON) T. 94; P.# 1896 8. Benzamide acetjl derivative of (ELA- CHER) A. j 33. Benzamide o-chloro- tbermochemical data of (RIVALS) A. ii 410. thio- action of iodine on (HOFMANN LECTURE) T. 714. Benzamidine condensation of with Benzamidoacetamidothymol (SODERI) Benzamidobenzene chloro- (SLOSSON) o-Benzamidobenzonitrile (PINXORO and Benzamidobenzoylthymol ( PLANCHER) 2-Benzamidodiphenyl (PICTET and Benzamido-p-methylbsnzylamide (Cos- 3-Benzamidoquinoline (CLAUS and p.Benzrcmidosulyhonainide (REMSBN Ben zam id osulphonrcmide infusible benzoin (KULISCH) A.i 627. A. i 359. A. i 216. SAXANN) A. i 366. A. i 358. HUBERT) A. i 53 483. TIG) A. i 163. SCHNELL) A. i 320. and MUCKENFUSS) A. i 482. (REMSEN and MUCKENFESS) A. i 482. Benzamidosulphonic acid p-bromo- ethylic salt of (BOTTINGEE) A. i 372. 5-Benzamidotetrazole (THIELE and INGLE) A. i 107. Benzamidothymol and its benzoate (PLANCKER) A. i 358. Benzanilide preparation of (COHEN and ARCHDEACON) T. 92 ; (BUSCH and STERN) A. i 677. benzoyl derivative of (HALLER) A. i 33. m-nitro-o-amino- (KRATZ) A. i 365. Benzanilamide sodium ethoxide (COHEN and ARCHDEACON) T. 94; P. 1896 8. Benzazide. See Benzo~lazoimide. Benzene discovery of (HOFMANN LEC-. TURE) T. 597. discovery of in coal tar (HOFMANN LECTURE) T. 890. constitution of (I~ETL and MEYER) A.i 145 j (BRUHL) A. i 247 ; (MICYER) A. i 213; (VAUBEJ,) A. i 213 352,646; (HANTZSCH) A. i 419. constitution according to the vortex atom theory of (FITZGEHALD) T. magnetic rotatory power &c. of (PERKIN) T. 1064 1082 1084 1085.1191 1241. heat of evaporation of (BECKMANK 892; P. 1896 25. FUCHS and GERNHARDT) A. ii 237 ; (GRIFPITHS and MARSHALL) A. ii 349. Benzene influence of pressure on the freezing points of solutions of sub- stances in (COLSON) A. ii 157. F-olume changes during the format ion of solutions in (JONES) P. 1895 179. derivatives action of bromine on and the effect of various groups on the orientation (VAUBEL) A. i 147. a-hexabromide (ORNDORF and Bow- ELLS) A. i 474. B-hexabrornide (ORNDORF and How- ELLS) A. i 474. hexabromide cis- and tmws-modifica- lions of (ORNDORF and HOWELLS) A.i 474. estimation of in illuminating gas (NOYES and BLIIVKS) A. ii 128. separation of from light petroleum (HENRIQUES) A. ii 77. separation of froni coal-tar naphtha (HOFMANN LECTURE) T. 598. Benzene bromo- magnetic rotatory power Stc. of (PERXIN) T. 1064 1118,1119,1202,1243. melting point of (7. SCHXEIDER) action of sodium on (WEILER) A. condensation of with ethylic oxal- o-dibromo- preparation of ( J 3 ~ x - r ~ and VAN LEENT) A. i 603. 1 3 5-tvibrotno- (JACKSON and CAL- VRRT) A. i 473. reduction of (JACKSON and CAL- VERT) A. i 538. action of sodium ethoxide on (JACK- SON and CALVERT) A. i 4.73. 1 2 3 54etrabromo- (JACZSOK and CALTERT) A. i 473. 1 2 4 5-tetmbromo (JACKSON and CALVEBT) A. i 473. 1 4-bromiodo- preparation of (HIRTZ) A.i 531. 1 3 5 2-tribromiodo- preparation of (JACKSON arid CALVhlIT) A. i 473. insoluble substance formed in the decomposition of (JACKSON and CALVERT) A. i 453. o-bromonitro- preparation of (COSTE and PARRY) A i 352; (DE Cox- IRCK) A i 473 ; (ULLPIANN) A. i 605. m-bromonitro- (DE COXINCIC) A. i 473. p-bromonitro- (COSTE and PARRY) A. i 352 j (DECONINCK) A. i 473. A ii 290. 1 242. ate (FREY) A. i 99.IXDES OF 3UI3,JECTS. SO5 Benzene 4 1 2-bromodinitro- (CX-R- TIUS) A. i 339. 1 3 5 2 4-t~ibromoclinitro- (JACKSON and CALVERT) A. i reduction of (JACKSON and CAL- tribromotrinitro- action of sodium ethoxide on (JACKSON and CAL- TERT) A. i 473. sodium ethoxide on (JACKSON and CALVERT) A. i 473. chloro- preparation of b-j- Sand- ineyer’s reaction (WALTER) A.i 4’72. magnetic rotatory power &c. of (PERKIN) T. 1064 1118 1202 1243. melting point of (v. SCHNEIDER) A. ii 290. o-dichloro- preparation of (BRUYN and TAN LEENT) A. i 604. melting point of (DE CoNiNcK); A. i 703. m-dichloro- preparation of (CHATTA- WAY and EYANS) l’. 848; P. 1806 97; (BRTJYN and VAN LEENT) A. i 604. melting point of (I)E COXIKCK) A. i 4%. condensation of with chlorobeuzene (CHATTAWAY and ET-AN~) T. 982 ; P. 1896 114. p-dichloro- preparation of ( BRUFX and VAN LEENT) A. i 604. melting point of (DIS COXIXCK) A. i 47q. magnetic rotatory power &c. of (PERKIN) T. 1120,1208,1243. influence of pressure on the freez- ing point of a benzene solution of (COLSON) A. ii 157. 1 3 ; 5-trichloro- preparation of (BRUYN and TAX LEENT) A.i ~604,605. tetrachloro- (BNEEM and BAN- ZIGER) A i 4.32. 1 2 4 6-tetrachloro- (ZAHARIA) A. i 646. 1 2 3 5-tetrachloro- preparation of (BRUYN and VAN LEENT) A i 604. pentachloro- prepamtion of (ZAH- ARIA) A. i 646. hesachloro- preparation of (ZAH- ARIA) A. i 64G. 2 1 3 5-ehloroiribromo- (JACK- SON and CALVERT) A. i 473. p-chlorocyano- (REMSEN HARTXAN and ~~UCKENFTJSS) A. i 373. cbloro-p-iodo- from p-chlorodiazo- 4’73. VERT) A. i 538. tetrabromo-nz-clinitro- action of benzene anhydride (BAXBERGER) A. i 299. Benzene p - chl oriodoxy - preparation of (WILLGERDDT) A i 533. o-cliloronitro- preparation of (UJ.T.- XANN) A. i 605. melting point of (DE CONINCK) A. i 473. m-chloronitro- melting point of (DE CONISCK) A. i 473. p-chloronitro- melting point of (DP CONINCK) A.i 473. action of hydrochloric acid on (BRTJYN and TAX LEENT) A. 1 604. con densst ion of wit11 benzylami ne (KEHRXANN and TIKHTINSKT) d. i 511. p-chlorothiocyano- (HANTZSCH and HIXSCH) A i 429. fluoro- magnetic rotatory power C‘C. of (PERKIN) T. 1118 1119 1162 1201 1243. iodo- magnetic rotatorypower &c. of (PERKIN) T. 1064 11 18,1119 1203 1243. melting point of (T. SCHKEIDER) A. i i 290. hexiodo- ( R ~ P P ) A. i 618. o-iodonitro- preparation of ( ULL- MANN) A. i 605. iodoxy- preparation of (WILL- GERODT) A. i 533. action of barium hpdyoxide 011 (WILLGERODT) A i 676. nitro- preparatioii of (HOFNASN LECTURE) T. 607. magnetic rotatory power &c of (PERKIN) T. 1064 1094 lldU 1239. behaviour of towards hydroql- nniine (ANGELI) A. i 613. reduction of (WISLICEKUS) A.i 288 672; (LOB) A. 1 533 605. metabolism in poisoninp by ( M h - ZER and PALMA) A. ii 662. o-diaitro- action of hydrochloric and hydrobromic acids on (RRUTN and TAX LEENT) A. i 604 605. sn-dinitro- magnetic rotatory power &c. of (PERKIN) T. 1095 1181 1239. heat of combination with aaph- thalene in the liquid and Folid states (PICKERING) A i i 148. influence of pressure on the freez- ing point of a henzene solution of (COLSON). A. ii 157. reduction of (HOFMAXX LECTXRE) T. 647. action of hydrochloric acid on(BRUYN and VAN LEEXT) A i 604. Benzene .p dinitro- action of hydro- chloric acid on (BRUYN and VAN LEENT) A. i 604. 1 3 5-trinitro- (HILL and Tort- RAT) A. i 90. action of h~-drochIoric wid on (BILCYN and VAN LEENT) A. i 604.action of soda on (MEYEB) d. i 419. compound of with potassium ineth- oxide (METER) A. i 419; (BRUTN and VAN J,EERTT) A4. i 247. citr*oso- prcparation of (PILOTI > -4 . i 556. beheriour of towards plienylhydr- azine (WAmHEti) A. i 512. o-dinitroso- (ZINCKE) A i 430. Benzcnenzimidole reduction find oxidu- tion of (ZINCKE) A. i 429. Benzene-4-azo-2-acetamidop1ieno1 1%- nitro- (MELDOLA WOOLCOTT and WRAT) T. 1324. Benzene-4-azo-2-arninopheno1 m-nitro- (MELDOLA WOOLCOTT and WRAP) ‘l’. 1325. Benzeneazo-c-creaetoil i*eduction of (JACOBSEX FEBTSCR MARSDEN and HCHPOLNTK) A. i 23. Benzeneuzo-9%-cresetoil reduction of (JACOBSEN FEBTSCH MARSDEN and SCRKOLNIK) A. i 24. Benzeneazocynnacetic acid propylic butylic and amylic salts modifica- tions of (FAVREL) A i 479. Benzeneazoethane conversion into acet- aldehydephenylliydrazone (FISCHER) ..I.i 361. Benzeneazoguaiacol m-nitro- and its benzoate [OH OMe N = 1 2 41 ( >$ELDOLA WOOLCOTT and WRAF) T. 1333. Benzeneazoimidoformyl cyanide (NEB) ..A i 73. Benzenenzophenetoil derivatives of reduction of (JACOBSEN) A. i 23. Benzeneazoreeorcinoloxime effect of. on t h freezing point of dilute soda eolut ion (GOLDSCKMIDTand GIRARD) ii. i 475. Benzeneazosalicy li c acid potassi iini ethjlic salts (HEWITT and STEVEN- S O S ) T. 1265; P. 1896 150. o-chloro- ammonium potassiunt sil- ver methylic ethylic salts be- haviour towards bafies (HEWITT and STBTENSON) T. 1258; P. 1896 149. w-chloro- ammonium silver barium SUBJECTS. potassium methylic ethylic salts (HKWITT and STEVENSON) T. 1262 ; P.1896 150. Benzeneszosalicjlic acid p-chloro- potassium ammoniurti bai-ium silver methylic ethylic salts (HEWITT and STETEKSON) T. 1263 ; P. 1896,150. Benzeneazoximidoresorcinol effect o€ on the freezing point of dilute soda solution (GOLDSCHMIDT and UIRARD) A. i 475. Benzenediazonium chioromiodide chlo- rodiiodide dichloriodide bromodi- iodide dibromiodide chlorodi- bromide and bromoclichloride (HANTZSCH) A. i 93. thiocyanate (HANTZSCH and HIRSCH) A. i 428. Benzenediazonium p-bromo- bromodi- iodide dibroiriiodide and chloro- bromiodide (HANTZSCH) A. i 94. tribromo- thiocjanate (HANTZSCH and HIRSCH) A. i 429. p-chloro- chloride and thiocyanaty (HANTZSCH and HIRSCH) A. 1 428 429. p-nitro- perbromide from anti - p - nitrodiazobenzenethiopheny 1 ether (HANTZSCH and FREESE) A.i 218. dichloriodide and chlorobromiodide (HANTZSCH) A. i 94. p-thiocyano- chloride (HANTZSCH and Benzenediazosulphonic acid potassium salt (BAMBERGER and KRAUS) A. i 611. 2 4.bromo- nit Po- (MELDOLA WOOLCOTT and WRAP) T. 1327; P. 1896 3641. 4-nitro- (MELDOLA WOOLCOTT and WRAY) T. 1328. Benzene-o-dicvwboxylic chloride. See Benzene-o-dioxime. See o-Quinonedi- Benzene-m-disulphonie acid calcium salt Benzene-p-disulphonic acid calcium Benzeneindone. See Aposafranine and Benzeneindoneliydrate. See Hjdroxy- Benzeneaulphinic acid electrolytic con- ductivity of solutione of (Lov~N) A. ii 413. sodium salt of action of stilbene di- bromide and a- and &tofane cli- bromide on (OTTO) A. i 242. Benzenesulphonamide diacetyl deriva- tive of (PILOTY) A. i 556. HIRSCH) A.i 429. Benzene-6 1-diazoxide Phthalic cliloride. oxime. of (SNAPE) T. 100. salt of (SNAPE) T. 100. also Anilidoaposafranine. aposaf ranone.INDEX OF SUWECTS. 807 Ben zenesulphonamide dibrom o- (KASTLE KE [SER and BRADLEY) A. i 555. 172. BRADLEY) A. i 553. and BRADLEY) A. i 555. and BRADLEY) A. i. 555. MUCKENPUSS) A. i 373. p-broinocgano- (KREIS). A. i 48. p-chloro- dibromide (KASTLE) A i dichloro- (KASTLE KEISEB and p-chlorodihromo- ( KASTLE KEISER dishloro-p-bromo- (KASTLE KEISER p-cyano- (REXSEN HARTNAN and Benzenesulphonertsparagine electrolytic conductivity of solutions of (LovBN) A ii 413. Benzenesulphonebenzylliydroxylamine (PILOTY) A. i 556. Penzenesiilphoneglycocine electrolytic conductivity of solutions of (LovBN) A. ii 413. ( PILOTT) A.i 556. MONT and TAVERNE) A. i 603. (ZINCKE) A. i 169. 5 2-bromocgano- and sa>lts (KREIS) A. i 48. p-cyano- and salts (REMSEN HART- MAN acd MUCPEKFUSR) &4. i 373. p-nitrosoph enylic salt (BORNSTEIN) A. i 542. Benzenesulphonic chloride magnetic rotatory power &c. of (PERPIN) T. 1123,1205 1244. condensation of with piperazine (ROSDALSKP) A i 257. 5 2-bromocyano- (KREIS) A. i 48. p-cyano- (RENSEN HARTMAN and Benzenesulphonic met.hylamide action of nitric acid on (FRAXCBIXONT) A. i 602. Eenzenesulphonylhydroxylamide its salts and diacetyl derivative (PILOTY) A. i 655. Benzenesulph-o-toluidide p-cyano- (RENSEN HARTXAN arld MUCKEN- FUSS) A. i 373. Benzenesulplio-m-toluidide p-cyano- (RENSEN HARTMAN and MUCKEN- FUSS) A. i 373. Benzenesulpho-p-toluidide p-cyano- (REMSEN HARTMAN and MUCKEN- FUSS) A.i 373. Benzenyl-o-aminothiophenol prepara- tion of (HOFMANN LECTVRE) T. 712. Benzenylaminoxime ethylenic ether (WERNER and GEXESEUS) A. i 431. Benzenesulplionephenylh ydfoKyloiiide Benzenesulphonepiperidide ( FRAXCHI- Benzenesulphonic acid diamo- MUCKENFUSS) A. i 372. Benzenylaminoxime o-amino- and its salts (Pxmow and SAMANN) h. i 366. dibromo- ethylenic ether (KERNEB and GEMESEES) A. i 431. dicliloro- ethylenic ether (WERNER and GEWESEUS) A. i 431. Benzenylazoximetlienjl o-amino- and its hydrochloride and acetyl de- rivative (PINNOW and S~MANN) A i 367. Benzerythrene. See p-Bidiphenyl. Benzethylamide m-nitro-o-amino- Benzethyleneamide m-nitro-o-omino- Benzhydruzide action of diazobenzene 011 (CURTIES) A. i 339. m-amino- its hydrocliloride and ben- zylidene derivative (STBUSE and XADESHAUSEK) A i 36.o-bronio- (STRUTE and RADENHAU- &EN) A. i 36. m-nitro-o-unimo- (KRATZ) A. i 365. Benzliydrol o-amino- and its acetyl derivtitive (GABRIEL and STELZSER) A. i 506. Benzhydrol ether preparation of ( RLIN- GER and LONNES) A. i 686. Renzidum. See Aniline. Benzidine preparation of (LOB) A. i estimation of (VAUBEL) A. ii 507. Benzil refraction equivalent. of (ANDER- LINI) A. ii 229. condensation of with acetonedicarb- oxylic acid (JAPP and LANDER) P. 1896 109. condensation of with ethylic aceto- acetate (JAPP :md LANDER) T. 736 ; P. 1895,146. condensation of with levulinic acid (JAPP and MURRAY) P. 1896 146. condensation of with phenylethylene- diamine (FEIST and ARNSTEIN) A. i 258. condensation of with thioplienol (TROEOER &nd EGOERT) A.i 562. Benzilic acid (diphen+ylglycollic acid) action of sulphuric acid on (KLINOER and LONKES) A. i 374. Benzimidoethyl ether (BUSIIONGF) A i 546. Benzimidomethyl ether (BUSHONGF) A. i 546. Benzo-a-hydroxy-a~-diphenylet~hyl- uniine (SODERBAUM) A. i 484. Benzobiuret (OSTROOOVITCH) A. i 530. .Benzobutylamide y-chloro- ( LUCH- MANN) A. i 245. (KBATZ) A. i 365. (KRATZ) A. i 365. 605.808 INDEX OF SUBJECTS. Benzocyanethenylamidoximc (SCHMIDT- Benzo-4-chloro-1 3 5-xylenearuide Benzodibenzplhydrazide (CZTRTIFS and Benzo-2 4-dichloranilide (WHEELER Benzodichloro-1 3 5-xyleneamide Benzodietliylthiourea (DIXON) T. 1604 ; Benzoformanilide (WHEELER and BOLT- Benzoformo-2 4-dichloranilide MANN) A i 458. (KLAQES) A.i 291. QUEDENFELDT) A. i 29. and BOLTWOOD) A. i 478. (KLAQEB) A. i 291. Y. 1896 224. WOOD) A. i 4’78. (WHEELER and BOLTWOOD) A. i 47s. Benzof orm-o-toluidide (WHEELER and BOLTWOOD) A. i 4’78. Benzoic acid heat of elertrolytic dieso- ciation of (KOBTRIBHT) A. ii 463. influence of pressure on the freezing point of a benzene solution of (COLSON) A. ii 157. absorption by silk of dilute (WALKBR and APPLEYARD) T. 1346; P. 1896,147. Benzoic acid alkali salts of estimation of (REBIBRE) A. ii 396. amtnoninm salt arid thermochemical data of the amide of (RIVALS) A. ii 410. anthraflavic acid salt of (HOFMANN LECTURE) T. 633. allylic butylic iso-butylic ethFlic methylic octylic propylic and iso- propylic salts of magnetic rotatory powers &c. of the (PERKIN) ‘l‘. 1175,1226,1237,1238 1247.amylic and ethylic salts molecular volumes in organic solvents of the (NICOL) T. 1413; P. 1895,237. 5-bromo-2-hydroxy benzylidene- acetone salt of (KosTAh’Ecnr and SCHBEIDER) A i 614. 2-cliloro-~-nitrophenol salt of (MEL- DOLA WOOLCOTT and WRAY) T. 1328; P. 1896 164. 2-chloro-5-aitro-phenol salt of ( NEL- DOLA WOOLCOTT and wRA4Y) T. 1326 ; P. 1896 163. 4-chloro-3-nitropheiiol salt of (MEL- DOLA WOOLCOTT and WRAY) T. 1323 ; P. 1896,163. guaiacol salt of (MELDOLA) P. lSQS 126,127 ; (BRUGGEMANN) A. i 356. detection of (DXAGENDORFF) A ii 278. hydroxymethylenephenylacetic acid saltv of (WISLICENCS) A. i 553. 10’i3-1078,1094.,1125,1141,1L73- Benzoic acid /3-naphthylic salt of de- tection of (DRAGEKDOEFP) A . ii 279. nitramfno-thyrnylic salt of (SODERI) A.i 359. nz-nitro-benzeneazoguaiacol salt of ( KELDOLA WOOLCOTT and WRAP) T. 1333. o-nitroguaiacol salt of (MELDOLA) P. 1896 127. p-nitroguaiacol salt of (MELDOLA) P. 1896 12’7. pheiiylhjclroxyst yrjlketone sralt of (HARRIES and RUSSE) A. i 302. tolylic salts detection of (DHAGEN- DORFF) A ii 280. Benzoic acid o-amino-. See Anthra- nilic acid. m-amino- action of chlorofo~mi and potash on (ELLIOTT) T. 1513 ; P. 1896 171. action of sodium hypochlorite on (DE CONINCK) A. i 364. condensation of with gljosylic acid (BOETTINQER) A. i 47. p-amino- decomposition of with sodium hypochlorite (CONINCK) A. i 364. condensation of with glyoxylic acid (BOETTIBQER) A. i 47. 2 5-diamino- ethylic salt of and its hydrochloride and sulphate (HAEIJSERMANN and ZEICHAXAKN) A.i 170. p-bromo- ethylic salt of (BOTTIRGER) A. i 372. p-bromo-o-iododichloride (HIRTZ) A. i 532. 4 3 5-brornodinitro- (JACKSON and ITTNEB) A. i 214. 0-chIoro- and its potassium and ammonium salts tliermocliemlcal data of (RIVALS) A. ii 409. o-cbloro-o-nitro- (YAX LOON and MLPER) A. i 434. o-fluoro-o-nitro- (VAN LOON and MEYER) A. i 434. o-iodo- (PATTERSON) T. 1007. action of bromine on (HIRTZ) A m-iodo- (PATTERSON) T. 1003. action of bromine on (HIRTZ) A i 532. p-iodo- action of bromine on (HIRTZ) A. i 531. o-iodoso- sodium salt of preparation of (HIETZ) A. i 532. o-nitro heat of combustion of (MATIQNON and DELIQNY) A. ii 88. [OBZ OME NO = 1 2 61 [OBZ OME NO2 = 1 2 41 i 532.IKDEX OF SUBJECTS. so9 Benzoic acid o-nitro- freezing points of dilute solutions of (WILDER- MANN) h.ii 351. reduction of (LOB) d. i 533. (MATIOXOX and DELIONY) A. ii 88. ( MATIOXOX and DELIGNY) A ii 88. diiiitro-clerivativej of (VAVBEL! A. i 646. 2 3-ditiitro- and its barium salt (GRELL) A i 95. 2 4 6-trinitro- (MEYER) A. i 434. action of ligdrochloric acid on (BRUYN and VAN LEENT) A. i 605. action of soda on (MEYER) A. i 419. potassium metlioxide derivatire of (LEENT) A. i 614. new acid obtained by action of caustic potash on and its salts (LEENT) A i 615. etherification of (MEYER) A. i 547. 4 3-nitramino- (ZINCPE and HEL- o-nitroso- (FIBCHER) A. i 696. thio- ammonium salt of (BUSCH and thionamide (SCHENCK) A. i 427. m-nitro heat of combuskion of p-nitro heat of combustion of IWERT) A. i 548. STERN) A. i 677. dithio- (SCHENCP) A.i 427. of (SNDERLINI) A ii 229. Benzoic anhydride refraction equivalent Benzoic chloride magnetic rotatory power &c. of (PERKIN) T. 1121 1205 1244. action of lead thhcyanate on (DIXON) T. 1603. o-chloro- thermochemicttl data of (RIVALB) A. ii 409. Benzoic cyanide thermocbemical data of (GUINCHANT) A. ii 465. trimolecular (NEF) A. i 74. Benzoic fluoride (MESLAXS and GIRAR- DET) A. i 346. Benzoic peroxide and action of phenpl- hydrazine on (VANINO and THIELE) A. i 597. Benzoic bisulphide action of alcoholic ammonia on (BUSCH and STERN) A. i 677. acetpl derivative of (ECKENILOTH and KOERPPEN) A. i 438. p-bromo- (KaEIs) A. i 48. STELZNER) A. i 121. idine (KVLISCE) A. i 627. Benzoicsulphinide (KREIS) A. i 49. Benzo-fi-iodethylamide (GABRIEL and Benzoin condensatlon of with benzam- Benzoindicarboxylic acid diamino- and its osazone (ELLIOTT) T.1517; P. 1896 171. Benzoinoriuie reduction of (ERLEN- XEYER) A. i 305. Benzoinethylarnide m-nitramino- (KBATZ) A. i 365. Benzoniethylaniide nitro- action of nitric acid on (PRAXCHIXONT) A. i 602. Benzomethy1i.roamylamide. See Methylisoamylamine benzoyl derivtt- tive. Benzo-p-niethylbenzylamide (LUSTIG) A. i 163. Benzomethylisobutylamide. See Methylisobutylamine benzoyl deri- vstive. Beiizonitrile (LACHMANN) A. i 601. preparation of (LUXMOORE) T. 189 ; (HOFIXANN 1 1 ~ ~ ~ ~ ~ ~ ) T. 705. from magnesium nitrids and benzoic anhydride (EMMERLING) A i 591. synthesis of (DESGREZ) A. i 419. magnetic rotatory power &c. of (PERKIN) T.. 1096,1206 1244. melting point oi (P. SCHNEIDER) A.ii 290. Benzonitrile amino- acetyl and benzoyl derivatives of (PIXNOT and SAMANN) A. i 366. nitro- reduction of (HOFMANN LEC- TURE) T. 709. (LUSTIG) A. i 163. Benzo-m-nitro-p-metliylbenzy!smide Benzophenone preparation oE (Cox- STOCK) A. I 613; (KONOWALOFF) A. i 675. magnetic rotatory power &c. of (PERKIN) T. lo@ 1091 1003 1201 1243. action of zinc dust on (LORBE) A. i 619. action of ethylic orthoformate on (CLAISBN) -4 i 464. o amino- (,GRAEBE and ULLXANN) A. i 556. Benzophecone-oxime preparation of (U~NOWALOFF) A. i 675. o-amino- acetyl derivative of (AU- WERS and EWING) A. i 504. Beuzoplienylethylenediamine (GABRIEL and STELZNER) A. i 121. Benzophenylhydrazide ( VANINO and THIELE) A. i 597. Benzopheny lbenzylidenehy drazone (WALTHER) A. i 543. Benzophenyl-o-nitrobenzylidenehydra- zone ( WALTHER) A. i 542.Benzop henyl-m-nitrobenzy 1idenehydi.a- zone (WALTEER) A. i 542.810 INDEX OF SUBJECTS. 365. Renzoquinone. See Quinone. Benaosol. See Benzoic acid guaiacol sit1 t of. Benzothiazolecarboxylic acid prepam- tion of (HOFXANN LECTURE) T. 713. Benzotliiocarbimide and the action of diethylamine on (DIXON) T. 1603 ; P. 1896 224. Benzo-m-totuamide. m-nitro- ( tm- PRICHT and FALKENBERG) A. i 43. Benzoveratrylamide ( ~ O U R E F ) A. i 426. EenzovinyIaniide (GABRIEL and ETELZ- EER) A. 121. 2-Benzoxybenzylideneacetone 5-byorno-. See Bcnzoic acid 2-hydroxj benzyl- ideneacetone salt of 5-bromo-. Benzoxp-3 2-diethylaminotetrahgdro- naphthalene and its picrate (BAX- BERBER and LODTER) A. i 99. Benzoxy-3 2-dimethylamiiiotetrahgdro- naphthalene (BAMBERGER and LOD- TER) A.i 99. 3 1 5-Benzoxyphen~lisobutyltriazole (WIDMAN) A. i 630. Benzoyl groups estimation of (METE]() A. ii 226. Benzoylacet~iydrosamic acid (NEF and JONES) A. i 460. Benzoylacetic acid action of ethylic orthoformate on (CLAISEN) A. i 464. ethylic salt magnetic rotatory power &c. (PERKIN) T. 1064 1178 1238. ammonia additive product of (GOLDSCHMIDT) A. i 231. condensation of with o-ethylic chlorofumarate (RUHEMANN and WOLFF) T. 1384; P. 1896,166. Benzoylacetylmethane. See Dibenzoyl- acetylmethaae. Benzoylalanine heat of combustion of (STOXMANN and SCHXIDT) A. ii 466. Benzoylallophanic acid etlrylic salt of (TON PECHMANN and VANINO) A. i 33. action of ammonia on (OSTRO- QOVICH) h. i 530. Benzoylanimoresinotannol (Luz) 8.i 249. p-nitro- (STRWE and RADENHATSEN) Benzoylbehirine. formation and pro- perties of (SCIXOLTZ) A. i 7 l O . pBenzoylbmz~mide m-nitro- (LIM- PRICIIT and LENZ) A. i 41. Benzoylbenzanilida ( HALLER) A. i 83. Berizoylbeirzoic acid (HALLPR) A. i 32. behavionr to wards phenylic isocyunatc nf (HALLER) A i 32. p-Benzoylhenzoic acid m-amino- and salts (LIMPRICJIT and LEXZ) A i 41. p-amino- ( LIMPRICHT and SAxrEm) A. i 42. m-nitro and salts (IliMrmciiT and LENZ) A. i 41. p-nitro- and its salts (LInfPRrcHT and SAMIETZ) A. i 42. (LINPRICHT and LENZ) A i 41. p-nitro- (LIXPRICHT and SAXIETZ) A i 48. nitro- (LIXPRICHT and LENZ) A. i 42. p-nitro- and sodium salt ( L m m r c m and SAMDTZ) A. i 42. Benzojlbenzj aethyl ketone oxime of (KoLB) A. i 577. P-Benzoyl-a-benzylpropionic acid u- cyanomethylic salt (KLOBB) A.i 126. Benzoyl-p-bromobenzoylacetylmetl~ane and its copper derivative (CLAISEN and PALK) A. i 558. Benzoylcannabinol (WOOD SPIVEP and EASTEXFIELD) T. 545; P. 1898 76. Benzoylcarbazole tribromo- ( MAZZARA chlorobromo- (LAMBERTI-ZA NARDI) a-diclilorodibromo- ( LANBE RTI- p-dichlorodibromo- AMBERTI- cliloronitro- ( LAXBRRTI-ZANARDI) A. A. i 35. p Benzoylbenzoic chloride w-nitro- p-Benzoyl-p-benzoylbenzoic acid m- and LEONARDI) A. i 393. A. i 304. ZANAEDI) A. i 3 6 . ZANARDI) A i 3Ua. (? i 651. Benzo~lcfiironol (BAuR) A i 5’7.INDEX OF B-Benzoylcinnamic acid. See Desylene- a-BerizoSlcouniltroiie ( R-~P) ii. i 303. acetic acid. substance derived from by the action of hydroxylamine (RAP) A. i 303. a-BenzoSlcoumaroneliydrazone (RAP) A.i 303. a-Benzoylcoumarone-oxiine (RAP) A. i 303. Benzoyldiacetylmethane benzoate of its anilide (CLAISEN and FALK) &4. i 559. Benzoyldiduroquinone ( RUGHEIMEB and HANKEL) A. i 688. Benzoyl-a-ecgonine forniat,ior of (WILL- STATTER) A. i 708. y-l3enzoyl-o-ethoxybenzoio acid and its ethylic salt (LIllrraIcaT) A. i 433.. Benzoylethyinitrolic acid (NEF and JONES) A. i 460. j3-Benzoyl-a-ethylpropionic acid a- cymoethylic salt (KLOBB) A. i 126. &Renzoylglutaric acid preparation of (EME~Y) A. i 436. Benzoylglyceric acid active rotatory power of the methplic and ethylic Sidty of (FRANKLAND and MAC- GEEGOE) T. 112; P. 1896 10. Benzoylglyceric acid inactive methylic salt of (FRANPLAND and MAC- GREGOR) T. 113 ; P. 1896,lO. EenzoyIglyceric-@-naplithalide (GASS- Benzoylglycollic-a-naphthalide (BASS- Benzoylgl~coIlic-~-naphthalide (GAS- BenzoyIguaiarol See Benzoic acid Senzoylhpdrazoneacetoacetic acid ethy - lic salt of (CURTIUS) A.i 39. m-nitro- etliylic salt of (CURTIUS) A i 39. X A N N ) d. i 488. XAKN) A. i 487. MANN) A. i 487. guaiacol salt of. Benzoylhydrazonepyruvic acid (TON PECHXAX") A. i 680. Benzoyl-p-hydroxywzobenzane constitn- tion and hydrclysis of (MCPHERSOX) A. i 28. Benzoyl-B liSdl.oxv-6-methylpSromncic acid (KIERMAYER) A. I 144. l'-Benzoylindole-2'-carboxyljc acid (REISSERT) A. i 389. Benzoyllevulochloral (HANBIOT) A. i 519. Eenzoglmesitylene beliaviour of to- wards phenylhFdrazine (BAUBI) A i 222. acid (WEENER and SUBAX) A. i 431. Beuzoj 1rnethylnntibenzli~~droxiMic SUBJECTS. 811 Benzoplmetliyl-a-ecgoiline (WILLST~T- TER) d.i 708. Benzoglmethylic phenjlic ether oxime and pheuylhydrt~zone of (F~~ITz) A. i 152. a-cyanomethylic salt (KLOBB) A. i 126. Benzoplnietliylresorcinol (KOSTANECKI diacetate (KOSTANECKI and TAMBOR) dibenzoate (KOSTAXECPI and TABI- methyl ether (KOSTANECKI and T A X - methyl ether inonacetate (KOSTA- 8-Benzoyl-a-methylpropionic acid and TAMBOR) A. i 44. A. i 44. BOR) A. i 44. BOR) A. i 44. NECKI and TAWBOR) A. i 44. Benzoyl-3-methy1-5-isobutyl-A2-cyrZo- hexenone (KNOEVENdGEL) A. i 211. Benzoyl-3-methj 1-5-i.sobutyl-A,-cycZo- liexenona-4-carboxyl1c acid etlirlic salt of (KNOEVENAGEL) A. i 211. Benzoyl-3-methyl-5-isobutyl-A~-c~/cZo- hexenone-6-carboxplic acid etliylic salt of (KNOEVENABEL) A. i 211. Benzoyl-3-metliyl-5-isobutyl-A~-e.~~~~o- hexenone-4 ti-dicarborjlic acid ethplic salt of (KSOEVEXAGEL) A.i 211. hexenone-4-carboxylic acid et hylic salt of (KNOEVENAOEL) A. i 211. Benzoyl-3-iiiethyl-5-hexyl-A2-c?/clo- hexenone-6-carboxylic acid et 1i;rlic salt of (KNOETENAOEL) A. i 211. Benzo~l-3-methpl-5-li~x~l-A~-eyc~o- lierenone-4 6-dicarboxylic acid ethy~ic Ealt of (KNOEVENBGEL) A. i 211. (SCHOPPP) A. i 244. STATTEE) A i 582. A. i 67. SILBER) A. i 397. Benzoyl-3-methyl-5-hexyl-A~-cyc7o- Benzoplnn pli th ylphenylcarbazole h-Benzoylnortropinonoxime (WILL- Benzoyloxj acanthine (POMMEREHNE) Benzoyloxygranatanine (CIAMICIAN and Benzoylpellotine (HEFFTER) A. i 267. Benzoylphenofluo~indine (KEHKXAXN and BURBIN) A. i 513. o-Benzoylphciiol. Set. o-Hydroxybcii- zcphenone. Benzoylbis-1 2 ~-pheiiylbenzo~hne- tliylpyrazolone identity of with ai- benzoylbiaphen ylme tliylpyrazolone (AUTENRIETH) A.i 700. ~eiizo;~lphenylmetliylplienofluorindi~ie (KEHRMAKK and BURGIN) A. i 512. P-Benzo! 1-P-plien~lpropionic acid. See Desylacetic acid.812 INDEX OF SUBJECTS. 3-Benzovlphthalic acid ,znd its etliylic salt (GRAEBE and LEOSHARDT) d. i ' 43'7. 3-Eenzoplplithalic anhydride (GRAEBE and LEONHARDT) A i 4.37. 3-Benzoyli.sophtha1ic acid (GRAEBE and LEONHARDT) A ? i 437. j3-Benzo.ylpropionie acid and its identity with phenacylacetic acid (KLOBB) A. i 126. a-cyano- (KLOBB) d. i. 126. A. i 58. Benzoylsagaresirrotannol ( HOHENAD EL) p-Benzoylsalicylic acid and its salts ethplic salt benzoic derivative of m-nitro- and its ethylic salt (LIM- Benzoylsandaimolic acid ( BALZER) A.i 493. .cZ-Benzoylsantonoua acid ethylic salt of (BNDREOCCI) A. i 183. B-Beuzovlsantonous acid and its etl~ylic salt (ANDREOCCI) A. i 184. Ben zoy lsantono us acid racemic e thy lie salt of (ANDREOCCI) A i 184. Benzojlssrcos'ine lieat of combustion of (STOHUANN and SCHXIDT) A. ii 466. Benzojlscopoleine (MERCE) A. i 65. Benzoyl-1 3 4 6-tetraphengldihydro- pyridazine (SMITH and RANSON) A. i 322. Senzogltetronic acid (WOLFF and SCHWABE) A. i 523. Benzoyl-o-toluic acid nz-nitro- and its salts (LIMPRIGHT and FALKENBERG) (LINPRICHT) A i 435. (LIMPRICHT) A. i 435. PRICHT) A. i 433. I A. i '43. Benzovl-m-tohic acids m-nitro- and its salt; (LIYPBICHT and PALKENBERG) A. i 43. Benzoyl-m-toluic chloride m-nitro- LIMPRICEIT and FALKENBEBG) A. i 43. .a-Benzoyltricarballylic acid ethylic salt of (EMERY) A.i 436. B-Benzo=j-ltricarballylic acid etliylic salt of (EMERY) A. i 436. Benzoyl-+tropeme and its salts (WILL- STATTER) A. i 462. n-Benzoyltropigenine (WILLSTATTER) A. i 582. Benzoyl-+- tropigenine (WILLSTATTER) A. i 655. a,-Benzoyvl-+-tropigenine formation of (WILLSTATTER) A. i '709. Benzoylurethane (VON PECHMANN and VANINO) A. i 33. BenzoFlvanillin (WORYER) A. i 226. Benzoylveratrole (BRuGGEMANN) A. i 356. Benzoylveratrol ephenylhyd razone (BIEUGQEXANN) A. i 356. Benzoylxylan (BADER) A. i 335. Benzpl methyl ketone oxiine of and its acetyl an3 benzoyl derivatives ( KOLB) A. i 577. dioxime of and its benzyl and di- benzyl ethers (KoLB) A i 577. Benzyl methyl oxide magnetic rotatory power &c. or' (PERKIN). T. 1090 1190 1241.Benzylamine magnetic rotatory power &c. of (PEREIK) T. 1103 1157. 12V3 1245. action of sulphur nicride on (SCHBKCK) A. i 427. condensation of with 1 4-chloro- nitrobenzene ( ~ ~ H R X A N N and TIKHVINSKP) A. i 511. Beuzylamine o-amino- condensation of with m-nitrobenzaldehyde and p-hydroxybenaaldehyde (BUSCH) A. i 509. condensation of with salicy1alc"e- hyde (BUSCH) A. i 508. 5-Benzylamino-l-benzyltetrazole its hydrochloride nitrate sulphate m d nitrite and its nitrosamine (THIELE and INGLE) A. i 109. (THIELE and INOLE) A. i 109. FEE) A. i 360. Benzylaminotetrazoles a- and B- Benzyl-p-aminophenetoil ( WENGHOF- Benzylaniline magnetic rotatory power &c. of (PERKIN) T. 1102 1209 1232 1245. acetyl derivative of (BLACHER) A. i 33. 4-nitro- (KEHRMAXN and TIKH- VINSKY) A.i 511. Benzyl-o-anisidine o-amino- and its dihydrochloride (BUSCH RRUN. NER and BIRK) A. i 160. condensation of with benzaldehyde (BUSCH) A. i 507. o-nitro- (BUSCH. BRUNNER and BIRK) A. i 160. Benzyl-p-anisidine o-amino- (BUSCR and HANTXANN) A. i 160. Benzyl-o-benzoicsulphinide (ECEEN- ROTH and KOERPPEN) A. i 438. p-nitro- (ECEENROTR and KOERPPEN) A. i 438. Benzylbenzylidenebenzyltetrazylliydr- azine (THIELE and INGLE) A,? j 109. Benzgl-p-brornaniline o-amino - salts of (BUSCH and HEINEN),& i 159. Benzylbromethylamine and its salts (GABXIEL and STELZNEB) A. i 702. Benzplcnmphor crystallography of (MINGUIN) A. i 694.INDEX OF SUBTECZ’S. 813 ab-Benzy-2cazboxyethylthiocarbamide (DOBAN) T. 327 ; P. 1898,74. Benzyl-o-chloraniline o-amino-.and its hydrochloride (BUSCH and BRUN- NEB) A. i 157. o-nitro- and its hydrochloi*ide (BUSCH and BBUMNEE) A. i 157 Benzyl-m-chloraniline o-amino- and its hydrochloride (BUSCH and FRAN- CIS) A. i 158. o-nitro- (BUSCH and FRANCIS) A i 158. Benzyl-p-chloraniline o-amino- and its hydrochlorides (BUSCH and VOL- PENINQ) A. i 158. o-nitro- salts of (BUSCH and To&- ICENINQ) A. i 158. #3-Benzylcrotonio acid 8-thio- and its salts (AUTENRIETH) A. i 617. 8-Benzylisocrotonic acid 8-thio- and its salts (AUTENRIETH) A. i 617. Benzyldesmotroposantonin (ANDRE- OCCI) A. i 182; (CASTOEO) A. i 307. Benzy 1 isodesmo troposanton in DREOCCI) A. i 183. Benzyldesmotroposantonous acid (AN- DltEoccI) A. i 185; (CASTORO) A. i 307. Benzyldibromod ie t hy lamine hydro- chloride of (GABRIEL and STELZXER) A.i 702. Benzyldihydroxydiethplamine (UA- BRIEL and SFELZNEB) A. i 702. Benzyldimethylamixe preparation of (HOFMANN LECTURE) T. 670. ?~-Benzylethylene-~-thiocarbamide thio- cyanate of (GABRIEL and S~TELZXER) A. i 702. 1’ 3’-Beneylethylphthalazone (BROX- BERG) A i 579. Benzylhydroxyetbylamine and its safts (Q-~BRIEL and ~~‘ELZNER) A i 702. Benzylic alcohol magnetic rotatory power &c. of (PE:BKIN) T. 1064 1090,1125 IlYS 1242. chloride magnetic rotatory power &c. of (PERK~N) T. 1120 1203 1243. cyanide. See Phenylacetonitrile. hydrosulphide o-nitro- (GABRIEL and iodide p-bromo- (HANTZSCH and methylic sulphide o-amino- and its hydrochloride (GABBIEL and STELZNEB) A. i 216. o-nitro- (GABBIEL and STELZXER) A. 1 215. sulphide magnetic rotatory power &c.of (PERKIN) T. 1124 1204 12M. (AN- STELZNER) A. i 215. SCHGLTZE) A. i 672. VOL. LXX. ii. Benzylidene diethyl ether preparation of ( ~ U S C H ) A i 677. Benzy lidenacenaphthenone-oxime (GRAEBE and JEQUIEP) A. i 444. Benzylideneacetamidoacetohydrzide (RADXNHAtJSEI?) A. i 138. Benzylideneacetoacetio acid (SCHIFP) A i 84. ethylic salt (KXOEVEXA~EL) A. i 232. action of hydroxylamine on (KNOE%-ENAGEL and RENNEE) A I 189. oxime of and its ammonium salt (KNOEVENAGEL and RENNXR) A. i 189. Benzylideneacetone. See Styryl methyl Benzyaid~neacetophenone. See Styryl Benzylidensaminoacetylthymol (3) o-Benzylideneaminobenzhydrzicle m- Benzylidene-o-aminobenzyl-y-brom- aniline (BUSCH and HEINEN) A. i 159. y-nitro- (BUSCH and HEINEX) A i 159. phenylhydrazine (BUSCE and HEINEN) A.i 160. ketone. phenyl ketone. (PLANCHER) A. i 358. nitro- (KRATZ) A. i 366. Benz ylidene -0-aniinoben zyl-p-bromo- Benzylidene-o-aminobenzyl-p-chlor- aniline (BUSCH and VOLKENING) S. i 158. m-nitro- ( BVSCH and VOLKENING) A i 158. Benzylidene-o-aminobenzyl-p-chloro- Benzylidine-o-aminobenzyl-p-pheueti- phenylhydrazine (BUSCH and VOL- KENING) A i 159. dine (BGSCH and HARTMANN) A. i 160. butyric acid p-nitro- ethylic salt of (HIXSBERG and KOLLER) A. i 537. Benzylideneaminothymol and its acetyl deTivative (PLAXCHER) A. i 358. Benzylideneanhydroglycogdlol and its diethyl ether ( EESSELKAUL and Kos- TANECKI) A. i 606. Benzylideneaniline ( BARSILOWSKY) A nitro- (BAKSILOWSKY) A. i 358. Benzylideneanilinoacetohydrrtzide (RADENHAUSEN) A. i 138. Benzylideneazine tetrabromide and di- hydrobromide of (CURTIUS and QUEDENFELDT) A.i 29. and its hydrochloride (THIELE and PNGLE) A. i 109. Benzyliden eaminophenylimido-,!3- i 358. a-Benzylidenebenzyltetrazy lllydmtzine 37814 IHDEX OF SUBJECTS. P-I+zylidenebenzyltetrazylhydrazine (JHIELE and INOLE) A. i 110. Benzylidenebisacetonedicarborylic acid ethylic salt of (KNOEYENAGEL) A. i 212. Benzylidenebismeth y Iearbaniide (SCHIFF) A. i 559. Benzylidenebiuret and the setion of alkalis and alkylic iodides on (SCHIFF) A. i 529. Benzylidenediacetonaminoxime (HAR- RIES) A. i 318. Beiizylidenediacetophenone (v. Kos- ThNECKI and ROSSBACH) A. i 556. Benzylidenediaminopentamethylene- tetramine di-m-nitro- (DUDEN and SCHARFF) A. i 123. Benzylidene-P-dibenzy ltetrazylhydr- azine (THIELE and INGLE) A.i 109. Benzylidenediearbamide and tbe action of heat on (SCHIFF) A. j 529. Benzylidene-ethylbiuret (SCHIFF) A. i 529. Benzylidene - eucarvone ( WALLACH) A. i 573. Benzylidenehydrazinoiobutyric acid (THIELE and HEUSER) A. i 340. Benzylidenehydrazinecarboxylic acid ethylic salt (THIELE and LACHXANN) A. i 208. Beuzylideneimide salts of (BUSCH) A. i 677. Benzylideneketopentamethylene. See Benzylidenecyclopea tanone. Benzylidenelactaluide (FISCHER) A. i 263. Benzylideuen3entlione hydrochloride hydrobromide and oxime (WAC- ICACH) A. i 573. Benzylidenemethylbiuret (SCHIFF) A. i 529. Benzylidenemethylhexenone oxime of (WALLACH) A i 572. 4-Benzylidene-5-rneLhylketoisooxazo- action of alkalis on (SCHIFF) A. i Benzylmethylnitramine ( FRANCHIMONT o-nitro- (FRANCHIMONT and VAN p-nitro- (FRANCHIMONT and VAN B-Benzylidene-y-meth ylisooxazolone (KNOEVENABEL and RENNER) A.i 189. Benzylidene-1 2-naphthylenediamine (HINSBERG and KOLLER) A i 537. Benzylidenecyclopentanone ( VOR- LANDER and HOBOHM) A. i 604. Benzylidene-o-phen ylenediamine (HINSBERG and KOLLER) A. i 536. lone (SCHIFF) A. i 83. 83 84. and VAN ERP) A. i 298. ERP) A. i 298. ERP) A. i 298. Benzylidenepulegone (WALLACH) A. i 573 4-Benzylidenepyrazolone (KNORR) A. i. 260. Benzilidelzetriacctophenone (T. KOS- TABECKI and ROSSBACH) A. i 557. Benzyline cyano-. dibenzyl-m-diazine 4-amino-. Benzylisodesmotroposantonin (AN- DREOCCI) A. i 183. Benzylmalonic acid ethylic salt hydro- o-nitro- aud its hydrolysis (REIS- ammonium. salts (REISSERT) A.. i ethplic salt of (REISSERT) A.i 1’ 3’-Benzylmethylphtlislezone (BROM- BERG) A. i 579. Benzylmorpholi ne and its hydrochloride and salts (GABRIEL and STELZNER) A. i 702. p-Benz-yloxybenzaldehyde (W~RNER) See 5-Phenyl-2 G- lysis of (HJELT) A. i 206. SERT) A i 389. 389. 371. A i 225. a-trithio- (WORNEE) A. i 226. 8-trithio- (WORNER) A. i 226. 5-Benzyloxyl-benzyltetrazole (THIELE and INQLE) A. i 109. @-Benzyloxycrotonic acid and its potas- mum salt (AUTENRIETH) A. i 617. P-Benzyloxypropylsne (AUTENRIETH) A. i 617. 3enzyl-p-phenetidine o-amino- arid its salts (BUSCH and HARTMANN) A. i 160. Benzylphenonaphthazone. See Eenzyl- rosindone ; Bsnaylrosinduline. Beneyl-o-phenylenediemine condensa- tion of with acetamido-a-naphtha- quinoiie and hydroxy-a-naphthaqui- none (KEHRMANN and TIKHVINSKY) A.i 511. Benzylpliosphine preparation of (HoF- MANX LECTURE) T. 682. 1’-Benzylphthaliniidine (BROMBEBO) A. i 579. fl-Benzylpropylene B-thio- (AUTEN- RIETH) A. i 617 618. Benzylrosindone (KEHRMANN and TIEHVINSKP) A. i 511. Benzylrosinduline (KEHRMAXN c;nd TIKHVINSKY) A i 511. chloride acetyl derivative of (KEHR- MANN and TIKHVINSKY) A. i 511. I-Benzylsantonous acid (ANDREOCCI) Benzylsuecinimide (BLACHER) A i 33. velocity of decomposition by hydro- chloric acid of (MIOLATI) A. ii 242. A. i 184.ISDES OF SUBJECTS. 815 Benzyl-o-snlphaiiiiclobenzoic acid and its salts (ECPESROTH and KOERP- PEX) A. i 438. p-nitro- and its yotassiuin salt (ECRENROTH and KOERPPEN) -I. i 438. ~-Beuzyltetrazylli~drazine and its Iiy- drochloride (THIELE and I~oLE) h. i 110. Benzyl-o-toluidine o-amino- condensa- tion of with benzuldehyde (BUSCH) A i 50’7.Bf.nzyl-i~-toluidine o-amino- condensa- tion of with benzaldeliyde ( BUSCH) A i 507. Benzyltrinietliylamiio~iiuiii chloride and hydroxide action of heat on (HOPXANN LECTURE) T. 670. Benzylriiiylitmine (GABRIEL and STELZ- NEB) A. i 702. Berbamine coinposition of (POXME- REHNE) .I. i 67. Berberine salts of (POMNEREIXNE) A i 67. Bwberis apzt2~0Ziztn2. alkaloids of (Pox- XEREHNE) a i 67. Bergamot oil analysis of (B~RNTRAGER) A. ii 228 679. Berfhollefin excelsa proteids of (OS- BORSE and CAMPBELL) -%. i ‘716. Beryl alkalis in ( BEKSEVILLE) A. ii from Limoges fluorine in (LEBEAU) froin New South Wales (LIVER- Beryllium preparation of (BORCHERS) A. ii 521. preparation of from emerald (WAR- REN) A ii 247 carbide (LEBEAU) A.ii 169; (HENRY) A. ii 169. oxide preparation of from emerald (LEBEAF) A. ii 168. purification of (HART) A. ii 168. niobate (LARSSON) A ii 564. separation of from iron (ATKINSOX Berzeliite (kiihdte) composition of Beta vulgaris diastatic ferment in (GOSSERM-%NN) A. ii 381. See also Agricultural chemistry. (Appendix.) Betaine occurrence of in Yieia satiea (SCHULZE) .4. ii 208. Betol. See Salicylic acid 6-naphthylic salt of. Betzcla Ientn existence of gaultherase in (BOORQUELOT) A. ii 540. Betulase. See Gaultherin. p-Bidiphenyl preparation of from p - 186. A. ii 187. STDGE) A. ii 657. and S x I T H ) A. ii 220. (SJOGREX) A. ii 113. broinocliphenyl ; identification of with benzeq-threne (NOYES and ELLIS) A i 51. Bidiphenytene-ethane dinitro- (GRAEBE and STINDT) A.i 565. Bidiphenylene-ethylene ( TeIPapheny Z- eite-ethyleize) (LOHSE) A. i 619 ; ( KLINGER and LoNms) A. i 692. formation of from fluorene (GR~EBE and TON MANTZ) A . i 442. oxidation of (GRAEBE and TON MANTZ) A. i 412. dibromide and dichloride (GRAEBE and TON M~NTZ) A. i 442. glycol and its acetate (GRAEBE and STINDT) A. i 566 ; (KLINGEIL and LONNES) A i 691. oxide (QRAEBE and STIND’I~) A. i 566; (KLINOER and LONNES) A. i 691. Bilberries dye of (WEIGERT) A. i 388. Bilberiy juice constituents of (NACKEN) A. ii 495. Bile urobilin from human (GARROD and HOPKIXS) A. i 712. Bilirubin absorption spectrum of (.GAXaEE) -I. i 714. action of on iodine (THUDICHUN) A. i 516. Bimoleculnr reactions. See Reactions. Biotite from Japan (KoT~) A. ii 39.from the Plomb du Cantal (FOUQTT~) altered from Styria (CANAVAL) A. alteration of to Caswellite (CHESTER) Birotation. See Light. Bisethylbenzoylcarbinol (FRITZ) A i 152. Bishydrox~tetrahpdronaphtliyla,mine hydrochloride aurochloride and pla- tinochloride (BAMBERGER and LOD- TER) A. i 100. Bismuth electrical resistance of at low temperatures (DEWAR and FLEX- IKG) A. ii 5. rate of diffusion of in mercuiy- (HUMPHREPS) T. 251; P. 1896 9. Bismuth bromide action of air and nit,ric peroxide on (THONAB) A. ii 527. clzloride action of nitric peroxide on (THOMAS) A. ii 429. dichloride action of air or nitric peroxide on (THOMAS) A. ii 527. iodide action of air or nitric per- oxide on (THOMAS) A. ii 527. sulphide physical change produced by gently heating (SPRINa) A. ii 290.A. ii 533. ii &3. A. ii 309. 37-44816 ISDEX OF Bismuth separation of from metals of the copper and iron groups (JANNASCH and GROSSE) A. ii 677. Bismuthite from Quebec (HOFMANN) A.? ii 259. Bisnitrosotetrahydrocarvone oxime of (YON BAEPEE) A. i 348. Bisphenylmethylpyrazolone and its di- acetyl dibenzoyl and disulphonyl derivatives (BE-TENEIETH) A. i 62’7 700. Bisphenylpyrazolonecarboxylic acid ethylic s d t of (RUHEXANN) T. 13% j P. 1896 166. bis-Toluenediazoimide from p-diazo- toluene anhydride (BAMBERGEB) A. i 299. Biuret yrepaisation of from carbamide (SCHIFF) A. i 634. and certain metallic derivatives of (SCHIFF) A i 284. action of mercuric nitrate on (SCHIFF) A. i 634. potassium hydroxide and the action of copper acetate on it (SCHIFF) d. i 634. sodium hydroxide (SCHIPF) d..i 634. reactions of (QCHIFF) A. i 2M. Biuret-reaction substances giving tlie Blende alteration products of (CES~RO) containing gallium and indium from New South Wales (KIRILASD) A. ii 183. Blood causes of absorption of liquids into the (STARLING) A. ii 438. effects of changes of osmotic pressure in (LEATHBS) A. ii 196. percentage of creatinine in (COLLS) A. ii 666. preseuce of couipounds of cholesterol in (HUXTHLE) A. ii 485. influence of certain salts on the coagulation of (BORNE) A ii 437. antagonistic influence of certain salts on the coagulation of (RINGER) A. ii 49. coagulability of as influenced by pep- tone injections (STARLING) A. ii 197. coagulability of in albino animals (PICICERING) A. ii 664. nature of fibrin-ferment of (PIEXEL- EARINQ) A ii 488.gases of the Lotliar Meyer’s inwsti- gations on the (BEDSON) T. relation of to respirat0r.y move- ments (FII.xira* and KIOXKA) A. ii 118. (SCHIFF) A. i 636 634. ’ A. ii 479. 1410; Y. 1896 119. iUBJECTS. Blood formation of hemoglobin ip from inorgiinic iron (KUXKEL) A. ii 47. oxyhremoglobin from horse’s (JuTT) A i 584. oxidising pow ers of the (ABELOUS and BIAENES) A ii 119. a sugar-forming ferment present iu the ( BOERQUELOT and @LEY) A ii 119. sugar in the diminished by ligaturing the intestinal arteries (TANQL and HARLEY) A. ii 47. distribution of urea between cor- puscles and plasma of (SCHOK- DORFF) A. ii 375. alterations of in anemia (MORAC ZEWSKA) A. ii 618. in potassium chlorate poisoning (.BRANDEXBERG) A. ii 491. action of acetylene on (BEOCIFXP) A.ii 264. Blood estimations of alcohol in the during alcoholic poisoning (GEL- HANT) A ii 664. estimation of carbonic oxide in (HALDAFE) A. ii 52. estimation of colour of by the colori- inetric pipette (HOPPE-SEFLEB and VSTINTXBNITZ) A. ii 552. estimation of colouring matter in (JuTT) &4. i 584. estimation of sugar in (REID) A. ii 678. estimation of urea in (KAUFMAXF) A ii 130; (SCHOXDORFF) A. ii 131. Blood-corpuscles estimation of the number of (OLIVER) A. ii 437. Blood-plasma osmotic pressure of (KOEPPE) A. ii 376. Blood-serum initial rate of osmosis of (FARLOW) A ii 664. Boiling point. See Heat. Boleite artificial (FRIEDEL) A. ii from Broken Hill K.8.W. (LIYES- Boletzrs cyanescem oxidisiug ferment of (BOUXQUELOT and BERTRAND) A ii 383. Bone causea of brittleness of in ani- mals (KELLNEB KOHLEX and BURX- STEIF) A.ii 46. Boracite formu16 of (KOSMANX) h. ii 368. Borax. See Boron. Boric acid. See Boroi~ Borneo1 from oil of valeriau (OLIVI~:XO) from piiiene (REPCHLER) A. i 308. relation of to isoborneol (J~~NGER and 32. SIDGE) A. ii 32. A. i 492. XLAGES) A. i 313.INDEX OF iso-Borneol salt of from caniphene Bornylic acetate in oil of Abie.9 cnrzn- $yo-Bornylic acetate from cainphene hydrochloride (J~XGER and KLAOES) A. i 313. chloride from isoborneol caniphene (REYCRLER) A. i 313. Borolanite from N. Scotland (TEALL and HORNE) A. ii 117. Boron. Boric acid occiirrence of in regetable and animal products (JAY) A ii 327. amount of in wine and in cider (JAY and DEPASQUIER) A ii 76. detection of (VILLIERS and F A Y - OLLIE) ..L ii 75.detection of appamtus for (Do- RERTY) P. 1896,101. estimation of (JAY and DZTPAS- QUIEE) A ii 76. estimation of source of error in (GORGES) A. ii 575. estimation of volumetrically (BARTRE) A. ii 337; (JORGEX- YEN) A ii 449. Borates in the Stassfurf; Abraum salts Borax effect of on milk-curdling Bouquet of wines,cause of the ( MULLEE) A. ii 201. Bournonite from Broken Hill N.S.W. (SXITH) A ii 30. Bran dry distillation of with lime (LAYCOCK) P. 1896 38. Brnssiea rapn arginine in the tubers of (ScHur,zB) A ii 383. Brassylic acid (SPIECKE:RXANN) A i 410. Brazilintrimethylic ethci.. See Tri- methy lbrazilin. Breath estimation of acetone in (GEEL- XUYDEN) A. ii 679. Breithaiiptite*. from Sardinia (Lot-I- SATO) A 11 183. Bricks efflorescence on exposed to sulph- urous anhydride (PATERSON) T.66 ; P. 1895 203. Britannia-violet discovery of (HOF- Bromal hydmte . cryattlllin*e forms. of Bromic acid. See Bromine. Broniine aba.wption spectrum of solu- tions of in carbon bisulphide vapour (WOOD) A. ii 458. crystailisation of (ARCTOWS KJ) A ii 17. (REYCHLER) A. i 308. deiz& ( UMMNEY) A. i 380. (KOSXAXN) A. ii 368. (ALLEH) A. ii 489. XAB” LECTURE) T. 618. (POPE) P. 1896 142. iUBJECTS. 817 Bromine partition of between salt solu- tions and carbon bisulphide and tetrachloridc (JAKOWXIN) A. ii 514. detectim of by dichlorobenzenesulph- onamine (KASTLE) A. ii 216. detection of in organic compoiznds (RAIKOW) A. ii 70. separation of quantitatively from chlorine (BUGARSZKY) A. ii 216. Hydrogen bromide preparation of (KASTLE and BULLOCK) A ii 356. gaseous action on salts of elements of the fifth group (SMITH and MEYER) A ii 165.action of sulphuric chloride on (BESSOS) A. ii 417. Bromides effect of on a1gE (TVyr- LEL) S.. ii 266. estimation of by potttssium cyanide ( p x ~ z a % s ) A ii 386. Bromic acid velocity of the reaction between hydriodic acid and (NOYES and SCOTT) A. ii 158. Bromo-derivatives of aromatic hydro- carbons action of on lead salts of thiophenols (BOUEGEOIS) d. i 17. ;Icenap#thenone. -1cetamide. Acetamidobenzene. hcetamidophenol. l-Acetamidoquinoline. dcetanilide. Acetoacetic wid. Acetony l-o-benzoicsulphinide. Acetoxime. Z 2 4-9ceto-~~t-xyleneamide. dcetylcsrbazole. dcetylmalic acid. Alizarin. Allylene. dllylthiocarbamide. dmylene and &iso-dniylene.Anethoil and i.w-Anethoi1. Aniline. dnilinesulphonic acids. o- Anisidine. Anisoil. Ant hraee ne. -4nthraquinones. -1piole and iso-dpiole. Apione. Benz.99 iialdoxime. Bcnzaniidosulphonic acid. Benzene. Benzenedirtzonium. Benzenediazoxide. Benzenesulphonamide. Benzene-o-sulphonic acid cyano-. Benzenyloxime. Bromo-derivatives. See also :-818 IhWEX OF SUBJECTS. Bromo-derivatires. See :- Benzoic wid. Benzoicsulphinide. Benzoylcarbazole. Benzoylhy drazine. 33enz?.ldibromodiethylamiile. Benzylethylamine. Benzylic iodide. iso-Butylacetic acid. Butylamine. Butyric acid and iso-Bnt;! ric acid. Butyroglmalie acid and iso-Butyroyl. malic acid. Caniphenone. Canipholide. Camphor. Camphoric acid. Camphoric anhydride. Carbazole. Cinnamic acids. Citraconic acid.Collidine. +Cubebin. +- Cumenol. Delig drothiotoluidine. 9%-Diacetophen ylenediamide. Diazobenzene anhydride. Diazobenzenephenylhy drazone- me thanedi snlphonic acid. Diazobenzenethiophenyl Pthers. Dibenzoylacety lniethane. Dibenzy lhydantoin. 2 4-Diethox~acetophenone. Diethoxyxylenol. 2 4-Dihydrox~acetophenone. Ilibjdroxyhexahydrocymenes. Dihydroxytetramethylstilbene. 3 3-Dimetboxybenzophenone. DimethoxTquinone. 3 3-Dim~thoxythiobenzophenone. Dimethoxjtriphenylmethanecarb- Dimethoxy xylenol. Dimet li y laminodiphenazone. Dimethy laniline. rin- andp-Dimethylaniline-m-sulphonic Dimethylbarbituric acid nitro-. Dimethylglutaric anhydride. Dimethy lmalonimide. p-Dimethyrlpenthiazoline. Diphenacyl. Diphenazone-o- hy droxycarboxylic Diphenoxy quinone. Diphenyldiinethyltetrahydro-~-py- Diphenylmethenylamidinc.4 5-Diphenyl-2 7-octanedione. Diphenylparaconic acid. Dipropylacetic acid. Dipropylisopropylic alcohol. oxylic acid. acids. acid. rone. Broiiio-derii ati-r es. Ditliienyl. Ethoxyanetboil. 2-Ethoxj benzylidenraceton e. Ethoxy-+-cumeiiol. p-Ethoxypenthiazoline. Etlioxyq lenol. Ethyl-o- benzoicsulpliinicie. EthTlene. Ethglketole. Ethylmesitylene. p-Etli yltoluene. p-Etbyltoluenesnlplioiiic acid. Ethyltrietlij lphosphoniuni. Fluorenone. Fo~~iinmidobenzeae. Bormmilide. Borniaxylsulplioiiic acid. Fumaric acid. Gallic acid. Heptoic acids. Hexadecylene. Hexaliydm-p-xylic acid. fIexoic acids. Hexy lene. Hippenylcarbnnil. Homupiperonj-lic acid. Hydrindone. p-E~~c!roxybenzaldeliyile. Hydroxy benz aldoxime. Hydroxybenzoic acid.o- Hydroxybenzophenone. Hydroxybenzylideneacetone acetate and Benzoate (under the respec- tive acids). o- Hy d 1-0 xy benz y liden ed incetopli enone. Hydroxybenzylldeneaniline. Hy droxy benzylidenenaphth ylamine. E y droxybenzylidenetoluidine. Hydroxy-+-cunienol. Hydroxydimethylglutaric lactonc. H y droxy di phenylaininecarboxy lic Hydroxynaphthadiplienazone. HSdrox jnal~hthylli~droxyl~hengl- Hydroxypbenyl styryl ketone. $-Hydro~~-5-phen~1-2 6-dibenzjl- H ydroxyquinolines. Imidocarbonic acid. Indophenazin e. Ketostearic acid. p-Lapaehone. Levulinic acid. Luteolin. Malerc acid. Maleic anhydride. Maleimide. Maleinanil. Maleiny- tolil. Maleinuric acid. See - acid. aniine. nz-diazine.IPU'DEX OF SUBJECTS. SIC3 Broino-derivatives. See :- Malonic acid. Menthone. Men t hylamine.Meroquinenine. Nesaconic acid. Mesity lene. Methane. Methanesulphonepropionic acid. Methoxy-$-cumenol. Metlioxy ethoxy propylbenzene. p-Methoxypenthiazoline. h%ethoxy&enyl ethyl ketone. Methoxyxvlenol. Methyl "lifdroxy ethyl ketone. Me thy lace toace t ic acid. Methylacetylene. Methylaniline. a-Methylbutpic acid (Valerie acid). Methylenecageic acid. zt-Methy lpenthiazoline. Met hylisopropylacetylene. Methyltaurocarbamic acid chloro-. Methylisovaleric acid (hexoic acid). Morin. Myricetin. Naphthalene. Naphtlisquinonecarboxylic acid. Naphthol. Naphthylaminopenthiazolines. a-Naphthylic carbonates. iso-h'arcotine. Opian ic acid B-naph thy lamine. Pentacetylmorin. Pentadecoic acid. cyclo-Pentene. Yenthiazoline. Peonol. Phenol. Phenoiphthalein. Pheny l- u-coumaryl ketone.Phenyl hydroxystyryl ketone. Phenyl tolyl ketones. Phenylaminobenzylhydmzine. Phen~ldibenzyl-m-diazine Pheny ldihjdro- P-phenotriazine. 4'-Plrenyldihydroquinazoline. m- Phenylenediamine. Phenylenediurethane. Phenylic ethylic ether. Yhenylic y- bromopropylio ether. Phenylketotetruhg droquinuzoline. Phenylmalonic acid. Pheny lmethy laininopenthittzoline. Yken y lnitrobenzylrii trosamine. Pheny lnitromethane. Phenyliyonitromethane. Phen ylthio tetraliy droquinazolines. Phthalic acid. Phthalic anhydride. bo-Phthalic aoid. Pinic acid. Bromo-deriratires. See - p- Piperidylpenthiazoline. Piperony lnitroace tone. Piperonylonitrile. Yiperylencdicarboxplit acid. Propaneoxj methane Propen e. Propeneoxymethane. Propine. Yropineoxymethane. Propionic acid.Propionylmalic acid. p-Proposypen tliiazoline. Propylbenzene. Propylene. Propy lenepseudothiocarbainide. Propylmesitylene. 1-Propylpiperidine y-. Propylthiocarbimide. Prop y 1 thiourea. Propylvalerolactone. Protocatechuic acid. Pyridine. I? yroxanthine. Quinolinc?. Resacetophenone. Resorcinol. Resorcinol diethyl ether. Ricinin. Ricininic acid. Succinamic acid. Succinttnil. Succinanilic acid. Suocinic acid. Succino B-naphthilic acid. Succino-p-tohlic acid. Sulphamidobenzamide. 3-Sulphamidobenzoic acid. Sulphobromobenzoic acid. Sulphochlorobenzoic acid. Terephthalic acid. Terpene. Tetracetylluteolin. Tetrahydrocarvonebisnitiios~lic acid. Te trahydrocamic acid. Tetric acid. Tetronic acid. Theophy iline. Thienylt riphenyhethane. Thiocrtrbonylacetoacetic acid. Toluene.0- and p-Tolylaminopenthiazolines. "i'ribenzaldehyde. Tribenzoylmethane. Trimet hyleth ylammoniurn. Trimethylethylene. aap-Tr iine t hy lglu taric acid. Trimethylglutttric anhydride. Trimethylindolium hydroxide. Trimethylpropionic acid. Triresorcinol . Tropinone.820 INDEX OF SUBJECTS. Bromo-derivatives. See :- Undecylenic acid (hendecenoic acid). Valeric acid and iso-Valerie acid. Veratrol. Vinylc.yclopropane. Xanthine. Xylenol . Bromoform (WOLFF and SCHWABE) freezing points of solutions in (AM- Brongniartite from Broken Hill N.S.W. (SMITH) A. ii 30. Brucine detection of (FORM~NEK) A ii 401. titration of bp iodine (KIPPXN- BERGER) A. ii 682. Brushite artificial (GAUTIER) A. ii 185. Bnrett,e,.p modification of (BLEIER) A. ii 70 271 573. Bunsen’s modification of (SCHATER- NIKOFF and SETSCIIENOFP) A.ii 332. Burmite from Burma (HELM) A. ii 252. Burner a new Bunsen (DIERBACH) A ii 415. Lro-Butaldehyde action of rtlcoholic soda on (URBAIN) A i 590. action of zinc and ethylic bromiso- butyrate on (REFORMATSPP) A. i 128. action of cyanacetic acid on (BRAUR) A. i 594. action of formaldehyde and potash on (JUST) A i 403. action of malonic and acetic acids on (BRAUN) A i 594. action of potash on (FRANKE) A i 404. iso-Butaldehyde cyano- acetate of and the action of hydrogen chlor- ide on it (COLSON) A i 284. c+yrZo-Butane-1 3-dioxalylic acid and its salts (KALTWASSER) A. i 670. phenylhydrazide of (KALTWASSER) A. i 670. cyclo-B utane-1 3-dioxalylic anhydride (KALTWASBER) A i 670. Butanetricarboxylic acid ethylic salt velocity of hydrolysis of (BJELT) A.i 600. Butane-ayy-tricarboxylic acid ethylic salt of (AUWERS and TITHERLEY) A. i 648. action of sulphuric acid on (Anw~ss and TITHERLEY) A. i 642. iso-Butenylbenzene. See Yhenplbutyl- ene. A. i 523. POLA and MANUELLI) A. ii 238. Butenylic alcohol (CHAROS) A. i (crotoitylic 637. aZcohot) Butenylic alcohol action of acids or anhydrides on (CHARON) A. i 66. action of acid chlorides on (CHARON) A. i 662. action of zinc-copper couple on (CHARON) A. i 661. salts of (CHARON) A. i 661. Butter. Sec Agrictzltural chemistry. (Appendix). Butterflies pigments of (KOPKINS) A. ii 198 Butyl a-hydroxyamyl ketone density of (ANDERLINI) A. i 203. iso-Butylacetic acid. See iso-Hexoic acid. iso-Butylacetoacetic acid ethylic salt rate of formation of (BISCHOFF) A i 85.iso-Butylallylcerbinol. See Ocbnylie alcohols. Butylamine p-bromo- hptlrobromide of (BOOKMAN) A. i 200. @-chloro- (BOOKMAN) A. i 200. y-chloro- (BOOKMAN) A. i 200. its salts and benzoyl derivative (LUCHNANN) A. i 545. iso-Butylamine action of carbon bi- sulphide on ( PONZIO) A. i 636. iso-Butylamines (BERG) h. i 8. iso-Biitylanli ydrodi benzilacetoacetic acid (JAPP and LANDER) T. 7# ; P. 1895 116. silver and barium salts (JAPP and LANDER) T. 740; P. 1896 ethylic and is0 butylic (?) salts of reduction of (JAPP and LANDER) T. 743 ; P. 1895,146. iso-Butylbenzene magnetic rotatory power &c. of (PERKIN) T. 1082 1083 1192,1241. ab-iso-Butylcarboxy ethy lthiocarbamide (DORAN) T. 331 ; P. 1896,75. Butylchloramine (BFRG) A. i 9. Butjldichloramine (BEBG) A i 9.iso-Butyldibydroisoiudole base derived from and its platinochloride (Bxonr- BERG) A. i 580. 112 - i*o - Butyldiliydrotohene. Methyli.so butylryclohexadiene. iso-Butylenc formation of (HOOKER) T. 1356. action of acetic chloride on (KOSDA- KOPF) A. i 462. oxidation of by palladinised copper oxide (CAMPBELL) A ii 171. iso-Butylic alcohol action of light on (RICHARDSON and FORTEY) T. nitro- (HENRY) A. i 4 iso-Butylideneacetoaeetic acid ethylic salt of (KNOEVENAGEL) A. i 210. is0 - B uty lidenebi sacetonedimrb oxy li c Sce 1352 ; Y. 1896,,164.IXDEX OF SUBJECTS. 821 acid ethylic salt of (KKOIWENAGEL) A. i 212. bo-Bntylidenecyanacet,ic acid (BRAUN) A. i 594. iso-Butylidenecyanacetonitrile action of bromine on (BRAUN) A. i 594. hydrolysis of (BRAUN) A.i 594. iso-B uty lideneph t halide (B ROXBERG) A. i 580. Butylmdonic acid ethglic salt rate of formation of (BISCHOFF) A. i 85. iso-Butplindonic acid ethylic salt rate of formation of (BIscHoFF),,~. i 85. hydrolysis of (HJELT) A i 205 598. action of ethylenic bromide on (BISCHOFF) -4. i 129. iso-ButFlmalonic acid sodio- ethylic salt action of ethylic a-bromopro- pionate a-bromobutyrate a-bromiso- butyrate and a-bromisovalerate on (BISCHOFF) A. i 467. +Butylmalonic acid ethylic salt rate of formation of (BISCHOFF). A. i 85. Butyloxamic acid butylsmine salt (BERG) A. i 8. iso-Butylphthalazine chloro- and its picrate and platinochloride (BROM- BERG) A. i 580. 1'-iso-Butylphthalazone (BROXBERG) A. i 580. at-iso-Butyltetrshgdro-m-cresol. See 1 3-Methy1isobutylcyclohexenol-5.iso-Butylthiocarbimide,-action of hydro- gen sulphide on (PONZIO) 4. i 636. nz-iso-Butyltoluene 5-chloro- (GUXD- LICH a& KNOEVENAOEL) A. i 212. Butyramide action of sodium hypo- chlorite on (DE CONINCK) A. i 282. Butyric acid hest of electrolyvtic dis- sociation of (EORTRIGRT) A ii 463. and water didillation of a mixture of (SOREL) A i 463. Butyric acid potassium d t products of electrolysis of (HANONET) A i 664. dipropylacetylenic salt density of (ANDERLINI) 9. i 203. ethylic salt molecular volume in organic solvents of (N~coL) T. 143 ; P. 1896 237. methylic salt heat of evaporation of (MARSRAT~L and RAMSAY) A. ii 349. phenylic salt magne?ic rotatory power &c. of (PERKIN) T. 1075 1076,10i8,1180 1238. estimation of ( WILCOX) P. 1896 302. Butyric acid @-amino- (WEIDEL and ROITHNEE) A.i 470. a-bromo- action of hydroxylamine on (HASTZSCH and WILD) A. i 285. aaB-tribromo- (VALESTIN) A i 79. /3-chloro- ethylic salt of (WEIDEL and ROITHNER) A i 470. aa&trichloro- formation of from a-chlorocrotonic acids ( VALESTIN) A. i 79. aSB-ti-ichloro- (M.P. 51'5-52') (SZENIC and TAGGESELL) A. i 81. a-oxime of (HANTZSCR and WILD) A i 285. peroxide of and its ethylic salt (JOVITBCHITSCH) A. i 82. syn-diorimido- (JOVITSCH ITSCH) A i 82. Butyric chloride action of zinc methide on (IPATIEFF) A. i 402. {so-Butyric ncid melting and solidify- ing points of (HASSOL) A. i 408. action of uranium salts on (FAY) A. i 465. hydrazine derivatives of (THIELE and HEUSER) A i 340 341. calcium salt action of heat on (GL~CKSMANX) A.i 533. potassium salt products of electro- lysis of (HAXONET) A. i 664. crotonylic salt (CHARON) A. i 662. inetthylic salt heat of evaporation of (MARSEALL and RAMSAY) A. ii 349. iso-Butyric acid bromo- action of finely divided silver on (HELL) &4. i 10. a-bromo- ethgljc salt action of finely divided silver on (AUWERS and ZIE~LER) A i 643. liydroxylamino- (MUNCH) A. i 203. iso- Kutyric chloride action of mercuric or lead thiocyanate on (DIXOX) T. 562; P. 1896 100. Butyroin. See Propyl- a-hydroxybutyl ketone. Butyrolactone ( BENTLEY HAWORTH and PERKIZY) T. 168; P. 1896. 36; (FICRTER and HERBRAND) A. i 463. clioxime (WOLFF and SCHWABE) A i 524. Butyronitrile preparation of (Hop- MANE LECTUXE) T. 696. iso-Butyronitrile hvdroxylamino- (MUXCH) A. i 263. Butyrophenone-o-carboxylic acid (BROMBERG) A.i 579. Butpylmalic acid rotatory power of the methylic ethylic propylic and822 INDEX OF SUBJECTS. isobutylic salts of (WALDEN) A ii 136. Butyrylmalonic acid specific rotation of the ethylic salt of (PURDIE and WILLIAMSON) T. 825. bromo- ethylic salt rotatory power of the ( W A L ~ E N ) A. ii 136. iso-Butyrylmalic acid rotato1.y power of the methylic and etliylic salts of (WALDEN) A. ii 136. 4 3. iso-Butyrylmethglcyclopentan-3-one (iso-Butyryl.Pneth~~1~et~entamethyl- enr) dioxime copper derivative am- monia and bisulphite compounds (VON BAEYER) A i 247. ide (DIXOX) T. 865; P. 1896 101. NAN) A. i 630. XAN) A. i 6dO. (.DIxoN) T. 862; P. 1896 101. action of silver nitrate on (DIXON) T. 863 ; I?. 1896 101. n3-iso-Butyrylphenylurea (DIXOE) T.i.so-Butyr> luliocarbimide (DIXON) T. 862. action of aniline o- and p-toluidine and a-naphtliylamine on ( DIXON) nb-iso-Butyryl-o-tolylthiocarbamide and action of silver nitrate on (DIYON) T. 863 ; P. 1896,101. ab-i,so-Butyryl-p- tolylthiocarbamide and action of silver nitrate on (DIXON) T. 864; Y. 1896,101. ab-iso-Butyryl-o-tolylurea (DIXON) T. 863 ; P. 1896 101. nb-iso- Butyryl-p-tolylurea (DIXON) T. S64 j €’. 1896 101. Buzylene derivatives (CURT~US) A. Bynedestin preparation of (OSBORNE Bynin from malt (OSBORNE and CAXP- ab-iso- Butpryl-a-naplithylthiocarbam- Butyrylphenylsemicarbazide (WID- iso-Butyr~lphen~liseniicarbazi~~e (WID- nb-iso-ButyrylplienylthiocarLamide 863; P. 1896 101. T. 862-865. i 339. and CAMPBELL) A i 714. BELL) A. i 715. C.Cabbage potato- dye of bluish-skinned (WEIGERT) A. i 388. Cacao butter iodine number of (E’IL- SINGER) A. ii 680. iodine number and refractive index of (STROHL) A. ii 506. Cwoxenite from Bavaria ( WEIN- SCHEXK) A. ii 310. Cactaceze alkaloids of (EWELL) A. i Cactus alkaloids of (HEFFTER) A i Cadmium action of on a photographic plate (COLSON) A. ii 601. vapour density of (BILz) A. ii 152. solution and diffusion in mercury of (HUMPIXBEYS) T. 1680 ; P. 1896 220. physiological actio,n of (PADERI) A. ii 491. Cadmium-alloj s with lead and with zinc solution and diffusion in mer- cury of (HUMPHREYS) T. 1681 ; P. 1896 220. with silver melting poinB of (GAu- TIER) A. ii 646. Cadmium amalgam thermoelectromotire force of solutions of cadmium salts and (HAGENBACH) A ii 513.Cadmium salts physiological action of (ATHANASIU and L m a L o I s ) A. ii 319. bromide thermochemical data of the compound of mercuric cyanide and (VARET) A. ii 88. chloride fused electrolysis of (LO- RENZ) A. ii 23. chromate and diehromate (SCHULZE) A. ii 24 25. hydroxide electrochemical prepara- tion of (LORENZ) A i t 647. iodide thermochemical data of the action of mercuric cyanide on (VARET) A. ii 148. niobate (LARSSON) *4. ii 564. sulphate energy and electromotive force required to electrolyse (JAHN) A. ii 230 231. cmesium sulphate density and optical behaviour of ( IUTTON) T. 451. rubidium sulphate density and opti- cal behai iour of (TUTTON) T. 445. salphide electrochemical preparation of (LORENZ) A ii 648. physical change prodnced by gently heating (SPRING) A.ii 290. effect of high temperature on amorphous (MOUELOT) A. ii 603. thiopyrophosphate (FERRAKD) A. ii 473. Cadmium separation of copper from (Mawson- and MTJTHMANN) A. ii 338. separation eleotrolyticallp from mer- cury (SXITH and WALLACE) A. ii 220 710. 268.IXDES OF SUBJECTS. S E j Catsitmi chlorate electrolytic conduc- tivity of eolutions of (BAuR) A. ii 144. chromic chlorides (WELLS and BOLT- WOOD) A. ii 10'7. uranyl chloride (WELLS and BOLT- WOOD) a. ii 108. ferrate (MOESER) A. ii 251. zirconium fluorides (TELLS and FOOTE) A. ii 1'79. perthiomoljbclate (HOIDSANN) A. ii 476. sulphate constitution of double salts containing (TUTTON) T. 519; P. 1896 71. cadmium sulphate density and optical behaviour of (TUTTON) T. 451. cobalt sulphate density and optical behaviour of (TUTTON) T. 428.copper sulphate dc-nsity and optical behaviour of (TUTTON) T. Ml. ferrous sulphate density and optical behaviour of (TUTTON) T. 396. magnesium sulphate density and 01)- tical behaviour of (TUTTON) T. 366. manpanous sulphate density aud 013- tical behaviour of (TUTTON) Y. 403. nickel sulphate density and optical behaviour of (TCTTON) T. 415. titanium alum (PICCINI) A. ii 365. vanadium alum (PICCINI) A. ii 305. zinc sulpliate dwsiky and optical be- haciour of (TUTTON) T. 383. Caffeine slnthesis of (FISHER and AcR) k i 263. periodide analogy of to theobrom- ine periodide (SHAW) T. 103 j P. 1895,177. phyeiological action of (BLBANESE) A. ii 319 492. effect of on the germination of seeds (.MOPSO) A. ii 326. estimation of in tea (PETIT and TER- RAT) A.ii 629. estimation of in presence of theo- bromine (DENIG~S) A. ii 38'7. CdTeine. chloro- action of potash on (FISCHER) A i 13. Calamine from Spain (CES~RO) A. ii 479. Calaverite fmm Cripple Ci*eek. Colorado (HILLEBBAND) A ii 31 ; (KNIGHT) A ii 614. Calcareous tufa from Bungonia N.S.W. (C-UBRAN) A. ii 535. Calcistrontite from Westphalia (LAS- PEYRES and KAISER) A. ii 660. Calcite etching of (HAXBERG) A. ii 366. Calcite action of magnesium solutions on (hidopite) enclosures in (HOLTAND) Calcium salts influence of 011 blood coagulation (HORNE) A ii 437. elimination of in oases of rickets (DE KOXIXCK) A. ii 50. absorption and excretion of (RET) A. ii 489. bromide thermochemica~ data of the compound of mercuric CJ anide and (VARET) A. ii 88. oxpbromide tLermocheniical data of (TASSILLT) A.ii 465. carbonate welding of under pro- lonqecl pressure (SPHIX~) A. ii 300. action of sodium sulphate and car- bonic anhydride on (TANATAR) A. ii 419. effect of on germination (CLAI-DEL and CROCHETELLE) A. ii 442. See also Aragonite Calcite Lime- stone and Agricultural ohem- istry (Appendix). chloride Sreezing points of aqueous solutions of (PONSOT) ii. ii 412. hexaliydratecl absorption of mois- ture by (HAKE) P. 1896 34 chromite (DUFAU) A. ii 167. imidosulphonates (DIVERS and EAGA) T. 1625 ; P. 1896,179. mercur? imidosulphonat e (DTTERS and HAGa) T. 1630; P. 1896 179. iodide tlierinochemical data of the nction of mercuric cjanide on (VAICET) A. ii 148. hydrated therrnochemicsl data of (TASSILLY) A. ii 350. niobate (LARSSON) A ii 564.nitrate raponr presstires of concen- oxide ( l i m p ) crystallised (BRUGEL- XANN) A. ii 167. action of dry hydrochloric acid on (VELEY) A. ii 360. effect of on germination (CLAUDEL and CROCHETELLE) A. ii 442. estimation of photometrically (HINDS) A ii 5'74. estimation of by potash soap (SZXFER) A ii 499. See also Agricultural chemistry. phosphate crystalline from basic slag (CABNOT) A ii 522. and phosphorus influence of on the nutrition of plants (STOK- LASA) A. ii 266. (KLEYENT) A. ii 116. A. ii 261. trated Solution3 O f (J'ADDhLL) A. ii 151.824 INDEX OF SUBJECTS. Calcium superphosphate from ,ilgeria phosphates. See also Agricultuid silicophoephate crystalline from basic metaplunibate (K~SSYER) A. ii 247; orthoplumbate (KASSNER) A. ii diplumbate (K.4SsxER) A.ii 247. tetraplumhate (KASSNER) A. ii 248. silicide (DE CHALMOT) A. ii 473. zirconate (VENABLE and CLARKE) (MALBOT) A4. ii 185. chemistry. slag (CARNOT). A. ii 522. (GRUTZNER) .4. ii 243. 247. A. ii 653. (F~uRE) A. i 113. ferrocyanide action of nitroue acid on (MARIE and MARQUIS) A i 4433. Calcium detection of traces of in strontium salts O OR ENS EN) A. ii 361. estiination of by alkalis volumetri- cally (Ruosa) A ii 500. separation of strontium and barium from (DUPASQUIER) A ii 450. Callitrolic acid its salts and acetyl de- Calorimeter. See Heat. Camphanic acid from w-bromocam- phoric acid (KIPPING) T. 65 ; P. 1895 213. from chlorocamphoric anhJdride (MARSH and GARDNEP) T. 82. distillation of (ASCHIN) A i 447. r-bromo- (KIPPING) P. 1895,212.dhmpbanic acid lactoanhydride (KIPPING) T. 942. cis-n-Camplianic acid circular polarisa- tion of in tlte crystalline state (POPE) T. 974; P. 1896 116. crystallography and pyroelectric pro- perties of (POPE) T. 973; P. 1896 116. methplic salt anhydride (KIPPING) T. 943 ; P. 1896 115. ti*sm-n-Camplianic acid oxidation of (KIPPING) T. 960 ; P. 1896,115. silver aninioniuni salts anhydride amide (KIPPING) T 929; P. 1895 33 88 211; 1896 114. Caniphene constitution of (MABSXE and GARDNER) T. 90 ; Calcium cyanat a preparation of rivative (B~LzER). d. i 494. (TILDNN) T. 1014. Y. 1896 138. from pinene (TILDEN and SICHOLLS) oxidation of (MARSH and GARDNER) ealt of isoborneol from (REYCHLER) bromide (REYCHLER) A i 381. x 74; P. 1895 206. A i 308. Camphene hydrochloride behavioiir towards acetic acid and bromine (JUNQEB and KLAGES) A.i 313. Camphene a-dichloro- (KIPPINQ and POPE) P. 1895 57 ; (LAPWORTH and KIPPIXG) T. 1559 ; P. 1896 152 188. Campheuephosphonic acid chloro- oxi- dation of (MARSH and GARDNNR) T. 75. Camphenesulplionic acid a-chloro- potassium and sodium salts chlor- ide amide anilide (KIPPING and POPE) P. 1895 57 ; (LAPWORTR and KIPPING) T. 1551 ; P. 1896 152,188. @-chloro- potassium sodium barium salts laqtone chloride amide anilide (KIPPING) and POPE) P. 1895 57; (LAPWORTH and KIP- PING) T. 1560; P. 1896 152 188. Camphenone bromo- constitution of (ANQELO and RIXINI) a. i 248. Camphenylic acid from oxidation pro- duct of French turpentine (WAGNER and ERTSCHIHOWSKY) A i 380. Camphoic acid and its monammonium triammonium copper aud triplumbic salts (MARSH and GARDNER) T.75 ; P. 1895 206. Campholene hydriodide (GUERBET) A nitrosochloride (GUERBET) A. i 57. Canipholenic acid nitro- (B6nAL and BLAISE) A. i 36. i-Campholenic acid behayiour of towards bromine (GIJERRET and BBHAL) A. i 652. action of nitric peroxide 011 (BBHA~ and BLAXSE) 9. i 55. oxidation of (BBHAL) A. i 55 179. ( B ~ H A L and BLAISE) A i 66. leuconitroso- ( B I ~ A L ond BLaIsE) A. i 56. cyano- from campbolide (HALLER) A i. 385. behayiour of towards potassium bromide (HALLER) A i 448. i 57. Canipliolenolide ceruleonitroso- Campholic acid (QUERBXT) d. i 56. Campholide (HALLER) A. i 385. hydrolysis of (FORSTEB) T. 55 ; I?. a-bromo- hydrolysis of ( FORSTER) T. 8-bronio- (PORSTER) T. 54; P. dibroino- and its hydrolysis (POR- (WALKER and HENDERSON) T.749. 1895 209. 50; I?. 1895 209. 1898,209. STER) T. 4L ; P. 1895 208. ello-Campholytic acid ethglic saltINDEX OF SUBJECTS. 825 bromo- constitution of (ANGELO and cis-Campholytic acid,nature of (SOYES) A. i 696. Camphopyranilic acid (MARSH and GARDNER) T. 83 ; P. 1895 206. cis-Camphopjric wid and its lead and sodium salts and chloride (MARSH and GABDNSR) T. 77; P. 1895 206. .me.To-Campliopyric acid (MARSH and GABDXER) T. 79. tram-Camphopyric acid (MARSH and GARDIVER) T. 80; P. 1895,206. Camphopyric anhydride (MARSH and GARDNER) T. 77; P. 1895,206. chloro- (MARSH and GABDNEB) T. Caniphopyric chloride (MARSH aid GARDNER) T. 78; P. 1895,206. chloro. (MARSH and GARDNER) T. a-Camphoramic acid silver and coppel. salts (HooaSwEaFF aBd VAN DoRP) A.i 314. 8-Campboramic acid (Hooa~ WERFF and VAN DORP) A. i 314. Camphor consLitution of (MARSH and GARDNER) T 90 ; (ASCHAN) A. i. 492. 83; P. 1895 206. 80 ; P. 1895 20fi. T. 1696; Y. 1896 217. Camphor ax-dibromo-anitro- (LAP- WOXTH and KIPPIKG) T. 308 P. 1895 209. s-broino-a-isoiiitro- and its potassium barium calcium cobalt nickel copper merciiric bisbuth and acetyl deriratires (LAPWORTH and BIPPING) T. 31’7 ; P. 1895 210. r-chloro- oxidation of (KIrPma aiid POPB) P. 1896 213. a-chloronitro- conversion of into cam- pliorquinone (LAPWDETH) %. 322 ; P. 1896,76. a-nitro- rotatory pos-er of iii dif- ferent solvents (PE~CETTA) A. ii 346. sodium derivative molecular weight of (BECKMAEN and SCRLIEBS) A i 124. Camphor. See albo Anise-camphor Matico-camphor and Patchouli-cam- phor.Camphorenic acid sodium zinc and meth;vlic salts (FORSTER) T. 5e ; P. 1895 208. bramo- barium silver zinc am- monium copper methplic salts. tund oxidation of (~?ORSTJ.:R) T. 46 ; P. 1896 77. a-dibromo- behaviour of towards nitrlc acid (FORBTER) T. 36 ; P. potassium allo-etlrvlic salt electro- ljsis of (WALKE~ and HENDKRSON) T. 748; I?. 1896,110. sodiurn barium calciuni copper mangLvnesc zinc nickel cobalt bis- niuth lead derivatives (LAPWORTH and KIPPISG) T. 309 ; F.. 1895 210. 1895,213. cT-Camphoric acid froin rr-broniocain- Camphoric acids. constitution and pro- phoric acid (KIPPIKG) T. 928. perties of (hscHAXu) A i -492.826 ISDEX OF SUBJECTS Cimphoric anhydride heliax ioiir of to- ’ wards benzene in presence of alu- minium cttloridc (BuRhER) i 179.reduction of (HALLER) A i 385. bromo-. be ha^ lour of with bases ’ (A&X-Wl:RS SCIIJFFE,R and SING- HOF) &. i 643. 1896 114. rr-bronio- (KIPPING) T. 92’7; P. w-bronio- (KIPPING) P. 1895 212. ~-clibroino- (KIPPING) I?. 1895 chloro- (MARSII and GARDWR) T. Camphoric cliloride chloro- (MARSH and OARDNER) T. 81. iso-Camphoric acids constitution of (ASCHAN) A i 493. Caniplioric niononitrile its anhydride and anilide (HALLER and MINGUIN) d. i 695. Camphoric peroxide (VAXINO and THIELE) A i 597. C’amphoiimide from cymolauronic acid (HOOGEWERFF and VAN DORP) A i 314. dhmphorisoimide hydrochloride and aurochloride (HOOQEWERFF and TAX DOXP) A. i 314. Mhmphorisoimide hydrochloride and aurochloride (HOOGEWEBFF and VAN DORP) A. i 314. ~-Camphor~~ethyli.soimid~ hydro- chloride and aurochloride (HOOQE- WERFF and VAN DORP) A.i 315. Camphoronamic acid amnionium ethylic salt of (HEss) A i 102. Camphorone behariour of towards 212. 82. phosphoric anhydride ( KEBP) A. i 448. Camphoiwnic acid ( BREDT ARNTZ and HELLE) A i 653. diethylic and triethylic ealts (HEss) A i 102. trietliplic salt va1ocit.y of hydrolysis of (HJELT) A. i 600. i,ro-Cainphoronic acid from oxidation of pinonic and a-pinonic acids (TIEXANN and SEXMLER) A.. i 309. Csmphoronimic acid and its ammonium salt and aniide (Hsss) A i 102. Camphoroxiine behaviour of towards inethylic iodide (FORSTER) P. 1896,146. derivatives of (FORSTER) P. 1896 146. Camphorpinacone isomericle of (BECE- Camphcrquinone fyom a-chloronitro- reduction of (KERP) A. i 448.hydrobromide inethyl and acetyl YANN) A. i 652. camphor (LAPWORTH) T. 323; P. 1896 ‘76. Ca~nphorsulphonic acid a-bromo-,oxida- tion of ainmonium salt (LIPWORTE and KIPPIXG) P. 1896 77. cis-Cnmphotricarbox~I~c acid and its silver salt and anhydride (KIPPING) T. 966; P 1896 115. drated crystallography and circu- lar pol9;1.isation of (POPE) T. 07s ; P. 1896 116. and it- silver calcium salts and anliy- dride (KIPPISG) T. 951 ; P. 1896 115. Camphydrene cliloro-. See Pinene hy- drochloride. Canadine physiological action of (TON BUNGE) A. ii 492. Cancrinite formula of (RAYXELSBERB) A. ii 190. Cace-sugar. See Sugar. Cannabin preparation of cannabinol from (WOOD SPIVEY and EISTER- Cannabinol active constituent of Indian hemp (WOOD SPIVEY and EASTEE- FIELD) T. 544 ; P.1896,76. existence of in pharinaceutical pre- paration (WOOD SPIVEP and EASTERFIELD) T. 525 ; P. 1896 76. acetyl and benzoyl derivafives of FIELD) T. 545; P. 1896 76. Cannabinone preparation of canna- bin01 from (WOOD SPIVEY and EASTERFIELD) T. 546; P. 1896 76. Ca7tnati.s indica constituents of (WOOD SPIVEY and EASTER FIELD),!^!. 539; P. 1896 ’76. unativa eclestin the proteid in (Os- BOKNE and CAMPBELL) d. i 716. ~rans- Cam photricarboxylic acid hy- FIELD) T. 546; P. 1896 76. (WOOD SPIVEY and EASTER- Capric acid. See Decoic acid. i.vo - Caprolac tone. Sea Hy droxy iso- Caprylic acid. See Octoic acid. Capsicum seeds oil from (VON BITTB) A.. ii 209. Capsicum seed mucilage (VON BITT~) A. ii 209. Cai~jinel polarisation and analysis of (HERON) A. ii 394. Carbamic acid nitroso- potassium salt (THIELE and LACHXANZO) A i 208. Carbamic azoimide (CURTIUS and HEIDENREICH) A.i 143. Carbamide synthesis of from guaiaool carbonate (CAZENEUVE) A. i 528. hexoic acid lnctone of.ISDES OF SUBJECTS. 827 Carbamide lieat of solution in water and ethFlic alcoiiol 01 (SPETERS) A. ii 411. freezing points of dilute solutions of (ABEGG) A. ii 588. action of acetjlurethane on (OSTXO- GOTICH) d. i 530. action of 8-amidopropionic acid on (WEIDEL and ROITHNEB) A. 1 470. action of benzaldehyde on (SCHIFF) A. i 629. action of carbonyl dicliloride on (SCHIEF) A. i 530. action of n-etliylaminopropioiiic acid on (DEVILLIER) A. i 89. action of ethylic chlorcarbonate on (SCRIFF) A. i 530. action of hypobromites on in pre- sence of ti cyanate (ALLEN) p..1896 31. action of phthalic anhydride on (DENLAP) A. i 471. Carbamide nitro- (THIELE and LACH- MANN) A. i 207. thermocliemical data of (TANATAR) &4. ii 466. nitroso- (THIELE- and IL~CHXANN) A i 208. Carbamides alkyl substituted rate of formation of froin the corresponding cyanates (WALKER and APPLEPARD) T. 193 ; P. 1896 12. Carbanilide. See s-l)iphenglcarbuniide. Carbanite. See Plienjlearbimide. Carbazoiinide (carbon,yZ rzitride) (CER- TIUS) A i 340. analogy of reactions with carbonyl chloride (CURTIES and HEIDEN- HEICJI) A. i 143. Carbazole discovery of (HOF?LfANx LECTUHB) T. 631. synthesis of (GRAEBE and ULLXANN) A. i 575. di- and tpibromo- acetyl and benzoyl derivatives of (JtazzARA) A. i 393. pentnbrom3- (MAZZARA and LEO- NARD~) A. i 393. heptabromo- (MAZZARA and LEO- NARD~) A.i 393. chlorobroino- and its acetyl and ben- zoyl derivatives (LAMBERTI-ZAN- ARDI) A. 1 304. a- and j3-&chlorodibromo- beiizoyl derivatiyes of (LAMBERTI-ZAN- .ARDI) A i 305. chloronitro- and its acetyl and ben- zoyl derivatives ( LAMBEXTI and ZANARDI) A. i 651. nitramino- (MAZZABA and LEONARDI) A. i 392. Carbethoxyacetohydroxamic acid de- rivatives of (NEF and JONES) A. i 460. y-Ctwbodiphenpliinide (SCHALL) A. i 223 305. Carbohydrate from mucin (CHITTENDEN and GIES) A. i 456. Carbohvdrates hyclrolysing action of glyoxplic acid on (BOETTINGCEB) A. i 5 6. action of dilute alkalis on (DE BRUYN) A. i 116. of barley straw (CROSS BEVAN and SMITH) T. 1604; P. 1896 174. relation of fnrfuroids to total from barley straw (CROSS BEvBN and SMITH) T.1606; P. 1896,174. formation of proteids and in plants Acliroodextrin Adon;tol. dtnylodextrin. Avizban. Arn binose. Arabitol. Can e-sugar. Capsicum seed mucilage. Cellulose. Dext rin. Dextrose (glucose). Diglucose. Dulcitol and iso-Dulcitol. Erytlirodextrin Fructose (levulose). Galact an. Galactose. a- and B-Galaheptose Galaoctose. Glucoheptitol. Glucose (dextrose). Gly cerose. Glycogen. Inulin. Inulin of garlic. Jecorin. Lactost!. Levulose (fcuctose). Lyxose. Maltodextrin. Maltose and zso-Maltose. Man n an. Mannitol. M annose. Metamaltase. Methyltetrose. Mucilage. O x j cellulose. Pectins and pectin substances. Pentosans. Polysaeeharides. (SAPOSCHNIBOFF) A. ii 537. Carbohydrates. See also :-828 ZSDEX OF SUBJECTS. Carbohydrates. See :- Raffinose Rhamnose and iso-Rhamnose.Sorbitol. Starch. Volemi to1 . Xylan. Xy lose. Carbohydmzide (carbazide) (CUBTIUS and HEIDENREICH) A i 143. hFdrochloridtr and sulphate (CURTIUS and HEIDESREICH) A. i 143. ditlcetyl derivative of (CURTIUS and HEIDENBEICH) A i 143. Carbohydrazimine (CURT~US) 9. i 39. Carbolic acid. See Phenol. Carbolic powders estimation of sulphur- ous anhydride in (DX KOLNINCIH) A. ii 275. Carbon in meteorite8 (MOIMAN) A ii atomic weight of (WANELYN) A. ii atom asymmetric (FITzGEaaLD) Diamond artificial (MOISSAN) A. ii obtained from steel (ROSSEL) black (MOISSAN) A. ii 645. plioephorescence of (KuNz) A. ii 194. 165. T. 892 ; P. 1896 25. 644. A. ii 601. 306. Graphite from apegrnatite (MOISSAN) 9.. ii 182. varietiei of (MOIS~ALN) S. ii 165. specific heat of (VIOLLE) A.ii 8. boiling point of (VIOLLE) A. ii 8. compounds containing bivalent (NEF) A i 71. direct union of with hydrogen (BONE and JEOBDAN) P. 1896,61. Carbides metallic classification of (MOISSAS) A. i 633. action of %rater on (MOISSAK) A i 633. Carboti tetrschloride action of potas- sium bromide aid iodide on (SNAPE) A. ii 641. action of zinc and sulphnric acid 0x1 (ANONYXOUS) A. i 633. Xitrographitoic acid from spiegeleisen (DONATH) *4. ii 563. Carbonic oxide evolution of by alka- line pyrogallol during oxygen estixnations (C'LOWES) P. 1896 200. spectrum of the flame of (BoHN) A. ii 140. behaviour of when submitted to thc electric discharge (COLLIE and RAWAX) A. ii 634. Carbon. Carbonic oxide duration of the flame in the explosire combustion of moist and dry (DIXON STRANGE and GRAHAM) T.773; P. 1896 55. (DIXOI) T. 774 ; P. 1896 55. combination of oxygen with explosive mixtures of air and (CLOWES) P. 1896,201. oxidation of by palladinised copper oxide (CAMPBELL) A. ii 171. combination of with nitrous oxide (.DIXOX) T. 780; P. 1896 56. action of on man (HALDAXE) A ii 52. absorption coefficien t of (H~;TYKER) A. ii 485. excretion of nitrogen in poisoning by (MUNZER and PALXA) A. ii 662. estimation of in air (HALDABNE) A. ii 76. estimation of in blood (HAZDANE) A. ii 52. compound of with hemoglobin. See Haemoglobin. Carbonic anhydride mode of forma- tion of in the combustion of carbon compounds (DIXON) T. 774 ; P. 1896,55. effect of electric sparks on (HOF- MANN LECTURE) T. 728. behaviour of when submitted to the eleckic discharge (COLLIE and RAMSAY) A.ii 634. solubility of in sodium phosphate solution L. Meyer's investiga- tion on ( BEDSON) T. 1413. solubility of in aniline (KONOWA- LOFF) A. ii 351. the source of carbon for nitrifying organisms (OODLEWSPI) A. ii 669. source of in muscle ( K R ~ ~ E R ) A ii 487. action of on nerve (WALLEK) A. ii 52. estimation of apparatus €or (HEI- DEIVHAIN) A. ii 337. estimation of new baryta tube for (GEELMUYDEN) A. ii 674. estimrrtion of volumetrically (SYXONS and STEPHENS) T. 869; P. 1896,103. estimation of rdpidly in the atmo- sphere (HENBIEI) A ii 621. estimation of free and combined in waters (Vichy-Vals) (MEIL- L ~ R E ) A. ii 341. estimation of in carbonates by iodine (PHELPS) A. ii 673.JXDES OF SUBJECTS. 829 Carbon. Carbonates artificial crystallised (BOURGEOIS) A.ii 110. detcction of' in presence of sulpfiites and sulphatcs (GIACOXELLI) A ii 124. Carbonic acid rnethylic and ethylic salts heat of evaporation of (LOUGUININE) A. ii 146. 8-naphthyiic salt of detection of (DEAGEXDORFF) .k. ii 279. Carbonic atid chloro- action of phsnylacetyltliiocarbamide on (DORAN) T. 343. ethylic salt action of on fonnani- lide (FREER and SHEEXAN) A i 612. action of plienyltliiocarbamide cjn (DORAN) T. 342. action of lead thiocynnate on ( DORAN) T. 325 ; I?. 1896,74. imido-. See Imidocarbonic acid. CaPbonyl chloride action of on the hydrides of non-metals (BESSON) A ii 368. action of on phosphonium halogen compounds (BESSON) d. ii 358. action of 011 ditliioacetylacetone (YAILLANT) R. i 591. Carbon bisulphide spectrum of the flame of (BOHS) A.ii 140. magnetic rotatory power &c. of (PERKIN) T. 1123. heat of evaporation of (BECKXAXN FGCHS and GERNHARDT) A. ii 237. rolume changes during the forma- tion of solutions in (JONES) P. 1895 179. influence of on the combination of carbonic oxide and oxygen (DIXON) T. 783 ; P. 1896,56. influence of on nitrification (PAG- XOTL) A. ii 67 ; ( P a a ~ o u ~ and DEH~RAIK) A. ii 329. effect of on exhausted soils (OBER- LIN) A. ii 67 Carbon estimation of new apparatus for (WUST) A ii 449. estimation of in aluminium (MOIS- SAX) A. ii 339. estimation of in iron (PEIPERS) A. ii 449. (graphite) estiniation of in pig-iron (SHINER) A. ii 499. estimation of i n steel (BLAIR) A. ii 544. estimation of in zinc (FUNK) A. ii 274. Carbonado from Brazil (MOISSAN) Carbonamidohy drazoisobutyronitrile A.ii 182. VOL. LXX. ii. hydrolysis of (THIELE and HEOSER) i 340. Carbonyldibiuret (SCHIFF) A i 530. Ca rbonyldicarbamide (SC HIFF) A. i Carbostyril (2'-~.,zldro~~puiitoline) tau- tomcristn of (CLAVS) A. i 449. 4-amino- (CLACS and SETZER) A i 498. 4-nitro- (CLAGS and SETZER) A. i 498. Carbosyacetonylsuccinic acid ethyliu salt of (EXERY) A. i 414. a-Carboq-P-acetjlglutaric acid ethylic salt (EMERY) A. i 414. 4-Carbouyamidobenzoic acid 3-amino. and its salts (ZINCKE and €IEL;\IERT) A. i 548 549. CarboxgethJ;letfiylnitrolic acid (KEF ar,d JOXES) A. i 460. a~-Carboxyethylcthyltliiocarbamicle (DORAN) T. 330; P. 1896 75. n6-Carbox Sethy Imethylthiocarbamide (DORAN) T. 330 ; Y. 1896 73. Carboxyethyltliiocarbamic acid salts of action of silver nitrate on ( DOKAN) T.335. methylic ethylic propylic isobutylic and benzylic salts (DORA&-) T. 334; P. 1896 75. T. 326 335. derivatives of constitution of and isomerisin of' (DORAN) T. 337. action of $mmonia axnines piperi- dine and phenylhydrazine on (DORAN) T. 327-339 ; P. 1896 action of alcohols on (DORAN) T. action of water on (DORAN) T. 336. Carboxyethylthiourea (DOEAN) T. 331 ; P. 1896 75. Carbosjethyl-+thiourea hydrochloride of and hydrolysis of (DORAN) T. 341. Carboxycthyl-p-thiourethane. See Carb- oxyethylthiocarbamic acid ethylic salt. Cm,boxyhaemoglobin. See Hsemoglobin. Carboxyl group replacement of by an amido-group (CURTIUS) A i 340. 2-Carboxyphenyimalonic acid 6 4-di- nitro- ethylic salt of (JACKSON and ITTNER) A.i 214. Cardene a reduction product of cardol (SPIEGEL and DOBRIN) A. i 653. Cardenic acid (SPIEOEL and DOBEIN) A. i 653. Cardic acid (SPIEGEL and DOBRIN) A. i 653. Cardol and derivatives acetyl derivative of (SPIEGEL and DOBRIN) A i 653. 530. Carboxyethylthiocarbimide (DORAN) 74 75. 333; P. 1896 75. 5@830 INDEX OF SUBJECTS. Cardolic acid (SPIEGEL and DOBRIN) A. i 653. Carnallite alnmonia in ( ERDXANW) A. ii 570. See also Agricultural chem- istr?. Carnaubic acid from wool fat (DARX- STAEDTER and LIFSCHUTZ) A i 346. Carnie acid (SIEGFRIED) A. i 660. Carniferrin (SIEGFRIED) A. i 660. Caronebisnitrosylic acid from bromo- tetrahydrocarvonebisnitrosylic acid (VON BAEYER) A. i 246. Carrotene occurrence of (SCHROTTER- ERISTELLI) A. ii 208. Carvaerol from uitrosopinene (MEAD and KREYEBS) A I 54.occurrence of in oil of origanum (GILDEMEISTER) A. i 55. magnetic rotatory power &c. of (PERKIN); T. 1132 1183 1239. Carvarrol p-amino- its hydrochloride and acetyl derivative ( PLANCHER) A. i 358. Carvacrylic amylic ether (WELT) A. Carvene terpin l~jdrste from (REYCH- i-Carvone from hydrox-j-dihydrocarr- Carvoxime hydroehloro- active from d-limonene nitrosochloride (TON BAEYER) A. i 246. inactive front terpineol pinene and hydroclilorodipentene nitroso- chlorides and nitrosopinene (TON BAEYER) A i 246. Caryinite from Lfingban Sweden (SJO- GREN) A. ii 112. Casein and its salts (ROHXANN) -4 i 515. constitution of (FLEUREWT) A i 112. difference between caseinogen and (HAMNABSTEN) A. i 583. befiariour of with pepsin-hgdro- ctlloric acid (SALILOWSICI) A.i 660. decomposition productC of by boiling with hydrochloric acid (COHX) A. i 65s. nitramino- (SODEKI) A. i 359. i 333. LER) A. i 305. osime (WALLACH) A. i 571. reactions of (EDYUNDS) A. ii 489. abeorption of from the small intestine (FRIEDLANDER) A. ii 536. as a faod (MARCUSE) A ii 663. estimation of in cheese (STUTZER) Caseinogen difference between casein Cassiterite formation of (GAUUTIER) A. A ii 684. and (HAXMARSTEN) -4. i 583. ii 529. Cassiterite artificial (ARZRIJWI) 8.) ii fromNew South Wales (LIVERSIDGE) Caswellite from New Jersey (CHESTER) Castor bean edestin a proteid in (Os- Catal.vtic action of actds in accelerating chemical change (KARCOUI~T :itld ESSON). A ii 238. of aniline hydrochloride on the chanze of diazoamino- into amino- azobenzene (GOLDSCHMIDT and REINDEES) A.ii 515. of hydrochloric acid on the rate of etherification (TAFEL) A. ii. 470. of hydrogen ions (NOPES) A. ii. 670. of nitrous acid (IHLE) A. ii 460. Catechin uon-formation of acid cow- pouncls of (PERKIN) T. 1440; P. 1896 167. Catechol magnetic rotatory power Brc. of (PERKIN) T. 1127 1130,1136 1184,124&. effect of on the freezing point o f d.ilu te soda selution (GOLD SC HM I D T and GIRARD) A. i 475. in red grapes (SOSTEGXI) A ii 122. Catechol dinitro- ( MELDOLA WOOL- C ~ T T and WR-~T) T. 1333. 5-nitro-3-amino- ( MELUOLA WOOL- COTT and WR~Y) 'I. 2334; P. 1896 164. 307. A. ii 658. A. ii 309. 'BORNE and CAMPBELL) A. i 716. Caterholdiantipysine (PATEIN and DIJPAU) A. i 188. Cattle. See A4gpicultural cbemistrg.(Appendix.) Cedar-wood oil detection and estimation of in ssntal-wood oil (PARRY) A. ii 400. Cedrene (CHAPXAN aiid &JRGESS) P. 1896,140. Celestite from New South \falea (CARD) A. ii 256. Cell-division chemistry of ( EIEINE) A. ii 489. Cell -111 em bran es of crpptogams con - stituents of (WINTEIISTEIN) A. ii 210. Celi-nucleus bases from the (KOSSELL) A i 582. Cells effect of want of oxygen on (LoEB) A. ii 318. wandering. of alimentary canal (HARDY and WESBROOK) A. ii 42. Cellulose from rarious cyyptogams hydrolysis of (WINTERSTEIN) A 11 210. composition of the soluble products of acid hydroljsis of (CROSS BEVAN and SMITH) T. 810; P. 1896,96.INDEX OF SUBJECTS 831 Cellulose insoluble obtained by acid Iiydrolysis composition of (CROSS BETAN and SUITH) T.809; P. 1896 96. fernient of (OMELIANSPI) A. ii. 203. digestion of by eiizymes (GR~SS) A. ii 669. sulpbite action of stilphui*ic and oxalic acids on (SIXONSEN) d. i 331. estimation of (LANGE) A. i j 238. separation of wheat straw into in- soluble cellulose and soluble 1 x 0 - ducts (CROSS BEVAN and SXITH) T. 807; P. 1896 96. separation of from furfuroids b? acid h;rdroljsis (CROSS BEPAN and SXITH) T. 806 ; P. 1896 06. Cellulose. See also Oxycellulose and Agricultural chemistry. (Appendix.) Celluloses of barley straw, their re- actions (CEOSS BETAN and SXITH) T. 1609; P. 1896 176. cereal constitution of the (CROSS BEVAN and SMITH) T. 804; P. 1896 93. acid hycfrolysis of and separation of the constituent groups (CROSS BEPAN and SXITIZ) T. 804; P. 1896 96. Cements hydraulic (REBCFFAT) A.ii 360. es;lmjn:ition c f (STASGER and BLOUXT) A ii 392. molecular composition of (ODD and MANZELLA) A. ii 2 6 . setting of (OUDO and XAEZELLA) A. ii 246. Cephaeline non-existence of in one sample of ipecacuanha root ( ~ R I P P S ) A i 396. and its salts preparation and proper- ties of (PAUL and COWRLEY) A. i 192. action of heat on (PAUL and Cows- LEY) A i 395. estimation of in ipecacuanha (CRIPPS) A. ii 284. Cereals. See Agricultural chemistry. Cerebrin (THPDICHUM) A. i 4.00. Cerium carbide (MOISSAN) A. ii 422. molFbdate ITCHCO COCK) A ii 526. oxide new source of (PHIPSON) A. ii 422. tungstate (HITCHCOCK) A. ii 526. separation of thorium from (FRE- SENIUS and EINTZ) A. ii 677. Cerotic acid from beeswax (MARIE) A. i 347. glycerylic salts of (MARIE) A i 347.nietliylic and ethylic salts of (NARIE) A i 347. Cerussite from Broken Hill N.S.W. coated with galena from Montana (SMITH) A. ii 30. (HOBBS) A. ii 33. Cetyl. See Hexadecgl. Chabazite from Thuringia (FROXME) A. ii 3'70. dehydration of absorption of am- monia by (FRIEDEL) A. ii 481. Chalk welding of under prolonged pressure (SPRIXG) A. ii 300. Charas constituents of (WOOD SPIVEY and EASTERFIELD) T. 539; P. 1896 $6. Charcoal production of from various moods (BARILLOT) A. i. 403. Cheese. See Agricultural chemistry. Cheiranthus cheiri quercetin the yellow eolouring matter of (PERKIN and HEMXEL) T. 1567; P. 1896,185. Chelerytlirine and its salts (ORLOFP) A. i 396. Chelidonium magus alkaloids of (OR- LOFF) 9. i 396. Clielilysine and its salts (ORLOFF) A.i 396. Chemical constitution relation of t o physiological action (BLUMENTHAL) d. ii 377. Chinine. See Quinenine. Chinoline-blue. See Quinoline-blue. Chironol ( BAUR) A. i 57. acetj1 and benzoyl derivatives of (BAUR) *A i 57. Chironolic acid (BAuR) A. i 57. Chloanthite from Sardinia (LOVISATO} A. ii 183. Chloral condensation of with regor- cinol (HBWITT and POPE) T. 126s ; P. 1896 150. Chloral hydrate two crystalline forms of (POPE) P. 1896 142. heat of solution in water ethvlic alcohol chloroform and tolGene (SPEYERS) A ii .%11. condensation of with resorcinol (HEWITT and POPE) T. 1266 ; P. 1896,150. Chlorelglucosan (MEUXIER) A i 334. Chloralglucose (Xmmtm) A. i 334. Chloraiic acid (HANRIOT) A. i 519. Chloraloae (MEUNIEU) A i 334. Chloranil (tetrachZ&ropuino~te) prepara- tion of (HOFMANN LXCTURE) T.641 699. action of sodium alkyl oxides on (JACJLSOK and GRINDLEY) A. i 1% Chlorargvrite from Broken Hill N.S.W. (SXITH) A. ii 30. antimonial from Broken Hill N.S.W. (SMITH) A. ii 30. 58-2832 INDEX OF SUBJECTS. Chlorine formation on heating man- 1 ganese dioxide with potassium 1 chlorate of (McLEoD) T. 1015; P. 1896 104. retarding action of hydrochloric acid and metallic chlorides on the de- 1 composition by iight of aqueous solutions of (KLIMEXKO) A. ii 90. 1 conversion of into hydrogen chloride i (LOREXZ) A. ii 17. I Hydrochloric acid electrolytic con- j ductivity of ethereal solutions of (MALTBY) A. ii 144. 1 electrolysis of (GETTEL) A. ii 555. 1 apparatus for the electrolysis of i (HIGLEP and HOWARD) A.ii 557 ; (PICKEL) A. ii 557. freezing points of dilute solutions ~ of (LOOXIS) A. ii 352. freezing points of concentrated ~ aqueous solutions of (ROLOPF) 1 A ii 291. I dry action of on alkaline earths ~ (VELEY) A. ii 360. I action of on copper (ENGEL) A 1 ii 171. acceleration of the action of hrdro- 1 gen peroxide on hydriodic acid 1 by (HARCOURT and Esso~) A. ii 238. gaseous action of on salts of elements of the fifth group (SMITE and HIBBS) A. ii 164. absorption by silk of dilute ( WAL- EER and APPLEYARD) T. 1346 ; P. 1896 147. causes of secretion of in the stomach (KOEPPE) A. ii 3’76. estimation of in gastric juice (SJ~QEIST) A. ii 496; (Mo- BACZEWSKI) A. ii 671. Chlorides effect of on algae (WYP- LEL) A. ii 266. conversion of sulphates into (JAN- XASCH) A.ii 574. estimation of volumetrically in presence of hypochlorites and chlorates (CARNOT) A. ii 447. estimation of volumetrically in presence of chlorates and per- chlorates (CARNOT) A. ii 447 estimation of in wine milk blood urine beer rinegar 8ic. (DE- N I G ~ S ) A. ii 386. Chloric acid electrolytic preparation of alkali salts of (OETTEL) A. ii 517. Chlorates detection of by resorcinol (DEXIG~S) A. ii 332. detection of in presence of tar- trates nitrates and nitrites (DENIG~S) A. ii 332. I Chlorine. Chlorates estimation of volumctric- ally in presence of chloride4 and hypochlorites (CARNOT) l. ii 44.7. estimation Qf volumetrically i n presence of chlorides and per- chlorates (CARNOT) d. ii 447. separation of from chromate3 and permanganates (DENIG~S) d. ii 332.Hypochlorous acid electroljtic pre- paration of alkali salts of (OETTEL) A. ii 517 Hypociilorites estimation of roln- metrically in presence of chlorides and chlorates (CARNOT) A. ii 447. Perchlorates estimation of (KNEI- DEB.) d. ii 123. estimation of rolumetricallp in presence of chlorides and chlor- ates (CARNOT) A. ii 447. Chlorine peroxide detonation of ( PIXOX and HARKER) T. ’789; P. 1896 5’7. Cldorine deteation of in organic com- pounds (Rarsom) A. ii 70. separation of quantitatively froin bromine (BTGFARSZKT) A ii 216. Chloritoid from Michigan (HOBBS) A Chloro-derivatives. See :- ii 33. Acenaph t henone. Acetamide. Acetic acid. Acetoacetic acid. Scetochloro~~ridi.tiecnrboxp~ic acid. Ace tone. a-Acetophen ylsemicarbazide. Acetopicolinic acids. Acetopiperidide. Acetoxime Acetylmalic acid.Anisoil. Anthracene. Anthraoenedisulphonic acid. Anthracenesulphonic acid. Benzaldehyde. Benzantialdoxirne. Benzspaldoxime. Benzamidobenzene. Benzanilide. Benzene. Benzeneazosalicylic acids. Benzeaediazonium salts. Benzenesulphonamide. Benzenyloxime. Benzobutplarnidc. Benzoformanilide. Benzoic acid. Benzoylcarbazole.lSDES OF SUBJECTS. 833 ChlorJ-derivatives. See :- Butylamines. i.70- Butylplithalazine. 9%-iso-Butyltoluene. Caffeine. Csmphene. Camphenephosphonic acid. Cnmphenesulphonic acids. Camphopyric anhydride. Camphor. Camphoric acids. Camphoric anhydride. Cam phyd rene. Cai-bazole. Cmbonic acid. Crotonamide and iso-Crotonamide. fl- Crotonanilide and iso- Crotonanilide. Crotonic acid and iso-Crotonic acid. iso-Crotonic chloride. C rot onic-a -naphthylamide.iso- Crotonic -a -naphthylamidc. Cymene. Cymenesulpbonic acids. Diamy loxy quinol. Diamyloxyquinone. Diam yloxyquinonediam ylhemiacetal. ~liazoamino benzene. Diazobenzene anhydride. Diazobenzenethiophenyl ethers. Dibenz ylox yquinol. Dibenzyloxyquinone. Dibutyla mine. 3 3-Diethoxybenzophenones. Die tlioxyquinol. Diethoxy quinone. D iethoxyquinonediethylhemiaeetal. 3 3-Diethoxythiobenzophenones. Dihydrocymene. Dihydrometacymene (1-methyl-340- propylcyclohexadicne). 2 4-L)ihydroxyacetophenone. 3 4-Dihydroxyquinoline. ay -Diketopyrhydrindene. Dimethoxy quinol. Dimethoxy quinonediethylhemiacetal. Dimethoxyquinonedimeth yl hemi- Dimethoxyquinone. 3 3-Dinsethoxybenzophenone. 3 3-Dimethoxythiobenzophenone. Dimethylbarbituric acid.Dimeth ylmalonimide. Dioxymethylpurin. Diphenoxyquinone. Biphenyl. Diphen ylamine. Diphenilf ormamidine. Diphenglmethane o-cyano-. Diphenylsulphoxide. Dipropylicpropional. Dithienyl. Ethylic ether. -. - acetal. Chloro - derifat ives. Ethylideneailthranilic acid. p-Ethyltoluene. p-Eth~ltoluenesulphonic acid. p - E thy1 toluenesulphon ic chloride. Fluoflavine. Fluorenone. Formamidobenzene. Formanilide. Formic acid. Formo-p- toluidide. Fumaric acid. Gallic acid. Glyoxylic acid. Guaiacol. Hexah ydrocymene. nz-Hexyltoluene. Hy drolapachol. Hydroxybenzylphenazone. Hydroxy ethylphenazone. Hy droxymethylphenazone. a-Hydroxypropionic acid. a-Hfpdroxypyrindone. 1 -Hydroxyquinolinephenazine. Hydroxyquinolinequinones. Hydrox y quinolines. Indophenazine. Isatin. Isatinsemicarbazone.Eetopentene. ay-Ketopyrb ydrindenecarboxylic acid. Ketostearic acid. Lactic acid. Xaleic acid. Maleinuric acid. Malonic acid. Methane. Methanesulphonepropionic acid. Methen yl-o-aminothiophenol. 3-Nethoxy quinoline. I-Methyl-3.isobutylcyclohexadiene. a-Methylbutyric acid. a-Methylbutyric chloride. iso-Cyanuric acid methylie salt. 1 -Methyl-3-hexylc.yclohexadiene. Methylindazole. l-Metf3yl-3-isoprop~lcycloh exadiene. Methylpurin. Met h ylt aur ocarbamic acid. ~ethyltriet~ylphosphonium chloride. Naphthalenesulphonic acids. Naphthol. a-N aphthylic carbonate. Or y me thylp urin. Oxyvinylpicolinic acid. cyclo-Pentene. Y henol . Pheujl tolyl ketone. Phenylaminobenzylhydrazine. Pheny Idibenzyl-nz-diazins. Phenyldih y dro-fl-phenotriazine. Pfi en y I ic sulphide.See :-834 INDEX OF SUBJECTS. Chloro-derirat.ires. See :- 2’-Phenylindazole. Phenylketotetrahydroquinazoline. Phenylnitmbenzylni trosamine. /3-Phenylpropionic acid. Phenylisopropylacetic acids. 2-Phenylpyridine. 4’-Phenylquinazoline. P henylthiotetrahydroquinazoline. iso-Phthalic acid. Propaldehyde. Propane. Propylene. Propylic ether. 1’-Propylphthalazine. l-Propylpiperidine. 1’ 3’-Prop$isoquinoline. Pulegone. Pyrhy drindone. Pyrindone. Pyrogallol. Quinazoline. Quinoline. Quinolinephenazine. 3 4-Quinolinequinone. Quinonedimslonic acid. Quinoxaline. Resorcinol. Ricinin. Succinic acid. Sulphochlorobenzoic chloride Terephtbalic acid. Tetrahydrocymene. 5 5 5 5-Tetmmetk1oxytetraphenyl- ethylene. 5 5 5 5-Tetrethoxytetraphenyl- ethylene. Theophylline.Thienyltriphenylmethane. Toluene. Toluenesulphonamide. m- and p-ToliJc acids. Toluquinone. 1 3 4-TriketoZlydroquinoIlne. Veratrole. Vinylpyridinecarboxylic acid. Xylenes. Xylenesulphonic acid. Xylidine. Xy loquinone. bon tetrachloride ( ANOX PMOUS) A. i 633. heat of evaporation of (BECKMANN PUCHS and GEBNHABDT) A. ii 237. sulphur as a preservative of (ALLAIN) A. i 3. action of on nerve (WALLER) A ii 52. Chloroform manufacture of from car- Chloromelanitt (DANOUZ) A ii 115. Chloropal (KATZEB) A. ii 189. Chlorophy11 (SCHUNCK and MARCH- LEWBKI) A. i 181 ; (TSCKJRCE) A i 6%. chemistry of (SCHKVCP and MARCH- LEVYSKI) A. i 496 574. oxidation of (SCHROTTER-KRISTELLT) A. ii 205. dlkachlorophyll effect of heating with alkali’(ScHUNc9 and MARCH- LEWSEI) A. i 574. d-Choleic acid specific rotation of (VAE- LEN) A.i 454. Cholesterol compounds of fetty acids with (HURTHLE) A. ii 485. reduction of (SCHROTTEB-KBISTELLI) A. ii 208. ketone obtained by the Oxidation of (MAUTHNER and SUIDA) A I 426. from human faces {BONDZY~SKI) A. ii 319. iso-Cholesterol in vermix caseosa (RUP- PEL) A. ii 199. Cholesterols of cryptogama (G~RARD) A. i 21. a-Cholesterone (MAUTENER and SUIDA) A. i 425. B-Cholesterone (MAUTHNER and SUIDA) A. I 425. a-Cholesterylene (MAUTHNEB and SUIDA) A. i 425. B-Cholesterylene (MAUTBNEB and SUIDA) A i 425. Cholesterylic chloride (XAUTHNER aud SUIDA) A. i 426. substance derived from by the action of silver nitrate (XAUTHEFER and STJIDA) A i 426. nitro- (MAUTHKER and SUIDA) A. ether (MAUTHNEB aDd SUIDA) A. i tetrabromide (MATJTH~ ER and i 426.425. SUIDA) A. i 426. Cholic acid constitution of (SE~KOW- SKI) A. i 453. preparation properties and rotatory power of (VAHLEN) A i 453. ethylic salt of (LASSAB~OHN) -4. 1 582. Choline occurrence of in Ticaa sativa (SCHULZE) A. ii 208. Chondrodite from Nordmark Sweden (SJOBBEN) R. ii 114. Chromatin function of in animal and vegetable cells (MACALLUM) d. ii 317. Chrome-steel analysis of (RIDEAL and ROSENBLUM) A ii 276. Chromite (c*hwme iron ore) anaigsis of (RIDEAL and ROBENBLTJJI) A. ii 276.INDEX OF SUBJECTS. 835 Chromium? properties of when obtained fi-om its amalgam (FFR~E) A. ii 304. Chromium-alloys with aluminium (COMBEB) A. ii 604. with copper (MOISSAN) A. ii 602. with iron (BENNETILLE) A ii 174. Chromium amalgams ( F ~ R ~ E ) A ii Chromates detection of (ANTONY) A.ii 390; (TARUGI) A ii 548. detection of in presence of arsenites (TARu~I) A. ii 340. Dichromates electrochemical prepara- tioil of (LORENZ) A. ii 651. Pe~cliromic acid solvents for (GROS- VENOB) A. ii 177. Chromium iron carbides (BENNEVILLE) d. ii 1'75. dieide (MOISSAN) A. ii 174. tliiophosphite (FERRAND) A. ii 418. Cbromic salts abeorption spectra of (ETARD) A. ii 133. ctmium chlorides (WELLS and BOLTWOOD) A. ii 107. chrome alum effect of heat on itqueons solutions of (DOUGAL) T 1526; P. 1896 183. hydroxide action of oxalic acid on (ROSESHEIN) A. i 279 348. sulphate constitution of solutions containing (WHITNEY) A. ii 525. action of heat on solutions of (RECOURA) A. ii 27. Chromous ammonium carbonate 303. (BAuG~) A. ii 426. A ii.304. ii 473. sulphide crjstdlhed (MOTIRLOT) thiopyropliosphatc (FERRAND) A. Chromosulphuric acid colloidal (CAL- VERT md EWAN) P. 1896 160. Chrornosulphuric acids (WHITNEY) A . ii 525. Sulplmchromjl hydroxide (RECOURA) A . ii 27. Chrotnoxalic acid colour of solutions of the potassium salt of (HAXBFR- GRR) A. ii 86. Chromium Reparation of qualitatively from iron (GTACOMELLI) A. ii 128 ; (HARE) A. ii 127. separat ion of qualitatively from iron nkkel cobalt manganese alu- minium and zinc (HAxE) A. ii 127. estimation of (STEAD) A. ii 221. separation of from maugaiiese iron and aluminium (JANNASCE and YON CLOEDT) A ii 222. Chromium-tannage analysis of used liquors from ,(HEAL and PROCTOR) A. ii 393. Chrysaniline (diamiiaopheay lacridine) discovery of (HOFMANN LECTURE) T.610. Chrysene fluorescence of gaseous (WIEDEXANN and SCFIMIDT) A. ii 86. Chrysin relation of to luteolin (HER- mu) A. i 494. non-formation of acid compounds of (PEHKIN) T. 1443; P. 1896,167. Chrysocolh from Broken Hill N.S. W. (LIIERSIDGE) A. ii 65'7. from Hungtiry (PETHO) A. ii 611. Chrvsofluorenr constitution of (GKAEBE) A. i 444. Chrysoidine composition of (HOFXANN LECTURE) T. 626. Chr~soketone from a-naphthoylbenz- amide and its oxime (GRAEBE) A. i 444. Chrysophanohydroanthrone from rumi- cin (HESSE) A i 573. Cinchenine (cinchiwe) hydrolytic de- composition of (KOENIGS) A. i 63. Cincholeuponic acid from meroquin- constitution of (KOENIGS) A. i 282. Cinchomeramide (BLUMENFELD) A. i 60. Cinchonieronic acid (3 4-pyridinedi- carboxylic acid) reduction of ( EOENIGS arid WOLFF) A.i 698. diethylic sa!t of ( BLUMENFELD) A. i 60. ethjlbetaine of (RLUMENFELD) A. i 60. Cinchona alkaloids constitution of (KOKNIGS) A. i 328. cqstalline form of (BEHRENS) A. i 514. reduction products of (KQNES VOW NORWALL) A. i 395. detection of (JAWOROWSEX) A. ii 629 Cinchom extract examination of Cinchonidine formation of from cin- chonine (KOBNIOS and HUSMANN) A. i 707. actions of phosphorus pentachloride on (EOENIGS) A. i 328. and its salts microchemical reactions of (BEHREWS) A i 514. Cinchonine conversion of into cinchon- idine (KOENIGS and HUSMANN). enine (KOENIGS) A. i 63. (HELSEBOSCH) A. ii 682. ,I A. i '107. Cinchotenine (KOEXIGS) A. i 64. Cinnabar artificial (Tppm) A. ii 108 estimation of mercury in by electro-836 ISDEX OF SUBJECTS.l p i s (RISIXG and LENHER) d. ii 338. Cinnamaidehyde maguetic rotatory power &c. of (PERXIN) T. 112\j 1145 1149,1227,1247. action of on hydrocotssrnine (LIEBER- XANX) d. 1 712. Cinnamene. See Styrene. iso-Cinnamenylmandelic acid (JAPP Cinnamic acid (8-phenylacryzic acid) physiological action of (HOFNANX LECTURE) T. 698. ethplic. salt magnetic rotatory poxer kc. of the (PERKIN) T. 1143 1149,1228,1247. guaiacol salt detection of (DRAGEN- DORFF) A. ii 278. Cinnamic acid bromo-derivatives of (MICHAEL) A. i 682. a- and 8-bromo- isomerism of (ERLENXEYER) A. i 46. Cinnamic acids isomeric (ERLEN- MEYER) A. i 46. Cinnamic alcohol magnetic rotatory power &c. of (PERKIN) T. 1064 1126,1149,1228,1247. Clnnamoylphenylsemicarbazide (WID- MAN) d. i 630. Cinnamoylscopoleine (MERCX) A i 65.di-Cinnamylidenediaminopentarne thy1- enetetisamine (DUDEN and SCHARPF) A. i 123. Cinnarnylideneimiue hydrochloride of (Busc.H) A. .i 706. Circulation time of in c‘ifferent aniimls (STBWART) A. ii 48. Citraconic acid heat of electroljtic dissociation of (KORTRIGHT) ii. ii 463. behariour of on heating under slight pressure (KRAFFT and DYES) -4. ii 89. aniylic salt rotatory power of ( WAL- DEN) A. ii 633. etliylic salt magnetic rotatory power and relative density of (PENXIS) T. 1063 1173,1237. acrion of alcoholic ammonia on (KORNER and MENOZZI) A. i 205. actioii of ethylic iodide and zinc on (MICHAEL) d. i 597. Citraconic acid bromo- silver salt of (MICHAEL) A. i 182. Cit raconic anhydride mogneric rotatory power and relative density of (PER- XIN) T.1063 1173 1237. and LANDER) P. 1896 108. Citradibroinopyrotartarjc anltydride (.XICIIAEL) A. i 131. action of aniline on (AURERS SCRIF- PER aud SINGFHOF) A. i 644. p-tolilic acid of (AUWERS SCHIFFER ant1 SINGEGP) A. i 644. Citrnzinic acid (2 6-dikydroxqp:/ri- dirc~-3-carbox.yZic acid) discovery of (HOFNANN LECTURE) T. 724. action of chloroform and sodi~im hydroxide on (SELL) T. 1448; I?. 1896 168 monalclehycle acid of. See Aldehyde- citrazinic acid. Citric acid formation of by oxidation of cane-sugar (HICKS) A. i 186; (PHIPSON) A. i. 137; (SEARLE and TANKARD) A i 137. absorption by silk of dilute (WALKER and APPLEPARD) T. 1346; Y. 1896 147. ethglic salt action of chloral on (EDELEANIJ aucl ZAHARIA) A. i 348. methrjic salt artion of chloral on (EDELEANU and ZARARIA) B.i 348. Citric. di-8.naplithalide anliydride aiid B-naphthylamine Ealt ((~ASSMAX’N) 9 i 4.87. Citroneilil oil. See A wdropoplz nardus. Citronellaldehyde (TIENANN and constitution of (BARBIER and Bou- oxidation of (TIEXANN and SCIXXIDT) (BALLBIER and BOUVEAULI) A 1 492. Citronellic acid oxidation of (TIE- NANN and SCHMIDT) S. i 383. ptoluidide of ( BARBIER and. BOTJ- VEBULT) A. i 492. Citronellol oxidation of (TIEMANX and SCHXIDT) A 1 383. acetate and forinate (TIEXATN and SCI~XIDT) A i 383. Citrus Iinaetta risso constituents of (GILDEXEISTER) A. i 54. mlgaris basic constituents of (JAIIN.) A.$ i 712. Cladonia absence of atranoric ~ c i t t in Clap formation of (fIOLLAND and DICKSON) A. ii 261. Clay. See also Fuller’s earth. Cleoeite specti-um of the gas obtained SCHXIDT) A i 382.TEATTLT) A i 492. A. i 383. Citronellaldeh ydesemicarbazone some species of (ZOPF) A. i 10:;. Citradibrornop~rotartrai~ilic acid 1 from ~ R E N G E and PA~CHEN) A (AUWERS SCHIFFER and SIWGITOF) 1 ii 1. A. i 644. 1 absorptton of helium hy (TILDES) A ii 6.35.INDEX OF SUBJECTS. 835 Clinoclilore from Canada ( HOFFMBNS) Clinohuniite from Xordmark Sweden Clover. See A gricultural chemistry. Coagulability of blood effect of peptone injectizns on (STARLING) A. ii 197. Coagulation of blood influenre of cer- tain salts on the (HORNB) b. ii 437. antagonistic action on between dif- feicnt salts (RINGER) A. ii 49. in albino animals (PICKERING) A. ii 664. Coal from Japan (BROWNE) A. ii 656. argon in (SCRLCESING) A ii 655. arsenic in (DOHERTY) A.ii 566. wmadiferous from Peru (TORRICO Y MECA) A. ii 252. estimation of sulphur in (MABERY) A ii 387. Coal-gas. See Gas. Coals Austrian (JoaNand EICHLEITER) A. ii 252. A. ii 257. (SJOGREN) A. ii 114. Servian (STANOJE'VI~) h. ii 255. Cobalt in the sands near Brussels (CROCQ) A. ii 434. atomic weight of (HEXPEL and THIELE) A ii 302. action of hydrogen pel-oxide on soiu- tions containing (DERRANT) P. 1896 96. Cobalt-bases amtnoniunidinitrodiamine cobalt oxalate (JORGENSEN) A. ii 426. oxalopurpureocobalt salts ( J~RGEN - SEN) A ii 424. pentnmineoxalopurpureocoba?t salts (JORGENSEN) A. ii 424. tetramineoxalopurpureocobalt salts (JORGENYEN) A. ii 425. Cijbalt salts absorption spectra of ( ~ T A R D ) A. ii 133. apparatus for showing the conver- sion of cobaltous into cobaltic (ELBs) A.ii 519. action of magnesium on solutions of (VITALI) A ii 420. injurious action of on plants (HASELHOFF)~ A. ii 267. boride (MOISSAN) A. ii 424. chloride electrolytic dissociation of a t diflerent temperatures (SALYA- DORI) A ii 512. niobate (LARSSON) A. ii 564. hydrated oxide of. See Schulzenite. sespioxide precipitation of by hypoehlorous acid (a. KLIMENKO and B. KLIMENKO) A. ii 303. dioxide compound of with magnesia (DUPAE) A. ii 647. Csbalt silicide (VIGOCROUX) A. ii pliosphide (GRANGER) A. ii 651. sespuiphospliide (GRANGER) d. ii 602. cesiuni sulphate density and optical behaviour of (TUTTON) T. 428. potassium sulphate density and optical behariour of (FCTTON) T. 419. riibidium sulphate densitj aiid optical behsvioiu. of (TUTTON) T.424. svlphide compound of with carbon biuulphide and ammonia ('J'IEDE and HOFMANN) A ii 363. Cobalt detection of n~icrochemically (SCHR~DER VAN DER KOLK) A. ii 578. detection of by nitroso-~-naphtllol (TOP ILINSKI) A. ii 451. detecticn of in presence of nickd (DURRANT) P. 1896 96. separation of qualitatively from iron nickel ch romiuin manganese a 1 u- ininium and zinc (HARE) A. ii 127. separation of arsenic from (JANNASCII and LEHNERT) A. ii 547. separation of manganese from (.JAN- XASCH and LEHNERT) A. ii 547. separation 3f electrolytically from gold and silver (SMITH and WAL- LACE) A. ii 220. Cfibaltocobalticyanic acid (JACKSON and a-Cocsthyline and its salts ( W I L L - Cocaine formation of isomerides of from tropinone cyanhydrin (WILr,- STATTER) A.i 708. effect of on the germination of seeds (Mosso) &4. ii 326. a-Cocaine and its salts and metliiodide (WILLSTATTER) A. 1 708. Cocoa-nut shells (DE HAAS and TOP LEKS) A. ii 64. Coffee amount of fat sugar and taniiin iil (HERZFELDT and STTJTZER) A. ii 63. Coleus .tterscha_Oelti dyes of (WEIGERT) A. i 388. Collidine bromo- (2-methyZ-5a-brom- ethylpyridine) conderisation of with piperidine and with coniine (KXUDSEN and WOLYFENSTEIN) A4. i 60. Collidineconiine and its platinochloride (KXEXEX and WOLFFENS~EIN),,~. i 60. Collidinepiperidine and its h) dro- cLloride (BNUDSEY and WOLFFEN- STEIN) A. 1 60. C$!laidal animal tissues reversal by 176. COMEY). 8. i. 402. STATTER) d. i 709.838 INDEX OP SUBJECTS. agents of the double refraction of (TON EBNER) A. ii 457.Colloidal solutions theory of (KRAFFT) A. ii 468. derivatives of the higher paraffins ( ERAFFT and STRUTZ) A. ii 467. Colloids a filter for separation of from vrjstalloids (MARTIN) A. ii 665. Colocasia antiquorum polyanhpdride of diglucose i n (YOSHIXURA) A. ii 60. Colophony. See Rosin. Colour. See Light. Colouring Matters. See :- Afzelia guanzensis dyes from. Alizarin. Alizarin- yellow. Alkachloroph $1. Amantin. Amaranth red dye of. Aniline-black. Aniline-blue. Ani!ine-purple. Anilinoaposafranine. Anilinomauveine. Anilinophenylaposafranine. Anilinosaf ranol. Anilinosafranone. Anthracene dyes. Anthrachrysone. Anthmflavic acid and iso-Anthra- ffavic acid. Anthrapurpurin. Anthraquinone group of yellow dyes. Aposafranine. Aurin. Antumnixanthin. Azo-dyes. Beans blue.Be nzy lrosindone. Benzylrosinduline. Bilberries. Brazilin. Britannia-violet. Cabbage (potato) dye from. Chrpsaniline. Chr? sin. Chrysofluorene. C hlorophpll. Coleus cerschafleelti dyes of. Comus sanyuinea red dyes of. Cyan in. Dahlia. Deh-ydrothiotoluidine. Diet hylaminonaphthophenoxazin~e. Die tli ylaminophenonaphthoxazone. Diethylsafranme. Dill ydroxyaposafranone. D iii pdroxy flavone. Dimethylaminodiphenazone. Dimethylaminophenonaphthoxazilne Dimethyvlindirubin. I)imethylsafranine. -l J olouring Matters. See :- Diphenylamine dyes. D ipheny lphenofluorindine. Diphenylisotetrazolone. Dithiazolic derivatives. Dyes natural yellow. Ethylmauveine. Btliylsafranol. Eurhodines. Fluorindines. Heematoporpbyrin. H8ematoxylin. Hexamethyltriaminotriphenyl- Hofmann-violet. Hydroxynaph thadiphenazone.Indigo. Indirubin. I ndulines. Kermes berry. Luteolin. Mallow dye from. Mauveine. ~~ethoxyhexamethgltriamiaotri- phenylmethane. Methiyiphenofluorindine. Myricetin. Pararosaniline. Pelagein. Peonol derivatives. Perkin’s green. Phsnazine dyes. Yhenosafranine. Phenylene-red. Phenylene-red methyl derivative of. Phen ylfluorindine. Phenylindttzoles. Phen ylindulines. Phenylpheno fiuorindine. P henylrosaniline. Phosphine. Ph yllocyanin. Ph ylloporphyrin. Yhyllopurpuric acid. Phy Ilotaonin. Pli ylloxanthin . Phylolacca decandra red dye of fruit Yrimuline base. Yurpurin. purpuroxanthin. Q uinoline-blue. Rosltniline bases coloured. Rosinduiire and iso-Rosinduline. Rosotoluidine. Safranines. Tetrethylaminodiphenoxazinium salts. T et ramethylaminodipl~enoxazimiuln salts.Toluinotolylaposafranine. Triethplchrysaniline. methane dyes from. Of.INDEX OF SUBJECTS. 839 Colouring Matters. See :- Triethylrosaniline. Trimethylchrysanilinc. Trimeth ylrosaniline. Triphenylmethane dyes. Triphenylmethane series sulphonated dyes from. Triphenylrosaniline. Triresorcinol. Turacin. Turacoporph yrin. Wine-red. Colunibic acid preparation and proper- ties of (HILGCER) A. i 624. Columbin preparation and properties of (HILGCER) A. i 624. Columbite from New Hampshire (PEN- NINGTON) A. ii 308. from N. Carolina (CHRUSTSCHOPF) A. ii 567. Columbo roots constituents of (HIL- GER) A. i 623. Colza oil oxidisability of (BISHOP) A compound of with sulphur (HLN- Condenser modified (VAN RIJN) A. ii the so-called Liebig’s (KAHLBAUM) y,-Coniceine ( 2 - p r ~ y l t e t r a h y d r ~ y ~ - dine) reduction of (WOLFFENSTEIN) A.i 632. Coniceines preparation of (HOFMANN LECTURE) T. 724. Coniine constitution of (HOFMANN LEC- TURE) T. 723. condensation of with bromocollidine (KNUDSEN and WOLFFENSTEIN) A. i 60. 4- and i-Coniine identity of a mixture of with isoconiine (WOLFFENSTEIN) A. i 632. iso-Coniine composition of (WOLFFEN- STEIN) A. i 632. Conhydrine constitution of (HOPMANN LECTURE) T. ’724. Cotzium maculatum alkaloids of (WOLFFENSTEIN) A. i 632. Conophallus Eonjak occurrence of two kinds of mannsln in (KINOSHITA) A. ii 60. Convicin action of hydrochloric acid on (RITTHAUSEN) A. i 416. formation of alloxantin from (RIT- THAUSEN) A. i 416 668. Conaolvulus arvensis erolution of oxy - gen by (PHXPSOK) A.ii 255. oriza6eu.s (Pell) jalapin and a com- pound C1SB300 from (KRONER) A i 386. ii 399. RIQUES) A. i 204. 91 ; (XICHAELIS) A. ii 91. A. ii 2 U . Concolculus scammonia L. scammonin from (KROMER) A. i 385. Conyrine (2-propybyridine) prepara- tion of (HOFMANN LECTURE) T. 723 Cookeite from British Columbia (HOFF- constitution of (CLARKE) A. ii 37. Copaiba balsam detection of fatty oils in (HIRSCHSOHN) A. ii 508. Copellidine (2 5-methylethylpiperi- dine) separation of from isocopelli- dine (LEVY and WOLFFENSTEIN) A. i 624. Copellidines stereoisomeric (LEVY and WOLFFENSTEIN) A. i 624. Copper specific heat of (BARTOLI and STRACCIATI) A. ii 145. melting point of (HOLBORN and WIEN) A. ii 87. solubility and rate of diffusion of in mercury (HUMPHREYS) T. 247 ; P.1896,* 9 ; (ROBERTS-AUSTEN) P. 1896 219. action of hydrochloric acid on (EN- GEL) A. ii 171. action of sulphuric acid on (BASKER- VILLE) d. ii 474. presence of in food (LEHXANN) A. ii 486. Copper-alloys with chromium (MoIS- sAN) A. ii 602. with nickel meltinq points of (GAUTIER) A. ii 646 with tin (FOERSTER) A. ii 177. solution and diffusion in (HUM- PHREY~) T. 1682 ; P. 1896 220. with vanadium (MOISSAN) A. ii 609. with zinc structure and constitution MANN) A. ii 258. of (CIIARPY) A. ii 421. mechanical properties of (CHARPY) A. ii 170. solution and diffusion in mercury of (H~MPHREYS) T. 1682 ; P. 1896,220. Cupric salts action of hydrogen sulph- ide on solutions of (BEAUNER) A. ii 648. influence of organic hydroxy- compounds on the precipita- tionof (KAELENBERG) A.,ii,7.effect of on the growth of the vine and on the soil (BERLESB and SOSTE~NI) A. ii 267. non-toxic effect of on plants (TSCHIRCH) A. ii 389. chloride fused electrolysis of (LORENZ) A. ii 23. electrolytic dissociation at diffe- rent teniperatures of (SAL- FADORI) A ii 512.540 ISDEX OF SUBJECTS. Copper. L'upi*ic chromate and dichromate h;pdroxide electrochemical prepara- nitrate energy and electromotire (SCHULZE) A. ii 24. tion of (LORENZ) A ii 647. force required to electrolpe (JAHN) A. ii 230 231. niobate (LARSSON) A ii 564. nitrosodisulphonate (SABATIEB) sodium triphosphates (STANGE) thiophosphite (FERRARD) A ii phosphide (GRANGER) A. ii 603. siliride (CHALMOT) A. ii 362 ; (.VIGOUROUX) A. ii 362. action of halogen acids on (COXBES) A. i 417. sulphato energy and electrontotive force required to electrolpse (JAHN) A.ii 230 231. dissociation pressure of hydrated (MULLER-ERZBACH) A ii 295. solubility of isomorphous mix- tures of ferrous sulphate and (STOBTENBEKER) A. ii 14. action of magnesium on solutions of (VITALI) A. ii 420. action of potassium ferrocyanide on (RAUTER) A. i 3. casium sulphate density and opti- cal behaviour of (TUTTON) T. 441. potassiuni sulphate density and optical behavioui. of (TUTTON) T. 431. rubidicm sulphate density and optical behaviour of (TUTTON) T. 437. sulphide preparation of normal (COPPOCK) A. ii 562. physical change produced by gently heating (SPRING) A. ii 290. electrochemical preparation of (LOBENZ) A. ii 648. reduction of by the Bunsen flame (STICKNEY) A. ii 523. ferrocyanide (RAUTER) A.i 3. Cuprous aninioniuni bromide (WELLS and HCRLBURT) A. ii 107. chlorides (WELLS and HURL- BURT) A. ii 107. iodide (WELLS and HURLBURT) A. ii 107. ny droxide electrochemical prepara- thiopyrophosphnte ( FERRAND) A. ii 642. A. ii 643. 418. tion of (LORENZ) A. ii 467. A. ii 473. Copper. Cuprous gold sulphide (MACLAURIN) T. 1375 ; I?. 1896 149. allylide (KEISEK) A. i 458. cyanide thermochemical data oil' Copper ores estimation of eiilphur in (KELLER and MAAS) .!k ii 498. pyrites after copper glance from Russia (JEREX~EFF) A. ii 566. Copper detection ot in waters (EGE- LIXG) A. ii 549. estimation of (MAWROW and XUTH- XANN) A. ii 338. estimation of volumetrically (QPICL) A ii 127. estimation of volumetrically by alkalis (Ruoss) A. ii 500. estimation of by iodide assay (Low) A.ii 450. estimation of by thiosulphate and heating to oxide (N~SSENSON and NEUNANN) A ii 450. estimation of gold and silver in (SXITH) A ii 76. matte estimation of gold and silrer in (SXITH) A. ii 76. estimation of in presence of nickel (SPICA) A. ii 127. commercisl estimation of' oxygen in (BLOUNT) A. ii 333. estimation of sulphur in (HEATH) A. ii 497. separation of cadmium and zinc from (XAWROW and MUTHYANN) A. ii 338. separation electi~olytically from gold (SXITH and WALLACE) A. ii 22 1. separation of manganese from (JAS- NASCH) A. ii 546. separation of mercury from (JAs- NASCH) A ii 676. separation of nickel from (BREAR- LEY) A. ii 676. separation of zinc and nickel from (JANXASCH) A. ii 546. Cordierite from Bohemia (KATZER) A ii 188.Corms sunguinea; red dye of (WEI- GERT) A. i 388. Corundum (ruby) from Burma (BROITN genesis and alteration of (BROWS a d See also Emery. Corylin the proteid of tlie walnut pro- perties of (OSBORHE and CAXPEELL) A. i Sib. Cotoin non-occurrence of in Briniys granatensis (HESSE) A. ii 62. detection of (FORM~NEK) A. ii 401. (VARET) -4. i t 149. and JUDD) A. ii 32. JUDD) A. ii 33.IXDEX OF SUBJECTS. 841 Cotton-seed oil detection of i n lard 1 estimation of the acetjl numbers of 1 oxidisability of (BISHOP) A ii 399. Cotton seeds proteids of (OSBORXE and VOEHEES) A ii 210. G'oumariii refractioii equimlent of (AKDERLINI) A. ii 229. iso-Coumarincarboxplie acid reduction of and action of aqueous soda on Coumarone magnetic rotatory power &c. of (PERKIX) T. 1201 1240.Cmfcpgus OxJacantha colouring matter in (YEELKIN and HUMXEL) T. 1570 ; P. 1896 186. Creamometers untrustworthiness of for estimatioii of fat in pasteurised milk (CAZENEUVE and HADDON) A. ii I 30. Creatinine percentage of i n blood excretion of during work and rest detection of in urine (DE CONINCK) estimation of i n urine (KOLISCH) Creosol magnetic rotatory power &c. of (PERKIN) T. 1127 1135 1185 1240. iso-Creosol magnetic rotatory power &c. of (PERKIN) T. 1127 1185 1240. o-Cresol magnetic rotatory power &c. of (PERKIN) T. 1133 1129 1183 1239. pfienylic substance derived from (JEITELES) A. i 420. substance obtained by distillstion of with lead oxide and a product of' ifs reduction (JEITELEG) A. i 420. nitrogenous compound obtained by the action of phenylhydrazine on a derivative of (JEITELES) A.i 420. o-CP~JOI dinitro- action of nitric acid on the mono- and di-methylamine derivatives of (FRANCHIXONT) A. i 602. m-Cresol magnetic rotatory power &c. of (PERKIN) T. 1126 1129,1183 1239. effect of on the freezing point of dilute soda solution (GOLDSCHXIDT and GIRARD) A. i 474. Zmhitro- action of nitric acid on the mom- and di-methylamine de- rivatives of (FRANCHIKONT) A . i 602. 1 (DFPONT)~ A ii 485. (SPAETII) A. ii 454. (BAXBERGER) A. i. 95. (COLLS) +I. ii 666. (ACKERMANN) A. ii 121. A. ii 138. A. ii 283. p-Cresol magnetic rotator? powers &c. of (PERBIN) T. 1126 1129 1183 1239. dinitro- action of nitric acid on the mono- and di-methylaniine cterira- tives of (FRANCEIMOXT) A. i 602. az-Cresolbisazo-o-toluene (JACOBSEX?; KEBER HENRICH and SCHWAKZ) A.i 26. ?~-Cresolbisazo-m-toluene (JACOBSES XEBER HESRICH and SCHWARZ) A. i 27. m-C'resolbisazo-p-toluene (JACOBSEN KEBER HENRICH and SCIWARZ) A. i 87. Critical phenomena o€ mixtures of ethane and nitrous oxide (KOEKEN) A. ii 10. Critical pi-essure of etliylic alcohol ( BATELLI) A ii 150. Critical temperature. See IIeat. Critical volume a method of measuring of ethylic alcohol (BATELLI) A. ii Crocoite from Tasmania (LITERSIDGE) Crotonaldehyde oxidation of (CHARON) A. i 407,408. i 637 661. the (ZAMBIASI) A.. ii "24.. 150. A. ii 657. reduction products of (CHARON) *4. pinacorie of (CHAROS) A. i 637. Crotonamide P-ehloro- (AUTEXRIETH) A i 592. iso-Crotonamide P-chloro- (ATTEN- RIETH) A. i 592. Crotonanilide P-chloro- (ACTENRIETH) A.i 592. iso-Crotonanilide P-chloro- (AUTEN- RIETH) A. i 596. Crotonic acid a-chloro- action of cblor- me on (VALENTIN) A. i 79. ethylic salt condensation of with acetoacetic acid (RUIIEXAXN and WOLEF) T. 1391 ; P. 1896 166. B-chloro- action of chlorine on (SZENIC and TAGGESELL) A i 81. elimination of carbonic anhydride from (XICXIAEL and CLARK) A. i 132. ethjlic salt (AUTENRIETH) A. i 627. P-naphthylic salt (AUTENRIETH) A i 592. aS-dichloro- (ni. y. 75*5") centric symnietrical ( ~ Z E N I C and TAG. GESELL) A. i 81. (in. p. 92") symmetrical (SZENIC and TAGGESELL) A i Sl.842 ISDEX OF SUBJECTS. Crotonic chloride 8-chloro- distillation iso-Crotonic acid 6-chloro- (SZEBIC and ethylir salt of (AUTENRIETH) A. B-naphthglic salt (AUTEXRIETH) iso-Crotonic chlorid~ 8-chloro- distilla- tion of (AOTE\RIETH) A.i 591 592. ctZ2o-Crotonic acid B-chloro- action of hrdrocliloric acid on (MICHAEL and CLARK) A. i 132. (AUTENRIETH) h. i 592. (LUTENRIETH) A. i 592. alcohoi. of (AUTENRIETH) d. i 592. TAGGESELL) A. i 81. 1 627. A. i 592. Crotonic-a-naphthvlamide 8-ehloro- iso-C:.otonic-a-naplithylamitle B-cltlor- Crotonjl alcohol. See Out enyl a-Crotylnmine (BOOEXAN) A. i 200. iso-Crotplamine and its salts (LUCH- Cryophyllite constitdon of (CLARKE) A. ii 38. Cryptogams constituents of the cell- membranes of (WIXTERSTEIN) A ii 210. Cryptoweria japonica effect of lime and magnesia on the development of (LOEW and HONDA) A. ii 446. Cryptoperthite from Greenland (CSSING) A ii 372. “ Crystalline.” See Aniline. Crystallography :- Atomic weight influence of on the crystal characters of the sulphates containing potassium rubidium and cesium (TUTTON) T.493 ; P. 1896 71. Axes of the optical ellipsoid of the double suiphates of potassium rubidium and ceeesium velocity of light along the (TUTTON) T. 466; P. 1896. 69. Axes of the optical ellipsoid orienta- tion of for double sclphatcs of potassium rubidium and cmiuni (TUTTON) T 460; Y. 1896 69. Cleavage of double snlpbates of potas- sium rubidium and cmium (‘hJTTON) T. 455; P. 1896 6s. Dendrites artificial (ARCTOWSKI) A. 11 649. Distance ratios of the double sulpli- ates of potassium rubidium and ceesiulm (TUTTON) T. 458; P. 1896 69. Crystalline form of chemically sim2le substances (RINNE) A. ii 29. Morphology of the double sulphates of potassium rubidium and cesium (TUTTON) T.486. XANN) 8. i 546. CrystalIography :- Morphology of optical isomerides (WALDEN) A. ii 553. of chloral and bromal hpdrates thymol and menthol (POPE) P. 1896,142. of cis-n-caniphanic acid (POPE) T. of ti.ans-camphotricnrboxSlic acid (hydrates) (POPE) T. 979; P. 1896 116. Optic axial angles of the double sul- phates of potassium rubidium aid cesium (TUTTON) T. 4SO; P. 1896 70. Point systems corresponding to the sulphates containing potassium rubidium and cesium (TETTOX) T. 504. Polymorphism and molecular com- plexity (TUTTON) T. 509. Structural unit of the crystals of sulphates containing potassium rubidium and cesium (Tnrrow) T. 507 ; P. 1896 71. Crystdloids a filter for separation of from colloids (MARTIN) A. ii 665 Crystals running together and healing of (LEHNANN) A.ii 160. Cubauite composition of (SCHXEIDEE) A. ii 253. Cubebs occurrence of cubehin in (PEINEXANX) A. i 494. Cubebin occurrence of in piperace3us +Cubebin in Piper Lowong (PEIXE- dibromo- (PEINEMANN) A. i 495. dinitro (PEINEMANN) A. i 495. Czccur6ita maxima edestin a proteid in (OSBORNE and CAMPBELL) h. i 716. Cumene (isoprupylbenzene) f r o 9 cam- magnetic rotatory power &c. of (PER- famation of from cuminic acid (HOP- sulphonation of (BAYRAC) A. 1. 605. n-Cumene (propylbenzetae) magnetic ro- tatory power &c. of (PERKIN) T. 1082 1083 1094 1192. 1241. hydrogert&on of (TCICITCHISABIN) A 1 351. pentabromo- (TCHITCHIBABIX) A. I 351. (1 3 4-t~.irnethyZ6enzene) from camphorone isophorone and acetophorone (KERP) A.i 443. magnetic rotatory power &c. of (PEXKIN) T. 1064 1130 1193,. 1241. 973; r. 1896,116. plants (PEISEMANN) A i 494. MANX) A. i 495. phorone (KERP) A. i 44.8. KIN) T. 1092-1084 1194 1241. XAXX LECTURE) T. 611. J/-CmneneINDEX OF SUBJECTS. 843 $-Gumene separation of from coal-tar naphtha (HOFXANN LECTURE) T. 598. 9-~;unienesulphoneglycocin(. electxoly- tic conductivity of solutions of (Lov~N) A ii 413. Cumenesulphonic acids preparation of (BAPRAC) A. i 605. Cumengeite artificial (FRIEDEL) A ii 32. o-Cumenol (o-isopropylphenoZ) (BAY- RAC) A. i 606. m Cumenol (m-isopvopylphmol) (BAY- preparation of ( BAYRAC) A. i 606. indophenol derivatire of (BAYRAC) A. i 606. (6 1 3 4-hydroxytrinze- thylbenzene) substances C,,H,,Cl~O C,oHl,C12Bi.20 and CloH ,Cl,Br,O derived from (AUWERS) A i 421.bronio- aniline phenylurethane and pipericline derivatives of and salts (AUWERS and MARWEDEL) A. i 150. dibromo- bromide (AUWERS) A. i WEDEL) A. i 149. structure of (AUWERS) A i 421 ; (ZINCKE) A. i 214. ammonia derivatives of (AU- WEBS) A. i 420. aniline derivative of and its hpdriodide ( AUWERS arid SEXTEH) A. i 424. compound C!:HloBr2O2 obtained br nction of moist silver oxide 422. componnd Cl,Hl,Bi*40 obtained from (AUWERS and HoF) A. i 422. compound PJ(C,H,Br,O) ob- tained from by action of mi- monia ; its hydrobromide srtd ethyl ether (AUWERS and HoF) A. i 422. C,,H,,Br20 formed ir the pre- paration of (AUWERS and HoF) A. i 423. djethglaniine derivative of and its hydrobromide (AUWERS und HOP) A. i 4.22. diethylaniline derivative of and its methiodide (AUWERS and SENTER) A.i 423 424. dimethylaniline derivative of and salts (AUWERS and AVERY) A. i 150 (AUWEPS and SEN- TER) A. i 423. ethylamine derivative of and its RAC) A. i 636. +-Cumen01 149,421 (AUWERS and ?9fAE- O h ( h W E R S and HoF) A. i con~pounds C,H,Br,O and hydrobromide (AUWERS and HoF) A. i 422. +-Cumenol dibromo- bromide methyl- amine derivtktive of and its hydrobromide (AUWERS and HoF) A. i 422. methvlaniline derivative of and its'salts (AUWERS and SEN- TER) A. i 423. 8-naphthylamine deriyative of (AX-WERS and SENTER) A i 423. phenylwethane derivative of (AUWERS and HoF) A. i 422. piperidine derivative of and its hjdriodide (AUWERS and SEN- TBR) A. i 424. compound of w i t h qninoline (AUWERS and SENTER) A. i 423. chloride (AUWEBS and HoF) A.i 423. iodide (AUWERS and HoF) 9. i 423. nitrite constitution of (AUWERS) A. i 421. pyridinc derivative of and its hy- drobromide (AUWERS and AVERY) A. i 151. dibromonitro- (AUXERS) A. i 421. o-nitro- (AUWEXS) A. i 421. dinitro- isomeric forms of (AUWEPS) A. i 421. p-Cumidine reparation of (HOPMANW LECTURE? T. 625. action of cyanogen on (HOFXANX LECTURE) T. 590 649. colouring matter obtained by oxida- tion of (HOFMANN LECTURE) T. 605. $-Cumidhe oxyphosphazo-conipound i 345. Cuminaldehyde (p-isopro23ylte~~zznl~e- hyde) magnetic rotatory power &c. of (PERKIN) T. 1125 1199 1242. Cuminic acid (o-isopropylbewoic acid) ethylic salt magnetic rotatory power kc. of (PERKIN) T.,1125,1176,1238. B-iso-Cuminic acid (mesityZeizecar6- ox9Zic acid) from diniesityldinitros- acyl (BAux) A i.222. etherification of (MEYER) A. i 433. Cuminyl alc~hol magnetic rotatory power kc. of (PERKIN) T. U25 1198,1242. Cumylidene-p-nminothymol (PLAN- CHER) A. i 358. Cupric. See under Copper. Cuprite after malachite from Russia (JEREM~EFF) A. ii 566. O f (3fICHAELIS and SILBERSTEIN) A.,844 IXDEX OF Cupropyrite. See Cubanite. Cuscuretin (BARBEY) A. ii 65. Cusczrta epifh,ymunt constituents of (BARBEY) d. ii 65. Cuscutin a glucoside from Cuscuta epithynzunz (BARBEL’) 9. ii G5. Cuskhyqrine oxidation and constitution of (LIEBELWANN and CTBULSKI) -4. i 710. Cusparha trifoliata alkaloids of (BECK- URTB) A. i 66. Cusparine purification and derivatives of (BECXURTS) A. i 66. Cyanbenzyline. See 5-Phenyl-2 6- dtbenzyl-nz-diazine 4<-amino-.Cjanethine acetic chloride (RERFELDT) A. i 393. Cyanetholine. See Clyanic ncid ethylic salt of. Cyaniline preparation of (HorxAm LECTURE) l’. 649. Cyanin. See Quinoline blue. Cyano-derivatives. See :- A cetamide. Acetanilide. Acetic acid. p - Acetylpropionic acid. Acetotetraliydro-/3-naphtliylamine. Benzene. Benzenesulphonaniide. Benzenesulphonanilide. Benzcnesulphonic acid. Benzenesulphonic chloride. Benzene o-sulphonic acid. Benzenesulphotoluidides. p-Benzoyl-a-benzylpropioaic acid. P-Beazo! I-a-methylpropionic acid. Benzoylpropiontc acid. is0 -Butald ehy de. Campholic acid. Diazoammobenzene. Dihydrocampholytic acid. 3 4-Dirnethoxybenzoic acid. Dimethyl carballylic acid. Diphenylcarbamide. Diphenylmetiiane. S- Dipheny lthiocarbamide. Etlienylaniidoxime. H ydroxy diphenylmethane.Imidocarbonlc acid. Lauronic acid. Mesitylene. Naphthalene. Phen y losrbam id e . Phen ylhydrazine. Ph cnylic chloride. 3’-Propylisocarbostyril. Trimethylpimelic acid. Cyano. See also Nitriles. Cyanoforni and its silver and sodium derivatires (SCHNIDTNANK) A. i 45s. SUBJECTS. CJ anOfOrm sodio- (SCHYIDT3lASS) A. i 438. Cyanogen three possible forms of (XEF) A i 71. spectrum of the flame of (LEII-ES) T. 240; P. 1896 2. luminosity of the flame of (GROVES) P. 1896 5; (LEWES) A. ii 141. bebaviour of when submitted to the electric discharge (COLLIE and RAXSAY) A. ii 634. combustion of (DIXOX) T. ’775 ; P. 1896 55. explosive combustion of (DISON STRANGE and GRAHAM) T. $59; P. 1896 53. duration of the flame in the explosive combustion of (DIXOW STRANOR and GRAHAX) T.763 ; I?. 1896 54. influence of on the combination of C i l r - boiiic oxide and oxygen (L)IxoK) T. 783 ; P. 1896 56. Cytlnogen ~ ~ m p ~ u n d s poisonous effect of on a l p and i~fiisoria (Bo- XORsY) h. ii 669. bromide improved method of pre- paration of (SCIIOLL) A. i 545. preparation of (TCHERSIAC) A. i 661. chloride behax-iour of towards sodium alkyloxides (HANTZSCH and MAI) A. i 33. Hydrocyanic acid formation of in Pangium edule (TREUB) A. ii 327. preparation of pure (NEF) A. i 75. probably hydrcgen isocyanide (NEF) A. i 71. action of acetic bromide on (NEF) A. i 77. action of hydroge;; chloride on (NEF) A. i 76. Cyanides double of silver and nickel with cyanides of the alkalis and albaline earths (VARET) A. i 633 634. estimation of (DENIo~) A.ii 385. simple estimation of in presence of compound cyanides &c. (CLEN- NELL) A. ii 223. Cyanide-working solutions technical estimation of (BETTEL) A. ii 22$ 276. Ferrocyanides new injicator for estimation of technically (BETTEL) Ferricyanides estimation of techni- (STom) A. ii 126. A. ii 276. cally (BETTEL) A. ii 277.JNDEX OF SUBJECTS. 845 Cyanogen. Cyanic acid ethereal salts of (HOF- ethylic salt of preparation of (HOF- XAKN LECTURE) T. 716. rate of change into the correspond- ing carbamides of the methyl- dimethyl- ethyl- diethyl- iso- aniyl- and tertiary amyi-ammo- nium salts of (WALKER and APPLEYARD) T. 193-202 ; P. 1896 12. action of heat on solutions of the tetramethyl- and triethyl-ammo- nium salts of (WALEEY and APPLEYARD) T.205; Y. 1896 12. Thiocyanates estimation of teclini- Cyanuric acid discovery and constitu- tion of (HOFMANN LECTURE) T. 717. from acetoxyoxamide and acetic anhy'dride (SCHIFF and MON- SACCIII) A. i 209. thermochemical data of (LEMOULT) A.. ii 11. solubility in water of (LEMOULT) A. ii 11. sodium and potassium salts thermochemical data of the (LEMOULT) A ii 11. sodium salts action of carbonic anhydride on (LEMOULT) A i 70,71* triethglic salt preptlration of (EOF- MANN LECTURE) T. 716. Cyanuric acid trithio- trimethylic salt (HOFMANN LECTURE) T. 717. iso-Cyanuric acid trichlorotri- methglic salt of (HOFXANN LEC- triphenylic salt of (HOFMANN LEC- TURE) T. 715 ; ( HANTZSCH and MAI) A i 34. thio- ethereal salts of discovery of (HOFMANN LECTURE) T. 718. Cyanomaclurin non-formation of acid compounds of (PERKIN) T.1440; P. 1896 167. CFanopropine acetic chloride (HER- FELDT) A. i 393. Cymene (p-meth.yZisopropylbenzene) oc- currence in oil of origanum (GILDE- XEISTER) A. i 54. from triltydroxpmenthane (GINZ- BERG) A. i 447. magnetic rotatory power &c. of (PERKIN) T. 1125 1194 1242. heat of evaporation of (BECKNANN VOL. I'XX. XANN TJECTURE) T. 654. cally (BETTEL) A. ii 276. TUltE) T. 718. FUCES and GERNHARDT) A. ii 237. Cymene. 2-chloro- (JUNGER and KLA- UES) A. i 244. 3-chloro- (JUNGER and KLAGES) A. i 245. 5-chloro- (GUNDLICH and ENOE'FEI- AGEL) A. i 212. 5-chloro-2 4 6-trinitro- (GUND- LICH and KNOEVENABOEL) A. i 213. (GUND-. LICE and KNOEVENAGEL) A. I 213. p-Cymene from lemon-grass oil (BAR- Cymenecarboxylic acid (BOUVEAULT) Cymenesuiphonic acid from menthol (TOLLOCZKO) A.i 381. 3-chloro- barium sait and amide of (JUNGER and KLAGES). A. i 245. m-Cymene (m-methy@ropylbenzew) 2 4 6-trinitro-5-anilido- BIER and BOUVEAULTj A. 311. A i 616. 5-Cymenesulphonic acid 2-cliloro- barium salt and chloride auiide and anilide (JUNBOER and KLAGES) A. i 245. (GUNDLICH and KNOEVENAGEL) A. 1 213. ketone. 1 3 5-Cymidine 2 4 6-triiiitro- Cjmophenone. See 3henyi cymjl p-Cymoquinol (BAYRAC) A. i 606. p-Cymoquinone preparation of (BAP- RAC) A. i 608. CynijIglyoxylic acid ; and its ethylic salt (BOE~EAULT) A. i 616. Cyst ovwiau analysis of contents of (L,IEBLEIN). A. ii 263. Cystme in the liver of the dolphin (DRECHSEL) A. ii 378. Cytase action of (BRUSS) A ii 669. Cytisine occurrence of ill Papifionacea! amount contained in species of Bap- identity of apopilocarpine with (DE identity of baptitoxine wit5 detection of (GORTER) A.ii 344. C~tisus oecurrenco of cytisine iu various plants of order (PLCBOGE) A. ii 61. (PLUGGE) A. ii 61. tisia (PLUGGE) A.. i 68. MOER) A. i 657. (PLUGGE) A. I 67. I). Dahlia. See Ethylmauveinc. Damourite from British Columbia (HOFFMANN) A. ii 258. Danaite from Ontmio (HOFFMAKN) A. ii 191. 59846 INUEX OF SUBJECTS. Darapskite artificial (SCHULTEN) A. ii 610. Datiscetin non-formation of acid com- pounds of (I'ERhIN) T. 1440; P. 1896 167. Datisca cannabina datiseetin the colouring matter of ( PERKIN) T. 1440; P. 1896 167. Daucus carota pot as11 and phosphoric acid required by (SMETS aiid SCHREI- BER) A. ii 384. Davyne formula of (RAMMELSBERG) A.ii 190. Deamidoalbnmin preparation and pro- perties of (SCEIFP) A. i 632. Deamidonitrosopeptone solubility of (PAAL) A. i 633. Deatriidopeptone from deamidoalbumin (SCEIFF) A i 632. Deamidoglutin-peptone (PAAL) A. i 456. Deamidonitrosoglutinpeptone (PAAL) A. i 455. Deamidonitrosopropeptone (PAAL) A i 456. Decandiene 1 3- (Z'OURNIEB) A. i 457. Decane heat of evaporation of (LIT- GININ) A. ii 146. Di-iso-aniyl nitro- (-KONOWALOFF labile form of (KNOWALOFF) A. dinitro- (KONOWALOFF and XIEI- DECENOIC ACID :-a-isoPropyl-p-iso- butjlacrylic acid (KoEN) A. i. 462. DECENPLIC ALCOHOL :- Hexylallylcar- binol action of potassium hydrogen sulphate on (FOURNIER) A. i 457. Decoio acid (capric aczd) (BEHREND) A. i 410. Decylamine preparation of and its salts (KONOWALOEF and NIPITIN) A.i 673. Decglenedianiine and its salts (KONO- WALOFF and NIKITIN) A. i 674. Dehydrocinchonine (KOENIGS) A. i 64. Deh? d~olapachone constitution of (HOOKER) T 1369. +-Dehydrolapachone (HOOKER) T. 1362,1377. Dehydrothiotoluidine action of bromine dibromo- (VAUBEL) A. i 647. Dehytirosantonous acid ethylic salt of and its anhydride (RIZZO) A. i 307. Dehydroundecylenic acid. See Hende- cinoic acid Dehydrohendecenoic acid. Density of gapes method of determining the (TOBPLER) A. ii 235 ; (MOIS- SAX and GAUZIER) A ii 294. DECAhES :- and NIPITIN) A 1 673. i 676. TIF) A. i 674. on (VABTTBEL) A i 647. Density of the liquid and gaseous phase3 a t the critical point (ZAMBIASI) A. ii 234. of liquids method of determining (PERKIX) T. 1043 ; P. 1896,122.of very dilute solutions (KOHL- ZAUSCH) A. ii 89. of opt ical isomerides (WALDEN) A. ii 553. relative of alloys of iron and anti- mony (LABORDE) A. ii 652. Density of argon (RATLEIOH) A. ii 508. of hydrogen (THOMSEN) A ii 471; (MORLEP) A ii 505. of oxygen (THOMSEN) A. ii 471; (MORLEY) A. ii 518. of liquid oxygen and sir (DEVAR) P. 1895,226. of double sulphates of potaesium rubidium and cesium (TUTTON) T. 456; P. 1896 68. Density vapour Hofmann's method for tlie determination of (HOF- ?&ANN LECTURE) T. 724. of arsenic (BILz) A. ii 152. of arsenic trioxide (BILz) A ii of cadmiurn (BILz) A. ii 152. of nietaphosphoric acid ('LILDEN and BARNETT) T. 158; P. 1896 30. of phosphoric anhydride (TILDEN and BARNETT) T. 154; P. 1896 30. 352. of thallium (BILz) A..ii 152. of zinc (BILz) A. ii 152. Denuclein estimation of in beer wort Deoxyamalic acid (FISCHEE and AcH) Deoxybenzoin. See Phenyl benzyl Deosybenzofuroin (BADER) A. i 417. Deoxycholic acid,. physical constants of (VAHLEX) A 1,454. Deoxycinchonidine and salts ( KOENISS) A. i 328. Deoxycinchonine from cinchonine (KOENIOS) A. i 264 265. Deoxyconchinine from conchinine (KOENIGS) A i 265. Deoxyfuroin ( BADER) A i 416. Deoxyquinine and salts (XOENIGS) A. i 328. Desiccation method of rapid for serum (MARTIN) A. ii 263. Desinotropodisantonous acid and its de- rivatives (ANDREOCCI) A. i 185. Desmotroposantonous acid its oxida- tion and its sodium derivative (ANDEEOCCI) A. i 185. (SCIIJERNINO) A. ii 631. A i 12. ketone.INDEX OF STjBJECTS. 84 7 Desmotroposantonous acid niethylic I 2 2’-Diacetamido-3 5 3‘ 5’-tetrn- salt (AHDREOCCI) A.i 185. bromo-; and its metliylir salt (AN- sodio- and its ethylic salt (AN- Desoxalic acid ethylic salt of prepara- tion of ( WISLICENUS) A. i b72. Desylacetic acid ( ~ - b e i z z o y l - ~ - p ~ e ~ ~ ~ l p ~ o - pionic acid) formation of from desyleneacetio acid (JAPP and LANDER) P. 1896,109. formation of from diphenyldihy- droxyglutonic acid (JAPP and LANDER) P. 1896 108. Desylacetophenone monhydrazide Desyleneacetic acid (B-benzoylcilznamic acid) formation of from anhydr- acetonebenzil (JAPP and LAXDER) P. 1896 10;. reduction of (JAPP and LANDER) P. 1896 109. Deuteroproteose. See Proteose. Dextrin reducing power of on ammo- niacal silrer nitrate (KENDEBSON) Achroodextrin (ZULKOWSKI and preparation and purification of primary (MITTELNEIER) A i Amylodextrin from potato starch and caustic.potash (Bu~ow) A. i 2’73. Er? throdextziii ( ZULKOW SKI and FRANZ) A. i 120; (BULOW) A. i 274. primary action of diastase on (MITTELMEIER) A. i 336. Nalto-dextrins estimation of in beer (!IORRIS) A. ii 395. Dextrms separation of (Bu~ow) A i Dextrose. See Glucose. Diabase from Jersey alteration of (HOLLAND and DICKSON) A. ii 261. Diacenaphthylidenone and its bromide (GRAEBE and JEQUIER) A. i 444. Diacetamido-acetohydrazide (RADEN- HAUSEN) A. i 138. Diacetamidoazobenzenc ( MELDOLA and ANDREWS) T. 11 ; P. 1895 215. Diacetamidoazoxjhenzene (MELDDLA and ANDREWS) T. 8; P. 1895 215. 2 4-Diacetamidodiphenylamine (NI- ETZKI and ALMENRADER) A. i 164. 2 4-Diacetamido-l-hydroxyquinoline (CLAUS and DEWITZ) A i 654.L 4 2-Diacetamidonaphthol (KEER- X ~ N and HERTZ) A i 566. DREOCCI) A i 155. DREOCCI) A. i 185. (SMITH) A. i 382. fr. 151 ; P. is96,g. FRANZ) A. i 120. (BULOW) A. i 274,275. 336. 274. inethyldiphenyl ( EERSCHBAUM) A. i 162. Diacetamidotliymol (PLAKCHER) A i 358. Diacetanilide (BLACHER) A. i 33. Diacetoacetic acid ethylic salt thermo- chemical data of (GUINCHANT) A ii 12. Diacetobenzenesulphonamide (PILOTY) A. i 556. Diacetodi-p- hydroxyphenylmalonamide (CASTELLAXETA) A. i 368. Diacetodi-p-hy droxy phenyloxsmide (CASTELLAXETA) A. i 368. Diacetodimethylanilinediamide (SCHUS - TER acd PIKNOW) A. i 427. Diacetodiphenylethylenediarnide (FEIST and ARKSTEIN) A i 259. m-Diacetoplienylenediamide (JACKS~N dibromo- (JACKSON and CALVERT) Diaceto phenylet~liylenediamine (FEIS T and ARKSTEIN) A i 256.1 3 1’-Diacetoxymetliylanthracene (SCHUNCK and MARCRLEWSKI) T. 71; Y. 1895 202. 1 3-Diacetoxynaphthalene (FRIED- LANDER and RUDT) A. i 569. l>iacetylacetone condensation of (Cot- LIE and WILLSMORE) T. 295; Y. 1896 47. Diacetylbisphenylmethylpyrazolone (AUTENRIETH) A i 627. Discotyldibromodini trophenolph thalein (ERREEA and BERT%) A i 564. Diacetvlcarbohydrazide (CURTIUS and HE~DENREICH) A i 143. Diacetyldianthranol (ORNDORFF and BLISS) A. i 571. Diacetyldicyanide (NEF) A. i 77. r)iacetyl-n-dihydro-/3-phenotri&zine ( PINNOW and SAMANN) A. i 366. Diacetylciihydroxymaleic anhydride. See DihFdroxymaleic anhydride diitcetyl derivative of. Dincetyldilactamide (COLSOS) A. i 284 3 5-Diacetyl-2 4-dimethylpyrroline and its aurochloride (ZANETTI) A i 249.Diacetyldiphenyleneazone (TAUBEE) A. i 686. Diacetyldurene (BAUM and MEYER) A. i 228. 1 5-Diacetylisadurene (BAUM and constitution of (MEPER) A i 433. behaviour towards hydroxylamine and CALVERT) A. i 538. A. i 538. MEYEB) A. i 228. (BAux) A. i 222. 59-2848 INDEX OF Diacetylglyceric acid etbylic salt rota- tory power of solutions of in benzene and acetic acid (FRANK- LAND and PICTihRD) T. 135 136 ; P. 1896 11. freezing points of solutions of in benzene and acetic acid (FRANKLABD and PICKARD) T. 134,134 j P. 1896 11. Diacetylhydroxydipheny lethylamine (SODERBAUM) A. i 484. DiaceLylmalonenediamidoxime (SCHMIDTXANN) A. i 458. Diacetylmesitylenc preparation of (MEYER) A. i 547. Diacetylmethylpurpuroxanthin.See Diacetoxymethylanthraeene. Diacetylmethylall yldithiourazole (FREUND and HEILBBUN) A i 415. Diwetylnepalin (HESSE) A. i 573. Diacetylnepodin (HESSE) A. i 574. Diacetylresacetophenone. See Acetic bromo-. See Acetic acid resaceto- Diacetylsantonic acid (FEANCESCONI) A. i 377. Diacetylsuccinyl-a-naphtlialide (BOET- TINQER) A i 443. Diacetyltartaric acid dichloro- rotatory power of the methylie ethylic propplic and isobutylic salts of (FREUXDLER) A. ii 554. Diacetyltartaric-8-naphthalide (GAss- NANN) A. i 487. Diacetyltrimethylheematoxylin (HER- ZIQ) A. i 379. Diacetvltrirrsorcinol. See Triresorcinol. acid resacetophenone salt of. phenone salt of bromo-. DiaceGlxylan C 116 A c,O ( BADER) A.. i. 335. Dialuric acid- (tnrtronylurea) formation of by hydrolysis of uric acid (GERARD) A.ii 669. Dialkyldinitroxuethanes reduction pro- ducts of (BORN) A. i 198. Diallage from Bavaria (SCHWAQER and from Quebec (HOFFMANN) A. ii GUMBEL) A. ii 432. 258. Diallylacetamide. See Octinoamide. nisllylacetic acid. See Octinoic acid. Diallylacatone action of sodium on in ethereal solution (OBERREIT) A. i 666. Diallylacetonitrile. See Octinonitrile. Diallyletliylamine. See Octinylamines. Diallylethjlic alcohol. See Octinylic Diallyltualonic acid ethylic salt Diallylisopropylic alcohol. See alcohols. hydrolysis of (HJELT) A. i 205. Enninylic alcohols. SUBJECTS . Diamond. See Carbon. Diamylamine partial oxidation of (DB Hbas) A. i 122. Diarnylamineoxychlorophosphine (MICHAELIS and LUXEXBOURU) A. i 843. (MICHAELIS and LUXEMBOURG) A.i 343. Diisoamylaminoacetone (STOERMER and POQQE) A i 448. hydrochloride and methiodide of (STOERMER and POUGR) A. i 403. osims of (STOERYER and POGGE) A. i 408. semicarbazone of (STOERNER and POGQE) A i 408. Diamyloxyquinol dichloro- (JACKSON and OENSLAGER) A. i 293. Diamyloxyquinone dichloro- (JACKSON and OENSLAGER) A. i 293. diamylhemiacetal dichloro- and its sodium salt (JACKSON and OENSLAGER) A. i 293. Dianilinodi benzoyldibydroxy-nn-di- Di~mylai~inetliiorbloropliosp~ine hydropprazine. See Dihydrohippuro- flavin dianilide of. FERTSCH &fARSDEN and SCHKOLNIG) A. i 24 s~~yli~enekecetopentameth ylenc) (TORLANDEN and HOBOHI) A. i 604. Dianthracene (paranthracene) crystal- line form of and its conversion into anthracene (ORNDORFF and CAMERON) A. i 176. DORFF and BLISS) A.i 570. brane. Dianilinotoluquinone (JACOBSEN Dianisylidenecplopentanone (diani- Dianthranol diacetyl derirative (ORN- Diaphragm semipermeable. See Hem- Diastase chemical nature and prepara- tion of (OSBORNE) A. j 399; (OSBORNE and CAMPBELL) A. i 716. effect of light on (GREEN) A. i 110. effect of salts on the amylolytic proteids present in (OSBORNE) A. function of in plants (GR~ss) A. detection of in cells of plants Diastase uropoietic in liver (RICHET) Diazo-compounds discovery of (HOF- classification of (HANTZSCH) A. i power of (GRUSS) A. ii 59. i 398. ii 59. (GRUSS) A. ii 59. A. ii 119. NANN LECTURE) T. 698. 4 29.ISDES OF SUBJECTS. 849 Diazo-compounds constitution of (BLONSTRAND) A i 361. aliphatic general account of (CUR- preparation of (TRAUBE) A.i 337. Diazo-group migration of (SCHRAUBE Diazoacetic acid action of heat on action of water and of alcohol on sodium salt (TRAUBE) A. i 337. ethylic salt (CERTIUS) A. i 33'7. TIUS) A i 337. and ERITSCE) A. i 221. (C~RTIUS) A. i 337. (CURTIUS) A. i 328. action of alkali on (CURTIUS) A. i 338. Diazoacetophenone (ANGELI and RIMINI) A. i 362. Diazo-acids ethereal salts of. prepara- tion of (CUHTIUS) A. i 337. Diazoamiuo-compounds velocity of change into aminoazo-compounds (GOLDSCHMIDT and REINDERS) A ii 556. Diazoaminobenzene velocity of the change into aminoazobenzene (GOLDSCIIMIDT and X EI WDERS) A. ii 515. behavionr of towards phenylhydra- zine (WALTHER) A. I 548. chloro- ( BAMBERQER) A. i 299. o-dicyano- (PINNOW and ~AMANN) A. i 367. o-dinitro- alkylation of (RIELDOLA and STREATFEILD) P.1896 49. p-dinitro- alkylation of (MELDOLA and STREATFEILD) P. 1896 51. opdinitro- ethyl derivative (MEL- DOLA and STREATFEILD) P. 1896 50. I)iazoaminosulphanilic acid (BCHRAUBE and FRITSCH) A. i 221. barium salt (SCHRAGBE and FRITSCH) A. i 221. Diazoanthranilic acid. See Diasonium- anthranilic acid. Diazobenzene action of benzhydrnzide anhydride (BAMBEROER) A. i 299. on (CIJRTIES) A i 339. m-bromo- (UAMBERGER) A. i 299. p-bromo- (BAMBERGEB) A. i 299. p-chloro- (BAMBERGER) A. i 299. m-chloro- (BAMBERQER) A. i 299. m-nitro- (BAYBERGER) A. i 299. p-nitro- (BAMBERGER) A. i 299. perbromide from p-chlorodiazoben- zene anhydride (BAMBERQER) A. i 299. chloride reduction of (WALTER) A. mercaptanbydrosnlphide p-nitro- and its lead silver and mercuric 6 -272.derivatives (BAMBEROER and KRAES) A. i 219. DiazobenzPne sulphide di-p-nitro- (BAMBERUER and ERAUS) A. i 218. conversion of into the bisulphide (BANBKRGER and KRAUS) A. i 220. bisulphide di-p-nitro- (BAXBERGER and KRAES) A. i 220. Diazobenzene p-chloro- tribromide (HANTZSCH) A. i 93. op-dichloro- (CHATTAWAY and EVANS) T. 850 ; I?. 1896 98. p-nitro- methyl ether conversion of into p-nitrophenylhydrazinedisul- phonic acid (BAMBERQEB and KRAUS) A i 610. i.~o-Diazobenztme hydroxide p-nitro- (B~MBERGEE) A. i 299. sodmm and silver derivatives (BAMBEXGER) A. i 539. iso-Diazobenzene p-nitro- conversion of into p-nitrophenylhydruzinedisul- phonic acid (BANBERQER and KRAUS) A. i 610. Diazobenzenebenzoylliydrazine p - nitro- (TON PECIXMANN) A. i 680.Diazobenzenehy clroxyaminobenzyl (BAMBERGEX) A. i 22%. Diazobenzenehydroxyttluinometl~ane p- nitro- (BAMBERQER) A. i 222. Diazobenzeneimide p-nitro- (TON PECH- MANN) A. i 680. bis- Diazobenzenepentamethylenetetra- mine di-p-nitro- and di-m-nitro- (DUDEN and SCHARFF) A i 123. Diazobenzenepheny lh~dr~~zo~lometbane- disulphonic acid potassium salt (TON PECHNANN) A i 679. p-bromo- potassium salt (TON PECH- MANN) A. i 679. Diazobenzenesulphonic acid behaviour of metallic salts of (BAMBERGER) A i 362. p-Diazobenzenesulphonic acid oxida- tion of (ZINCEX) A. i 169. bo-Diazobenzenesulphonic acid pri- mary potmviurn salt disilver salt (BAMBERGER) A. i 539. Diazobeuzenethiophe~iyl ether (HANZTSCH and XREESE) A. i 2 17. p-bromo- (HANTZSCH and FREESE) A. i 217. dibromo- (HANTZSCH and FREESE) A.i 217. tribromo- (HANTZSCH and FREESE) A. i 217. o-chloro- (HANTZSCH and FREEEE) A. i 217.850 IKDEX OP SUBJECTS. Diazobenzenethiophenyl ether anti-p- chloro- (EANTZSCH and ZREESE) A. i 217. dichloro- (HANTZSCH and FREESE) A. i 217. p-iodo- (HANTZSCH and FREESE) A. i 217. dziodo- (HANTZSCH and FREESE) A. i 217. anti-p-nitro- (FANTZSCH and SREESE) h. 1 218. Diazo-ethers from p-chlorodiazobcnzene anhydride (BANBERGER) A. i 299. Diazohippuramide. See Hippurylazo- imide. Diazohpdroxyamidobenzene (BAMBER- GER) A i 222. Diazornethane (THIELE and MEYER) A i 40’7. reactions of (CURTIUS) A. j 338. Diazomethanediiiulpho~~ic acid beha- viour of additive sulphite com- pound of towards diazobenzene acetate (TON PECHMANN) A. i 679. dipotassium salt (VOX PECHMANN and MANCIC) A i 15.dehydration of (VON PECHMAKN) A. i 6’18. Diazomesitylene iodide (HANTZSCH) A i 93. Dittzometallic derivatives (BANBER- QER) A. 1 540. Diazonium group the (HAXTZSCH) A. i 429. Diazonium thiocyanates intramolecular change in (HAKTZSCH and HIRSCH) A. i 428. Diazoniumanthranilic acid (HANTZSCH and DAVIDSON) A. i 541. syn-Diazoniumbenzene-o-sulphonic acid sodium and potassium salts ( ~ E R I - anti-p-Diazophenol cyanide (HANTZSCR and DAVIDSON) A. i 541. ataf i-DiazopIIenolcarboxglic mid potas- sium salt (HANTZSCEI and DAYIDSOPIT) A. i 541. Piazophenols characteristics and struc- ture of (HANTZSCH and DATIDSON) A i 540. Dia~oplienolsulplionic acids structure of (HANTZSCH and DAVIDSOX) A. i 541. p- Diazo-p-phenoxybenzoic acid (HAUSSERMANN and BAUER) A.i 677. Diazophenyl p-tolyl ketone (LIXPBICHT. and LENZ) A. i 41. Diazopiperonylacetone (ANQELI) A. i 296 iso-Diazo-salts distinction from norniel salts (BAMBERGER) A i 299. Diazosuccinic acid ethylic salt action of heat on (CURI’IUS) A i 338. Diazosulplianilic acid and p-toluidine compounds from (SCHRAUBE and FRITSCH) A. i 222. thiophenyl ether and its syn-sodium and silver salts (HANTZSCH and FREEEE) A. i 218. Diazosulphonates dissociation of (BAM- BEILGER) A. i 373 439; (GERZ- LOWSKI and HANTZSCH) A. i 374 428 439. Dinzotetrazoleimide. See Tetrazylazo- imide. p-Dlazotoluene from diszosulphanilic acid and p-toluidine (SCHRAUBE and BRITSCH) A. i 221. p-Diazotoluene auhjdride ( BAMBEB- GER) A. i 299. iso-Diazo-p-toluene hydroxide potas- sium derivative (BAMBEBGER) A.i 539. LOWEIKI) A. 439. 1 6 1-Diazoxyanisoil 4-nitro- (MELDOLA anti-Diazoniumbenzene-o-sulpfionic 1 WOOLCOTT and WRAY) T. 1332 ; acid. sodium and Dotassiurn salts 1 P. 1896 164. (GEBILOWSKI) A i,*439. sy),;A:,.i2 541.- _.,. Diazoperhaloids (HANTZSCH) A. i 92. o-Diazophenol (HANTZSCH and DAYID- Diazoxybedzoie acid (DIEPOLDER) A i 615. 3 2-Diazoxyphenol 5-nitro- (MELDOLA ~O,O,L,COTT,_ and WHAY) T. 1334 ; hydrosulphide additive compouna r. 1 ~ 6 164. with hydrogen sulphide (HANTZSCH 1 Dibenzacetoliydroxamic acid (N EF and - 1 I L - /n and FREESE) A. i,218; . 1 -. JONES) A. i 46p. - I) m-Uiazopnenoi mercuric cnioriae ana I umenzaconine ana 15s Sam (J-J u NY’IAS mercuric iodide compounds (HAITTZSCH and DAVIDSON) A i! 541. p-Diazophenol cadmium iodide com- pound (HANTZSCH and DAVIDSON) A.i 641. hydrosulphide additice compound and CARR) P. 1895 178. Dibenzamide (BLACHER) A. i 33. Dibenzamidoazobenzene (MELDOLA and ANDREWS) T. 12 ; P. 1895 215. Dibenzsmidodianilidosuccinic acid amidanhydride of and its calcium salt (RUGHEIMER) . . A. i 62. - . with hydrogen sulpbide (HANTZSCH I 2 4-Dibenzamido-l-hydroxyquinoline and FREESE) A. i 818. 1 (CJ~AUS and DEWITZ) A. i 654.INDEX OF SUBJECTS. 851 Dibenzenesulphonehydroxylamic acid preparation of (PILOTY) A i 556. Dibenzobenzhydroxaniic acid (NEF a d JONES) A. i 460. Dibenzodiphenylethy lenediamide (FEIST trinitro- (FEIST and AixsTEIN) A. i Dibenzoditbiazole preparation of (HoF- and ARNSTEIX) A i 259. 259. XANN LECTURE) T. 713. and I;'ALK),"A. i 558. ' and FALK) A.i 560. benzoate of and its anilide (CLaIsErs and F ~ L K ) A. i 558. and LEONHARDT) A. i 4.37. and LEONHARDT) A. i 437. (AUTENRIETH) 8.. i 62'7. identity of with Xef's benzoylphenyl- benzoylmethylpyrazolone (AUTEN- RIETH) A. i 700. 8-Dibenzoylacetylmethane (CLSISSN 2 3-Dibenzoylbenzoic acid (GRAEBE 2 6-Dibenzoylbenzoic acid (GRABEBE Dibenzoyl bisphei r y lmethg lpyrazolone Dibenzoyl-n-dihydro-8-plienotriazine (PINNOW and SAMANN) A. i 366. Dibenzoyldihydroxgmaleic anhydride. Bee Diiiydroxymaleic anhydride di benzoyl derivatire of. Dibenzoylglyceric acid methylic salt rotatory powers of solutions of in benzene ethylene dibromide nitrobenzene and acetic acid (FRANKLAND and PICKARD) T. 127,130,131,133 ; P. 1896,ll. freezing points of solutions of in benzene ethylene dibromide nitro-benzene and acetic acid (FRANKLAND and PICKARD) T.125,127,129,131,132; P. 1896 11. and J~ACGREGOR) Y. 104 ; I'. 1896 9. (inacr ive) methylic salt (FRANKLANU and MACGREGOR) T. 106; P. 1896 9. Dibenzoglmesitrlene behaviour of to- wards Iiydr&ylamine and phenyl- hydrazine (BAuN) A. i 222. (GABRIEL and STELZNER) A. i Dibenzoyl-3-methylindazole l-ninino- amide (SODERBAUM) A i 484. Dibenzo-iso-hydroxydiphenylethylamidc (SODERBAUM) A. i 484. Dibenzomalonenediamidoxime (SCHMIDTMANN) A. i 458. Dibenzophenyleth j lenedianiine ethgiic salt of 371. (REISSERT) A.; i Dibenzylamine magnetic rotatory power tic. of (PERKIN) T. 1103 1208 2245. partial Oxidation of (DE HAAS) A. i 122. Dibenzylbenzidine o-dinitro- and its sulphate dinitroso- and diformyl derivatives (TROEGER and EGGERT) A.i 563. Dibenzylcpnacetamide (ERRERA) A. i 528. Dibenz ylcy an oace tic acid o-&nitro- ethylic mlt of (REISSERT) A. i 371. Dibenzylhydsntoin a-tetrabromo- (ERRERA) A i 529. a-Dibenzylhydantoin and its dinitro- derivative (I~RRERA) A. i 528. Dibenzj Ihj drazine sgmmetricsl its hydrochloride picrate acetyl benzoyl and nitroso-deriratives with the product of its oxidation (CURTIUS and QUEDENFELDT) A. i 29. tetramine (DUDEN and SGRARFP) A i 123. Dibenzj-lidcnecliaminopentamethylene- 2 G-nibenzylidenecycZohexanoGe 741 ; P. 1895 14G. Djbenzoylphenylmethane (JAPP and LANDER) T. 742 ; P. 1895 146. Dibenzoylisopgrazinequinone. See Hippuroflarin. Dibenzoyltart aric acid rotatory powers852 INDEX OF SUBJECTS. (dibenzylideneketohexumethylene) (VORLANDEX and HOBOHM) A.i 604 ; (PETRENEO-KRITSCHENKO and ARZIBASCHEFF) A. i 671. Dibenzylidenemer hylcyclohexenone (RALLACH) A.. i 572. Dibenzylidenemethglcyclopentenone (WALLACH) A. i 573. Dibenzylidenecyclopentanone (dibenzyl- ideneketopenfamethylene) (VORLAN- DEB and HOBOHY) A. i 604. Dibenzylidene-o-phen y lenediamine (HINSBERG and KOLLER) A. i 537. Dibenzylidenesuberone (WALLACH) A. i 573. - Dibenzylidenetriacetophenone (v. Eos- TAXECKI and L~OSSBACH) A. i 551. Dibenzylmalonic acid nitrile of op-dinitro- ethylic salt of (REIS- (EREERA) A. i 538. SELCT) A. i 371. Dibenzyloxyquinol dichloro- (.JACKSON and OENSLAGER) A. i 294. Dibenzyloxyquinone dichloro- (JACK- SON and OEN~LAGER) A i 204. Dibenzylphosphine preparation of (HOFMANN LECTURE) T.682. Dibenzylpiperazine and its salts (GABRIEL and STELZNER) A. i 702. Dibenzyltetrazole B-amino- (THIELE and INGLE) A. i 109. Diisobutaldehyde (URBAIN) A. i 590. Diisobutyl diketone (iso-diualeryl) refraction equivalent of (ANDERLINI) A. ii 229. Diisobuty 1 ketone refraction equivalent of (ANDERLINI) A. ii 229. Dibutylamine chloro- (BERG) A. i 9. Diisobutylamine partial oxidation of (DE HAAS) A. i 122. Diisobutylaminechlorarsine (MICHAELIS and LUXEMBOURG) A. i 343. Diisobutylaminechloroborine (MICHAE- LI8 and LUXEMBOURG) A. i 344. Diisobutvlaminecltlorophosphine (MIC~AELIS and LUXEMBOURG) A. i 343. Diisobutylaminechloroeilicine (MICHAELIS and LUXEMBOURG) A. 1 343. Dii.vo butylamineoxychlorophosphine (MICHAELIS and LUXEMBOURG) A. 1 343. ( MICHAELTS and LUXEMBOURG) A i 343.Diisobutylaminoacetone (STOERMEB hydrochloride hydrobromide and Diisobu tylaminethiochlorophosphine and POGGE) A. i 408. hydyiodide (STOERMER and POWE) A. 1,408. Diisobutylaminoacetone methiodide of (STOERMER and PO~GE) A i 408. semicarhazone of (STOERMER and Poaa~) A. i 408. Dibutyloxamide (BERG) A. i 8. Dibutyrjl refraction equivalent of (ANDERLINI) A. ii 229. +-Dibutyryl-o-cyanobenzylk cyanide (ALBAHARY) A. i 699. Dicarbsmide (CURTIUS) A i 3pO. hy drazine salt (CURTIUS and HEIDENREICH) A. i 143. Dicarboxybenzoin. See Benzoindi- carboxylic wid. Dicarboxyphenylglyoxylic acid salts of (GRAEBE and BOSSEL) A. i 436. phenylhydraxone of (GRAEBE and BOSSEL) A. i 436. Dichlorhydrin properties of (FLEM- MING) A. i 333 334. Dichloralglucose (MEUNIER) A. i 334. 3 5-Dicinnamoyl-2 4-dimethylpyrro- line (ZANETTI) A.i 249. Dicinnamylidenecyclopentanone (dicin- nurnylideneketopentamethylene) (VORLANDER and HOBOHM) A. i 604. Dicotoin composition of (HESSE) A. i 60. Didehydroketoeampholenic acid ( B ~ H A L and BLAISE) A i 56. Didehydrocampholenolide (BI~RAL and BLAISE) A. i 56. Diduroquinone ((RUQHELMER and HANICEL) A. i 687. acetyl and benzoyl derivatives of (RUGHEIMER and HANPEL) A i 6b8. methylic ethylic and propylic ethers of (RUGHEIMER and HANKEL) A. i 688. Didymium oxide new source of (PHIP- colloidal solution of (DELAPON- SON) A. ii 422. TAINE) A. ii 562. 1 4-Diethoxttlylpiperazine (Ros- 2 4-DiethoxyacetophenoneY a-dibromo- DALSKY) A. i 267. B-dihromo- (SEGALLE) A. i 613. tribromo- (SEGFALLE) A. i 613. 2 4-Diethoxybenzoylformic acid and salts (GEBGOR) A.i 43. on-Diethoxybenzene. See Resorcinol ethyl ether. 2 4-Diethoxybenzoic acid (GREGOR) A. i 44. 3 3-Diethoxybenzophenone 4 4 4 - chloro- (GATTERMANN) A. i 173. (SEGALLE) A. i 613.INDEX OF SUBJECTS. 853 2 4-Diethosybenzoylformic acid oxirne (GREGOR) A. i 44. Diethox ybenzylideneacetophenone. See Phenyl diethoxptyryl ketone. Di-2-ethoxy benzylidenetriacetophenone (KOSTANECKI and SCHNEIDER) A. i 614. Di-3-ethoxybenzylidenetriacetophenone (KOSTANECKI and QCHKEIDER) A. i b14. Di-4-ethoxy henzylidenetriacetophenone (KOSTANECKI and SCHNEIDER) A. i 614. Di-B-ethoxybutylamine (BOOKMAN) A i 200. B-Diethoxybutyric acid and its ethylic and sodium salts (CLAISEN) A. i 464. 3 3-Diethoxy-4 4-dimethylbenzo- phenone (GATTERMANN) A.i 1'72. 3 3-Diethoxy-4 4-dimethylthiobenzo- phenone (GATTERXANN) A. i 172. 3 4'-Diethoxydiphenylamine 4-amino-. See p-E thoxy phenyl-m-ethosy-p- phenylenedirr mine. Diethoxydiphenylmethane (MAC- KENZIE) T. 990 ; P. 1896 117. Diethoxyglyoxylic acid orthamino- its ethylic salt and hydrochloride (NEF) A. i 76. Diethoxyiminoglyoxylic acid ethylic salt (NEF) A. i 76. 2 4-Diethoxymandelic acid and its silrer salt (UBEQOR) A. j 44. Di-p-ethoxyphenylmalonamide (CAS- TELLANETA) A. i 368. Di-p-ethoxyphenyloxamide (CASTELLA- NETA) A. i 368. Diethoxyquinol dichloro- dibenzoate (JACKSON and GRINDLEY) A. i 155. Diethoxyquinone dichloro- dibenzoyl- diethjlacetal (JACKSON and GRINDLEP) A. i 154. diethylacetal ethylic dicarbonate (JACKSON and URINDLEY) A. i 155. tetrethylncetal (JACKSON and GRINDLEY) A.i 154. Diethosyquinonediethylhemiacetal dichloro- (JACKSON and GRINDLEY) A. i 19. Diethoxyquioonedimalonic acid ethylic salt of (JACKSON and GRINDLEY) A. i 19. asDiethoxysuccinic acid (MICHAEL and BUCHER) A. i 85. ethylic s+t (MICHAEL and BUCHER) A. 1 599. from ethylic dibroniosuceinate and ethylic acetylenedicarboxjlate (MICHAEL and BUCHNER) A. i 599. as-Diethoxpuccinic acid ethylic salt conversion of into oxnlacetic acid (MICHAEL and BUCHNER) A. i 4 4-Diethosythiobenzophenone (GAT- ! THRMANN) A. i 172. 3 3-Diethoxythiobenzophenone7 4 4- 1 dichloro- (GATTERMANN) A. i 173. 1 1 3 4-Diethoxyxylenol tribromo- i (AUWERS and CAMPENHAUSEN) A. i 424. I Diethyl diketone (dipropiowyl) refrac- tion equivalent of (ANDEELINI) A. I D&Tietone refraction equivalent of 1 (ANDEBLINI) A.ii 229. heat of evaporation of (LUGINN) Diethylamine disccvery of (HOFMANN partial oxidation of (DE HAAS) A. i Diethylaminechlorbborine (MICHAELIS and LUXEMBOURG) A. i 344. Diethylaminecliloropho~phine ( MICHAE- LIS and LUXEMBOURG) A. i 348. Diethylaminechlorosilicine (MICHAELIS and LUXEMBOURG) A. i 343. Dieth ylamineoxychlorophosphine (MICHAELIS and LUXEMBOURG) A. 1 343. Diethylaminethiocltlorophosphine (MICHAELIS and LUXEMBOURG) A. i 343. cis-exo- Dieth ylaminohexahydro-o-toluic acid and its salts (EINHORN) A. i 551. trans-exo-Dieihy1aminohexahydro-o- toluic acid and its salts (EINHORA) A i 551. cis-exo-Diethylaminohexahydro-p- toluic acid and its halts (EINHORN) A. i 552. 2 3-Diethylaminohydroxytetrahydro- naphthalene hydrochloride picrate aurocfiloride platinoehloride meth- iodide and benzoyl derivative of ; picrate of the latter (BAMBERGER and LODTER) A i 99.Diethylaminophenol sodium salt colouring iiiatter obtained from (MEYENBURG) A i 292. Diethylaminophenonaphthoxazime (MOHLAU and UBLMABhN) A. i 168. Diet11 ylaminophenonaphthoxazone MOHLAU and UHLMANN) A. i 168. m-Diethylaminophenylic carbonate and its salts (MEYENBURG) A i 292. eao-Diethylamino-o-toluic acid and its salts (EINBORN) A i 551. em-Diethylamino-p-toluic acid and its salts (EINHORN) A. i 551. j 599. A. ii 146. LECTURE) T. 661. 128.854 IKDEX OF SUBJECTS. Diethylaniline ( HOFMANN LECTGRE) T. 598. discovery of (HOPNANN LECTIJRE) T. 660. magnetic rotatory power &c. of (PERKIN) T. 1099 1100 1205 1244.melting point of (v. SCHNEIDER) A. ii 290. action of ethylic bromide on (HOP- sulphonation of (EVANS) P. 1895 Diethylanemonin. See Anemonin. Diethylcyanoacetamide (ERRE ~t A) A . i 529. Die thyldiamin onapbthaphenoxazin e zincochloride of [NH 0 NH2 = 1 2 4 ; NH:O:NEtn = 1 2 4 ] (MOEILAU and UHLMANN) A. i 168. Diethyldicarboxyglutaric acid. See Heptane-3 3 5 5-tetracarboxylic acid. Siethyldiethylenediamine discovery of (HOFMANN LECTURE) T. 685. DiethyIenediamine (HOFXANN LEC- TURE) T. 684 685. Diethylenetriamine discovery of and its salts (HOFMANN LECTURE) T. 686. Dieth yle tliylenediamine (HI NSBERCI and STBUPLER) A i 4’7 ; (SCHNEIDEB) A. i 201. discovery of ( HOFMANN LECTURE) T. 685. aal-Diethylglut~rio acid anilic acid of (AUWERS and ~INGHOF) A i 642.imimolecular p-tolil of (AUWERS and SINGHOF) A. i 642. bimolecular p-tolil of (AUWERS and SINGHOF) A. i 642. p-t;olilic acid of (AUWERS and SIN- GHOF) A. i 64% aal-Diethylglutaric acids isomeric (AUWERS and SINGHOF) A. i 642. aal-Diethylglutaric anhFdride (AUWERS and SINGHOP) A i 642. d-Diethyihydantoin ( ERRERA) A. i 529. Diethylmalonic acid ethylic salL hydro- lysis of (HJELT) A. i 205. Diethylmethane. See Pentane. Diethgloxamic wid ethylic salt pre- paration of (HOFMANN LECTURE) T. 662. Diethyloxamide preparation of (HOF- =ANN LECTURE) T. 662. Diethy lphosphonic acid preparation of (HOFMANN LECTURE) T. 682. Diethylpropyl-$-nitrole. See Heptane a-nitro-&nitroso-. NAB” LECTUBE) T. 663. 235. 5 2-Diethylsafranine (JATJBERT) A. Diffusion of metals (ROBERTS-AUSTEN) A.ii 590. in mercury (HUMPHREYS) T. 243 1679; P. 1896 9 220 ; (ROBERTS-AUSTEN) P. 1896 219. Difluoryls a- 8- and 7- (HODGKINSON) P. 1896 111. Diform yl-a- h ydroxy -UP-diphenylethyl- amine (SODERBAUN) A i 484. Dif urf ury lidenecyclohesanone (dilfur- furyEideneketohexamet7~ylelae) ( VOR- LANDER and HOBOHM) A. i 604. Difurfurylidenecyclopentanone (difur- furyEideizekPtopentamethyEene) (VOE- LANDER and HOBOHM) A. i 604. Difurfurylidenetriacetophenone (Kos- TANECKI and PODRAJANSPY) A i 689. Digestion in organs after death (.BIOWDI) A. ii 616. action of mustard and pepper on (GOTTLIEB) A. ii 42. of cellulose by enzjmes (GRUSS) A. ii 669. of crude fibre (HOLDEFLEISS) A ii 616. of polysaccharides and glucosides by animal secretions (FISCHEB and NIEBEL) A.ii 665. of cane sugar maltose and trehalose (BOURQUELOT and GLEY) A. ii 315. gastric (SJOQUIST) A. ii 484. influence of salts on (DASTRE) A. ealine of gelatin (DASTRE and FLO- RESCO) A. i 196. Digitalein detection of (KELLER) A. ii 683. Digitaligenin detection of (KILTANI) A. ii 551 ; (KELLER) A ii 683. Digitalin (KILIANI) A. i 68. crystalline (KILIANI) A. i 180. detection of (KELLER) A. ii 683. (( Digitalinum verum,” detection of (KILIANI) A. ii 551. Digitalis detection of the glucosides in (KILIAKI) A. ii 551. Digitogenin (KILIANI) A. i 58. detection of (KILIANI) A ii 551. @-.D.igitogenin (KILIANI) A. i 59. Digitonin (KILIANI) A. i 58. (KELLER) A. ii 685. i 325. ii 118. detection of (KILIANI) A ii 551; Digitoxigenin detection of (KILIANI) Digitoxin identity of the so-called Q- and j3-modifications (KILIANI) A.ii 651. A. ii 551.INDEX OF SUBJECTS. 855 1. 314. Digitoxin detection of (KILIANI) A. ii 551 ; (KELLER) A. ii 683. /?-Digitoxin and its hydrolysis (KILI- Digitoxose (~'ILIANI) A i 59. Diglucose polyanhydride of in Colo- casia a n t t y t ~ ~ w m (YOSHIHUBA) A. ii 60. Diglycollic acid tbio- unsymmetrical homologues of (Lov%N) A. i 412. Diheptylthiocarbamide (PONZIO) A i 636 637. Dihippenylcarbamije (CUETIUS) A. i 38. Dihippurylhydrazine (CURTIUS) A. i ANI) A. i 59. O h SCHARFF). A.. i. 123. J I . p-Dihomopiperonylpyraziiie (ANOELI) A. i 296. Dihydracrylic acid thio- (thiodipro- pionic acid) (LovBN) A. i 412. A4. 6-Dihydrobenzddehyde from an- hydroecgonine dibromidc and from tropinone methiodide identity of (WILLSTATTER) A.i 327. Dihydrobenzoic acids. See Cyclo- hexadienecarboxylic acids. Dihydrobenzylidenetetrazy lhydrazine and its sodium derivative (THIELE and TNGLE) A. i 108. Dihydro-m-isobutyltoluene. See Dihydrophenazine hydrochloride pre- paration of (HINSBERQ and HIM;VEII- SCHEIN) il. i 635. n-Z)iliydro-8-phenotriazine its salts diacetyl and dibenzoyl derivatives (PIXNOW and SAXANN) A i 366. Dihydrophenylcoumaran (KARRIES and BUSSE) A. i 302. Dihydrophthalic acid. See cyclo-Hexn- diene-1 2-dicarbosylic acid. Dihy dropolystichic acid ( POULSSOX) A. i 387. Dihydroquinazoline (GABRIEL and STELZNER) A. i 507. Dihydroresorcinol. See 1 3-Dihydr- oxycyclohexadiene. iso-Dihydrotetrazine deriratives of (CURTIUS) A. i 39. Dihydrotoluene. See M.et;h~l~*yclo- hexadiene.Dihydrotoluic acids. See Methylcyclo- hexadienecarboxylic acids. Dihydroxyacetophenone (m. p. 178') (ULAUS and HUTH) A. i 227. 2 4-Dihydroxyacetophenone tribromo- (SEGFALLE) A i 613. dichloro- (SEOALLE) A. i 613. iodo- (SEBALLE) A. i 613. Dihydi*oxyaposafranone ( FISCHER and UPDD\ A i 89d .U"LL LA. * "-=. v u Y Y Dihydroc~scarupholytamide amine hy- I nol. AvncsPhnn nlrnhnl nnil hntnno rip- 1 T)ihvrlrnavhPn7.nnlipnonp ( 3 m n. 12?*\ Dihydrocarvone oxidation of ( WAL- LACH) A. i 102. Dihydrocumic acid. See 4-iso-Propyl- cyclohexadienecarboxylic acid. Dihydrocymene. See Metbylisopro- pylcyclo hexadiene. Dihpdrodidnroquinono and its acetyl derivative (RUQHEIMER and HAN- EEL) A. i 688. Dihydrodiphenyl ( KNOEVEBABEL) A i 289. Dihydrogranatone oxidation of (CIAMI- CIAN and SILBER) A.i 397. Dihydro-m-hexyltoluene. See 1-MeLhyL 3-hexy lryclohexadiene. Dihydrohippuroflavindiamide dianilide bismethylanilide and di-o-toluidide of (RUGHEIMER) A. i 62. Dihydrolutidinedicarboxylic acid of GCriess and Harrow real nature of (SCHIFF and BROSIO) A. i 250 251. iso-Dihydrolutidinedicarboxylic acid. See 2 6-Dimethyl-l 4-dihydropyri- dine-3 5-dicarboxylic acid. Dihydroxybutane ' tertiary (HENRY) A. i 4. a-Dihydroxydihydrocampholenic acid distillation of (TIEXANN) A. i 248. Dihydroxydimethyladipic acids stereo- isomeric ( ZELTNSKY and ISAIEFP) A. i 413. DihydroxJ-dimethylglutaric acid (A r- WERS and SINQHOF) A. i 642. Dihydroxy djphen ylaniinectErboxylic acid dibromo- [NH Br3 OH = 1 3 5 4; NH OH COOH = 1 4 31 (MOHLAU and UELMANN) A.i 167. (STRUVE and RADENHAUSEN) A. i 36. (STRUVE and RADENHAUBEN) A. i 36. Di-p- h ydmxydiphenylcarbamide (STRTJVE and RADENHAUSEN) A. i 36. Dihydroxydiphenglglutaric acid (JAPP and LANDER) P. 1898,108. Di-o-h ydroxydiphenylcarbaniide Di-m- hydrox y diphen ylcarbamide836 INDEX OF SUBJECTS. heat on (FENTOX) T. 548; P. 1896 68. Dihyciroxymaleic anhydride diacetyl 1 2-Dihydroxyflavone and its acetyl compound (FRIEDLANDER and RUDT) A. i 440. acid compounds of (PERKIN) T. 1443 ; P. 1896,167. constitution of (KESSELKAUS and KO~TANECKI) &4. i 606. Dihydroxyfumaric acid. See Dihydr- oxymaleic acid. Dihydroxycyclohexadiene (dihydrore- sorcinol) synthesis and hydrolysis of (VORLANDER) A i 20. 2 8-Dihydroxyhcxahydrocymene. See Dih ydroxymethylisopropylcycEo- hesane.ap-Diliydroxyisohexoic acid (BEAUN) A i 594. Dihydroxyhydrolapachol action of sulphuric acid on (HOOKER) T. 1368. Dihydroxylamine hydriodide (DUNSTAN and GOULDINQ) T. 841 ; P. 1898 73. Dihydro-m-xylene. See 1 3-Dimethyl- hexadiene. Dilrydroxyuialeic acid (FESTON) T. constitution of (FENTON) T. 556. isomeric form of (FENTON) T. 557. a- and @-modifications (FENTON) T. 560. action of acetic anhydride chloride arid benzoic chloride on ( FENTON) T. 550 551 552; P. 1896 68. action of aniline on (FENTON) T. 552. action of bromine on (HENTON) T. 547. action of ethylic bromide on (FEX- action of hydrogen bromide chloride and iodide on (FENTON) T. 547 553 555 558 ; l’. 1896 68. action of hydroxylamine and phenyl- hydraeine on (FENTON) T. 548 549 ; P. 1896,68.action of water on (FENTON) T. 547. Dihydroxpaleic acid aniline salts diethylic salt (FENTON) T. 554. 547 ; P. 1896,67. TON) T. 554. (FENTON) T. 551 552. behaviour of with dehydrating agent8 (FENTON) T. 555. action of phenylhydrazine and hydroxylamine on (FENTON) T. 549 ; Y. 1898,68. dimethylic salt diaeetyl derivative (FENTON) T. 5t0. action of acetic chloride of phenyl- hydrazine and hydroxylamine on (FENTON) T. 549 ; P. 1896 68. phenylhydrazine salt and action ofINDEX OF SUBJECTS 857 1 2’-Dihydroxyquinoline its hydro- chloride and wetyl derivatires (DIA- MANT) A. i 105. 3 4’-Dihydroxyquinoline and its auro- chloride (HIRSCH) A. i 626. Dihydroxyquinoiie condensation of with echyl-o-pheqlenediamine and phenyl-o-phenylenediamine (KEHR- MANN and FUENER) A.i 511. Dihydroxystearic acid separation of into its optically active constituents (FREUNDLER) A. i 596. d-Dihydroxystearic acid ethylic salt (FREUNDLER) A. i 596. l-Dihydroxystearic acid ethylic salt strychnine salt (FREUNDLER) A. i 1 2‘ 4 2-Dihydroxysulphonapbthoic acid sodium hydrogen and hgdr- ogen aniline salts ( FRIEDLANDER and ZINBERQ) A. i 244. (RREUNDLER) A. i 596. 596. Dihydroxytetramethylstilbene tetra- bromo- (AUWERS and MARWE- DEL) A i 150; (AUWERS and AVERY) A i 151 ; (AU-WERS and HOFF) A. i 422. A. i 422. WEDEL) A. i 150. bromide (AUWERS and HoF) ethyl ether (AUWERS and MAR- Dihydroxytetraphenylethanedicarb- oxylic acid dilactone of (ULLMANN) A. i 563. Dihydroxy toluquinone condensation of with o-phenylenedinmine and phenyl- o-phenylenediamine (KEHRMANN and FUHNEB) A.i 512. Dihydroxytrimethylglutaric acid prc- paration of (ZELINSKP and TSCHU- OAEW) A. i 135. action of lead on (ZELINSKY and TSCHUGAEW) A. i 135. Dihydroxy tropidine oxidation of (WILLST~TTER) A. i 65. my-Diketochloropyrhydrindone P-di- ohloro- (ZINCKE and WINZHEIMER) A. i 501. Diketone C6H80(?) from quercitol (KILIANI and SCHAFER) A. i 586. Diketopiperazine molecular s p m e t r y of (GROTH) A. ii 159. ay-Diketopyrhydrindene B-dichloro- and its platinochloride (ZINCKE and WINZHEIMER) A. i 500. 1 2-Diketoquinolinephenazine hydrate of (ZIXCKE and WIEDERHOLD) A. i 502. Diketotetraliydroquinazoline-2-carb- oxylic acid and its salts (NIEMEX- TOWSKI) A. i 578. Dilactylamide (LovBs) A i 412. Dilaetylic acids thio- stereoisomerie “ Dilute coloration ” of minerals ( WEINSCHEBK) A.ii 654. Dimesityldinitrosacyl (BAuM) A. i 222. 2 4- Dimethoxvbenzaldehyde (Bou- VEAULT) A.,*i 649. o-Dimethoxybenzene magnetic rotatory power &c. of (PERPIN) T. 1127 1135 1159,1158 1240. m-Diniethoxybenzene magnetic rota- tory power &c. of (YERKIN) T. 1127 1159 1187 1240. p-Dimethoxybenzene magnetic rotatory power &c. of (PEBKIN) T. 1064 1136,118& 1240. 3 4-Dimethoxybenzoic acid 2-cyano- (HOOBEWERFF and VAN DoRP) A. i 315. 2 3-Dimethosybenzoic acid 6-cvano- (HOOOEWERFF and VAN DoRP),*A. i 315. 3 3-Dimethoxybenzophenone 4 4-di- bromo- (GATTERMANN) A. i 173. i 173. ( h V E N ) A. i 412. 4 4-dichloro- (GAZTEEXANN) A. 3 3-Dimethoxy-4 4-dimethylthio- benzophenons (GATTERXANN) A. i 173. Dimethoxydiphenylmethane (MAC- KENZIE) T.987 ; P. 1896 117. B-m-Diniethoxydiphenyloxazole and its salts (MINOVICI) A. i 704. Di-p-methoxyphenylmalonamide (CAS- TELLAXETA) A. i 368. Di-p-methoxyphenyloxamide (CASTEL- LANETA) A. i 368. Dimethoxyquinol dichloro- dibenzoate oxide of (JACKSON and GRINDLEY) A. i 155. 3 4’-Dimethoxyquinoline ( HIRSCH) A. i 626. Dimethoxyquinone dibromo- dimethylt- hemiacetal (JACKSON and GRIND- LEY) A. i 156. dichloro- dibenzoyldimethylacetal (JACKSON and GRINDLEY) A. i 155. diethylhemiacetal (JACKSON and GRINDLEY) A. i 19. dimethylhemiaretal (JACKSOX and GRINDLEY) A. i 19. 3 3-Dirnethoxythiobenzophenone,4 4 dibromo- (GATTERMANN) A. i 173. 4 4-dichloro. (GATTERMANX) A. i 173. 4 4-I)imethoxgthiobenzophenone (GAT- TERMAIVN) A. i 172. DimethoxS tripheny lcarbinolcarboxylic acid (GRANDE) A.i 564.858 INDEX OF SUBJECTS. Dimethox~tripheiiylmethanecarboxylie j 1 2 4 NH 0 NMe = 1 2 41 acid and its salts (GRANDE) A. i 564. dibromo- (GRANDE) A i 564. (AUWERS and CAXPENHAUSEN) A. i 424. I Dimethylacetoacetic acid ethylic salt ’ action of ethylic bromacetate on 1 (PERKIN and THORPE) P. 1898 156. P)imetliylacetylacetonP magnetic rota- i tory power and relative density of ’ (PERKIN) T. 1063,1172 1237. I Dimethoxy-1 3 4-xylenol tribromo- $3&Dirnethylacr~lic acid. See Penteiioic Dimethylisoallplene. See Pentinene. Dimethylallyllahiocarbamide dibromide (G~ADANER) A. i 140. See also ,u-Dimethylpeuthiaeoline y-bromo-. chlorobrGmide (GADAXER) A. i 140. compounds of with inorganic salts (GADAXER) A. i,,141. Dimethylamine behaviour of with Nessler’s reagent (DEL~PINE) A.i 589. partial oxidation of (DE HAAS) &4 i 122. dibromide (REMSEN and NOBBIS) A. i 337. hydrochloride and picrate ( D E L ~ - PINE) A. i 589. Dimethyl:imine diamino- tribenzoyl de- rivative of (DUDEN and SCHAEFF) A i 124. Dimethylaminoacetone (STOERMER and Dimethylaminobenzenyl-P-naphthyl- acid. thio- (SCHENCK) A. i 427. POWE) A. i 408. imidine its hydriodidc and picrate (TON PECHMANN) A. i 31. Dimethylaminobenzenylphenylimidine its hydriodide and picrate (VOK PECH- MANN) A. i 32. ~-Dimethylaminodiphenazone,4-bromo- [N:Br2 0 = 1 3 5 4; N NMez = 1 $1 (MOHLAU and UHLMANN) A. i 166. Dimethylaniinoformic acid methylic salt action of nitric acid on (FRAN- CHIMONT) A. i 602. a-Dimethylaminohexoic acid (DUVIL- LIER) A i 80.2 3-Dimethylaminohydi*oxytetrahydi-o- naphthalene hydrochloride picrate aurochloride platinochloride meth- iodide and benzoyl derivative of (BAMBERGER and LODTER) A i 90. zincochloride of [NH 0 NH = Dimethyldiaminonaph thaphenoxazine (hfoHLAiJ and UHLXAWNj A. i 167 [NE:O NH = 1 2 4; N O:NMe2 = 1 2 41 and its hydrochloride (MOHLAU and UHLMAXN) A. i 167. [ N 0 0 = 1 2 4 ; N:O:NMen= 1 2 411 and its hydrochloride (M~HLAU and UHLMANN) A. i 168. m-l)imethylaminophenylic carbonate and its salts (MEYENBURG) A. i 292. Dimethylaminophenylphthalide (EBERT) A. i 441. Dimethylanemonin. See Anemonin. Dimettiylaniline preparation of (HOE- MANN LECTUBE) T. 624 625. magnetic rotatory po-iver &c. of (PERKIN) T. 1064 1099 1100 1108,1156 1207 1232,1244.condensation of with o-phthalalde- hydic acid (EBEBT) A i 441. sulphonation of (EVANS) P. 1895 235. hydrochloride magnetic rotatory power &c. of (PERKIN) T. 1110 1158,1218,1220,1221,1235,1246. derivative of bromo-+-cumenol. See +-Cumenol. Dimethylaniline a-diamino- (QCHUSTEB and PINNOW) A. i 42’7. p-bromo- and silicon chloroform or silicon tetrwhloride action of sodium on (COXBES) A. i 417. tetrabromo- (EVANS) P. 1895 235 236. @-&nitro- (SCHUSTER and PINNOW) A. i 427. 2 4-dinitro- (EVANS) I?. 1895 236. nitroso- behat.iour towards benzene- sulphonic chloride ( BORESTEIN) A. i 541. compound of with 1 3 5-tri- bromophenol (EDELEANU and ENESCU) A. i 359 compwnd of with 1 3 5-tri- chlorophenol (EDBLEANU and ENESCU) A i 359. compound of with trichlororesorri- no1 (EDELEANJ and ENESCU) A.i 360. Dimethylaniline-98-sulphonie acid p - bromo- (EVANS) P. 1895 236. dibromo- (EVANS) P. 1895 236. diniiro- (EVANS) P. 1895 236. Dimethylaniline-p-sulphonic acid pre- paration of (EVANS) p. 1895 235. biqomo- and its dibromide (EVANS) P. 1895 235. o-nitro- (EVANS) P. 1885. 236. Dimethylaminophenonaphthoxazime Dimethylaminoplt enonaphthoxnzone Dime thy!anilinodii;enzo~ldih$droxy..INDEX OF ma-dihydropyrazine. See Dihpdro- hippurofiavin bismetliylanilide of. Dimethylapionol and its acetate (CIA- MICIAN and SILBER) A i 608. Dimethylapionolmrboxylic acid (CIA- MICIAN and SILBER) A. i 608. 4 3’-Dimethylazobenzene (JACOBSON MICHAELIS and NANSINGA) A. i SUBJECTS. 859 Dimethylene compound from o-amino- benzylphenylhydrazine and form- aldehyde (BUSCH) A.i 508. Dimethylenegluconic acid and its salts (HENNEBERG aud TOLLENS) A. i 645. Dinzetliyletliylcarbamide sodium deri- vative. molecular weight of (BECK- 98. Maiw’and SCHT,EIBS),Ya. i 124. 2 4-Dimethylazobenzene (JACOBSON 1 Dimethylethylcarbinol. See Amylic n r - I nT . _ _____- . \ h 2 - l . - l - - l - - - 7 - I - - - - - - - - 97. 1 Dimetliyletliylenediamine (SCHNEI- Dimethylazammoniumbenzoic acid 1 DBR) A. i 200. chl&ide of and its platinochlo~ide (ZIKCKE and HELMERT) A i 550. betaine of (ZINCKE and HELMEBT) A. i 550. Dimethylbarbituric acid bromonitro- (SNDREASCH) A. i 89. chloi*onitro- (ANDREASCH) A. i 89. nitro- action of alkalis on (AN- DREASCH) A. i 89. 2 4-Dimethylbenzaldehyde (BOIJ- VEAULT) A. i 649. Diniethylbenzoic acids.See Illled- tylenic acid ; Xylic acids. o-Dimethylbenzoylpropionic acid (MUHE) A. i 231. wr-Dimethylbenzoylpropionic acid (MuER) A. i 231. p-l>imethglbenzoylpropionic acid (MuHR) A. i 231. aa-Dimethylcyanosuccinic acid etliylic salt (BONE and PEBKIN) T. 259; P. 1896 63. Dimethylcarballylic acid oyano- hydro- lysis o€ ethplic salt (ZELINSEY and TSC~~ERNOSWITOFF) A. i 281. Dimethylcyanacetamide (EBREEA) A i 529. Dimethplcyanuric acid (SCHIFF) A. i 530. Dimethyldiacetylpprone (VAILXANT) A i 591. Dimethyldiethylammonium iodide pre- paration of (HOFMANN LECTURE) T. 670. 2 6-Dimethyl-1 4-dihydropyridine-3- carboxylic acid its hydrochloride and platinochloride and ethylic salt (SCHIBF and Rosxo) A. i 250. 2 6-Dimethyl-1 d-dihydropyridine- 3 6-dicarboxylic acid its ethylic salt and nitroso-derivative (SCHIFF and ROSIO) A.i 251. 1 2-Dimethyl-4 5-diphenylhexa- methylene. See Dimethyldiphenyl- cyclohexane. Dimethyldipropylene-+hydrazodicarbo- thiamide (FBETJXD and HEILBBTJN) A. i 416. Dimethylethylenedinitrosaniine (SCHNEIDEB) A. i 201. Dimethylethylsuccinic acid electrical conductivity of (AUWERS andScxLos- SER) A. i 639. p-Dime thyletb yloctohydronaphthalene formation of from enntonin (Ax- DBEOCCI) .A. i 183. Dimethylfumaric acid (vzeth~jlmesaconic anhydride refraction equivalent of Dimethylfraxetin (BIGINELLI) A. i 370. Dimethylgentisaldehyde preparation of (BOUVEAIJLT) A. i 649. acid) (PrTrIa) A i 599. (ANDERLINI) A. ii 229. /3/3-’Dimethylglutaranil (PERKIN) T. 1476. u~-Dimeihylglutaranilic acid (MONTE- p~~Diniethy Iglutaranilic acid (PERKIN) up-Dimethylglutaranilide (MONTE- aa-Dimetliylglutsric acid (REFOR- XARTINI) A.i 667. .I!. 1476; I?. 1896,170. MARTINI) A. i 667. MATSXY) A. i 206. (furuaroid) eylic ekhylenic salt of (AUWERS and SINGHOF) A. i 641. cyclic metliylenic salt of (AUWERS and SINGEOF) A. i 641 aal-Dimethglglutaric acids resoluticn of a mixture of (BONE and PERKLN) T. 268 ; P. 1896 63. a/3-Dimethylglutaric acid (MONTE- XAILTINI) A. i 66’7. &3-Dimethylglutaric acid and salts (PEBEIN and GOODWIN) T. 1473 ; P. 1898 170. high dissociation constant of (PER- KIN) T. 1461. action of acetic anhydride on (PER- KIN and GooDwrN) T. 1475. ethylic salt (PERKIN and GOODWIN) T. 14%. aa,-Dimethylglutaric anhydride hydro- lysis of (AUWERS and SINGHOF) A. i 641.860 INDEX OF SUBJECTS.1 on (FRARCHIMONT) A. i 602. ethylic salt hjdrolysiv of (HJELT) A. i 205. Dimethylmulonimide oxime OF (Ax- DREASCH) A. i 89. bromonitro- (ANDREASCH) A. i 89. chloronitro- (ANDPEASCH) A. i 89. nitro- (ANDREASCH) A. i 89. action of halogens on (ANDPEASCH) picrate (CANNIZZARO and ANDRE- OCCI) A. i 488. 2-nitroso- (CANNIZZARO and ANDBE- A i 89. 1 4-Dimethglnaphthalene and its aal-Dimethylglutaric anhydride dibro- mo- action of aniline on (Au- WEBS SCHIFFEX and SINGHOFj A. i 644. action of bases on (AUWERS SCHIF- FER and SINQHOF) A. i 643. action of caustic soda on (Au- WERS and SINGHOF) A. i 642. up-Dimethylglutaric anhydride (MONTE- &3-Dimethylqlntnric anhydride (PER- KIN atid GOODWIN) T. 1475; P 1896,170. action of aniline on (PELPIN) T.1476. aal-Dimethylglutai*o-p-tolil unimolecu- lar (AUWERS and SINGEOF) A i 641. bimolecular (AUWERS and SINGFHOF) A. i 641. Dimethylglyoxime and its peroxide (RIMIXI) A. i 276. 1 3-Dimethyle,z/clohexadiene (dih.ydro- m-zylene) (HNOEVENAGEL) A. i 288. 1 3-Dimethylcycloliexane (hesahydro- m-zylene) from camphoppric acid (MARSH and GARDNER) T. 84; P. 1895,206. 1 2-Dimethylc,~c/clohexane-4-carboxylic acid (hezahydro-p-sylic acid) and its ethylic salt chloride and anilidc (BBNTLEY and PERKIN) P. 1896 79. bromo- ethylic Palt of (BENTLEY and PERKIN) P. 1896 79. 2 5-Dimetliylhexa1:e-3-01-4-one and its oxime (UEBAIN) A. i 590. 1 3-Dimethylcyctohexanone (NOYES) A. i 696. 3 4DimcthylcycEoiiexenccarboxjlic Beid (fetra&ydro-p-x$lic acid) [Me2 COOH = 4 3 13 (BENT- LEY and PERKIN) P.1896 79. dibromide (BENTLEY and PERKIN) P. 1896 79. 1 3-l)imethylc~~cZohexenol-5 and its dibromide acetyl derivative and urethane (XNOEVENAGEL) A i 287. Dimethylhoniocatechol magnetic rota- tory power &c. of (PEREIN) T. 1127 11 35,1188,1240. a-Dimethylhydantoin ( ERRERA) A. i 529. 2 4-Dimethylhydrazobenzene (JACOB- SON MICHAELIS and NANNINQA) A i 98. 4 3‘-Dimethylkydrazobenzene (JACOB- aoN MICHAELIS and NANNINGA) A. i 98. Dimethylindirubin (SCHUBCP and MARTINI) A. i 667. &fABCHLEWBEI) A. i 96.INDEX OF SUBJECTS. 861 salt and lactone (VON BAEYER) A. i 247. 2 6-Dimethyloctan-3-onoic acid its semicarbazone (TON BAEYER) A. i 247. Dimethyloxamide action of nitric acid on (FRANCHIMONT) A. i 602. dinitro- (THIELE and MEYER) A.i 407. 3 5-Dimethyloxazole and its hydro- chloride platinochloride aurochlor- ide and mercurochloride (SCHUFTAN) A. i 262. melting point of (VON BAEYER) A. i 247. 1 3-DimethyleycZopentane ~ieetZLylioentametZL.~Zene) (ZELINSKS and RUDSKY) A. i 286. 1 3-DimethylcycZopentanol (ZELINSKY and RUDSKY) A. i 286. 1 3-Dimethylc,ycZopentanone (ZELINSKY and RUDSKY) A. i 286. p-Dimethylpenthiazoline y-bromo- pro- bable identity of with dimethylallgl- thiocarbamide dibromide (DIXON) T. 854; P. 1896,100. oxylic acid (SCHIFP and PROSIO) A. i 250. Dimethylpropanetricarboxylic acid. See Pentanetricarboxylic acids. Dimethylpropylcarbinol. See Hexylic alcohols. Dimethylisopropylcarbinol. See Hexylic alcohols. Dimethylisopropylethylene. See Eeptylencs. as-Dimethylpropyl-11/-nitrole. See iso-Pentane @nitro-&nitroso-.Dimethylpropylsuccinic acid electrical conductivity of (AuwERS and SCHLOS- SER) A. i 639. Dimethylprotocatechuic acid existence of in Cvatcegus oxyacantha (PERKIN and HUMXEL) T. 1571; Y. 1896 186. acid (RUEEMANN) A. i 505. oxylic acid (EutidinedicarbolZic acid) ethylic salt and its picrate (SCEIFP and PBOSIO) A. i 250. 2 6-Dimethylpyridine-4 5-dicarboxylic acid fro= hydroxytriniethylisoquinol- ine (COLLIE and WILLSMORE) T. 303; P. 2896,47. 2 4-Dirnethylpyrroline 3 5-diacetyl and 3 5-dicinnamoyl derivatives of (ZANETTI) A. i 249. Dimethylquinol. See p-Dimethoxy- benzene. VOL. LXX. 2 6-Dimethyl-3-oximidoctanic acid (1 3-di- 2 6-Dimethylpiperidine-3 5-dicarb- 1 4-Dimethylpyrrtzolone-4-earboxylic 2 6-Dimethylpyridine-3 Ei-dicarb- Dimethylresorcinol.See m-Dimethoxy- benzene. 5 2'-Dimethylsafranine and its di- ethyl derivative (JAUBERT) A. i 325. p-Dimethylstilbene preparation of (B.OUVPAULT) A. i 650. aa-Dimethylsuceinanil (AUWERS and SCRLOSSER) A. i 640. aa-Dimethylsuccinanilic acid (Au WERS and SCHLOSSER) A. i 640. aa-Dimethylsuccinic acid from campho- lenic acid (B~HAL) A. i 179. frcm eucai-Fone (VON BAEYEB) A. i 246. electrical conductivity of (AUWERS and SCHLOSSER) A. i 640. cis-a#3-Dimethylsuccinic acid f room ethylic mcthylmalonate and ethylic a-bromopropionate (BONE and PER- KIN) T. 262 ; P. 1896,64. conversion of into transdimethylsuc- cinic acid (BONE and PERKIN) T. 264 ; P. 1896,tiP. ca;lciurn salt (BONE and PELKIN) T. 261 ; P. 1806 64. amylic salts rotatory power oE (WALDEN) A.ii 633. cis-a#3-Dimethylsuccinic anhydride from cis- and trans-modifications ( BOXE and PERKIN) T. 264; P. 1896,64. traits-a#3-Dimethylsuccinic acid from ethglic methylmalonate and a- bromopropionate (BONE and PER- KIN) %'. 262 ; P. 1896 64. and its ferric copper lead silver calcium salts (BONE and PBRKIN) T. 260 ; P. 1896 64. amylic salt rotatory power of (WALDEN) A. ii 633. tvans-aS-Diniethylsuccinic anhydride (BONE and YERKIN) T. 266; P. 1896,64. aa-Dimethylsuccino-j3-naphthil (.ATJWEUS and SCHLOSSER) A i 640. aa-Dimethylsuccino-#3-nap]zthilic acid (AUWEES and SCHLOSSER) A. i 640. Dime thylsuccino-p- tolil ( Au WERS and SCHLOSSER) A i 640. Dimethylsuccino-p-tolilic acid (AUWERS and SCHLOSSER) A+ i 640. Dimethyltetrahydropyronedicarboxylic acid ethylic salt (PETEENKO-KRIT- SCHENKO and STANISCHEWSKY) A.j 471 472. Dimethyl-o- toluidine magnetic rotatory power &c. of (PEBKIN) T. 1108 1138,1156,1211 1233,1245. hydrochloride magnetic rotatory power &c. of (PERKIN) T. 1111 1131,1139,1222 1246. 60862 INDEX OP SUBJECTS. Diaethyl-p-toluidine magnetic rotatory power &c. of (PERPIN) T. 1108 1138,1156,1211,1233 1245. hydrochloride magnetic rotatory power &c. of (PERKIN) T. 1111 1131,1139,1222,1246. nitration of (ROYBURGH) A i 478. in-nitro- and its reduction products (PINNOW) A. i 161. dinitro- (PINNOW) A. i. 161. amide (PINNOW) A. i 162. acetyl derivative and salts (PINNOW) A. i 161. Dimethyltricarbnllylic acids stereoiso- meric (ZELINSKT and TSCHERXOS- WITOFF) A. i 281. electric conductivities of (ZELINSKY) A.i 349. Dimethyluramil thio- (FISCHER) A. i 143. Dimethyluric acid action of ammonium sulphide on (FISCHER) A. i 143. y-Dimethyluric acid (FISCHER and AcH) A. i 12. 8-Dimethyluric acid (FISCHER) A. i 13. Dimethyluric acid (m. p. 370') (FIS- CHER and AcH) A i 12. Dimethylvioluric acid and its sodium salt (FISCHER and AcH) A. i 263. action of potash and of barium hydr- oxide on (ANDREASCH) A. i 88 89. 4 5-Dirnethylxantlionc action of zinc and acetic acid on (GURBENJANZ and KOSTANECPI) A. j 52. 2 7-Dimethylxanthoney action of zinc and acetic acid on (GTJRGENJANZ and XOSTANECKI) A. j 52. Dimorphism of ice (BARENDRECHT) A. ii 417. Dinaphthacridone ( MOHLAU) A. i 243. a-Dinaphthalidocitric wid oxidation of (GASSMANN) A. i 488. Di-p-naphthylamine (GASSMANN) A i 488.B-Dinaphthylbenzylidenic oxide (MEKCK) A. i 52. Dinaphthrlenbutenone. See Diace- naphtb ylidenone. ~-Dinaplitliylpropylened~sulplione iso- meride of (TROEGER and ARTXANN) A. i 5'70. /3-Dioxydimethylpurin (FISCHER) A. i 13. chloro- (FISCHER) A. i 13. Dicyclopentadiene and its nitroso- chloride and nitrosate (KRAEYAR and SPILKER) A i 290. Dimethyl-p-toluidincphenylthiocarb- Dimethyl-3 4-tolylenediaminc its Dipentene from geraniol and formic acid (BERTRAM and GILDEMEIS- TER) A. i 382. from terpineol (WALLACH) A. i 572. 1 constitution of (TILDEN) T. 1014. I hydrochloro- nitrosochloride bc- / haviour of towards hydrogen chlor- ide (VON BAEYER) A. i 246. 1 Diphenacyl. See Diphenylethylene di- 1 ketone. Diphenazone-o-hpdroxycarboxylic acid dibromo- and its sodium salt [ N B r 2 0 = 1 3 5 4 ; N:OH:COOH = 1 4 3 ] (MOIILAU and UHLMANN) A.i 166. Diphenols. 0- m- and p - (DE CONINCK) A. i 473. Diphenoxyanilic acid and its sodium salt (JACKSON and GRINDLEY) A. i 155. Diphenoxybutyric acid. See Diphen- oxy ethy lace tic acid. Diphenoxydiethoxyquinone (JACPSON and GRINDLEY) A. i 155. Diphenoxydiethylacztic acid (diphew oxyhexoic acid) and its salts (BENT- LEY HAWORTH and PERPIN) T. 169; P. 1896 36; (PERKIN) T. 1502. niphenosydimethoxyquinone (JACKSON and GRIHDLEY) A. i 156. Diphenoxydiethplmalonic acid and its salts (BENTLEY HAWORTH and PERPIN) T. 169 ; P. 1896 36; (PERKIN) T. 1501. action of heat on (BENTLEY H A - WORTH and PERKIN) T. 169 ; P. 1896 36. Diphenoxyethylacetic acid (diphenoxy- butyyric acid) action of hydrogm chloride in acetic acid on (BENTLEY HAWORTH and PERPIN) T.170; P. 1896 36. Diphenoxyhesoic acid. See Diphenoxy- diethylacetic acid. Diphenoxyquinol dichloro- ( JACKSON and GRIXDLEY) A i 19. Diphenoxyquinone dzbromo- (JACKSON and GRINDLEY) A. i 156. chloro- (JACKSON and GRINDLEY) A. i 156. dichloro- (JACKSOX and GRINDLEY) A. i 19. Diphenvl magnetic rotatory power &c. of *(PERKIN) T. 1085,1087,1089 1153,1196,1230,1242. o-amino- formyl acetyl propionyl and benzoyl derivatives of (PICTET and HUBERT) A. i 52 53 483. p-amino- composition of (HOFYANN LECTURE) T. 689.INDEX OF SUBJECTS. 863 Diphenyl cliloro- from p-chlorodiazo benzene anhydride (BAXBEROEH) d. i 299. dichlorodinitrosulphoxide (UNQER and HOFXANN) A. i 536. p-nitro- from di-p-nitrodiazobenzene sulphidc and benzene (BANBERGER and KRAUS) A.i 219. 2 4’dinitro- (K~IILTNCZ) A. i 236. 4 $‘-&nitro- (I~UHLING) A. i 236. Diphenyl ethylene diketone (diphen- ar*!jl) (FRITZ) A. i 619. bromo- (FRITZ) A. i 152. the two isomerides of (XLINUER and LONNES) A. i 687. Diphenylacetamidine discovery of (HOFMANN LECTURE) T. 704. Diphenylacetophenone and its bromo- dcrivative (DELACRE) A. i 486. Diphenylacetylene (tolane) actioii of water on (DESGREZ) A. i 2. dibroniide action of sodium ben- zenesulphinate on (OTTO) d. i 242. Diphenylacetylglyceric acid (active) ro- tatory power of the methylic salt of (FRANKLAND and MACGREGOR) T. 111; P. 1898 10. Diphenylacetylmalonis acid ethylic salt (SCHOTT) A. i 700. Diphenylallophanic acid ethylic salt (HOPXANN LECTURE) T.715. Diphenylamine discovery of ( HOF~KANN LECTURE) T. 615. absorption of picric acid from aqueous solution by ( V ( T ~ ~ ~ ~ ~ and APPLE- YARD) T. 1342 ; P. 1896 148. Diphenylamine o-amino-. See Phenyl- o-phenylenediamine. 2 d-diamino- and its diacetJl de- rivative (NIETZKI and ALXENRA- DEB) A. i 164. chlorothio- (UNGER and HQFMANN) A. i 535 536. dichlorothio- ( UNGER and HOFXANN) A. i 535 536. fetrachlorothio- (UNGXR and HOF- oxidation product of (UNUER and 4 2-nitramino- and its monacetyl derivative (NIETZKI and ALXEN- RADER) A. i 164. 4‘ 2-nitramino- acetyl derirstive of (NIETZKI and BAUR) A. i 165. nitroso- (RADENRAUSEN) A. i 138. tliio- and its hydrochloride (UNGER and HOFMANN) A. i 536 536. Diphenylamine dyes action of sunlight Diplienylbenzamidine discovery of MANX) A.i 535. HOFXANN) A. i 535. on (OOLOBIN) A. i 649. (HOFXANN LECTURE) T. TOG. mDiphenylbenzene synthesis of and its identity with isodiphenylbenzene (CHATTAWAY and EVANS) T. 982 j P. 1896 114. Diphenylbenzenyldiaine. See Diphen- ylbenzamidine. By-l)iphenylbutyric acid identity of with pyroamaric acid (JAPP and LAN- s-Diphenylcarbarnide (carbanilide) preparation of (HOFMANN LEC- TURE) T. 649 652; (HILLER) A. i 32 ; (CAZENEUVE) A. i 528 ; (CAZENEUVE and MOREAU) A. i 544 ; ( HAKTZSCH and SCHULTZE) . A. i 673. 0-cyano- (PINNOW and SAMANN) A. i 366. di-m-nitro- (CURTIUS) A. i 34 ; (STRUTE and RADERRAUSEN) A. i 35. di-p-nitro- (QTRUVE and RADEN- HAUSEN) A. i 35. tetranitro- (STRUVE and RADEN- IIAUSEN) A. i 35. DEB) P. 1896 110. Diphcnylcarbazidedicarboxylic acid ethylic salt of (RGPE) A.i 429. Diphenylcarbinol. See Benzhydrol. Diphenylcsrboxylic acid ( p?knyZbemzoic acid) p-amino- and its hydro- chloride (KUHLINQ) A. i 236. p-nitro- (3 4’ 4) (KUHLING) A. i 236. Di phenyldibutvrolac tone (FITTIG WOLFF and-LESSER) A. i 171. Diphenyldietliylenediamine discovery of (HOFMANN LECTURE) T. 684. 2 4-Diphenyldihydro$yoxaline (FEIST and ARNSTEIN) A. 1 258. 3 6-Diphenyl-2 4-dimethyldihydro- pyrazinc and salts (KoLB) A. i 577. 4 5-Diphenyl-1 2-dimethylcycZohex- ane (HARRIES and ESCHENBACH) A. i 683. 3 6-Diphenyl-2 4-dimethylpyrazine and salts (KoLB) A. i 577. Dipheny ldimethyltetrahydro-y-pyrono (VORLANDER and HOBOEX) A. i 546. HOBOHM) A. i 546. dibromo- (TORLANDER and Diphen yldiphen ylenedicarbamide (SNAPE) A.i 241. s-Diphenyldiphenylene-ethane (KAUF- MANN) A. i 242; (KLINGER and LONNES) A. i 375. ass-Diphenyldiphenylene-ethane (KLIX- GER and LONNES) A. i 691. Diphenyldiphenylene-ethylene (KAu- MANN) A. i 242; (KLINUER and LONXES) A i 692. 60-2864 INDEX OF SUBJECTS. itts hidrochlorid; and* platinochloride Diphenyldiphenylenepinacolin (KLINQER and LONNES) A. i 691. Diphenyldiphenylenepropionic acid (KLINSER and LONNES) A. i 375. Diphenyldiphenylenesuccinic anhydride (KLINQER and LONNES) A. i 375. Diphenyldisulphonedimethyl-p-phenyl- enediamine (HINSBERQ and HIM- MELSCHEIN) A. i 686. 2 5-Diphenyldisulphone-p-phenylene- diamine and its acetyl derivative (HINSBERQ and HIBIMELSCHEIN) A. i 686. 1 5-Diphenylisodithiobiazoloi1e (BUSCH) A. i 190. Diphenylene dicyanate action of am- monia and aniline on (SNAPE) A.i 241. Di-o-phenylene ketone. See Fluorenone. 4-Diphenylene ketone and its oxime Diphenylene oxide formation of (KERP) A. i 239. (GRAEBE and VLLMANN) A. i 619. diselenide and its nitric acid deriva- tive (KRAFFT and KASCHAU) A. i 291. diselenoxide (KRAPFT and KASCHAU) A. i 297. bisulphide preparation of (KBAPPT and LYONS) A. i 297. disulphoxide (KRAFFT and LYONS) A. i 297. Diphenyleneazone and its diacetyl de- rivative (TAUBER) A. i 686. DiDheavlenebisdihrdroauinazoline and dinitro- (KERP) A i 239. Diphenylhydroxyacetophenone and its Diphenylethylenedi thiocarbarnide (FEIST and ARNSTEIN) A. i 259. Diphenylethylenethiocarbamide (FEIST and ARXSTEIN) A. i 259. Diphenylformamidine (diphenylmeth- enylamidine) (CLAISEN) A.i 92; ( WALTHER) A. i 166. discovery of (HOFMANN LECTURE) T ,684 705. di-m-bromo- ( WALTRER) A. i 166. hexabromo- ( WALTHER) A. i 166. 2 4-dichloro- (WHEELER and BOLT- di-o-nitro- ( WALTHER) A. i 166. di-m-nitro- (WALTHER) A. i 166. di-p-nitro- ( WALTHER) A. i 166. Diphenylfumaric acid production of from anhydracetonebenzilcarboxylic acid (JAPP and LANDER) P. 1896 109. production of from diphenylcyclo- pentenonylacetic acid (JAPP and MURRAY) P. 1890 147. Diphenylglycollic acid. See Benzilic Diphenylguanidine (melarciline) prepa- ration of its salts and halogen derivatives (HOPYANN LECTURE) T. 650. action of cyanogen on (HOFXANX LECTURE) T. 651. dicyano- (HOFMANN LECTURE) T. 653. dinitro- (HOFMANN LECTURE) T. 651 695. as-DiphenTlhydrazine alnidosulphonate (PAAL and JANICKE).A i. 285. WOOD) A. i 478. acid. (TROEGER and EQGERT) A. i 563. Diphenylenedicarbamide (SNAPE) A. O A l acetate (DELACRE) A i 486. Diphenylhydroxycyclopentanonecarb- ,,,1 -2.3 I T . - - ..,a T ~\z-rnm\ D I &%A. Diphenylene-o-dihydrazine and its salts Diphenylenedisulphone ( KRAFFT and (TAUBER) A i 686. LYONS) A. i 297. T)inh~nvleneulvnnllin anid. nlentrolvtin UAJLW ~GIU {vaarr auu U~CCJJBLS] I . 1896,109. Diphenylic ethyleiiic ether ( BENTLEY HAWORTH and PERKIN) T. 165. hexamethyleneglycol ether prepara- tion of (8OT.nNTNAj. A . . i. 476. - I- -= - - -b-J - -- - --I --I - \--- -.- - - -. - 7 ---- coiiductivity of solutions of (LO&& 1 methylenic ether (BENTLEP HA- A - ,1cI _. II n \ m %CC *.-* I - Diphenylenemethylamine (RERP) A.i Diphenylenesulphone sulphide (KRAFFT Diphenylethenyldiamine. See Diphenyl- Uiphenylethylene. See Stilbene. Diphenylethylenediamine discovery of (HOFXANN LECTURE) T. 683. bitartrates of (FEIST and ARNSTEIN). 239. and LYONS) A. i 297. e then ylamidine . ,I A. i 258. Diphenyleth ylenedicarbamide ( FEIST and ARNSTEIN) A. i 259. . -I__ diselenide (KRAFFT and KASCEAU) Bm-Diphenylimidazole and its salts (MINOTLCI) A. i 704. Diphenylindone (HEYL and MEYER) A. i 146. Diphenyliodinium iodide preparation of (WILLGERODT) A. i 676. periodide ( WILLQERODT) A. i 676. y-Dighenylitaconic acid and its mon- ethyl salt (STOBBE) A. i 234. 4 6-Diphenyl-2-ketodihydro-1 3.~2- oxole (SODERBAUX) A i 483. A. i 296.INDEX 02' Diphenylmaleic acid production of from anhydracetonbenzilcarboxylic acid (JAW and LANDER) P.1896 109. production of from diphenylcyclo- pentenonylacetic acid (JAPP and MURRAY) P. 1896 147. Diphenylmetbane refraction equivalent of (ANDERLINI) A ii 229. magnetic rot.tLtory power &c. of (PERKIN) T. 1064 1085 1086 1152 1195 1230,1242. a-chloro-o-cyano- (GABRIEL and STELZNER) A. i 507. Diphenylmethenylamidine. See Di- phenylformamidine. Diphenylmethenyldiamine. See Di- phenylformamidine. 4 5-Diphenyl-2-methyl4 5-diliydro- glyoxaline (PEIST and ARNSTEXN) A. i 259. Diphenylnitromethane labile form of (KONOWALOFF) A. i 675. 4 5-Diphenyloctane-2 7-dione and its dip henvlhydrazone and dioxime (HARRIES and ESCHENBACH) A. i 305,306. hwubromo- (HARRIES and ESCHEN- BACH) A. i 689. 2 5-Diphenyloxazole and its hydro- chloride and methiodide (FISCHER) A.i 262. nitro- (MINOVICI) A. i 705. 3 5-Diphenylisooxazole (GOLD- SCHMIDT) A i 18% Diphenyloxetone ( FITTIG WOLFF and LESSER) A i 171. Diphenyloxetonecarbox-jlic acid and salts ( FITTIG WOLFF and LESSER) A. i 171. y-Diphenylparaconic acid @-bromo- (STOBBE) A. i 231. Diphenylcyclopentane (JAPP and LANDER) P. 1896,108. Diphenylcydopentenone (JAPP and LANDER) P. 1896 108. Diphenylcyclopentenonylacetic acid (JAPP and MURRAY) P. 1896,147. 2 3-Diphenylphenanthrapyrazine (FEIST and ARNSTEIN) A. i 259. Diphenylphenofluorindine ( KEHRM ANN and BURGIN) A. i 513. Diphenylphenohomazine. See Anhydro- di-o-aminobenzophenone. 2 6-Diphenylpiperidine and its hydro- chloride (PAAL) A. i 389. 3 6-Diphenylpyrazine-2 4-dicarboxylic acid and its ethylic salt (KoLB) A.i 578. 2 6-Diyhenylpyridine (PAAT,),A. i 389. 1 2-Diphenyl-6-pyridone (LEBEN) A i 575. SUBJECTS. 865 Diphenylselenone (KRAFFT and LYONS) A. i 304. Diphenyleemicarbazide nitroso- (BUSCH and BECKER) A. i 581. Diphenylsuccinic acid a- and @-ethylic salts of (HELL and WEINZWEIG) A i 45. Diphenylsulphone-o-aminophenol and its salts (HINSDERQ and HIMXEL- SCHEIN) A. i 686. DiphenFlsul phonedie thylethylenedi- amine (HINSBERQ and STRUPLER) A. i 47. Diphenylsulphonedirneth~lethylenedi- amine (SCHNEIDBR) A. i 200. Djphenylsulphone-e thylenediamine (HINSBER~ and STBUPLER) A i 47 ; (SCHNEIDER) A i 200. Diphenylsulphone-ethylene-o-phenyl- enediamine (HINSBERQ and STRU- PLER) A. i 47. Diphenylsulphonemet.hy1ene-o-phenyl- enediamine (HINSBERQ and STRU- PLER) A.i 47. Diphenylsulphone-o-phen ylenediamine (HINSBERG and STRUPLER) A. i 47. Dipheny lsulphone-m-phen ylenediamine (HINSBERG and STRUPLER) A i 48. Diphenylsulphonetrimethylenephenyl- enediamine (HINSBERG and STRU- PLER) A. i 48. Diphenvltetrah ydropyronedirxwboxylic acid " ethylic salt (PETRENEO-KRIT- SCHENKO and STANISCHEWSKY) A. i 472. Diphen yltetramethyleneglycol (FRITZ) 8.. i. 152. Diphedyltetrazole (WEDEEIND) A i 631. 1 3-Diphenylisotetrazolone and its hydrochloride picrate and platino- chloride (BUGCH and BECKER) A. i 581. 1 5-Diphenylthiobiazoline %hydro- sulphide and its sodium and pobas- sium salts (BUSCH) A. i 190. 3-methosulphide (BUSCH) A. i 190. bisulphide (BUSCH) A. i 190. 0 s-Diphenylthiocarbamide action of iodine on (HOFMANB LECTURE) T.715. o-cyano- (PINNOW and SAMANN) A. i 366. o-dicyano- (PINNOW and SAMANN) A. i 366. 4 5-Diphenyl-2-thiodihydro-l 3- azoxole (SODERBAUM) A. i 484. Diyhenylthiohydantoinacetic acid (ANDREASCH) A. i 90. Diphenylthiophthaluric acid (DUNLAP) A i 4il.866 lNDEX OF SUBJECTS. Diphenylthiosemicarbazide (WAL- THER) A. i 543; (BUSCH and BECKEB) A. i 581. Diphenyl-o-toljlguanidine its nitrate and platinochloride (MARCKWALD) A. i 31. Diphenyl-p-tolylguanidine its hydro- chloride aiid platinochloride (MARCK- WALD) A. i 30. HUBERT) A. i 53 483. (NENCKI) A. i 256. (NENCKI) A. i 256. o-Diphenylurethane ( PICTET and Diphthalidyl-2’-nietliylquinoline Diphthalidyl-1 3 2’-trimethylquinoline Dipiperonaltriacetophenone (KOSTA- Dipropenyl. See Hexinene. Dipropionic acid (Eactylhydracylic acid) as-thio- (LoT~N) A i 412.a@’-Thiodipropionic acid ( LoPGN) A. i 412 413. Dipropionyl. See Diethyl diketone. Dipropionyldurene (BAUX and MEYER) A i 228. Dipropionylglyceric acid active rota- tory power of the methylic salt of (FRANKLAND and MACGREGOR) T. 116 ; P. 1896,lO. 4 4Dipropoxybenzophenone and its oxime (GATTERMAMN) A. i 172. 4 4-Dipropoxythiobenzophenone (GAT- TEBMAX’N) A. i 172. Dipropyl ketone (BORN) A.. i 199. refraction equivalent of (ANDERLINI) A. ii 229. magnetic rotatory power and relatire density of (PERKIN) T.,1063,1172 1236. heat of evaporation of ( LUGININ) A. ii 146. Diisopropyl ketone (BORN) A. i 199 ; (FBANKE) A. i 404. Dipropylamine partial oxidation of (DE HAAS) A. i 122. Dipropylaminechloroborine (MICHAELIS and LUXEMBOURG) A.i 344. Dipropylamineoxychlnrophosphine (MICHAELIS and LUXEMBOURG) A. i 343. Dipropylaminetbiochlorophosphine (MICHAELIS and LUXEMBOURG) A. i 343. Dipropjlaminoacetone and its hydro- chloride (STOERMER and POGGE) A. i 408. methiodide (STOERMER and POGGE) A i 408. oxime phenylhydrazone and semi- oarbazide of (STOERMER and POGGE) A. i 408. NECK1 alld SCHNEEDER) A. i 614. Dipropylcyanacetnruide (ERRERA) A. Dipropylene-J/-h ydrazodieaybothiamide its liydrocliloridc and acetyl and nitroso-deriratives ( FREXTND and HEILBRUN) A. i 416. Diiso~ri~~)ylglycollic acid. See Hydroxyv- octoir acids. a-Dipropylhydantoin (ERRERA) A. i 529. Dipropylicpropional chloro- (BROCHET) A. i 114. Dipropylmethane. See Heptane. Diisopropylmethane. See Heptane. Diisopropyloxalic acid (REPORMATSKY) Dipropyiisopropylic alcohol.See En- Diisopropylsuccinanil (AUWERS and Diisopropylsuccinanilic acid (ACWERS Diisopropylsuccinic acid and its elec- trical conductivity (AUWERS and SCHLOSSER) A. i 639. action of bromine on (AUWERS and SCHLOSSEX) A. i 640. Diisopropglsuccinio anhydride (AUWERS and SCHLOSSER) A. i 640. Diisopropylsuccinimide (AUWERS and SCHLOSSER) A.. i 640. Diisopropylsuccino-8-naphthil (AUWERS and SCHLOSSER) A. i 640. Diisopropylsuecino-/?-naphthilic acid (AIJWERS and SCHLOSSER) A. i 640. Diisopropylsu ccino -27- tolilic acid (AUWERS and SCHLOSSER) A. i 640. Dipyre limitation of term (SALOMON) A. ii 434. from Lombardy (SALONON) A. ii 433. Dipyridine dimethyl octoiodide and enneaiodide ( PRESCOTT and TROW- BRIDGE) A. i 186. trimethylene dibromide ( FLINTER- YANN and PRESCOTT) A.i 317. d-Disantonous acid and its methylic and ethylic salts (ANDREOCCI) A. i 183 184. Z-Disantonous acid (ANDREOCCI) A. i 184. i-Disantonous acid (ANDREOCCI) A. i 184. Disazo-compound C14H12N4 obtained from the product of the action of chloroform and potash on m-amino- benzoic acid (ELLIOTT) T. 1516; P. 1896 171. Discs of cactus alkaloids in the (HEFFTEB) A.. i 268. Disease excretion of ammonia in (RUNPF) A ii 618. 1 689. A. i 129. nylic alcohols. SCHLOSSER) A i 640. and SCHLOSSER) A i 640.INDEX OF 3UBJECTS. 867 Disinfectants estimation of phenol in (FBESENIUS and MAKIN) A. ii 580. Dissooiation electrolytic. See Electro- lytic dissociation. Dissociation of the acetates of weak bases dissolved in benzene (ZOPPELLABI) A.ii 515. of carbon dioxide effect in limiting the combustion of carbonic oxide of the (DIXON) T. 786; P. 1898,56. of mixed polyhalogen salts in solu- tion (JAKOWKIN) A. ii 514. of potassium tribromide in solution (JAKOWKIN) A. ii 514. of potassium triiodide in solution (JAKOWKIN) A. ii 514. Dissociation-pressure of palladium hy- dride (KBAKAU) A. ii 5. of hydrated salts. See Heat. Disthene. See Kyanite. Distillation in a vacuum apparatus for (FREER) A. ii 557. in high vacus (KBAFFT and WEILAXDT) A. ii 464. A. i 16. au-Dithienyl tefrachloro- (EBERHAXD) hexachloro- (EBEPHARD) A. i 16. fetrachlorodibromo- (EBEBHARD) A. Dithienylphenylmethane (TOHL and NAHKE) A. i 690. Dithienyl-o-nitrophenylmethane (TOEL and NAHKE) A i 690. Dithienyl-m-nitrophenylmethane (TOHL and NAHKE) A i 690.Dithienyl-p-nitrophenylmethane (TOHL and NAHKE) A. i 690. Dithioacetylacetone. See Acetylacet- one. Di-o-toluidodihydroxybenzoyl-m- dihydropyrazine. See Dihydro- hippuroflavindi-o-toluidide. o-Ditoluojltartaric acid rotatory power of the metltylic and ethylic salts of (FRANKLAND and WHABTON) T. 1312 1589 ; P. 1898,148. 922-Ditoluoyltartaric acid rotatory power of the methylic and ethylic salts of (FRAXPLAND and WHABTON) T. 1317 j P.. 1896,148. p-Ditoluoyltartaric acid rotatory power of the methylic and ethylic salts of (FRANKLAND and WHABTON) T. 1314; Y. 1896,148. Dip- tolyl benzylidenedimethyl diketone (KOSTANECKI and ROSSBACH) A. I 688. (KOSTANECKI and PODRAJAXSKY) A. i 689. op-Ditolylacetamidine (MARCPWALD) i 16. furfurylidenedimethyl diketone A i 29.Di-o-tolylcarbamide (CAZENEUYE and MOBEAE) A. i 544. Di-p-tolylcarbamide (CAZENEUVE and MOREAU) A. i 544. Ditolylene bisulphide (KBAFFT and LYONS) A. i 297. Di-o-tolylformamidine (ditoly lnzethenyl- amidiize) ( WALTHER) A. i 166. Di-p-tolylformamidine and its acetate (WALTHER) A. i 166. op-Ditolylic sulphide (BOURQEOIS) A. i 18. mpDito1;plic sulphide (BOURGEOIS) A i 18. Diisovaleryl. See Diisobutyl diketone. Divaleryltartaric acid rotatory power of the diamylic salts of (QUYE and GOEDET) A. ii 458. Dixanthjlene (GUBC+EBJAXX and KOSTANECKI) A. i 52. Dolomite from Servia (STANOJEVI~) A. ii 254. Dolomitic rock from Graz (IPPEN) A. ii 483. rocks origin of (ELEMENT) d. ii 116 ; (KONINCK) A ii 481. and limestones from Canada (HAR- RINGTON) A. ii 116. Dolphin substances present in the liver of the (DBEGHSEL) A.ii 378. Drimin (HESSE) A. ii 62. Drimol and its derivatives (HESSE) A. ii 63. Drimys granatensis exsmination of the bark and leaves of (HESSE) A. ii 62. Drimyssic acid (HESSE) A. ii 63. Drying ovens heating apparatus for (THIELE) A. ii 91. Dulcitol boiling point under reduced pressure of (KBAFFT and DYES) A ii 89. iso-Dulcitol rotatory power of a- 8- and y-modifications (TANBET) A. i 334. Dumortierite or andalusite from*Argen- t i n s (JAXNASCH) A. ii 568. Durene diamino- (R~GHEIMEB and HANKEL) A i 677. Durenecarboxylie acid (MEYER) A. i 433. iso-Durenecarboxylic acid ( MEYER) A. i 433. Duroquinol preparation of (RUGHEIYER and HAEKEL) A. i 67’7. dipropionate. See Propionic acid duroquinol salt of. diacetate.gee Acetic acid duro- q u i d salt of. Duroquinone preparation of (RUG- HEIMER and HAXKEL) A. i 677. action of alcoholic potash on (Rua- HEIXER and HANKEL) A i 687.868 INDEX OF SUBJECTS. (SCH~TZENBERGER and BOWDOWARD) A. ii 475. a-Ecgonine (WILLSTATTER) A. i 582. Dye yellow of Afzelza cuanzmsis 1 (KRISTELLI) A. ii 208. I Dyeing chemical theory of (wALKEE 1 and APPLEYARD) T. 1841; Y. 1 1896.148. Dyes acid compounds of yellow (PERKIN) T. 144.0 ; P. 1896,167. constitution of natural yellow (PER- ' KIN) T. 1439 ; P. 1896,167. 1 tests for red vegetable (WEIQEBT) A. i 388. Dynamite estimation of glycerol for ' (LEWKOWITSCH) A ii 452. Dyscrasite from Broken Hill N.S.W. (SMITH) A. ii 30. I (WILLSTATTER) A. i 707. A. i 708. STATTER) A. i 708. Edestin (OSBORNE) A.i 400. benzoyl derivative of (WILLSTATTER) methylic salt of and its salts (WILL- occurrence of in barley (OSBORKE) A. i 455. occurrence of in cotton seeds (OSBORNE and VORHEES) A ii 210. occurrence of in hemp squash and castor oil bean (OSBORNE and CAMPBELL) A. i 716. relation of bynedestin to (OSBORNE and CAMPBElrL) A. i 714. Elaboration distinction between assimilation and (CROSS BEVAN and SMITH) T. 1605 ; P. 1896,174.1 Elaidio acid bebaviour of alkali talts of with water (KRAFFTand WIGLOW) A. i 80. Electric arc for laboratory experiments at high temperatures (WALKER) A ii 462. Electrical method of determining tran- sition points (BAuR) A. ii 146. ELECTRICITY. Accumulator plates non-sulphating (WARREN) A. ii 554. Accumulators testing the suitabiiity of for special purposes (SCHOOP) A.ii 4%. Conductivity determination of electm- lytic (MALTBY) A ii 144 of solutions influence of pressure on (TAMMANN) A. ii 6. E. I ELECTRICITY. Conductivity of solutions containing two electrolytes having a common ion (MCINTOSH) A. ii 555. of dilute solutions theory of the (BEKETOFF) A. ii 348. of salts dilution law of the (SAETJRAI) T. 1661 ; P. 1896 182. of salt solutions connection be- tween concentration and (VAN";! HOFF) A ii 145; (STORCH) A. ii 288 ; (XOHLRAVSCH) A ii 295. of solutions i n mixtures of alcohol and water (SCHALL) A ii 463. of solutions of various salts in acetone (LASZCZYNSKI) A. ii 555. of solutiom of salts and acids in formic acid (ZANNINOIXCH- TESSARIN) A . ii 352. of salts dissolved in glperol (CAT- TANEO) A ii 231.of salts and acids dissolved in methylic alcohol (CARRARA) A. ii 511. of soiutions of amidosuIphonic acid and of sodium amidosulph- onate (SAKURAI) T. 1656; P. 1896 181. of aqueous solutions of ammonia (KONOWALOFF) A. ii 351. of ctx+sium chlorate (BAuR) A. ii 144. of ethereal solutions of hrdro- chloric acid (MALTBY) i. ii 144. of potassium chlorate (BAuR) A. ii 144. of aqueous solutions of potassium chloride ( MALTB ) A. ii 144. of potassium chloride solutions at 0" (WOOD) A. ii 236. of rubidium chlorate (BAuR) A. ii 144. of solutions of the salts of t h e polythionic acids (HERTLEIN) A. ii 353. of aqueous solutions of yttrium sulphate (JONES) A. ii 463. of solutions of optical isomerides (WALDEN) A. ii 553. of aqucous solutions of acetylene (JONES and ALLEN) A. ii 462.of amidotetrazotic acid and its sodium salt (BAuR) A ii 144. of sodium azotetrnzole (BAuR) A. ii 144. of benzenesulphinio acid (LoYAN) A. ii 413.ISDEX OF SUBJECTS. 869 ELECTRICITY. Conductivity of benzenesulphoneas- paragirie (LOV~N) A. ii 413. of benzenesulphoneglycocine (LO- vBN) A. i t 413. of 4-cumenesulphoneglycocine (Lov~N) A. ii 413. of /3-dibromomethnnesulphonepro- pionic acid (Lov~N) A. ii 413. of d-dichloromet hanesul phonepro- pionic acid (Lovk~) A. ii 413. of diphenyleneglycollic acid (LO- v~N) A. ii 413. of formanilide (EwAN) l’. 96; P. 1896 8. of selenodiacetic acid (Lodx) A. ii 413. of tetrazole (BAuR) A. ii 144. of sodium tliioformanilide (EwAN) T. 97 j P. 1896 8. of 8-t hiophenecarboxylic acid (LOV~N) A. ii 413. of p-toluenesulphinic acid (Lov~K) A ii 413.of o-toluenesiilphoneglycocine (Lov~N) A ii 4113. of p-toluenesulphoneglycocine (Lov~N) A ii 413. of ethereal solutions of trichlor- acetic acid (MALTBY) A. ii 144. of 1 3 4-xylenesulphonealanine (Lov~N) A. ii 413. of 1 3 4-x~lenesulphoneglyco- cine (LOV~N) A. ii 413. Convection currents in tthe electro- lysis of water with small E.M.F. cause of (RICHARZ and LONNES) A. ii 586. Currents measurement of small (HER- ROUN) A. ii 7. Dielectric constant dependence on temperature and pressure of the (RATz) A. ii 288. relationship of the valency of gases to their (LAW+) A. ii 144. of mixtures of organic liquida (LINEBARGER) A. ii 509. Discharge phenomena in gases (LEK- MANN) A. ii 143. in rarefied metallic vapours (WIE- DEYANN and SCHMIDT) -4.ii 34s. Electrocapillary phenomena between mercury and dilute sulphuric acid (GouY) A. ii 143. Electrodes absorption of acids and alkalis from solution by plati- nised (KELLNER) A. ii 232. of lead silver thallium and man- ganese peroxides (TOWER) A. ii 142. ELECTRICITY. Electromotive force and partition equi- librium (BUCHERER) A. ii 586. of cells coutainiiig solutions in equi- librium of partition (LUTHER) A. ii 461. of silver salts temperature co- efficient of (LovBN) A. ii 635. produced by the action of light on silver sulphide (RIGOLLOT) A. ii 3. Energy necessa1.j for the electrolysis of cadmium sulphate (JAHN) A. ii 230 231. for the electrolysis of copper nitrate (JAHN) A. ii 230 231. for the electroljsis of copper sulph- ate (JAEN) A. ii 230 231. for the electrolrsis of zinc sulphate (JAHN) A.ii 230 231. Galvanic cell carbon I chromic acid zinc f caustic sods (MORISOT) A. ii 4. Clark’s (SETNXER) A. ii 3. calculation of the E.M.F. of containing a peroxide electrode tin I chromic chloride (SEINNER) Parasite electrodes (DELVALEZ) A. ii 407. Peltier effect between metals and elec- trolytes (JAHN) A. ii 230 231. Polarisation galvanic thermody- namics of (LE BLANC) A. ii 4. in the electrolysis of cadmium sulphate (JAHN) A. ii 230 231. in the electrolysis of copper nitrate (JAHN) A ii 230 231. in the electrolysis of copper sulph- ate (JAHN) A. ii 230 231. in the electrolysis of lead nitrate (JAHN) A. ii 230 231. in the electrolysis of silver nitrate (JAHN) A. ii 230 231. in the electrolysis of zinc sulphato (JAHN) A.ii 230 231. of a galvanic cell measurement of the (STREIBTZ) A. ii 460. Potential difference between liquids and gases (KENRICE) A. ii 460. between metals and electrolytes (MEYERj A. ii 143. between dilute solutions (TOWEE) A. ii 586. between different electrodes and solutions of polythionates ( HERT- LEIN) A. ii 353. between nitric acid and platinum (IHLE) A. ii 460. (MEYER) A ii 143. (TOWER) A. ii 142. A. ii 3.870 INDEX OF SUBJECTS. ELECTRICITY Pyroelectric properties of cis-a-cam- phanic acid (POPE) T. 973; P. 1896 116. Resistance of electrolytes. See Con- ductivity. of a galvanic cell measurement of the (STREINTZ) A. ii 460. of bismuth a t low temperatures (DEWAR and FLEMING) A. ii 5. of palladium hydridc (KRAKAU) A. ii 5. Spark length in various gases (COLLIE and RAMSAY) A.ii 634. Specific inductive capacity. See Dielectric constant. Thermoelectromotive force of metals and alloys (DEWAR and FLEMING) A. ii 4. Thermo-elements of amalgams and electrolytes (HAQENBACH) A. ii 513. Electro-dissolution value of in purify- ing metals ( WARREN) A. ii 249. Electrolysis of fused zinc chloride (LORENZ) A ii 586. Helmholtz's discoveries in (FITZ- GERALD) T. 900; P. 1896 25. of solutions of salts in acetone (LASZCZYNSKI) A. ii 556. of hydrochloric acid. (~ETTEL) A. ii 555. apparatus for the (HIGFLEY and HOWARD) A. ii 557; (PICKEL) A. ii 567. of silver nitrate (~uLc) A. ii 521; (MULDER and HERINGA) A. ii 561. of sodium sulphides (DURKEE) A ii 569. of sulphuric acid (ELBS and SCHON- HERR) A. ii 519. of water (SOHOLOFP) A. ii 510.for quantitative analysis ( HEIDEX- apparatus for (GROGER) A. ii 272. Electrolytic apparatus (TOXMASI) A. Electrolytic-diusocitition theory of (FITZGERALD) T. 906 ; P. 1896 25. influence of on molecular refraction (LE BLANC and ROHLAND) A ii 345. measured by means of the electro- motive force of galvanic cells (TOWER) A ii 142. determination of by colorimetric ob- servations (DONNAN) A. ii 405. i n alcoholic solution (JONES and ALLEW) A. ii 467. of acids (KORTRIGHT) A. ii 463. REICH) A. ii 543. ii 511. Electrolytic-dissociation of salts and acids dissolved in formic acid (ZAN- BINOTICH-TESSARIN) A. ii 352. of salts dissolved in metliylic and ethylic alcohols (WOELFER) A ii 237. of cobalt chloride at different tem- peratures (SALVADORI) A. ii 512. of copper chloride at different tem- peratures (SALVADORI) A. ii 512.of manganese chloride at different temperatures (SALVADORI) A. ii 512. of mercuric chloride in alcoholic solution (SALVADORI) A. ii 512. of nickel chloride at different tem- peratures (SALTADORI) A. ii 512. of potassium chloride solutions at 0" (WOOD) A. ii 236. of water when pure and mixed vrith alcohol (L~WEXHERZ) A. ii 687. Electrolytic formation of hypochlorites and chlorate3 (OETTEL) A. ii 517. Electrolytic preparation of beryllium of lithium (SORCHERS) A. ii 520. Element new of the samarium group (DEXAR~AY) A ii 4'75. Elements boiling point and genesia of the (BLANSHARD) A. ii 233. specific volunie ftnd genesis of the (BLANSHARD) A. ii 152. eutropic series of (ORTLOFF) A. ii 355. supposed group of inactive (THO=- SEN) A.ii 16. Eliasite spectrum of gas from (LOCK- PER) A. ii 597. Ellrtgic acid occurrence of in Quer- bracho colovado (PERKIN and GUNNELL) T. 1307; P. 1896,158. ii 313. (BORCHEICS) A. ii 520. Emerald ? artificial ? (REBUFFAT) A. Emerald. See Beryl. Xmery from Navos (TSCHERMAK) A ii Emetine and its salts preparation of (PAUL and COWNLEY) A. i 192 action of heat on (PAUL and COWS- LEY) A. i 395. estimation of in ipecacnanha (CRIPPS) A. ii 284. Emodin detection of (FORM~EEK) A ii 401. Emulsin solubility of in alcohol (DASTRE) A. i 398. action of on salicin (TAMMANB) A. ii 244. from fungi hydrolysing property of (BOURQUELOT and H~RISSEY) A. 253. 1 196.lNDES OF SUBJECTS. 871 Enamel for iron composition of (EIKYERLING) A. ii 523. Enamel of teeth composition of (IfOYES) A.E 315. Eninvertase (BAu) A. i 453. ENNINYLIC ALCOHOL Diallylisopropylic alcohol and the action of hydrogen bromide on it (.OBERREIT) A. i 666. Ennoic acid (nonoic acid plargonic acid) (SPIECPERMANN) A. 1 410. ENNYLIC ALCOHOL (nonylic alcohol) Dipropylzsopropylic alcohol dibromo- and action of alcohol and zinc dust on (OBERREIT) A. i 666. Enny lamine (nony lamine) (BE HREND) A. i 410. EnzJmefrom yea& a new (BAD) A. i 453. Enzymes velocity of changes produced by (TAMMANN) A. ii 243. hydrolysis by certain ( FISCIIEU and LINDNER) A. i 195. digestion of cellulose by (Gauss) A. ii 669. influence of in the formation of indigo (VAN LOOPEREN and VAN DER VEEN) A. li 207. Eosin. See Fluorescein tetrabroruo-. Epidote composition and optical pro- perties of (FORBES) A.ii 371. from Colorado (EAKINS) A ii 39. from the Harz (LUDECKE) A. ii from Huntington Mass. (FORBES) 312. A. ii 371. from the Tyrol (WEINSCHENK) A ii 569. Epidote and zoisite group (WEIN- Epiguanine (KRUGER) A. i 62. Equilibrium between alkylammonium cyanates and the corresponding carbamides (WALKER and APPLE- YARD) T. 193 ; I?. 1896 12. between diphenylamine picric acid and water (WALKER and APPLE- YAED) T. 1342 ; P. 1898,148. between picric acid dissolved in water and absorbed by silk (WALKER and APPLEYABD) T. 1339; I?. 1896 147. chemical between hexachlor-a-keto-8- and ypentene (KUSTER) A. ii 158. of solutions in liquid and solid sub- stances (VAN BEMMELEN) A. ii 155. in ammoniacal solutions of magnc- sium salts ( L o v ~ ) A. ii 413. in the system HgO-SO,-H,O (HOITSEMA) A.ii 15. SCBENK) A. ii 568. Equilibrium in the systems formed from the salt NaNOz and NH4C1 (MEYELC- HOFFER) A ii 414. Equilibrium of partition and electro- motive force (BDCHERER) A. ii 586. electrical behaviour of solutions in (LUTHER) A. ii 461. of bromine between salt solutions and carbon tetrachloride &c. (JAKOWPIN) A. ii 514. of iodine between two solvents (JAPOWKIN) A. ii 296. of iodine between salt solutions and carbon tetrachloride &c. (JAK- OWPIN) A. ii 514. Erbium oxide colloidal solution of (DELAFONTAINX) A ii 562. Erythritol-diacetone (SPEIEE) A. i 77. Erytbrodestrin. See under Destrin. Eserine (physosfignzerin) detection of Essential oils. See Oils. Essonite from Canaan Colin. (EOBBS) Ethane and nitrous oxide critical phenomena of mixtures of (EDENEN) A ii 10.(EIOBMANEP) A. ii 401. A. ii 34. nitro- heat of evaporation of (BECK- MANN FUCRS and GERNHARDT) A. ii 237. behaviour of towards phenylhp- drazine (WALTHER) A. i 542. chloride on (NEP and JONES) A. i 460. action of ethylic chloroformute on (NEP and JONES) A. i 460. Ethanetetracarboxylic acid ethylic salt (PERKIN and THORPE) T. 1485 ; (BISCHOPP) A. i 130 468 528 601. ethylic salts action of ethylic chloro- malonate and bromomaloaate on (BISCHOFP) A. i 601. methylic salt (BISOHOFF) A. i 468 527. action of bromine on and actitjn of sodium metlioxide and iodine 011 (B-ISCHOFF) A. i 468. Ethanetricarbosylic acid ethylic salt vclocity of hydrolysis (HJELT) A i 600. sodio- ethylic salt action of ethylif chloromalonate and bromomal- onatc on (BISCHOFF) A.i 601. action of methylic bromomalonst on (BISCHOFF) A. i 600. sodium salt action of benzoic8 72 ISDEX OF SUBJECTS. Ethenylamidoxime cyano- and its acetyl and benzoyl derivatives (SCHMIDTMANN) A. i 458. Ethenyl-o-aminothiophenol amyl- iodide colouring matter obtained from (HOFMANN LECTURE) T. 714. Ethenyl derivative obtained from acetyl derivative of 2 4'-diamino- diphenylamine (NIETZKI and BAUR) A. i 165. Ethereal salts in the oil from capsicum seeds (TON BITT~) A. ii 209. effect of mineral acids in the pre- paration of (FIscnER and SPEIIR) A. i 201 202. Etherification (MEYER) A. i 170 228 541; (SHUKOFF) A. i 229; (GOLDSCHYIDT) A. i 229; (WEGCSCHEIDER) A. i 34,229. $direct (TAFEL) A. ii 470. in presence of hydrochloric acid (PETERSEN) A.ii 638. efficiency of hydrogen chloride i n promoting the probable explana- tion of (COLSON) A. i 282. facility of (BBUHL) A. i 178. Amylic phenylic etheiw. Anethoil. Anisoil. Apiole and iso-Apiole. Apione. Azophenylic ether. Benzhydrol ether. Benzimidoethy 1 ether. Benzimidomethyl ether. Benzoylmethylresorcinol methyl Benzyl methyl oxide. Ben zylaminoplienet oil. Benzylideneanhydroglycogallol di- Benzylidene diethyl ether. 8-Benzyloxy propylene. Bisethylbenzoylcarbinol. Carvacrylic amylic ether. Ch olesterylic ether. +-Cumenol bromide dibromo- ethyl ether of its ammonia compound. Diamyloxjquinol. Diamy loxyquinone. Diamyloxy quinonediamylhemi- Dibenzyloxyquinone. Diduroquinone me thy lie eth ylic and propylic ethers. Diethoxyacetophenone.2 4-Diethoxybenzylideneacetophe- Biethoxy benzylidenetriacetophenone. Diethoxypbenyhalonamide. Diethoxpphea yloxamide. Ethers. See :- ether. ethyl ether. acetal. none. Ethers. See :- Diothoxy quinol . Diethoxvauinone. Diethoxi-i 3 4-xylenol. Dihydroxytetramethylstilbene ethyl p-Dimethoxybenzene (dimethyl- 2 4-Dimethoxybenzaldehyde. Dime thoxy phe n y lmalonamide. Dimethoxy phenyloxamide. Dimethoxgquinol. Dimethoxyquinone. Dimethoxy-1 3 4-xylenol. Dime thylapionol. Dimethglapionolcnrboxylic acid. Dimethy lhomopy rocatechol. Dimethylquinol (p-dimethoxyben- Dimethylresorcinol. Diphenox y quinone. Diphenylic ethylenic ether. Diphenylic hexamethyleneglycol Dipheny lie metylenic ether. E t hoxyanethoil. Ethoxybeiizglideneacetone. Ethoxybenzylideneacetophenone (phenyl ethoxystyril ketone).Ethoxybromanethoil. Ethoxynaphthalenes. See a- and 8- Naphthylic ethylic oxides. s-y-Ethoxybutylphenylthiocarb- amide. Ethoxy -+-cumenol. p-Ethoxypenthiazoline. 2-Ethoxy-5-phenyl-3 4-dithiobiazo- 8-Ethoxypropylene. 1' 3'-Ethoxyprop~lisoquinoline. Ethoxyquinolines. Ethoxystyrene. w-Ethoxy-1 3 4-xylenol. Ethy lisoeugenol. Ethylic ether. Gentisin. Gtuaiacol. Hydrazophenylic ether. Hydroxy-+xmenol ether. Hydroxydimetlioxgcoumarincarb- Hy droxy ethoxymethylquinoline. p-Hydroxyphenylic ether. Methoxybromethoxypropylbenzene. B- Methoxynaphthalene. Mathoxyplienylcrotonic acid. w-Methoxy-1 3 4-xylenol. Methjlenedioxybenzene. Methylic a#3-dibroma:lylic ether. Methylic methylacetylenic ether. B-Naphthylic benzoylmethylic ether a- and B*Naphthylic ethylic oxides.ether. quinol) . zene) . ether. lone. oxylic acid.INDEX OF SUBJECTS. 873 Ethers. See :- B-Naphthylic methylic oxide. Phene tyldihydrophenotriazine. Phene tyltetrahydroquinazolines. a-Phenoxybutyric acid. Phenoxyethylic ethylic ether. Phenylbenzoin ethylic ether. Phenylic allylic ether. Phenylic iso-butylic ether. Phenylic /?-chloiethylic ether. Phenylic ether. Phenylic 8-ethoxyethylic ether. Phenylic ethylic ether. Phenylic methylie ether. Phenylic octylic ether. Phenylic propylic ether. Phenylic iso-propylic ether. Quercetin methyl ethers. Resacetophenone ethyl ethers. Resorcinol diethyl ether. Tetramethylapionol. Tetraphenoxyquinol. Tetraphenoxy quinone. Tetrethoxytetraphen-lethane. Tetre thoxy t etraphenile thylene. Thymylic amylic ether.o-Tolylf ormimidoeth ylic ether. p-Tolylic allylic ether. o- m- p- Tolylic amylic ethers. o-,*m- p - Tolylic methylic ethers. Trimethoxycoumarin. Trimethoxycoumarincarboxylic acid. Trimethylapionolic acid. Trimeth ylpyrogallol. Veratrole. Veratry lumine . Etherthiorufic acid (EMHERLING) A. i 127. Ethoxyacetic acid copper and sodium salts electrolysis of (WALKER) T. 1278,1279. B-Ethoxpanethoil (HELL and HOLLEN- BERG) A. i 354. Ethoxybenzenyl oxime ethylenic ether (WXRNEB and CEMESEUS) A. i 432. 2-Ethoxybenzylideneacetone 5-bromo- (EOSTANECKI and SCHNEIDER) A. i 614. Ethoxybenzylideneacetophenone. See Phenyl ethoxystyryl ketone. 4’ 1‘-Ethoxybenzylphthalazine (BROM- BERG) A i 579 B-Ethoxybromanethoil (HELL and HOL- LENBERG) A. i 354. S-Ethoxybutylamine its picrate and other sdts (BOOKMAN) A i 199.phenylthiocarbamide of ( BOOKMAN) A i 199. y-Ethoxybutylamine (BOOKXAN) A i 200. preparation of (LUCIXXAXN) A. i 545. 8-Ethoxycinnamic acid and its ethylic salt (CLAISEN) A. i 464. Ethoxycrotonic acid and its ethylic salt (CLAISEN) A. i 463. Ethoxp-+-cumenol dibromo- and its benioate (AUWEES and MARWEDEL) A. i 150. E thoxy dirnethqldiphenylamine amido-. See Ethoxytolyltolylenediamines and Tolylethoxy tolylenediamines. Ethosyfumaric acid ethylic salt (Mr- CHSEL and BDCHEII) A. i 85. from ethylic acetylenedicarboxylate (MICHAEL and BUGHER) A i 599. conrereion into oxalacetic acid (MICHAEL and BUCHER) A. i 599. Ethoxyglutaconio acid and its ethylic salt (CLAISEX) A. i 464. Ethoxymaleic acid action of hydro- chloric acid on (MICHAEL and BUCHER) A.i 599. ethylic salt of (MICHAEL and BUCHEE) A. i 85. from ethylic acetvlenedicarboxylate (MICHAEL and BUCHER) A. i 599. Ethoxymaleic anhydride (MICHAEL and from ethoxyfumaric acid (MICEAEL and BUCHER) A i 599. E thoxyrnethyldiphenylamines amido-. See E thoxyphenyltolylenediamines E thoxytolylphenylenediamines Phenylethoxytolylenediamines and Tolylethoxyphenylenediamines. Ethoxymethyleneacetoacetic acid etlnylic salt (GLAISEN) A. i 463. Ethoxymethyleneaniline (CLAISEN) A. i 92. p-Ethoxypentkiazoline y-bromo- (DIX- Ethoxyphenyl-5-chloro-m-tolylamine its nitrosamine (JACOBSEN DUSTER- BERN KLEIN and SCHKOLXIS) A. i. 25. 2-Ethoxy-5-phenyl-3 4-dithiobiazolone (BGSCH) A. i 705. p-E thoxyphenyl-m-ethoxyplienplenedi- amine and its hydrochloride and thio- carbamide (JACOBSEN and MEYER) A i 2’7.m-Ethoxpphenylhydrazine 2 4 6-tri- nitro- acctylbenzylidene o-hydrosy- benzylidene p-hydroxybenzylidene and cinnamylidene derivatives (PUR- GOTTI) A. i 363. p-Ethoxyphenylrnalonttmic acid and its ethylic salt (CASTELLANETA) A. i 368. p-Ethoxyphenylosainic acid and its BUCEER) A i 599. ON) T. 31 ; P. 1895 217.874 INDEX OF SUBJECTS. ethylic salt (CASTELLANETA) A. i 368. j o-Ethoxy-m-tolyl-1 2 5-tol~lenedi- amine (JACOBSEN XEBER. HENRICH p-Ethoxyphenyloxamide (WENBHOF- FER) A. i 360. 8-Ethoxy-B-phenylpropionic acid a-iodo- (ERLENMEYER) A i 30’2. p-Ethoxyphenyleuccinamic acid and its sodium salt (PIUTTI) A. i 224. p-Ethoxyphenylsuccinimide (PIUTTI) A i 223. compound of with potassium iodide and iodine (PIUTTI) A.i 364. p-Ethaxyphenyl-o-tolylamine its nitpros- amine (JACOBSEN DUSTEBBEHN RLEIN and SCHKOLNIK) A. i 25. (2)-p-Ethox~pheng.l-l 2 5-tolylene- diamine ita hydrochloride and tylace derivatives (JACOBBEN DUSTERBEEN KLEIN and SCHEOLNIE) A. i 25. (5)-p-Ethoxyphenyl-l 2 5-tolylenedi- umine its hydrochloride diazoiodide acetyl benzylidme and hydroxy- benzylidene derivatives (JACOBSEN DUSTERBEHN KLEIN and SCHPOL- NIE) A i 24. p - Ethoxyphenyl- 1 3 4 - tolylenedi- amine its nzimide and stilbazonium base (JACOBSEN D~STERBEHN KLEIN and SCHEOLXIK) A. i 25. B-Ethoxjpropylene (CLAISEN) A. i 464. 1’ 3’-EthoxypropyIisoquinoline and its salts (ALBAHARY) A. i 669. l-Ethoxyquinoline methiodide and me- thochloride of (CLAUS and NOHL) A i 698. 3-Ethoxyquinoline and its nitro- and amino- derivatives (GRIXAUX) A.i 255. Ethoxy-8-resorcylic acid and its salts ethylic salt of (GREGOR) A i 616. Etboxystyrene (CLAISEN) A. 1 464. Ethoxysuccinie acid rotatory power of the ethylic sa3 of (WALDEN) A. ii 136. 4-Ethoxy-m-tolyl-p-phen ylenedi~mine and its acetyl derivative (JACOBSEN FERTSCH MARSDEN and SCHKOL- NIK) A. i 24. its acetyl derivatives and thiocarb- amide (JACOBSEN FERTSCR MARS- DEN and SCHPOLNIP) A. i ~4. (2)-p-Ethoxy-o-tolyl-l 2 Fj-tolylenedi- amine its sulphate and acetyl de- rivatives (JACOBSEN KEBBR HEN- RICH and SCHWARZ) A. i 26. (+p-Ethoxy-o-tolyl-l 2 5-tolylene- diamine its acetyl derivative and thiocarbamide (JACOBSEN EEBER HENRICH and SCHWARZ) A. i 27. (GREGOR) A. i 171. 4-Ethoxy-o-tolyl-p-phenylenediamine and SCHWARZ) A i 26.’ p-Ethoxy-m-tolyvl-1 2 5-tolylenedi- ainine its monacetyl and diformFl derivatives and thiocarbamide (JACOB- SEN KEBER HENRICH and SCH WARz) ~ A. i 26. w-Ethoxy-1 3 4-xylenol tribrom- (AUWERS and CAMPENHAUSEN) A. i 424. Ethyl a-hydroxypropyl ketone density of (ANDERLIKI) A. i 203. Ethyl impropy1 ketone ( GZUCXSUANN) A i 333. Ethylacetoacetic acid ethylic salt rate of formation of (BISCHOFF) A. i 85. E thy lace tonedicarboxy lic acid hydr- azone of (PETRENKO - XRIT- SOHENKO and EPHRUSSI) A. i 135. ethylic salt hydrazoneof (PETRENKO- KRITSCHENXO and EPsRnssI) A. i 135. Ethylallplacetic acid. See under Hexe- noic acid. Ethylallplmalonic acid ethylic sali rate of hydrolysis of and Preparation of (HJELT) A. i 598. Ethylamine discovery of (HOFXANB LECTURE) T.656. preparation of from aldehyde-ammo- nia and nascent hydrogen (JEAN) A. i 77 78. action of nitrous acid on (HOFIANN LECTURE) T. 698. action of sulphur dichloride on (LENG- FELU and STILBLITZ) A i 79. 5-Ethylamino-1-ethyltetrazole (THIELB and INGLE) A. i 109. a-Ethylaminopropionic acid action of carbamide on (DUVILLIER) A. i 89. Ethylanemonin. See Anernonin. Ethylanhydrodibenzilacetoacetic acid and its potassium silver and barium salts (JAPP and LANDER) T. 739 ; I?. 1895 146. ethylic salt of (JAPP and LANDER) T. ’738 ; P. 1898,146. reduction of (JAPP and LAKDER) T. 743 ; P. 1895 146. Ethylaniline (HOFMANN LECTURE) T. 598. discovery of (HOFMARN LECTURE) T. 660. magnetic rotatory power &c. of (PERKIN) T. 1099,1208,1244. o-nitro- (MELDOLA and STREAT- FEILD) P.1896 51. Ethylbenzamide (BLACHER) A. i 33. Ethylbenzoylpropionic acid (MUHR) A. i 232.INDEX OF TjUBJECTS. 875 Ethylbenzene magnetic rotatoq power &c. of (PERKIN) T. 1079,1082,1083 1094 1096 1192 1211. Ethylbenzhydroximic acid ethylenic ether (WERNER and GEMESEUS) A. i 432. Ethyl - o - benzoicsulphinide brom- (ECKEXROTH and KOERPPEW) A. i 439. Ethylcarbamide nitro- and its salts (TRIELE and LACHMANN) A. i 207. a-Ethylcarboxyglutaric acid ethylic salt (AUWERS and TITHERLEY) A. i 642. Ethylchlorimidocarbonic acid. See Imidocarbonic acid ethylchloro-. Ethylcresols. See Methylethylphenols. Ethylcusparine (BECKURTS) A. i 66. Ethylcymenc. See l-Methylethgl-4- isopropylbenzene. Ethyldesmotroposantonin ( ANDREOCCI) A. i 182. Ethylisodesmotroposantonin (ANDRE- OCCI) A.i 182. Ethyldesmotroposantonous acid and its ethylic salt (ANDREOCCI) A. i 185. Ethylene temperature of the flame of decomposition of by heat (LEWES) oxidation of by palladinised copper explosive mixtures of air and estimation of in gaseous mixtures separation of from butylene Ethylene tribrom- (HAWORTH and (LEWES) A. ii 141. A. i 113. oxide (CAMPBELL) A. ii 171. (OI~,OWES) P. 1805,201. (FRITSCHE) A. ii 678. (FRITSCHE) A. ii 678. PERKIN) T. 177. i 517. T. 684. i 201. A. i 200. paration of (ECKENROTH and KOERP- YEN) A i 439. E thy1 enedihy droxylamine hy drochlor - ide (WERNER and GEXESEUS) A. i 432. Ethylenediurethano (CURTIUS) A i 3 5. Ethylenetetracarboxylic acid dipotas- sium dihydrogen salt (BISCHOFF) A. i 469. ethylic salt (BISOHOFF) A.i 468. methylic salt (BISCEOFF) A. i 527 tetraiod- (MEYER and PEMSEL) A. Ethylenediamine (HOFUANN LECTURE) mercurochloride of (SCRNEIDER) A. alkyl derivatives of (SCHNEIDER) Ethylenedi-o-benzoicsulphinide pre- Ethylenethiouramil (FISCHER) A. i Etliylenic o-benzazoimide m-nitro- Ethylenic dibromide heat of evapora- tion of (BECKXANN FUCHS and GBRNHARDT) A. ii 237. action cf potassium carbonate on (HAWORTH and PERPIN) T. 175 ; P 1896,37. action of sodium phenoxide on (BENTLEY HAWORTH and PER- KIN) T. 165. dichloride magnetic rotatory power and relative density of (PEE- EIN) T. 1063,1173,1237. melting point of (v. SCHNEIDER) A. ii 290. heat of evaporation of (BECKMANN FUCHS and GERNHBRDT) A ii 237. chlorobromide melting point of (17. SCHNEIDER) A. ii 290. action of sodium phenoxide on (BENTLEY HAWORTH and PER- KIN) T.165. chloriodide melting point of (v. Ethplethanetricarboxylic acid. See Pentanetricarboxylic acid. E thylisoformanilide preparation of (WHEELER and BOLTWOOD) A. i 478. Ethplfumaric acid ethylic salt (MICHAEL) d. i 597. Ethylglpcollic acid (CURTIUS) A i 338. a-Ethylglutaric acid and its anhydride (AUWERS and TITHERLEP) A. i. 642. a-EthylglutaraniI and anilic acid (AUWERS and TITHERLEY) A i 642. a-Ethylgiutaro- 8-naphthil and &naph- thilic acids (BOWERS and TITHEE- LEY) A is 643. a-Ethylglutaro-p-tolil and p-tolilic acids (AUWERS and TITHBRLEY) A. i 642. Ethylhydrazine (TRIELE and MEYER) A i 407. Etliylic alcohol synthesis of (CARO) A i 331. production of from celluloee and wood (SIXONSEN) A. i 331. action of light on (RICHARDSOX anda FORTEY) T.1351 ; P. 1896,164. heat of evaporation of (BEGKIUNN FUCHS and GERNHARDT) A. ii 237; (MARSHALT and RAXSAY) A. ii 349. boiling points of solutions of salts in (WOELFER) A ii 237. 142. (KRATZ) A i 365. SCHNEIDER) A. ii 290.876 INDEX OF SUBJECTS. Ethylic alcohol freezing points of dilute solutions of (JONES) A. ii 155; (ABEGG) A. ii 588. critical data of (BATELLI) A. ii 150. vapour connection between pressure temperature and Folume of (BA- TELLI) A. ii 150. Tapour pressures of (BATELLI) A. ii 150. action of on the embryonic heart (PICKERING) A. ii 46. amount of in the blood during alco- holic poisoning (GR~HANT) A ii 664. solubility and activity of ferments in (DASTRE) A. i 398. action of hydrogen chloride on (CAIN) P. 1896 12.sodium derivative molecular weight of (BECKMANN and SCHLIEBS) A. i 124. estimation of in wine by an optical method (RIEGLZR) A ii 224. estimation of fuse1 oil in (GLASE- NAPP) A. ii 277. See also Beer ; Spirits ; Wine. Ethylic bromide beat of evaporation o€ (BECKMANN PUCHS a;nd GERN- EARDT) A. ii 237. Ethylic ether action of light on (RICHARDSON and FORTEP) T. 1352 j P. 1896,165. heat of evaporation of (BECKNANN BTJCHS and GEBNHARDT) A. ii 237. phenomena observed at the critical temperature of (ZAMBIASI) A. ii 234. containing dissolved substances diminished solubility in water of (TOLLCJCZKO) A. ii 637. action of on nerve (WALLER) A ii 52. Ethylic ether dichlor- action of amido- thiazole on (HANTZSCH and WILD) A. i 285. Ethylic iodide prepmation of (ORLOFF) A.i 635. magnetic rotatory power and relative density of (PERKIN) T. 1063,1173 3237. heat of evaporation of (BECKMANN FUCHS and GERNHARDT) A. ii 237. relocity of the reaction of with silver nitrate in alcoholic solution (CHIMI- NELLO) A. ii 364. Zthylic nitrosoferrocyanide (HOF- MANN) A. i 269. Ethylidene-o-aminobenzoic acid (NIE- XENTOWSKI and ORZECEOWSKI) A i 187. Ethylidene-o-amiuobenzoic acid fri- chloro- (NIEMENTOWSKI and ORZECHOWSKI) A i 187. Ethylidenebisacetonedicarboxylic acid ethylic salt of (KNOEVENAGEL) A. i 212. Ethylidenephenylhydrazine. See Acet- aldehSdephen ylhy drazone. Ethy lidenecyclopropane (GUSTAWON) B-iodo- (ego-) (GUSTAVSON) A. i Ethylidenepropionic acid sodium salt action of sodium hydroxide on (SPEYEB) A i 128. Ethylidenetrimethylene. See Ethyli- denecyclopropan e .Ethylidenic iodide action of moist metallic oxides on (CARO) A. i 331. action of water on (CARO) A. i 331. action of potash on (CABO) A. i Ethylimidocarbonic acid ethylic salt of (NEF) A. i '73. Ethylimidochlorocarbonic acid ethplic salt of (NEF) A. i 73. A. i 669. 669. 331. Ethylimidochloroform yl cyanide (REF) A.. i. 74. Ethylimidocyanocarbonic acid ethylic salt of (NEP) A. i 73. Ethylimine thio- (LENGFIELD and STIPGLITZ) A. i 79. Ethylketole (WOLFF) A. i 87. bromo- (WOLFP) A. i 87. phenylhydrazone and osazone of Ethyllactylcarbamide. See Methyl- ethy lh ydantoin. Ethylmalonic acid ethylic salt rate of formation of (BISCHOFF) A. i 85. hydrolysis of (HJELT) A. i 205. action of ethylenic bromidc on (BISCHOBF) A. i 129. sodio- ethylic salt action of ethylic a-bromobutyrate on (BIS- CHOPF) A.i 467. action of ethplic a-bromisobuty- rate on (BISCHOFF) A. i 467. action of ethylic chloro- and bromomalonates on (BIS- CHOPF) A. i 528. action of ethylic a-bromopro- pionate on (BISCHOFF) A. i 467. action of ethylic a-bromisovaler- ate on (BISCEOFF) A. i 467. action of ethylic B-iodopropion- ate on (AUWERS and TITHER- LET) &4. i €42. (WOLFF) A. i 87.INDEX OF SUBJECTS. 877 Ethylmauveine discovery of (HOF- MAWN LECTURE) T. 618 Ethylmesit~ylene. See 1 3 5 2-Tri- methylethylbenzene. ~-Ethylmethplbenzoylpropionic acid (MuHR) -4. i 232. Ethylnitramine action of &naphthol and aluminium on (THIELE and MEPER) A. i 407. Ethylnitrolic acid action of ethylic chloroformate on (XEF and JONES) A.i 460 461. Ethyloxamide and the biuret reaction (SCHIFF) A. i 632. Ethylphenanthridine and its s a h (PICTET and BUBERT) A i 53 483. Ethylphenonaphthazone and its sulph- ate (KEERMANN and FUHNER) A. i 511. Eth)-l-o-phenylenediamine condensa- tion of with hydroxynaphthaquinone and dihydrosy quinoue (KEHRMANN and F~~HNER) A. i 511. “Zthylphthalimide (BLACHER) A. i 33. Ethyleyelopropane iodo- (GUSTAVSON) A. i 669. Ethylpropiohydmtoii. See Methyl- ethylhydan toin. E tii ylpropylisobutylammoniuni chlor- ide optically active (HOPMANN LEC- TURE) T. 671. ~thyI~sopropyl~sobutylphosphine and its methiodide (HOFMANN LECTURE) T. 682. IEthylproyyl-+nitrole. See Pentane 6-nitro-B-nitroso-. Ethylsufranol (JAUBERT) A. i 325. Etliylsaligenylcsmphor crystallography of (MINWIN) A.i 694. d-Ethylsantonous acid and its ethylic salt (ANDREOCCI) A. i 183. E-Ethylsantonous acid and its ethylic salt (ANDREOCCI) A. i 184. Ethylsantonous acid racemic (ANDRE- OCCI) A. i 185. Ethylsuccinic acid ethylic salt (MICHAEL) A. i 597. Ethjlsuccinimide. See Succinethyl- imide. Ethylsulphonic acid methylamides of action of nitric acid on (FRANCHI- MONT) A. i 602. B-Ethyltaurine (BOOKMAN) A. i 200. @-Ethglthiazoline phydrosulphide (BOOKMAN) A. i 200. E thylthienyltriphenvlmethane (WEISSE) A i <65. Zttiylthiocarbimide melting point of action of hydrogen sulphide on (v. SCHNEIDER) A ii 290. (PONZIO). A. i 636. VOL. LXX. Ethyl-a-thiocarbonic acid potassium Ethyltoluene. See Methylethylben- Etliyltrie~hylphosphoniu~ bromide brom- preparation of (HOFMANN LECTURE) T.678. action of trimethylamine and tri- ethylamine on (HOFMANN LEC- TVRE) T. 679. E thyltrimethylene. See EthylcycEo- propane. Ethylvalerolactone. See Heptolactone. Eucalyptus oil hydrocarbon from (WALLACR and HERBIG) A. i 101. Ezcchresta HorsJieldii occurren$e of cjtisine in (PLUGGE) A. ii 61. Eudiotneter compensatory (TON THAN) A ii 621. Eugenol synthesis and constitution of (MOUREAU) A. i 215. magnetic rotatory power &c. of (PERKIN) T. 1127 1142 1247. thio- (VOSWINKEL) A. I 378. iso-Eugenol magnetic rotatory powetr &c. of (PERKIN) T. 1127 1147 lZ47. ethyl ether dibromide action of sodium ethoxide on (HELL and PORTXANN) A. i 357. methyl and ethyl ether dibromides ketones from (HELL) A. i 169. Eugenolacetic acid and its salts (GASS- MANN) A. i 42%. iso-Eugenolacetic acid (GASSMANN) A.i 424. Euppitonic acid. See Hexametboxyros- olic acid Eurhodines nomenclature of (JAU- BERT) A. i 326. Eurotiopsis Gzayoni fermentation of maltose by (LABORDE) A ii 322. Eiitropic series of elements (ORTLOFF) A ii 355. Euxanthone disodium dipotassium calcium and barium derivatives of (MANN and TOLLENS) A. i 449. non-formation of acid compounds of (PERKIN) T. 1440; P. 1896,167. Euxenite (?) from Lake Ladoga (ERD- MANN) A. ii 570. from Norway (ERDMANN) A. ii 570. Evansite from Tasmania (SMITH) A. ii 34. Excelsin the proteid of Brazil nut (OSBORNE and CAMPBELL) A. i 716. Expansion of solutions. See Heat. Explosion of endothermic gases salt of (DORAN) T. 341. zene. (~AQUENNE) A. ii 8’7. 61 of mixtures of cyrtnogen oxygen and878 INDEX OF SUBJECTS.nitrogen rate of (DIXON STRANGE and GRAHAM) T. 761 ; P. 1896 53. Explosion wave in chlorine peroxide rate of the (DIXON and HARICER) T. 791 j P. 1896 5’7. Explosive mixtures of gases with air (CLOWES) P. 1895 201. Extraction apparatus (v. RIJN) A. ii for liquids (KVRBATOFF) A. ii 355. 17 F. “Factis ” (caoutchouc substitute) brown compound of with sulphur (HEN- RIQUES) A . i 204. Fteces excretion of calcium salts in the koprostcrol from (BONDZYNCSKI) A. sources of xanthine bases in (WEIX- urobilin from humm (GARROD and Fahlore. See Tetrahedrite and Ten- nantite. Fat formation influence of proteids fat starch and cellulose on (LEH- MANX) A . ii 262. absorption of from alimentary canal (LEVIN) A. ii 376. influence of on metabolism (WICKE and WEISKE) A.ii 535. relation of to the liver (NokL- PATON) A. ii 316. conversion of into glycogen in the silkworm (COUVREUR) A. ii 317. composition of from milk of dif- ferent animals (SOLBERG) A. ii 378. human composition of (MITCHELL) A. ii 570. deer examination of (BECKURTS and OELZE) A. ii 81. Fats sulphur additive compounds of and their compound8 with sulphur chloride (ALTSCHUL) A. i 127. development of rancidity in (SPAETH) A. i 664. colour tests for (LEWKOWITSCR) A. ii 398. examination of by the refractonieter (BECPURTS and HEILER) A.,ii 81. iodine numbers of (SCHWEITZER and LUXGWITZ) A ii 398. Reichert-Meissl numbers of (HEN- RIQUES) A ii 281. saponification in the cold numbers &c. (HENRIQUES) A. ii 281. (REY) A. ii 489. ii 329. TRAUD) A. ii 490. HOPKINS) A .i 712 Fats estimation of in milk (WEL- LER) A ii 225; (LONGI) A. 11 228. in pasteurised milk estimation of by creamometers (CAZENEUVE and HADDON) A ii 130. estimation of in cheese (HENZOLD) A. ii 660; (STUTZER) A. ii 684. solid estimation of in mixtures of fats and oils (WACNWRIGHT) A. ii 550. animal estimation of solid fat in mixtures of (WAINWRIGHT) A. ii 550. vegetable estimation of solid fat in mixtures of (WAXNWRIGHT) A . ii 550. Fats. See also Butter ; Cacao butter ; Lard ; Milk ; Wool-grease. Patty compounds unsaturated action of sulphur on (ALTSCHUL) A i 126. Fayalite from Massachusetts (PEN- FIELD and FORBES) A ii 373. “ Feather ore ” (LASPEPBES and EAI- SER) A. ii 660. Felspar from niica-syenite in Saxony (HENDERSON) A. ii 533. from Lyttelton N.Z.(MARSHALL) A. ii 193. See also Albite ; Anorthite ; Labra- dorite ; Microcline ; Oligoclase; Orthoclase. Felspsr group (GLINKA) A. ii 569. Felspars (albite-anorthite) isomorphism from the nephelite-syenite of Green- of igneous rocks (FOUQUI~) A. ji of (WALLERANT) A. ii 189. land (USSING) A. ii 372. 532. Fenchone from oil of anise (BOU- CHARDAT and TARDY) A. i 449. Fennel oii hydrocarbon from (WAL- Fergusonite from Norway (E RDMANN) Ferment oxidising of Boletics c;ynr,es- cem (BouRQnELoTand BERTRAND) A. ii. 383. of celiulose ( O x m r m s x I ) A.. ii 203. diashtic in Rugar-beet (GONNER- MANN) A. ii 381. diastatic non-conversion of into gly- colytic (NASSE and FRAMM) A i 398. soluble in organs after death (BI- ONDI) A ii 616. supar-forming in blood-serum (BOURQUELOT and ELEY) A ii 119.Fermentation influence of aeration and temperature on (RIETSCB and HEISELIN) A. ii 53. LACH and HERBIG) A. i 101. A ii 5’70,IKDEX OF Fermentation by yeast infiuence of oxygen and hydrogen on (Ram) A. ii 668. use of thymol and tolu'ene to prevent (FISCHER and LINDNER) A. i 196. of Asphodelur ramosus and Scilln aznritivaa (RIVI~RE and BAIL- RACHE) A. ii 203. of furfuroids bypeast (CROSS BEVAN and SMITH) T. 816; P. 1896 96. of furfuroids from barley straw by yeast (CROSS BEVAN and SNITH) k. 1607; P. 1896 174. of musts with elliptical and apicu- lnted yeasts (RIETSCH and HEISE- LIN) A. ii 53. of wine use of ptire cultivated yeast in (MULLER) A. ii 201. of sugars by Friedlander's pneumo- coccus (GRIMBERT) A. ii 322. of cane sngar with different yeasts (HIEPE) A.ji 320. of maltose by Eurotiopsis Ga3oni (LABORBE) 'A. ii 322. of polysaccharides (FISCHER and LINDNER) A. i 195. of urea products found in (ADE- NEY) A. ii 326. of uric acid by micro-organisms (G~RARD) A ii 668. Fermentation alcoholic heat developed by (BOUFPARD) A. ii 12. action of Aspergillus aiger on (BOURQUELOY and HERISSEY) A. ii 321. and lactic of maltose (BOURQUE- L ~ T ) A i 111. Fermentation lactic action of metallic salts on (CHASSEVANT) A ii 122. Fermentation mannitol in Sicilian wines (BASILE) A ii 121. Fermentative changes in natural and polluted waters (ADENEY) A ii 323. Ferments action of unorganised (TAM- solubility and activity of in alcohol See also Cytase ; Diastase ; Enzymes ; Fibrin ferment ; Gaulther- ase ; Lactase ; Oxjdases ; Tyrosinase j Yeast.Ferratin absorption 02 in the aliment- ary canal (TIRNANN) A. ii 487. Ferric. See under Iron. Ferrophenyl mereaptide %nitroso- preparation of (HOPMAN and WIEDE) A. i 291. Ferrous. See under Iron. Fertilisers. See Manures under Agri- MANN) A. ii 243. (DASTRE) A i 398. Ferments. cultural chemistry (Appendix). SUBJECTS. 879 Ferula sagapen from a Persian (Ho- HENADEL) A. i 58. Fever presence of albumose in urine during (KREEL and MATTHES) A. ii 667. Fibrin vegetable constitution of (FLEU- RENT) A. i 112. Fibrin-ferment nature of (PEKELHA- I RING) A. ii 488. Fibrolite from Bohemia (KATZER) A. Filter convenient form of hot (KREI- 1 Filtration at high temperatures appa- ratus for (POSTO~EFF) A. ii 1 516. 1 of crystalloids from colloids (MAR- TIN) A.ii 665. Fiorite from Tuscany (DAMOUR) A. ii 109. Fire-claye estimation of sodium and potassium in (CAMERON) A. ii 392. Firedamp argon and nitrogen in (SCHLOESING) A. ii 655. Fisetin identity of with colouring mat- ter of Querhracho colorado (PER- EIN and GUNNELL) T. 1306 ; P. 1896,158. relation of to luteolin (HERZIG) A. i 494. acetyl and benzoyl derivatives of (PEBKIN and GUNNELL) T 1305 ; P. 1896 158. Fish oils analysis of (VEDRODI) A. ii 81. Flames (EDER) A. ii 287. atructure of hydrocarbon (LEWES) T. 235 ; P. 1896,2 ; (SMITHELLS) P. 1896 3. of hydrocarbons cause of the lumino- sity of (LEWES) A. ii 141 ; (SXITH- ELLS) P. 1896 3. acetylene theory of the luminosity of hydrocarbon (LEWES) T. 226 ; P. 1896 1 ; (SMITHELLS) P. 1896 3. temperature of certain (LEWES) T.228 ; P. 1896,Z ; (HARTLEY) T. 842-844; P. 1896 98 ; (HAR- ELLS) P. 1896 3-5. of the Bunsen burner (BoHN) A ii 140. of cyanogen and carbonic oxide under- going explosive combustion dura- tion of the (DIXON STRANGE and GRAEAM) T. 763; P. 1896 54. Flask measuring (BILTZ) A. ii 6'71. Flavopurpurin discovery of (HOFMANN ii 188. DER) A. ii 161. i COURT THORPE RUCKBIZ SMITH- LECTURE) T. 633. 61-2880 INDEX OF SUBJECTS. Flavopurpurin hydroxylation of ( WACKER) A. i 694. Flesh formation influence of proteids fat starch and cellulose on (LEH- MANX) A. ii 262. Flesh mineral constituents of (KATz) A. ii 377. Flint and steel temperature of sparks from (CHESNEAU) A. ii 407. Fluoflavine and its hydrochloride (HINS- BERG and POLLAK) A. i 394. chloro- (HINSBERG and POLLAK) A. i 394.Fluorene action of chlorine or bromine on (GRAEBE and VON MANTZ) A. i 442. oxidation of ( HOD(FKINSON) P. 1896,110. Fluorenone (diphenylene ketone) (STAE- DEL) A. 1 374. and its oxime (KERP) A. i 238. phenylhydrazone of (GOLDSCHMIEDT and SCHRANZHOFER) A. i 174. Xluorenone P-dibromo- phenylhydr- azone of (GOLDSCHMIEDT and SCHRANZHOPER) A. i 174. 6-dibromo- and its phenylhydrazone (GOLDSCHMIEDT and SCHBANZ- HOPER) A i 174. chloro- and its phenylhydrazone (GOLDSCHMIEDT and SCHRANZ- HOFER) A. i 174. 8-dichloro- and its phenylhydrazone (GOLDSCHMIEDT and SCHRANZ- HOPER) A. i 174. aitro- phcnjlhydrazone of (GOLD- SCIIMIEDT and SCHRANZHOFER) A. i 174. a-dinitro- phenylhydrazone of (GOLD- SCHMIEDT and SCHRANZHOFER) A. i 174. 8-dinitro- and its phenylhydrazone (GOLDSCHMIEDT and SCHRANZ- HOFER) A.i 1’74. Fluorescein ethylic ether quinoidal monacetyl derivative of (HERZIG and MEYER) A. i 237. tetrabromo- (eosim) composition of (HOPMANN LECTURE) T. 626. detection of in wines (BELAR) A ii 630. allo-Fluorescein (PAWLEWSEI) A. i 50. 3-Fluoresceincarboxylic acid (GRAEBE and LEONHARDT) A. i 43’7. 3-Fluoresceincarboxylic anhydride and its acetyl derivative (GRAEBE and LEONHARDT) A. i 438. 6-Fluoresceincarboxylic acid (GRAEBE and LEONHARDT) A. i 43’7. Fhoresceinsulphone. See Sulphone- fluorescein. Fluorine - Hydrogen fluoride gaseous action of on salts of elements of tbc fifth group (SMITH and METER) A. ii 164. (STAHL) A. ii 621. 266. estimation Qf volumetrically effect of on algE ( WYPLEI;) A ii Fluorine detection of in beer (BRAND) A.ii 447.; (HEFELMANN and MANN) A. 11 497. detection of in wine (NIVI~RE and HUBERT) A ii 497. estimation of in silicates (REICH) A. ii 531 Benzene. Benzoic acid A. ii 207. ii 486. ii 43. LINGER) A. ii 536. Fluoro-derivatives. See :- Food mineral of lower fungi (MOLISCH) presence of copper in (LEHMANN) A. amount of iron in (STOCKMAN) A. anti-peptone from giands as a (EL- casein as a (MARCUSE) A. ii 663. mannan as a (TSUJI) A. ii 44. sugar as a (STOKTIS MOSSO and HARLEY) A ii 44. Food. See also under Agricultural chemistry (Appendix). Formaldehyde discoTery of (HOFMANN LECTURE) T. 706. production of gaseous (BROCHET) A. i 345. occurrence of a condensation product of pentose with in cellulose (CROSS BETAN and SMITH) T. 813; P. 1896 96. hydrazone of (WALKER) T.1279. reactions of with various reagents (LEE) A. i 124. action of ammonium cyanide on (CURTIUS) A. i 337. action of halogens on (BROCHET) A. i 276 277. action of nitric acid on (BAcE) A. i 636. action of on white of egg (BLuM) A. i 659. action of phenylhydrazine on ( WAL- EER) T. 1280. actior of water on (DEL~PINE) A i 637. compoznds of vith polyhydric alco- 1101s (SCHULZ and TOLLENS) A. i 115. condensation of with o-aminobenzyl- phenylhydrazine (BUSCH) A. i 508.INDEX OF SUBJECTS. 882 Formaldehyde condeizsation of with anhydroenneaheptitol ( APEL and WITT) A. i 405. condensation of with piperazine (ROSDALSKY) A. i 257. Formaldehyde trithio- preparation of (HOFMANN LECTURE) T. 707. Formaldehyde (fonnalin) detection of (GOLDSCHMLBT) A. i 543; (RoMYN) A.ii 280; (RICHMOND and BOSELEY) A. ii 583; (.HEHNER) A. ii 583. estimation of (KLAR) A. ii 226; (SXITH) A. ii 583. Paraformaldehyde condeiistltion of with pyruvic acid (KALTWASSER) A. i 670. Formamide action of sodium hypo- chlorite on (DE CONINCK) A. i 282. sodiwn silver derivatives (FREER and SHERMAN) A. i 612. . Formamidobenzen e bromo- (S LOS SON) A. i 216. chloro- (SLOSSOS) A. i 216. HUBERT) A i 52 483. 2-Formainidodiphenyl ( PICTET and Formanilide preparation of (LUX- XOORE) T. 190; P.. 1895 149. and its derivatives (CLAISEN) A. i 91. electrical conductivity of solutions of (EwAN) T. 96; P. 1896 8. magnetic rotatory power &c. of (PERKIN) T . 1114 1216 1246. action of caustic soda on ( HOFXANN LECTURE) T. 704. action of ethurlic chlorocarbonate on (FREER and SHERXAN) A.i 612. mercury compound of (WHEELER and &FARLAND) A i 609. mercury bromide (WHEELER and MCFARLAND) A. i 609. mercury chloride (WHEELER and MCFARLAND) A. i 609. mercury acetate. See Acetic acid formanilide mercury salt of. sodium derivative preparation of (CLAISEN) A. i 92. sodium ethoxide (COHEN and ARCH- DEACON) T. 94; P. 1896 8. Formanil Ide p - chloro- ( YLO SSON) A. i 216. 2 4-dichloro- and its silver salt (WHEELER and BOLTWOOD) d. i 4’78. iodo- mercury compound of thio- preparation of (I3 OFMANN (WHEELER alld BICFARLAND) A. i 609. LECTURE) T. 710. electrical eonductirity of the sodium salt of (EwAN) T 97 ; P. 1896 8. Formazyl hydride (WALTHER) A. i 166. preparation of (CLAISEN) A. i 92. Formazylformic acid ethylic salt (vON PECHXANN) A.i 679. Formaz yl-p- h ydroxy benzene ( WEDE- KIND) A. i 631. Formazyl-p-methoxybenzene (WEDE- KIND) A. i 630. Formazylsulphonic acid potassium salt (VON PECHMANN) A. i 679. p-bromo- (TON PECHMANN) A. i 680. Formic acid specific heat of solid and liquid (MASSOL and GUILLOT) A. ii 8. heat of evaporation of (MARSHALL) A. ii 589. electrolytic diesociation of salts dis- solved in (ZANNIKOVICH-TES- SARIN) A. ii 352. and water distillation of a mixture of (SOREL) A. i 463. condensation of with pentoses (CROSS BEVAN and SMITH) T. 813; P. 1896 96. Formic acid amylic salt molecular volume of in organic solvents (NICOL) T. 143; P. 1895 237. action of sodium on (FREER and SHERMAN) A. i 162. crotonylic salt (CHARON) A. i 661. ethylic salt heat of evaporation of (BECKSIANN FUCHS and GEBN- HARDT) A.ii 237; (RAMSAY and MARSHALL) A. ii 349. niolecular volume of in organic solvents (NICOL) T. 143; P. 12395 23’7. action of sodium on (FREER and SHERMAN) A 1 612. ethylic ortho-salt action of ethylic acetoacetate on (CLAISEN) A. i 463. action of on primary aromatic amines (WALTHER) A. i 534. methylic salt heat of evaporation of (MARSHALL and RAMSAY) A ii 349; (BECKXANN GEKNHARDT and FUCHS) A. ii 237. propylic salt heat of evaporation of (MARSHALT and RAMSAY) A. ii 349. Formic acid amino- methylamides of action of nitric acid on ( FRANCHI- XONT) A i 602. chloro- m-dietliylaminophen~lic salt of (MEYENBURG) A i 292. chloro- m- diniethyl.;minophenylic salt of ( MEYENBURG) d. i 292.882 INDEX OE’ SUBJECTS. Formic acid estimation of (FREYER) A.ii 80. Formimide hydrochloride of ethylic ether of probttbly a homogeneous substance (PINNER) A i 9. Formobenzanilide preparation of (WHEELER and MCFARLAND) A. i 609. Formobenzo-p-toluidide (WHEELER and MCFARLAND) A i 609. Formocarbamide (TON GORSKI) A. i 667. action of malic malonic oxalic race- mic and succinic acids on (TON GOBSKI) A i 668. E’ormomalonuric acid (VON GORSKI) A i 667. Bormomaluric acid (TON GoRsKr) A. i 668. Formo-a-naphthylamide mercury com- pound of (WHEELER and MCFAR- LAND) A i 609. E’ormophenyldiethylhydrazide (FREEB and SEERMAN) A. i 612. Formophenylhydrazide preparation of (CLAISEN) A i 92. disodium derivative of ( COHEN and ARCHDEACON) T. 95; P. 1898 8. a-Formophenylhydrazide /%ethyl de- rivative of (FREER and SEIERMAN) A.i 611. 8-Formophenylhydrazide sodio- ethyl derivative of ( ~ R E E R and SHERMAN) A i 611. “ Formopyrine,” identity of with methylenediantipyrine (STOLZ) A. i 628. Bonnoracemuric acid (TON GORSKI) A. i 668. Formosuccinuric acid and its methylic salt (VON GOUSKI) A i. 668. Formo-p-toluidide mercury compound of (WREELER and MCFARLAND) A. i 609. mercury chloride (WHEELER and MCFARLANR) A. i 609. Formoxaluric acid (VON GORSKI) A. i 668. action of heat on (VON GORSKI) A. i 668. Formylacetic acid sodio-ethylic salt action of phenylic isocyanate on (MICHAEL) a i 594. Formg ladimc acid and its hydrolysis (WILLSTATTER) A. i 267. Form yl-o-dinitrodibenzylbenzidine (TROEGER and EQGERT) A i 563. Formyl-.-ethoxy-m-tolyl-1 2 5-tolyl- enediamine (JACOBSEN D~STEBBEHN KLEIN and SCHKOLNIK) A.i 26. Formyl-a-krydroxy-ap-diphenylethyl- amine. See a-Hydroxy-up-diphenyl- ethylamitte formyl. Formylia. See Ethylenediamine. Formylphenylacetic acid ethplic salt of ( WISLICENUS) A. i 369 552. constitution of (BRUHL) A i 555. tautomeric forms of (TRAUBE) A i 593. Formylthymotic acid (HEYL and MEYER A. i 147. Forsterite from Monte Somma (ARZRUNI; A. ii 309. Fractionating column (BEXLEMONT) A. ii 415. Freezing point. See Heat. French purple discovery of (HOFMANN LECTURE) T. 608. Frog cutaneous respiration in the (REID) A. ii 42. Fructose. See Levulose. E’uchsine. See Rosaniline. Fuels determination of the heat of com- Fuller’s earth from New South Wales Fumaric acid heat of electrolytic dis- sociation of (KORTRIQET) A. ii 463. sublimation temperature of under small pressure (KRAFFT and DYES) A.ii 89. amplic salt rotatory power of (WALDEN) A. ii 633. ethylic salt action of ethylic iodide and zinc on (MICHAEL) 4. i 597. hydroxylamine salt of (TANATAF~) A. i 520. Fumaric acid bromo- (lbIrcHaEL) A. i 131. melting point of and behlaviour towards aqueous potash of (MICHAEL) A. i 131. silver salt action of heat on the aqueous solution of (MICHAEL) A. i 131. amylic salt rotatory power of (WALDEN) A ii 633. dibromo- ethylic salt loss of halogen by (MICHAEL and CLARK) A. i 132. chloro- action of aqueous potash on (MICHAEL) A. i 131. action of hydrazine and phenyl- hydrazine on (RUHEMANN) T. 1396; P. 1896 1636. amylic salt rotatory power of (WALDEN) A. ii 633. ethylic salt condensation of with ethylic acetoacetate (RUHE- MANN and TYLER) T.532; P. 1896 73. bustion of (HEMPEL) A. ii 556. (CARD) A. ii 262.INDEX OF SURJECTS. 883 * . P. 1896,166. Fumaric peroxide (VANINO and Fumarylazoimide (RADENEAUSEN) A. Fumarylcnrbamic acid ethjlic salt Eumarylhydrazide (RADEXHAUSEN) A. Fungi foucd on different grilpes THIELE) A. i 597. i 139. (RADENEAUSEN) A. i 139. i 138. (MULLER) A. ii 201. lower mineral food of (MoLIscH) A. ii 207. nutrition of by different organic com- pounds (LoEw) A. ii 55. hydrolysing property of e n d s i n from (BOURQUELOT and H~RIS- SEP) A i 195. oxidising ferments of certain (BOUR- QUELOT and BERTRAND) A ii 383. non-formation of tannin in (NAc- MANN) A. ii 538. laccase in (BOURQUELOT and BER- TRAND) A. ii 268. Funnel automatic hot-water (Pos- TOBEFF) A. ii 516.Furazandiuarboxylic acid from benz- enedioxime (ZINCKE) A i 430. Furfurddehyde preparation of from glycuronic acid (RA< M ANN and Sum) A. i 459. percentage of in cellulose and solu- ble products of cellulose (CROSS BEVAN and SMITH) T. 807; P. 1896 96. action of ethylic orthoformate on (CLAISEN) A. i 464. condensation of with acetophenone (KOSTANECKI and PODRAJANSEY) A. i 688. Furfuroids condition of a t different stages of plant (CROSS BEVAN and SMITH) T. 1609; Y. 1896 175. relation of to total carbohydrates from barley straw (CROSS. BEVAN and SMITE) T. 1606; P. 1896 174. in barley effect of weather on (CROSS BE-VAN and SMITH) A. ii 122. oxidation of by bromine (CROSS BEVAN and SMITH) T. 815; P. 1896 96. Fumnric acid shloro- etliylic salt 1 Furfuroids fermentation of by yeast (CROSS BEVAN and SMITH) T.osazones and yeast fermentation of from barley straw (CROSS REVAN condensation of with etliylic ' and SMITH) T. 1607; Y. 1896 reaction of with hydrogen peroxide (CROSS BEVAN and SXITH) T. 1607 ; P. 1896 174. condensation of with ethylic benzoylacetnte (RUREMANN 816 ; P. 1896 96. and WOLFF) T. 1384; P. j 1896,166. methylacetoacetate (RUHE- j 174. MANN and WOLFE). T. 1386 ; estimation 'of. ih plants (CROSS BEVAN and SMITH) T . 1604; P. 1896,174. separation of from cellulose by acid hvdrolpis (CROSS BEVAN and SMITH) T. 806 ; P. 2896 96. Furf urylideneacetophenone ( KOSTA- NECKI and PODRAJANSKY) A. i 689. Furfurylidenediacetophenone (EOSTA- NECKI and PODRAJANSKY) A. i 689. Furfurylidenemalonic acid ethylic salt additive compound of with piper- idine (GOLDSTEIN) A i 436.Furnace simple form of electric (WALKER) A ii 462. Fuse! oil estimation of in rectified spirits (GLASENAPP) A ii 277; (STUTZER and MAUL) A. ii 504. G. Gabbro banded from Skye (GEIKIE Gadolinite from Norway (ERDXANN) Galactan occurrence of in Sterculia p lantaniyolia Titis pentaphy I la Opulztia and other plants (YOSHI- MURA) A. ii 60. Paragalactan occurrence of in cell- wall of cotyledons (SCHULZE) A. ii 619. Galactitol from yellow lupin seed (RITT- HAUSEN) A i 405. hydrolysis of (RITTHAUSEN) A. i 405. 0-Galactochloral and its tetrscetyl and tribenzoyl derivatives (HANRIOT) A. i 519. and TEALL) A. ii 191. A. ii 570. oxidation of (HANRIOT) A. i 519. Galactose action of lead acetate on the rotatory power of (S-VOBODA) A.i 406. action of dilute olkalis on (DE BRUYN) A. i 116. action of lead hydroxide and potash on (DE BRUYN and VAN EKEX- STEIN) A. i 588. action of methyl alcoholic ammonia884 INDEX OF SUBJECTS. RIOT) A. i 519. action .of glyoxylic acid on (BOETTIXGER) A. i 6. estimation of by Fehling’s solution (KJELDAHL) A. ii 581. reducing power of on ammoniacal silver nitrate (HENDERSON) T. 152 j P. 1896 9. Galactose-a-allylhydrazone (VAN EKEN- STEIN and DE BRUYN) A. i 588. Galactose-amine (DE BRUYN and VAN LEENT) A i 119. action of niethylic alcohol and ether on (DE BRUPN and VAN LEENT) A. i 587. Galactose-amine-ammonia (DX BRUYN and VAN LEENT) A. i 1,9. Galactose-aminoguanidine chloride and sulphate (WOLFF) A. i 18. Galactose-a-amylhgdrazone (VAN EPEN- STEIN and DE BRUYN) A.i 588. Galactose-a-benzylhydrazone (VAN EKENSTEIN and DE BRUYN) A. i 588. Galactosebenzylmercaptal (LAW- RENCE) A. i 272. Galactosecarboxylic acid. See a-Gala- heptonic acid. Galactose-ethylenemercaptal (LAW- RENCE) A. i 272. Galactose-a-ethglhy drazone (VAN EKEN- STEIN nnd DE BRUYN) A. i 588. Galactosenaphthjlhydrazone (VAN EKENSTEIN and DE BRUYN) A. i 588. Galactosetrimethylenemercaptal (LAW- RENCE) A. i 272. a-Galaheptitol (FISCHER) A. i 118. a- G-alaheptonic acid (galactosecarb- oxglic acid) (FISCHER) A. i 117. phenylhydrazide of (FISCHER) A. i 117. &Galaheptonic acid (FISCHER) A i 118. oxidation product of with nitric acid (FISCHER) A i 118. phenjlhjdrazide of (FISCHER) A. i 118. a-Galaheptose and its osazone and phenylhjdrazone (FISCHER) A.i 117. 8-Galaheptose ( PISCHER) A. i 118. Galaoctitol (YISCHER) A. i 118. Galaoctonic uc:d (FIGCHER) A. i 118. hctone of ( F l s C H E R ) g. i 118. phenylhfdrazide of (FISCHER) A. i Galacictose and its osazone and phenyl. 118. hydrazone (FISCHER) A. i 118. I A. ii 30. (LIVERSIDGE) A ii 658. zinciferous from Broken Hill N.S.W. analysis of (ECHENROTH) A ii 501. Galipea oflcinalis alkaloids of (BECK- TJRTS) A i 66. Gallacetophenone. See Alizarin-yellow. Gallic acid occurrence of in Quer- bracho colorado (PERKIN and GUFNELL) T. 1307 ; P. 1896,158. occurrence of in sumach (PERHIN and ALLEN) T. 1302; P. 1896 157. constitutional formula of (SCRIFF) A. i 370. oxidation O f (BERTRAND) A. i 534. action of chlorine on (BI~TRIX) A. Gallic acid dibromo- action of chlorine i 651.on (BI~TRIX) A. i 651. dichloro- (BI~TRIX) A. i 651. Gallium and indium in biende from New South Wales (KIRKLAND) A. ii 183. Gallotannic acid aluminium salt of Gall-stones lithofeliic acid from (Juw- Garlic inulin of (CHEVASTELON) L4. Garnet from Colorado (EAKINS) A. ii from Moravia alteration of (BARvIH) group (WEINSCHENK) A. ii 312. See aleo Almandine ; Andradite; Es- sonite ; Grossular ; Spessartite. GUS analysis compensatory eudiometer (TON THAN) A. ii 621. Gas burette modification of (BLEIER) A. ii 70 271 573. Bunsen’s modification of (SCHATER- NIKOFF and SETSCHENOFF) A. ii 332. Gas coal- explosive mixtures of air and (CLOWES) P. 1895,201. estimation of benzene in (NOYES and BLINES) A. ii 128. estimation of sulphur in (MABERY) A ii 387. estimation of sulphurous anhjdride and sulphuric acid in products of combustion of (DENNSTEDT and AHREKS) A.ii 217. flames influence of sulphurous an- hydride in on quantitative estima- tions (MULDER) 9. ii 333. Gas pipette (BLEIER) A ji 70 271; (GEORGES) A. ii 451. QER and KLAGES) A. i 194. i 5. 39. A. ii 312. (LIDOFF) A ii 385.INDEX OF SUBJECTS. 885 294. 221 ; (LINDE) A ii 232. A. ii 635. liquefaction of (DEWAR) P. 1895 solubility of solids in (ARCTOWSEI) 196. Gastric digestion. See Digestion. Gastric juice causes of secretion of acid of (KOEPPE) A. ii 376. estimation of hydrochloric acid in (SJOQOIST) A ii 496; (NORAG- ZEWSEI) A. ii 671. Gaultherase the ferment which hydro- lyses gaultherin ( BOURQUELOT) A. ii 541). solubility of in alcohol (DASTRE) A i 898. GauEtheria procumbens existence of gaultherase in (BOUBQUELOT) A.ii 540. Gaultherin iclentit8y of the glucoside of Monotropa hypopithys with (BOUR- QUELOT) A. 11 540. Gedanite cliff erence between suecinite non-occurrence of free succinic acid Gehlenite in slags (HEBERDEY) A ii 371. Gelatin liquefaction of (DASTRE and BLORESCO),A. i 196. estimation of ’ in meat extracts (BOXER) A ii S3; (STUTZER) A. ii 84. Gelatose coiirersion of gelatin into (DASTRE and FLORESCO) A. i 196. Gelosc estimatioii of in syrups &c. (PY) A. ii 342. Gelseminine and its salts (G~LDNER) A. i 657. Genista racernosire oceuri*ence of cyti- sine in and other plants of the same natural order (PLCGGE) &4. ii 61. and (EELx) A. i 57. in (HELEI) A. i 57. Gentisic acid physiologicd action of (LIEHATSCHEFF) A. ii 492.Glentisin sgnthesis of (KOSTANECKI and TAMBOR) A i 369. non-formation of acid compounds of (PERPIN) T. 1440; Y. 1896 167. Geranaldehyde constitution of (BAR- BIER and BOUYEAULT) A i 445. Geranic acid ethylic salt from methjl- heptenone (BARBIER and BOU- VEAULT) A. i 445. Geraniol from oil of pelargonium (BAR- BIER and BOUVEAULT) A. i 446. occui-rence of in essential oils (BER- TRAM and GILDENEEISTER) A. i 381. behaviour of towards formic acid (BERTRAX and GILDEMEISTER) A. i 302. oxidation of (BARBIER and Bou- TEAULT) A. i 345. action of dibasic acids on (ERDMANN and HUTH) A. i 198. compound of with caruphoric acid (ERDMANN and HUTH) A. i 198. Geranium (pelargonium) oil (BARBIER and BOUVEAULT) A. i 446. Indian French African and RC union comxtosition of (BERTRAM and GILDE&EISTER) A.i 381. Spanish African and RBunion com- position of (TIEMANN and SCHMIDT) A. 1 384. Gersdorffitc from the Harz (KLOCK- MANN) A. ii 307. from Ontario (HOFFMANE) A. ii 191. from Sardinia (LOVISATO) A. ii 183. Gibbsite artificial (SCHULTEN) A. ii Gland peptone. See Peptones. Glass spherulites in (HYNDMAN and BONNEY) A. ii 614. action of magnesia solution on (KONINCE) A. ii 480. action of water on (SPEZIA) A. ii 25’7. Glauconite froin Co. Antrim ( HOSKINS) A. ii 434. from Russia (ZEMJATSCHENSKP) A ii 568. Glaucophane from Bnrnia (BAUER) A. ii 311. from Piedmont (COLOXBA) A. ii 569. Gliadin (OSBORNE) A. i 400. Globulin preseme of in diastase (0s- 610. BORNE) A. i 399.88 r;; INDEX OF SUBJECTS. Globulin from malt (OSBORNE and CAMPBELL) A.i 714. in peas and vetches (OSBORNE and CAMPBELL) A. i 715. (tuberia) in the potato (OSBORNE and CAMPBELL) A. I 715. Glockerite from Colorado (PEARCE) A. Glucase yeast (BAu) A. i 453. Glucic acid (WINTER) A. i 11 12. apo-Glucic acid (WINTER) A. 1 12. Glucoheptitol compound of with acetone (SPEIEB) d. i 77. a-Glucoheptonic acid velocity of lac- tone formation of (HJELT) A. i 597. Gluconic acid calcium salt action of formaldehyde and hydrochloric acid on (HENKEBEEQ and TOLLENS) A. i 645. Glucosamine hydrochloride oxime of &-Glucose (dextrose) identity of from different sources (O’SULLIVAN and STERN) T. 1691; P. 1896,218. synthesis of (HOFMANN LECTURE) T. 707. formation of from cocoa-nut shells (DE HAAS and TOLLENS) A. ii 64. formation of from cellulose by hydro.lysis (WINTERSTEIN) A. ii 210. Telative proportion of to levulose in sweet wines ((K~NIG) A. ii 79. speci6c rotatory power of from different sources (O’SULLIVAN and STERN) T. 1695 ; P. 1896,218. birotation of in various solvents (TREY) A. ii; 139. freezing points of dilute solutions of (ABEQG) A. ii 588. specific graTity of aqiieous solutions of from different sources (~’SULLI- VAN and STEXN) T. 1693 ; P. 1896 218. eupric reducing power of from dif- ferent sources (O’SULLIVAN and STERN) T. 1696; P. 1896 218. transformation of into fructose and mannose (DE BEUYN and VAN EKENSTETN) A. i 116. conversion of into mannitol by fei*- mentation (BASILE) A ii 121. action of dilute alkalis on (DE BRUYN) A. i 116. action of lead liyd~oxide on (DE BRUYN and VAN EKENSTEIN) A.i 588. action of lead hydroxide and potash on (DE BRUYN and VAN EKEN- STEIN) A. i 588. action of chloral hydrate on (MEU- NIER) A. i 334. action of formaldehyde and hydro. ii 613. ( WINTERSTEIN) A. i 520. chloric acid on (HENNEBERG and TOLLENS) A. i 645. d-Glucose (dextrose) action of glyovylic acid on (BOETTINGER) A. i 5. action of oxalic acid on (KLERXAYER) A. i 145. condensation product of with acetone (FISCHER) A. i. 4. methylene derivative ( HENNEBERG and TOLLENS) A i 643. reducing power of on ammoniaaal silver nitrate (HENDERSON) T. 145 ; P. 1896 9. estimation of (OPPERMANN) A ii 275 ; (CAUSSE) A. ii 582. estimation of by E’ehling’s solution (HEFELMANN) A. ii 505 ; (KJEL- DAHL) A. ii 581. extent of action of on alkaline copper solutions (KJELDAHL) A.ii 453. estimation of by copper potassium carbonate (@ST) A. ii 453. estimation of by cganocupric solu- tion (GERRARD) A. ii 225. estimation of in jams &c. (MAXR- HOFER) A ii 225. estimrttion of in syrups &c. (PY) A. ii 342. estimation of i n urine (LOHNSTEIN) A. ii 128. estimation of small quantities of in urine (BUCHNER) A.. ii 225. Glucose-acetone (FISCHEIZ) A. i 4. Glucose-a-allylhydrazone (VAN EPEN- STEIN and DE BBUYN) A. i 588. Glucose-a-amylhydrazone (VAN EEEN- STEIN and DE BRUYN) A. i 588. Glucose-a-benzylhydrazone (VAN EKEN- STEIN aad DF BRUYN) A. i 558. Giucosebenzylmercaptal (LAWBEXCE) A. i 272. Glucose-ethylenemercaptal and action of bromine on (LAWRENCE) A. i 2‘72. Glucose-a-ethylhydrazone (VAN EKEN- STEIN and DE BRUYN) A i 588.Glucosenaphthylhydrazone (VAN EPEN- STEIN and DE RBUYN) A i 588. Glucosetrimethylenemercaptal (LAW- RENCE) A. i 272. Glucoside CmH4s0,3 from Acokaathern schimpri (FRASE~~ and TILLIE) A. i 386. Glucosides existence of colouring mat- tersas (PERKIN and HUMMEL) T . 1572 ; I?. 1896 186. action of animal secretions on (FISCHER and NIEBEL) A. ii 665. detection of (FORMANEE) A. ii 401. Amygdalin ; Cuscutin ; Digitalis glucosides ; Digitalin ; Digitalein ; Digitonin ; Gaultherin ; Jalapin ; Glucosides. See also :-ISDKX O F SUBJECTS. 887 point of (DE BRUYN) A i 115. estimation of for dynamite manufac- Salicin ; Scammonin ; Turpethin ; Vicin. Glue action of alcoholic hydrogen chloride and sodium nitrite on (CUR- TIUS) A. i 33'7. Glutamintt occurrence of in plants (SCHULZE) A.ii 572. Cllutamine group presence of in gluten casein and vegetable fibrin (FLEU- RENT) A. i 112. Glutaric acids asymmetric anils and anilic acids of gFneral survey of (AUWERS) A. I 641. (AUWERS and SCHLOSSER) A. i 639. Glutarir anhydride reduction products of (FICHTEB and HERBRAND) A. i 463. Glutarimide velocity of decomposition by hydrochloric acid of ( MIOLATI) A. ii 242. Gluten constitution and hydrolysis of (FLEURENT) A. i 112. Glutin-peptone action of nitrous acid on (PAAL) A. i 455. Glutin-peptones (PAAL) A. i 632. Glyceric acid preparation of (CAZE- NEUVE) A i 596. Glyceric-P-naphthalide benzoyl deriva- tire of (GASSMANN) A. i 488. Glycerol electroljtic conductiyity of salts dissolved in (CATTANEO) A. ii 231. heat of evaporation of (BECKMANN FUCHS and GERIHARDT) A.ii 237. substituted relative volatility of LICENUS) A. i 672. p-pheneticline salts of (BOETTINGER) G-lycocine (aminoacetk acid) action of sodium hgpochlorite on (DE CONINCP) A i 282. condensation of with benzaldeliyde (ERLENB~EPER) A. i 305. Glycogen preparation of free from albumoees (HUIZIN~A) A. i 6. presence of in lymph (DASTRE) A. ii 119. formation of in the living body (KAEFNANN and DASTRE) A. ii 119. formation of from fat in the silk- worm (COUTREUR) A. ii 31'7. as zt source of muscular energy (SCHENCK) A. ii 48; (SEEGFEN) A. ii 487. action of blood-sernm on (BOURQUE- LOT and GLEY) A ii 119. estimation of in liver and muscle (KISTIAKOFFSKY) A. ii 80. Gtlycogeiiesis in the liver (MOSSE) A. Glycol preparation of (HAWORTH and PERKIN) T.1'75 ; P. 1896,3'7. chlorhydrin action of sodium ethoxide and phenol on (BENTLEY HAWORTH and PERKIN) T. 164. monophenyl ether (BENTLEY HAWORTH and PERKIN) T. 164. Glycol C6HI2O2 from action of potash on a mixture of isobutaldehpde and formaldehyde oxidation of (JUST) A. i 403 M4. Glycol CloHIS02 from trihydroxy- menthane and its diacetate (GINZ- BERG). A.. i. 447. ii 617. K. 11 4YY. Glycerose preparation of (FONZES- DIACON) A. 459. Glycoc holic acid crystalline preparation of from ox-bile (RICHTER) A. i ..-< .~iycoiiic-a-napntnaiiae (HOETTINGER) benzoyl derivative (GASSMANN) A. Glycollic-P-naphthalide benzoyl deri- A. i 443. i 487. * . ,- . . - _ _ 111. TlttlVe (WASSBIANN) A. 1 487. Glycocine (asminoacetic acid) consti- ff lyeoltit-p-yhenetidide (BOETTINGER) tution of (SAKURAI) P.1896 38. A. i 411.888 IXDEX OF - - - Glycols from action of potash on alde- hydes constitution of (LIEBEN) A. i 403. Glycolylazoimide and the urethane (CGRTIUS) A i 35. Glpcolysis (NASSE and ZRAMX) A. i 39s. Glycosuria from phloridzin causes of (ZUNTZ) A. ii 666. Glycuronic acid (MANX and TOLLEYS) A i 417. Glycuronic acids conjugated in urine (DAIBEP) A. ii 491. Glyoxal Ljubawin’s method for pre- paring improvements in (SPIEOEL) A. i 346. action of hydroxylamine hydro- chloride on (MIOLATI) A. i 276. Glyoxylic acid (gZyoxalic aeid) (CCR- TIUS) A. i 338. action of sodium ethoxide on (BOET- TING~ER) A. i 411. liydrolysing action of on carbo- hydrates (BOETTINOER) A. i 5 6. condensation of with aminobenzoic acids (BOETTINQER) A. i 47’. ethylic salt bydrazone of (TON PECH- MAPN) A i 678.Glyoxylic acid uhloro- ethylic salt of action of on hydrocarbons (BOU- VEAULT) A. i 551. Gold native from Bohemia (STOLBA) A. ii 425. native from Serria (LOSANITSCH) A. ii 252. in the Cripple Creek ores (PEARCE) A ii 612 613. extraction of by the cyanide process ( GOYDER) A. ii 28. chemistry of the cvanide process for dissolving (GOYDER) A. ii 565. melting point of (HOLBORN and WIEN LE CHATELIER) A. ii 87. rate of diffusion of through lead bismuth tin and mercury (RQBEBTS-AFSTEN) A. ii 592. diffusion of through solid lead and silver (ROBERTS-AUSTEX) A. ii 593. Gold-alloys with silver solubility of in potassium cyanide solutions (MACLAURIN) T. 127ti ; P. 1896 149. Gold chloride action of magnesium on solutions of {VITALI) A ii 420. double sulghides of silver lead iron copper and (UACLAURIN) T.1269; P. 1896 149. Gold estimstion of in copper and copper matte (SXITH) A. ii ‘76. separation of from silver by volati- lisation (RICHARDS) A. ii 674. 5UBJEOTS. Golcl separation electrolytically of from cobalt arsenic copper zinc and nickel (SXITH and WALLACE) A ii 220. Gorgonia caaolinii presence of iodine in skeleton of (URECHSEL) A. ii 37s. Gorgonic acid iodo- (DRECHSEL) A. ii 378. Gorgonin constitution of (DRECHSEL) A. ii 378. Gout precipitation of urates in attacks of (MORDHORST) A. ii 491. Grain proteide of (RITTHAUSEN) a. i 716. Graminecz pentoses in (GOETZE and YFEIFFER) A. ii 443. Granatal. See Dihydrogranatone. Granatanine oxidation of (CIAM~CIAN and SILBER) A. i 397. Granatenine (CIAMICI~~N and SILBER) A.i 397. Granatic acid (homotropi& acid) and its aurochloride (CIAMICIAN and SILBER) A. i 397. Granatoline (CIAMICIAN and SILBBR) A. i 397. Granatonine (CIANICIAN and SILBER) A. i 397. analogy of with tropinone (WILL- STATTER) A. i 328. Granite from district of Columbia disin- tegration of (MERRILL) A. ii 483. fiom Jersey alteration of (HOLLAND and DICKSON) A. ii 261. from Odenwald (CHELIUS) A ii 612. gases from (TILDEN) A. ii 656. Granites silica and quartz of (ZA- LESKI) A. ii 262. Gmpes blue colouring matter in red colouring matter in (SOSTEGNI) Graphite. See under Caybon. Graphitic schist from co. Donegal Graphitoid from Saxony (LuzI) A. ii Grossular from California (CLARKE) A ii 38. from Quebec (HOFF~KANN) A. ii 257. Guaiacol magnetic rotatory power &c. of (PERKIN) T.1127 1135 1188 1240. ethereal salts of extraction and detec- tion of (DRAGENDORFF) A. ii 278. carbonate action of alcohol and am- monia on (CAZENEUVE) A. i 528. (WEIQERT) A. i 388. A. ii 122. (Moss) A. ii 108. 366.INDEX OF SUBJECTS. 889 Guaiacol carbonate action of aniline and of o- and p-toluidine on (CAZE- NEUTE) A. i 528. phosphate (DUBOIS) A. i 152. succinate (DUBOIS) A. i 152. Guaiacol tetrachloro- (BRUGOEMANK) A. i 356. p-nitro- [OH OMe NO2 = 1 2 41 (MELDOLA) P. 1896 125-127. dinitro- [OH OMe (NO& = 1 2 4 61 (MELDOLA WOOLCOTT mid WRAY) T. 1351. [OH OMe NOz NH = 1 2 4 61 and its acetyl de- rivatives (MELDOLA WOOLCOTT and WRAP) T. 1331 ; P. 1896 164. thio- (VOSWINKEL) A. i 378. detection of (DRAGENDORPF) A.ii Quaiaeolantipyrine (PATEEK and DU- FAU) A i 188. Guanidine occurrence of in Vicia sntiva (SCHULZE) A ii 208. preparation of (HOFMANPF LECTURE) T. 715. compounds of with the sugars (WOLPF) A. i 78 79. Buanidine amino- hydrolysis of (CUR- TIUS) A. i 338. nitro- reduction of (CURTIUS) A. i 338. Guarinite from Vesuvius (REBUFFAT) A. ii 309. E-Gulonic acid velocity of lactone for- mation of (HJELT) A i 597. Gum wood. See Xylan. Gurjun balsam detection of (HIRSCH- SOHX) A. ii 508. Gypsum artificial (C-ORGEU) A ii from Utah (MOSES) A ii 661. from Sicily water enclosed in nitramino- 279. 35. (SJOQ-EEN) A. ii 110. H. HLlemacytometer description of a new (OLIVER) A. ii 437. Htematic acid dibasic and tribasic (ICUSTER) A. i 516. Hamatin and its salts (KUSTER) A.i 516. absorption spectrum of and its com- pounds (@AMGEE) A. i 713. absorption of from the alimentary canal (TIRXANN) d. ii 487. Ealmatite from Elba (ROHREB) A. ii 431. artificial (MULLER) A. ii 254; (ARC- TOWSKI) A ii 307. Hamatite magnetic behaviour of Hamatomma coccineum occurrence of atranoric and htematommic acids and allied compounds in (ZOPF) A. i 103. vedomm absence of atranoric acid in (ZOPP) A. i 103. Haematommenic acid preparation and properties of (ZOPF) A. i 104. Haematommie acid preparation and properties of (ZOPF) A. i 103. Htematoporphyrin (SCHUNCK and MARCHLEWSKI) A i 496 574. identity of with turacoporphyrin (GAMGEE) A. i 714. absorption bands of (TSCHERCH) A. i 624. absorpt’ion spectra of acid and alka- line solutions of (GAMGEE) A.i ’714. sources of in urine (STOKVIS) b. ii 537. Hematoporphyrinuria caused by dosee of sulphonal (GARROD and HOPKINS) A. ii 264. Hematoxylin behnviour of towards fused potash (HERZIG) A. i 3’79. trimethylic ether. See Trimethyl- h Eematoxy lin. Remin (KUSTER) A i 516. hydrochloride preparation and com- position of (CLORTTA) A. i 660. HEemochromogen absorption spectrum of (GAMGEE) A. i 713. Hemogallol absoyption of from the ali- mentary canal (GEORGENBURGER) A. ii 485 ; (TIRXANN) A. ii 487. Hemoglobin formation of from inor. ganic iron (KUNKEL) A. ii 47. action of acetylene on (BROCINER) A ii 264. absorption of in alimentary canal (GEORGENBURGER) A. ii 485 ; (TIRMANN) A. ii 487. estimation of by a colorimeter (ZANBEMEISTER) A ii 404. MethEmoglobin absorption spectrum of (GAXGEE) A.i 713. in blood and urine from chlorate poisoning (BRANDENB~JXG) A. ii 491. CarboxyhEemoglobin ,spectroscopic ex- amination of ( GAMGEE) A. i 713. dissociation constant of (HUFNER) A ii 485. Eemoglobinometer description of a new (OLITER) A. ii 437. Haemol absorption of in the alimentary canal (GEORGENBURGER) A. ii 485. (ABT) A. ii 656. Hainite from Bohemia (BL~RICH) A. ii 314.890 IPJDES OF SUBJECTS Halogens free poisonous effect of on algae aiid infusoria ( BOKORNY) A. ii 669. Halogen compounds poisonous effect of on algae and infusoria (BOKORNP) A. ii 669. Haricots. See Agricultural chemistry. (Appendix.) Harmaline constitutron of (HERZIO and MEYER) A. i 68. Harmine constitution of (HERZIG and MEYER) A. i 68. Ha~motome from Ontario (HOFFXABNN) A.ii 190. dehydration of; absorption of am- monia 5y (FRIEDEL) A. ii 451. Hastingsite from Ontario (ADAMS and HARRINOTON) A. ii 374. Hautefeuillite from Balme Norway (MICHEL) A ii 112. Hawthorn blossom colouring matter of white (PERKIN and HUMMEL) T. 1570 ; P. 1898,186. Hay. See Agricultural chemistry. (Ap- pendix.) Heart embryonic physiology of the (PICKERING) A. ii 663. action of drugs on (PICKERING~) A. ii 46. frog’s nutrition of (WEITE) A. ii 437. HEAT :- Absorption of radiaut heat by liquids Boiling point or points appal*iltus for the accurate detwmination of (KAELBAUX) A. ii 233. apparatus for determining (PER- PIN) T. 1041; P.. 1898,122. in a high vacuum (KRAFFT and WEILANDT) A. ii 464 and the genesis of the elements (BLANSHARD) A. ii 233. mathematical treatwent of eleva- tion of (VAX LAAR) A.ii 154. determination of molecular weights by the elevation of (BECKMANN FUCHS and GERNHARDF) A. ii 237. of organic substances (PERKIN) T. 1247. in the cathode light vacuum (KRAFFT and WEILANDT) A ii 635. of aqueous solutions of arsenic tri- oxide (BILz) A. ii 152. of a solution of arsenic trioxide in nitrobenzene (BILz) A. ii 152. of solutions of a-nitrocamphor in alpohol (PESCETTA) A. ii 346. of carbon (VIOLLE) A. ii 8. (ZSIOMONDY) A. ii 464. HEAT :- Boiling point or points of solutions of hexadecylamine hydrochloride (KRAFFT and STRUTZ) A ir 467. of hydrogen (OLSZEWSKI) ii. ii 9 of solutions in methylic and ethylic alcohol (WOELFER) A ii 237. of alcoholic solutions of sodium oleate (KRAFFT and STRUTZ) A. ii 467. of zinc (LE CHATELIER) A.ii 87. Heat of bromination of oi14 deter- mination of ( WILEY) A. ii 543. Calorie uncertainty in the value of the (GRIFFITAS) A. ii 147. Calorimeter mixing improved (WATERWAN) A. ii 146. mod] fieation of Regnault’s thermo- (MASSOL and GUILLOT) A. ii 8. Heat of combustion of fuels deter- mination of the (HEMPEL) A. ii 556. See also Heat Thermocliemicaldata Cmductivity of vapours for heat and ion velocity connection between (BREDIO) A. ii 348. Critical temperature disappearance of the meniscus at the (ZAMBIASI) A. ii 234; (ALTSCHUL) A. ii 407. specific volumes of the liquid and gaseous phases at the (ZAMBIASI) A. ii 234. of mixtures (KUENEN) A. ii 10. of ethylie alcohol ( BATELLI) A. of hydrogen (OLSZEWSKI) d. ii 9. Heat developed by alcoholic fer- mentation (BOUFFARD) A.ii 12. by the nitration of aromatic sub- stances (MATIQNON aiid DELIGNP) A ii 88. Heat of dilution and freezing point relation between (ROLOFF) A. ii 291. Dissociation pressure of hydrated barium chloride (MULLER- ERZBACH) A. ii 295. of hydrated copper sulphate (MULLER-ERZBACH) A. ii 295 of hydrated disodium hydrogen phosphate (MULLER-ERZBACH) A. ii 295. of hydrated zinc sulphate (MULL,,- ERZBACH) A. ii 295. Heat of electrolytic dissociation of acetic acid (KORTRIGHT) A4. ii 463. of bromacetic acid (KORTRIOET) A ii 463. ii 150.INDEX OF HEAT 1- Beat of electrolytic dissociation of chloracetic acid (KORTRIORT) A. ii 463. of diclrloracetic acid (KORTRIGHT) A. ii 463. of benzoic acid (KORTRIGHT) A. ii 463. of butpric acid (KORTRIGHT) A. ii 463.of citraconic acid (KORTRIOHT) A. ii 463. of fomaric acid (KORTRIGHT) A. ii 463. of maleic acid (KORTRIOHT) A. ii 463. of maloiric acid (KORTRIOHT) A. ii 463. of mesaconic acid (KORTRIBHT) A. ii 463. of pht~halic acid (KORTRIOHT) A. ii. 463. of isophthalic acid (KORTRIGHT) A. ii 463. of succinic acid (KORTRIGHT) A. ii 463. Expansion coefficient of argon and helium (KUENEN and RANDALL) A. ii 598. of liquids (TRAUBE) A. ii 235. of salt solutions (DE LANNOY) A. Heat of formation. See Heat thermo- chemical data. Freezing point or points abnormal depressions of the (G-ARELLI) A. ii 292. connection between constitution and abnormal depression of the (GAREGLI) A. ii 157. of solutions apparent and true (WILDERMANN) A. ii 290. depression mathematical treatment of (VAN LAAR) A.ii 154. in pure ice from dilute solutions (ZOPPELLARI) A. ii 514. depression of of milk and serum (WINTER) A. ii 199. formation of solid solutions causing abnormal depressions of the (GARELLI) A. ii 469. molecular depression in aqueous solutions of the ( WILDERMANN) A ii 351. of concentrated solutions method of determining the (ROLOFF) A. ii 291. of dilute solutions determination of (NERNST and ABEBB) A. ii 292 352 ; (LOOMIS) A. ii 353 ; (WILDERBEANN ; ,4BEGO) A ii 58’7; (PoNsOT) A. ii 636. ii 233. SUBJECTS. Sill €EAT :- Freezing point or points of solutions of substances in solvents of similar constitution (GARELLI) A ii 293. of solutions of organic compounds in bromoforin (AMPOLA and MANUELLI) A ii 238. of solutions of salts and acids in formic acid (ZANNINOVICH- TESSARIN) A.ii 352. of benzene solutions influence of pi*essure on (COLSON) A. ii 157. of aqueous solutions of acetic acid (PONSOT) A. ii 412. of concentrated aqueous solutions of acetic acid (ROLOFF) A. ii 291. of solutions of the acetates of weak bases in benzene (ZOPPELLARI) A. ii 515. of dilute solutions of dichloracetie acid (WILDERMANN) A ii 351. of dilute solutions of trichloracetic acid (WILDERMANN) A. ii 351. of dilute solutions of ammonium chloride (Looms) A. ii 352. of dilute solutiohs of ammonium nitrate (LOOMIS) A. ii 352. of aqueous solutions of barium chloride (PONSOT) A. ii 412. of dilute solutions of barium ehloride (LOOMIS) A. ii 352. of dilute solutions of o-nitro- benzoic arid (WILDERMANN) A ii 351. of aqueous solutions of calcium chloride (PONSOT) d.ii 412. of solutions of a-nitrocamphor in benzene (PESCETTA) A. ii 346. of dilute solutions of carbamide (ABEGG) A ii 588. of dilute solutions of ethylic alcohol (JONES) A. ii 155; (ABE~G) A. ii 588. of solnticns of active ethylio diacetylglycerate in acetic acid and in benzene (FRANKLAND and PICKARD) T. 134 135; P. 1896 11. of dilute solutions of d-glucose (ABEOO) A. ii 588. of concentrated aqueous solutions of l~ydrochloric acid (ROLOFF) A. ii 291. of dilute solutions of hydrochloric acid (LooMIs),A. ii 352. of aqueous solutions of lead nitrate (PONSOT) A. ii 412.892 IXDEX OF SUBJECTS. HEAT :- Freezing p3int or points of dilute solutions of mngnesium chloride (LOOMIS) A. ic 352. of solutions of active and inactive methplie dibenzoylglycerutes in acetic acid benzene nitro-ben- zene and ethylenic dibromide ( FRANKLAND and PICKARD) 1898 11.af aqueous solutions of oxalic acid (PONSOT) A. ii 412. of solutions of phenols in corre- sponding and other hydrocarbons (PATERN~) A. ii 156. of solutions of phenols in naphthal- ene (,4UWERS) A. ii 156. of solutions of substituted phenols in naphthalene (AUWERS and INNES). A. ii 293. of dilute solutions of phosphoric acid (Looms) A. ii 352. of aqueous solutions of potassium bromide (PONSOT) A. ii 412. of dilute solutions of potassium carbona€e (LOOMIS) A. ii 352. of aqueous solutions of potassium chloride (Poxssr) A. ii 412. of concectrated aqueous solutions of potassium chloride (ROLOPF) A. ii 291. of dilute solutions of potassium chloride ( WILDERMANN) A.ii 361; (LOOMIS) A ii 352; (ABEGO) A ii 588. of dilute solutions of potassiuni nitrate (LOOMIS) A ii 352. of aqueous solutions of potassium sulphate (PONSOT) A. ii 412. of dilute solutions of potassium sulphate (LOOMIS) A. ii 352 ; (ABEGG) A. ii 588. of dilute solutioxs of resorcinol (WILDERMANN) A. ii 351. of dilute solutions of sodium carbonate (LOOMIS) A. ii 352. of aqueous solutions of sodium chloride (PONSOT) A. ii 412 of dilute solutions of sodium nitrate (LOOMIS) A. ii 352 ; (ABEGO) A ii 588. of dilute solutions o€ sodium sulplz- ate (LOOMIS) A. ii 352. of aqueons solutions of cane sugar (POXSOT) A ii 412. of dilute solutions of cane sugar (JONES) A. ii 165; (WILDER- MANN) A ii 351 588. ‘r. 125 127 129 131 132; P. HEAT :- Freezing point or points of aqueous solutions of sulphuric acid (PON- SOT) A ii 412.of dilute solutions of sulphuric acid ( WILDEXMANN) A ii 351. of dilute solutions of tartaric acid (ABEw) A. ii 588. Heat of ionisation of metals (JAHN) Latent heat or heats of evaporation method of comparing (MARSHALL and RAMSAY) A. ii 349. and molecular complexity connec- tion Of (IJINEBAROPR) A. ii 9. relation of vapour density boiling point and (DUDLEY) A. ii 289. of elements (STJTHERLAND) A. ii 7 . of paracetaldehyde (BECKMANN FUCHS and GERNHARDT) A. ii 237. of acetic acid (MARSHALL and RAIISAY) A. ii 349. of acetone ( BECKMANN FUCHS and GERNHARDT) A. ii 237. of isoamylic acetate (BECKMANN FZTCLTS and GERNHARDT) A. ii 237. of iwamylic alcohol (BECKMANN FUCHS and GERSHARDT) A. ii 237. of tertiary amylic alcohol (BECK- MANN FUCHS and GERNHARDT) A.ii 237. of benzene (BECKMANN FTJCHS and GERNHARDT) A. ii 237; (GRIPFITHS and MARSHALL) A. ii 349. of camphor (BECKMANN FUCHS and GERNHARDT) A ii 237. of carbon bisulphide (BECKNANN FUCHS and GERNHARDT) A. ii 237. of chloroform (BECKMANN FUCHS and GERNHARDT) A. ii 237. and GERNHARDT) A. ii 231. of decane (LUGININ) A. ii 146. of diethyl ketone (LUGINIX) A. ii 146. of dipropjl ketone (LUGININ) A. ii 146. of nitroethane (BECEMBXN FUCHS and GERNHARDT) A. ii 237. of ethylenic dibromide ( BECKNANN FZTCHS and GERNHARDT) A. ii 237. A. ii 230 231. O f CSmene (BECKMANN FUCBS,INDEX OF 111! i T :- Latent heat or h&s of ethylenic di- chloride (BECKXANN,. FVCHS and GERNHARUT) A. 11 237. of etliylie acptate (BECKXANN FFcHs and GERNHbRbT) A.ii 237 ; ( MARSEALL and RAXSAY) A.. ii 349. of ethyhc alcohol (BECKXANK FUCHS and GERNHARDT) A. ii 237 j ( MARSHALL and RAXYAP) 9. ii 349. of ethylic broniide ( BECKMANN FTCHS and GERNHARDT) A. ii 237. uf ethglic carbonate (LOUGUININE) A. ii 146. of etliplic ether ( RECPNANN EUCHS and GERNHARDT) A. ii 237. of ethylic forniate (BECKXANN FUCHS and GERNHBRDT) A ii 237 ; (MARSHALL and R-ANSAY) A. ii 349. FUCHS and GEXNHARDT) A ii 237. of ethylic propionste (MARSHALL and RAMSAY) A. ii 349. of formic acid (MARSHALL) A. ii 589. of glycerol (BRCKMAXN Fucus and GERNHARDT) A. ii 237. of menthol ( BECKXANN FUCIIS and GERNHARDT) A. ii 237. of menthone ( BECKWNN FUCIIB and GEYNHARDT) A. ii 237. of methyl hutyl ketone (LUGI- NIX) A ii 146. of methyl ethyl ketone (LUGI- NIN) A.ii 146. of methpl propyl ketone (BECK- NANN FUCHS and GERNXARDT) A. ii 237. of methyl isoproppl ketone (Lu- GINIF) A. ii 146. of methyla1 ( BECKXANN Fucas and GERNHARDT) A ii 237. of methyh acetnte ( BECKXANN FUCHS. and GERNHARDT) A ii 237 ; (MARSHALL and RAXSAY) A. ii 349. of meth~lic alcohol ( BECKMANN FUCHS and GERNRARDT) A. ii 237. of iiicthylic bntprate (MARSHALL and RAXSAP) d. ii 319. of methylie isobutyrate (MARSHALL and RANSAY) A. ii 349. of methylic carbonate (LUGININ) A. ii 146. Tor,. LXS. ii. of ethglic iodide (BECKMANN SUBJECTS. 893 HEAT :- Latent heat or heats of methylic formate (BECKMAWN FUCHS and GEBNHABDT) A. ii 237 ; (MAR- SHALL and RAXSAY) A. ii 349. of methylic iodide (BECKMANN FUCHS and GERNHARDT) A. ii 237. of methylic propionate (MARSHALL and RAMSAY) A ii 349.of normal octane (LUGFININ) A.. ii 146. of propionitrile (BECKMANN Fucns and GERNHARDT) A. ii 237. of propylic aeetat e (MARSHALL and XAMSAY) A ii 349. of propplic alcohol (BECKMANN FUCHS nnd GERNHARDT) A. ii 287. of isopropylic alcohol (BECKNANK PUCBS and GERNHARDT) A. ii 237. of propylic formate ( MAXSHALL and RAMSAY) A ii 349. Of tOlUene (MARSHALLand RAMSAP) A. ii 349. of water (BECKXANN FUCHS and GCRNHAR~T) d. ii 237. of m-xylene (MARSHALL and RAM- SAT) A. ii 345. Mehing point or points of some metals (LE CHATELIES) A. ii 87. of alloys influence of isomorphism 011 the (GAUTIER) A. ii 646. of opticJ isomerides ( W ALDEN) A. ii 583. of silver gold copper nickel 1~~llatXinin and platinum ( HOL- BORN and WIEN) A.ii 87. of hydmted sodium sulphate &- pression by foreign substance Y of the (LOWENHERZ) A. ii 149. physical changes of metallic sul- phides a t temperatures below their (SPI~IBGI.) A. ii 290. Heat of brominntion of oils deter- mination of (WILEY) A. it 5 13. Heat of solution and dilution mathe- matical treatment of (TAN LAAR] A. ii 154. of ocenaphtliene iii methylic ethylit arid propylic alcohols chloroform and toluene (SPETERS) A ii 411. of solution and dilution of acct- amide i i i water and ethylic alcohol (SPETERS) A. ii 411.Y 94 ISDES OF SUBJECTS. HEAT :- Heat of solution and dilution of acetanilide in niethylic and - ethylic alcoliols and chloroform (SPEWERS) A. ii 411. of benzamide in ethylic alcohol (SPEYERS) A. ii 411. of chloral hydrate in water etliylic alcohol chloroform and toluene (SPEPERS) A.ii 411. of mannitol in water (SPEYERS) A. ii 411. of naphthalene in methylic etliylic and propglic alcohols chloro- form and toluene (SPEYERS) A. ii 411. of phenanthrene in ethylic alcohoi and toluene (SPEYEPS) A. ii 411. of resorcinol in water and ethylic alcohol (SPEYERS) A ii 411. of sodium chloride (STACKELBERG) A. ii 589. of succinimide in water and ethylic alco2iol (SPEFERS) A ii 411. curve of eulphuric acid self -recorded breaks in the (PICKEBINO) A ii 155. of cane sugar in‘water (SPEYERS) A. ii 411. of p-toluidine in etlijlic alcohol chloroform and toluene ( SPEYEHS) A. ii 411. of urea in water and ethylic nlco- 1101 (SPEYERS) A. ii 411. of urethane in Water methylic ethylic and propylic alcohols chloroform and toluene (SP~PERS) A ii 411.Specific heat of solutions (TAMMANN) A. ii 289. of acetic acid (MASSOL and GUILLOT) A ii 8. of air. (ANAOAT) A. ii 349. of alloys of antiniony and iron (LABORDE) A ii 652. of copper (BARTOLI and STRAC- CIAII) A ii 145. of formic acid (MASSOL and GTJILLOT) -4. ii 8. of graphite (VIOLLE) A. ii 8. of lead (BARTOLI and STRACCIATI) of mercury (BARTOLI and STRAC- of platinum (BAR’IOLI and STRAC- of silver (BABTOLI and STBAC- of tin (BARTOLI and STRACCIATI) A ii 145. CIATI) A. ii 145. CIATT) A. ii 145. CIATI) A 11 145. A. ii 145. BEAT :- Specific heat of water at different temperatures ( DIETERICI) A ii 232. (HARTLEY) T. 844; P. 1896 98. of hydrocarbon flames (LEWES) A ii 141. influence of on the rate of chemical change (HARCOURT and ESSON) A.ii 238. influence of on the velocity of intra- molecular changes of oximes of (LEY) A. ii 243. of maximum density of salt solu- tions (DE LANNOY) A. ii 233. Temperatures measurement of high (HOLBORN and WIEN) A. ii 87. low (DEWAR) P. 1895 221. production of very low (LINDE) A. ii 232. Thermochemical data of acetal and chlorxcetal (RIVALS) A. ii 588. of p-nitroaeetanilide (MATIGNON and DELIONY) A. ii 88. of acetylacetone (GUINCHANT) A ii 12. of animoniuni mercuric bromo- cyanide (VARET) A. ii S8. of ammonium mercuric iodocyanidc (VARET) A. ii 148. of barium mercuric brornocyanide (VARET) A. ii 88. of barium mercuric iodocjanide (VARET) A. ii 148. of barium oxybromide (TASSILLT) A. ii 465. of barium oxychloride (TASSIL~S\ A ii 466. of nitrobenzaldehyde (MATIGXOS and DELIONY) A.ii 88. of o-chlorobenzoic acid (RITALS) A. ii 409. of o-clilorobenzoic chloride (RIVALS) A. ii 409. of In- and p-o-nitrobenzoic acids (MATIGNON and DELIGNP) A ii 88. of benzoic cyanide (GUINCHANT) A ii 465. of benzoylalanine (STOHXANN and SCHMIDT) -4. ii 466. of benzoylsarcosine (STOHXANN and SCHXIDT) A. ii 466. of cidmium mercuric bromocyanide (VARET) A. ii 88. of cadmium mercuric iodocyanide (VARET) A. ii la. of hydrated calcium iodide (TAs- SILLY) A ii 350. Temperature of certain flamesINDEX OF SUBJECTS. 895 HEAT :- Thermochemicnl data of calcinm m w curio broniocganide (VARET) A ii 88. of calcium mercuric iodocyanide (VARET) A. ii 148. of calcium oxybromide (TASSILLY) A ii 465. of nitrocarbamide (TANAT IR) A. ii 466. ,of cuprous cyanide (VARET) A ii 149.of cyanacetamide (GUIXCHANT) A ii 465. of cyanacetic acid (GUINCHANT) A. ii 465. of cpanacetoplienone ( GUIN- CHANT) A ii 465. of cyanuric acid (LEXOUZT) A ii 11. of the ethylic salts of the chlor- acetic acids (RtvAzs) 9. ii 588. of ethylic cpanncetate (GEIN- CHANT) A. ii 12. of ethylic cvanncetoacctste (GUIN- CHANT) A. ii 12 -o€ ethylic diacetoacetate (GUIN- CHAXT) A. ii 12. of hippuric acid (STOHXANN and of hydrogen seleiiide (PELABOX) of lithium cyanide (VARET) A. of lithium mercuric bromocpnicie of lithium mercuric iodocyanide of magnesium cyanide (V-ARET) SCHMIDT) A. ii 466. A. ii 96. ii 149. (!ABET) A. ii 85. (VARET) A. ii 148. A.. ii. 149. I of magn~sium mercuric bromo- of magnesium mercuric iodocyanide of manganese carbide (LE CHATE- of manganese carbonate (LE of manganese monoxide ( LE of manganese peroxide (LE of manganese silicate (LE CHATE- of methylic acetoacetate (GUIN- of methylic acet-j-lmalonate (GUIN- of methylic cyanacetate (GUIN- of methylic cyanacetoacetate cyanide (VARET) A.ii 88. (VARET) A. ii 148. TJER) A. ii 350. CHATELIER) A. ii 350. CHATELXER) A. ii 350. CHATELIER) A. ii 350. LIEL) A. ii 360. CHANT) A ii 12. CHANT) A. ii 12. CHANT) A. ii 12. (GUINCBANT) A. ii 12. HEAT :- Thermochemical data of methy!ic malonate (GUINCHANT) A. ii 7 2. of nickel cyanide (VARET) A. ii 513. of some nickelocyanides (VARET) A. ii 513. of phenylacetic acid (STOHMANNN and SCEXIDT) A ii 466. of phenaceturic acid (STOHNANN and SCHNIDT) A. ii 466. of o-nitrophenol (MATIGNON and DELIGXY) A ii.88. of p-nitrophenol (MATIGNON and DELIGNY) A ii 88. of potasRium o-chlorobenzoate (RIVALS) A. ii 409. of sodium and potassium cyan- urates (LEMOULT) A. ii 11. of sodium mercuric bromosyanide (VARET) A. ii 88. of sodium mercuric iodocynnide (VALET) A. ii 148. of strontium mercuvic bromo- cyanide (VARET) A. ii 85. of hydrated strontium iodide (TAs- SILLY) A. ii 330. of strontium mercuric iodocyaiiide (VARET) A. ii 148. of strontium osybromide (TAS- SILLY) A. ii 465. of o-toluoylalanine (STOEKANN anti SCHMIDT) A. ii 466. of p-toliioylalanine (STOHNANN and SCHMIDT) A. ii 466. of 0- m- andp-toluric ncids (STOH- MANX and SCHXIDT) A. ii 4f6. of triethglic phosphate (CATALIER) A ii 590. of zinc mercuric bromocyanide (VAXET) A ii 85. relating to the combination of benz- ene and azobenzene in the liquid and solid states (PICKERING) A.ii 148. relating to the combination of di- nitrobenzenes and naphthalene in the liquid and solid states (P.ICK.ERING) A. ii 148. relating to the replacement of mer- cury by potassiurn (VARXT) A. ii 649. relating to the combination or” pinncone and water in the liquid and solid states (PICKERINQ) A. ii i48. relating to the combination of sodium hydroxide and water in theliquidand solid states (PICPX- RING) A. ii 148. 62-2S!JG INDEX O F SUBJECTS. HEAT :- ‘I‘herinochemical data relating to the combination of stannic bromide and water in the liquid and solid states (PICPERINO) A. ii 148. relating to the combination of sulphuric acici and vvater in the liquid and solid states (PICKE- RINB) A ii 145.of nranium compounds (ALoY) A. ii 590. Thermochemistry fucdamental atomic laws of (SUTHERLAND) A. ii 7. ‘I‘hermo-couple Ltt Chatelier’s cow- parison of the air thermometer with ( HOLBORN and WIEK) A. ii 87. chemistry of ( FITZGERALD) T. 895 ; P. 1896 25. of galvanic polarisation (LE BLANC) A,. ii 4. Thermoelectromotive force of metals an3 alloys (DEWAR arid FLEMING) A ii 4. Thermometry advantages of the use of argon in (QUINAN) A. ii 44%’. Transition point of hydrated sodium hydrogen phosphate (BAuR) A ii 146. Unit of heat proposal of a standard (GEIFFITHS) A. ii 14’7. Vapour pressures a t high tempera- tures apparatus for determining (WALTER) A. ii 297. of mixtures of rolatile liquids (LIKEDAXGEX) A ii 408. of concentrated solutions of calcium nitrute ( WADDELL) A.ii 151. of ethylic alcohoi (BATELLI) A. ii 150. of concentrated solutions of lithium nitrate (WADDELL) A. ii 151. of liquid oxygen (ESTREICBER) A ii 150. Thermodynamics applications to Helisnthotannic acid ir Aeliunthus (OSBORNE and CAIMPBELL) A. i 716. Heliaiafhtcr edestin in -(OSBORNE and tuberosus arginine in (SCHELZE) A. ITelium sources of (WILDE) A ii 165. in minerals (ERDMANN) A xi 5’70 yield from different minerals and properties of (RANSAY) A. ii 596. from uraninite (LOCPYER) A. ii 596. absence of in certain minei-a1 waters (KELLAS and RAXSAY) A. ii 655. presence of in the gas from the Bath springs and in the atmosphere (RAY- LEIGH) A ii 599. CAMPBELL) A i 716. ii 383. Helium presence of in air and water (KAYSER) A. ii 19. in R natural water (MOUREU) A. ii 298.in mineral waters (BOUCHLRD) A. ii 117. in sulphuretted waters (TROOST and OETRARD ; BOUCHARD) A. ii 298. &c. state of in minerals (TILDEN) A. ii 655. density and atomic weight of (LAX- GLET) A ii 99. probable a.tomic weights of constitu- ents of (RUKGE and PASCHEN) A. ii 2. position of in the periodic system (DEELEY ; PREYER) A. ii 418. homogeneity of (RAMSAY and COLLIE) A ii 645. classification of (WILDE~ A. ii 165. chemical analogies of (HILL) A. ii 418. refractivity of (RAPLEIOH) A. ii 598. spectpum of (CROOKES) A. ii 1. spectrum of gas from cleveite (RUNGE and PASCHEN) A ii 1. wave-length of the line D3 in the solar spectrum (PALMER) A. ii 405. behaviour of when submitted t o the electric discharge (COLLIE and RAW- SAY) A. ii 634. expaliflion of by heat (KEENEN and RAXDALL) A.ii 598. 1-iscosity of (RAYLEIGH) A. ii 599. ab~orbed by cleveite iron and palla- dium (TILDER) A. ii 656. combination of with magnesium (TEOOST and OUVRARD) A. ii 99 Helmholtz menlorial lecture (FITZ- GERALD) T. 885; I?. 1896 25. discussion on ( HARCOURT LISTER FRANKLAND RAYLETOH ROSCOE. ARMSTRONG POYNTIKG) P. 1896 26. ” Helretia-green ” (PRUD’HOXME) d. i 485. Heinicelluloses fernientation of (GRUSS) A. ii 670. Heniimellithene (1 2 3-trimetheyl- 6elzzeize) sjnthesis of (LUCAS) d. i 41s. Hemimellitic acid (1 2 3-6enzenetri- carboxylic arid) and its salts (GRAEBE and LEONHARDT) A. i 437. (SCHUNCK and MARCHLEWSKI) T. from metliSlpul,pui.oxanthin ‘70; P. 1895 203. etherifieat3ion of (MEYER) A. i 547. LEOXHARDT) A i 43’7. Hetniruellitic anhydride (GRABBE anJINDEX OF SUBJECTS.897 Hemimellitimide and its salts (GRAEBE and LEONHARDT) A. i 437. Hemimorpiiite from Silesia (TRAUBE) A. ii 255. a-Hemipinamic acid silver salt (HOOGE- WERFF and VAN Donr) A i 315. B-Hemipinamic acid silver Walt (HOOGE- WERFP and TAN DORP). A. i 315. Hemp edestin a proteid in (OSBORNE and CAMPBELI;) A i 716. Indian charm the resin of (WOOD SPIVEY and EASTERFIELD) T. 539 ; P. 1896,76. Hempseed oil oxidisability of (BISHOP) Xendecenoic acid (undecylenic acid) dibroniide action of alcoholic pot- ash on (KRAFFT) A. i 665. bromo- action of potassium carbon- ate on in alcoholic solution (KRAFFT) A. i 665. A ii 399. HENDECINOIC ACIDS :- Hendecinoic acid (widecolic acid) and oxidation (KRAFFT) A. i 665. Dehydroliendecenoic acid (dehydro- undecjle9zic acid) andits oxidation XRAFFT) d.i 665 action of potash on (KRAFFT) A i 665. ethylic salt (KRAFFT) A. i 666. HENDECINYLIC ALCOHOL :-Methyl- allylhexenylcarbinol (homoliraalol) from methyllieptenone (BARBIER and BOUVEAULT) A. i 491. and its acetate (TIENANN and SCHMIDT) A. i 2’71. action of sulphuric acid on (TIEXANN and SCHXIDT) A i 271. oxidation of (TIEnrANNand SCHXIDTj A. i 271 272. iso-Hend ecy 1 am in e (isouitdecplamine) action of carbon bisdphide on (PON- ZIO) d. i 6%. Heptanaphthene. See Methylcyclohex- me. HEPTANES :- Heptane magnetic rotatory power and relative density of (PERKIN) T. 1063,1172 1236. 66-dinitro- (BORN) A. i 199. 8-nitro-d-nitroso- (BORN) A. i 199. DiisopropTlmethane yy-dinitro- y-nitro-y-nitroso- (BORN) A.,i 199.Methyl-a-ethylpropylmethane Bb-di- (BoRw) A i 193. nitro- (BORN) A i 199. Heptane-3 3 5 5-tetracarboxylic acid ethylic salt action of heat and of sulphuric acid on (AUWERS and SINGHOFF) A. i 642. cjclo-Heptenamine from pulegone carbamide and semicarbazone (WAL- LACH) A i 310. WOLFB) A. i 136. IIeptinene (mnanthylidene) action of water on (D ESBREZ) A. i 2. Methyfbutylacetylene action of water on (DESGREZ) A. i 2. Heptoaldehyde (tznaitthaldehyde) ac- tion of nitric acid on (PONZIO) A i 4G1. Heptoic acid (mnnnthoic acid) (PONZIO) A j 461. magnetic rotatory power and relative density of (PERPIN) T. 1063 1172 1236. ethylic salt magnetic rotatory power and relative density of (PERKIN) T. 1063,1172 1236. phenylic salt mapnetic rotatory 1075 1076,1078 118c1,1239.methylamide action of nitric acid on (PRANCHIXONT) A. i 602. iso-Heptoic acid brouio- action of wdter on (FITTI# and WOLFF) A. i 136. By-dibromo- (PITTIG and WOLFF) A i 136. (HJELT) a. i 598. iso-Neptenolactonc (FITTI@ and HEPTINENES :- power AC. O f (PEEKIN) T 1064 HEPTOLACTONE :-Ethylvalerolactone Heptylarnine action of carbon bisnlph- ide on (PONZIO) A. i 636. HEPTYLENE :-Diniethylisopropglethyl- ene (REFORMATSPY) A. i 127. HEPTYLIC ALCOHOL :-Triethylcarbinol action of bromine on (IPATIEFF) A. i 402. Heptylideneacetoacotic acid ethylic salt of (KNOEVENAGEL) A. i 211. Hept ylideneanthranilic acid (NIEMEX- TOWSKI andORZECHOWsKI),A.,i 188. Heptylidenebisacet onedicmboxy lie acid ethylic salt of (KNOEVENAGEL) A i 212. Heptylthiocarbimide and its behaviour with hydrogen sulphide (PONZIO) A.i 636. Hercynite from Valtellina (LINCK) A. ii 183. Herring meal. See Agricultural chem- istry. Hessonite. See Essonite. He1,eroproteose. See Proteose. Heteroxauthine. See Xanthine. Heulanditc from Tfiuringia ( FEOMME) action of acid on (RINNE) A ii 368. absorption of ammonia by dehydm- A. ii 370. ted (FRIEDEL) 8.) ii 481.898’ INDEX OF SUBJECTS. Hexabenzoylmyricetin preparation and properties of (PERPIN and HUXMEL) T. 1291 ; P. 1896 145. Hexacetylmyricetin preparation and properties of (PERRIN and HUMMEL) T. 1291 ; I?. 1896,145. Hexadecylamine hydrochloride boiling points of solutions of (KRAFFT and STRUTZ) A. ii 46’7. palmitate colloidal nature of solutions of (KRAFFT and STRUTZ) A. ii 468. Hexadecylene monobronio- action of alcoholic potash on (KRAFFT) A.i 665. HEXADECYLINEKES :- Methyltridecylacetylene from brom- hexadecylene (KRAFPT) A. i 666. Tetradecylace ty lene from brom- hexadecglene (KRAFFT) A. i 666. iyclo-Eexadiene (dihydrotoluene) (KXOEFENAGEL) A i 288. c:yclo-Hexadiene-1 2-dicarboxylic acid (dihydrophthalic acid) (HowE) A. i 481. Hexahydroanthranilic acid ekhylic salt and amide of (EINHORN and BULL) A. i 4’72. Hexahydrocinchomeronic acid and its salts (KoENIas and WOLFF) A. i 698. hydrochloride of (KOENIGS) A. i 252. Hexahydro-n-cumene. See Propyl- cyclohexane. Hexahydro-J/-cumene. See 1 2 5- Trimethylcyclohexane. Hexahydrocymene. See 1 4-Methyl- isopropylcyclohexane. Eexahydrolepidjiiic acid l~ydrochloride of (KOENIGS) A. i 252. Eexahydrophenylaminoacetic acid hy- drochloride of (EINHORN) A.i 552. Hexahydropyridine-3 5-dicarboxylic acid. See Hexahydrocinchomeronic acid. Hexahydroquindinic acids and their hydrochlorides methylic and ethylic salts and nitroso-compounds (BEST- HORN) A. i 252. Hexahydrotoluene. See Methylqylo- hexane. Hexahydro-p-toluic acid. See 1 4- Methylcyclohexanecarboxylic acid. Hexahy d roxy ben zen e oxidation of (BERTRAND) A. i 534. Hexahydro-m-sylene. See 1 3-Dime- thylcyclohexane. Hexahydro-p-xylic acid. See 1 2-Di- methyleyclohexane-4-carboxy lic acid. Hexamethoxyrosolic acid constitution of (HOFXANN LECTURE) T. 627. Hexamethylbenzene preparation of Hexnnietbglenediaminu. See Hexyl- enediamiiie. o-Hexamethjlenediamine. See cyclo-Hexane 1 %iliamino-. Hexaniethylenetetramine proposed (HOFXANN LECrERE) T.721. forrnuloe for (DUDEN and8c€rARPP) A. i 122. mercurochlorides and mercuroiodide of (DEL~PINE) A. i 78. Hexamethyle thylenediammouium sal ts of (SCEBNEIDER) A. i 201. Hexaniethyltriaminotriphenylttmyloxy- methane (ROSENSTIBHL) A. i 3’77. Hexameth~ltriaminotriphenylcarbinol trimethiodide and triniethohydroxidc of (ROSENSTIEHL) A. i 376. Hexamethyltriaminotriphenylethoxy- methane (ROSENSTIEIIL) A. i 376. Hexamethyl tri;~minotriphenylhydroxy - methane methiodide of (ROSEN- STIEHL) A. i 377. HexamethyltriaminotriphenyliodometEi- one methiodide of (ROSENSTIEHL) A. i 377. Hesamethpltriaminotriphenylmethane trimethiodide and trimethohydroxidc of (ROSENSTIEHL) A. i 376. Hextlmeth yltriaminotriph eny lme t hoxy- methane and its trimethiodide and monomethiodide (ROSENSTIEHL) A.i 376. Hexane normal from light petroleum (THOMAS and YOUNG) P. 1895 172. (TIIOMAS and YOUNG) P. 1895 174. norinal physical constants of dinitro- (PONZIO) A. i 461. eyclo-Hexane stereoisomerism of (WILLSTATTER) A. i 452. 1 2-diarnino- and its hydrochloride (EINHORN and BULL) A. i 472. Hexane-2 6-ketol. See n-dcetylbu- tylic alcohol. HEXANETRICARBOXPLIC ACID :-d-iso- Propilpropane- dd d -tricarboxylic acid and salts (PERRIN) T. 1492 1493 ; P. 1896,170,154; (HEINIE and PERKIN) T. 1507 ; Y. 1896 155. action of heat on (PERKIN) T. 1495. ethylic salt (PERKIR’) T. 1490,1491 ; P. 1896,170,154; (HEINKE and PERKIN) T. 1507; P. 1896 155 ; (AUWERS and TITHERLEY) A. i 643. actioii of alcoholic potash on (HEITVKE and PERPIN) T. 1507 ; P. 1896 155.sodio- action of phenoxyethylic brom-INDEX OF SUBJECTS. $99 ide on (PERKIN) T. 1504; P. 1896,170. c:,lclo-Hexanone condensation of with benzaldehyde (PETRENKO-KRIT- SCHESKO and ARZIBASCHEFF) A. i 6'71. 3-cyclo-Helanone-1-carboxylic acid and its ethylic salt (EIIVHORN and COB- LITZ) A. i 531. v~/do-Hexeneclicitrboxylic acids (tptra- A.ydrophthalic acids) (HOWE) h. i 481. &-iso-Bexenoie acid action of bro- mine hjdrogsn bromide and sulphuric acid on (BRAUS) A. i 5!34. 1 EXENOIC ACIDS :- oxidation of (BRAUR) A i 594. @y-iso-Hexenoic acid and the action of sulphurio acid on (BEAU#) A. i 59-4. a-Ethylcro tonic acid (et hy laEIy lacetic acid) (HJELT) A. i 598. iso-Yropj lacrylic and triniethplacrylit acids preparation of the mixed etlieresl enlts of (PERKIN) T.1488; P. 1896 170 154. etiiylic falt action of etliylic sodio- nialonate on (PERKIN) T. 1490 ; Y. 1896 170 154. 'l'rimethylacrylic acid (PERKIN) T. 1478; P. 1896 170 154 ; (PEB- KIN and THORPE) T. 1485 ; I?. 1896,157. action of bromine on (PERKIN) T. 1480; P. 1896 154; (PEXKIN and THORPE) Y. 1896 J57. action of hydro broinicand IiTdriodic acids on (PEREIK) T. 1481 ; P. 1896,154. action of phosphorus tricliloride on (PERKIN) T. 1480. ethylic salt action of ethylic malon- ate on ( PERKIN) T. 1495. anilide of (I>liRgIK) l'.. 14SO. chloride of and action of aniline on ryr/o-Elexenjl methyl ketone (tetra- hydroacetophenone) ar?d granat al ideiitity of (CIANIC~AN and SILBER) A. i 397. (PERKIN) T. 1480. IIexethyiet h y len ediphosphonium di- bromide prepamtion of (HOFXANN LECTURE) T.6 i S . dichloride preparation of (HOFMANN LECTURE) T. 680. diiodide and dihydrate action of lieat on (HOFMANN LECTURE) T. 678. HEXINENES :- Dipropenyl (DELACRE) -4. i 591. Metliyli.sopro~~ylacetylenr (][PA- TIEPF) A. i 330. HEXINENEY :- Methylisoprop~lacetplene bromo- TrimetliylisosllSleiie (IPATIEFF) A. (IPBTIEPF) A. i 330. i 330. HEXOIC ACIDS :- iso-Hexoic acid (iso-LzttyTncetic acid) a-brorno- action of ethylic sodioacetoacetate on (AUWERS and SCHIFFER) A i 644. etbylic salt (AUWERS and SCHIF- ZEB) A. i 644. B-bromo- (BEAUX) A. i 594. as-dibromo- (BRAUN) A. i 594. aS~-Trimetliyl~ropionic acid (a- methyliso~rop.ylacetic acid a- methjlisocaleric acid) (PERPIN) ,. T. 14.76. action of heat on (PERKIN) T. 1477. action of broiniue and phosphorus pentabrornide on (PERKIN) T.1478. a-bromo- et,liylic salt (PEPKIN) T. 1478. action of ulcoholic potash on (PEBKIX) T. 14'78 1485 1486 ; P. 1896,170. action of etliylic sodiomalonate on (PERKIN and THORPE) T. 1485,1498. action of quinoline on (PERKIN) T. 1489; P. 1896 170 154. B-bromo- (PERKIN) l'. 1481; P. 1896,170 154; (PEXXIN and THOXPE) T. 1484; P. 1896 156. aSS-'li.irnethylpropionic acid ethylic salt (PERKIN and TIIORPE) T. 1484. action o!' alcoholic potash on (PERPIK) T. 1478 1485 action of etliylic sodioinalonate on (PERKIN) T. 1485,1498. ~iyd~olyeis of ( PERKIN and TITORPE) P. 1896,157. dibromo - (PEEKIS) T. 1480 ; P. 1896 170 154; (PEREIN and THOBPB) P. 1896 157. P-iodo- (PERKIN) T. 1481; P. 1896,170 154 ; (PERKIN and THORPB) T. 7485; P. 1896 157. THORPE) !P.1488. 1486 ; P. 1896 170. etliyiic salt (PERILIN and y 4.90 -Hex03 act one refraction equivalent of (ANDERLINI) A. ii 229. Hexose chnnge of to pentose deriva- tives iu cereal celluloses (CROSS BEVAN and hCITII) T. 1609; P 1896,175.IIexose formation of a pentose mono- formal from in plants (CROSS BEVAN and SMITH) T. 1610; P. 1896 175. TTexoses amount of i n nodules (STOX- LASA) A. ii 205. Hexylallyicarbinol. See under De- cenylic alcohols. P-iso-Hexylamine from oxiine of mesi- tylic oxide ; its hydrochloride platino- chloride oxalate and carbamide (KERP) A. i 448. 1 3-MethylhexylcycZohexadiene. Hexylene specific gravity of (WANK- LYN) A. i 2. Go-Hexylene dihromide (IPATIEFF) A. i 330. on (IPATXEFF) A. i. 330. m-Hexyldihydrotoluene. See HEXYLENES :- bromo- action of alcoholic alkali dibromo- (IPATIEFF) A.i 402. Tetramethylethylene ( REFORXATSKY and PLESCONOSSOFF) A. i 128; (DELACRE) A. i 591 668. Hexylenediamiue (hexnmethy Zenedia- mine) its hydrochloride and di- benzoyl derivative (CURTIUS and CLEMM) A. i 464. Eexylenediethylurethane ( CURTIUS and CLEXM) A. i 464. Hexylene glycol. See Pinacone. HEXYLIC ALCOHOLS :- Methylisobut~lcarbinol from reduc- tion of mesitylic oxide (KERP) A. i 448. Pinacolic alcohol action of hydrogen iodide on (DELACRE) A. i 662. Dimethylpropylcarbinol preparation action of bromine on (IPATIEFF) Dimethylisopropylcarbinol (REFOR- MATSKY and YLESCONOSSOFF) A. i 281. Xexylic hydride specific gravity of (WAXKLFN) A. i 2. ~IEXYLIC :-Tetramethylethylic iodide (REFORMATSPY and YLESCONOSSOFF) A i 128.nn-HexyltetrahTdro-m-cresol. See Me- thyl-1-hexyl- 3-cycZohexeno1-5. on-Hexyltoluene 5-chloro- (GTTNDLICH and KNOEVENAOEL) A i 213. Xeydoarum coronarium growth of and the percentage composition of (&AN- DEAU) A. ii 268. Eippenybenzylurethane (CURTIUS) A. i 38. Hippenylcarbanil (CURTIUS) A i 38. dibromo- (CURTIUS) A. i 39. diiodo- (CURTIUS) A i 39. of (IPATIEFF) A. i 402. A. i 402. Hippenylethylurethnne (CGI~TICS) A . HippenSlmethyluret'tiane (CURTIIX) Hippuranilide and its nitrosoderivatiT-c Hippuric acid lieat of combustion oi' (STORNANN and SCHMIDT) A. ii 4.66. action of sodium hypochlorite 011 (DE CONINCP) A. i 282. ethyfic s d t (RADENHAUSEN) A. i 137. See also Agricultural chemistry. (A4p- Hippuroflavin diamide of (EUGHEI- NEB) A. i 6.2.bismethylanilide o-toluidide p-to- luidide and xylidide of (RUGHEI- NEE) A. i 62. Eippuro-p-toluidide (CURTIUS) A. i Hippuro-p- tolvvlenediamide (CvBTrusj Hippurylazoimide (CURTIUS) A. i Hippurylcinnamylidenehydrazine (CUR- Hippurylhydrazine its hydrochloridc platinosoehloride and acetjl derivlt - tire (CURTIUS) A. i 37. nitroso-. See Hippurylazoimide. Hippurjlpheny lhydrazine symmetrical its acetyl and nitroso-derivative- (CURTIUS) A. i 37. i 38. A. i 38. (CURTIUS) A. i 38. pendix.) 38. A. i 38. 37. TIUS) A. i 37. Hippuryltropeine (MEIiCh) A. i 65. Hislopite from Tndia (HOLLAND) A ii 261. Hrstidine (KOSSEL) A. i 582. base from albumin identical witlr (HEDIN) A i 659. Hoeferite from Bohemitt (KATZER) A ii 189. Hofmann memorial lectures (PLAYFAIR ABEL YERKIN ARMSTRONO) T.5'75; P. 1893,133. Hofmann-riolet green dye obtained from (HOFNAXN LECTURE) T. 622. Holcus lanatus potash and phosphoric. acid required by (SMETS and SCIXEEI- BER) A. ii 384. Homoasparagine (EORNER and ME- NOZZI) A. i 206. Homoaspartic acid (KORXER and ME- NOZZI) A. i 206. smides of (KORNER and MEXOZZI) A. i 206. derivatives of preparation of from citraconic mesaconic and itaconii. acids and alcoholic ammonia (Kon - NEE and MEPCZZI) A. i 205 206.INDEX OF SUBJEC'l'S. 'JUI Homocamphoric acid. See I-Eydroxy- I-fomocinchonidine possible formation of from cinclionine (KOENIGS and HUSMANX) A. i 707. and salts niicrocliemical reacC,ions of (BEHREWS) A. i 514. Homohnalol. See Methylallylliexenyl- carbinol under IIendecinylic alco- hols. Ifomopiperon~lic acid bromo- (AX- GELI) A.i 296. Komopiperonyloxamie acid (AFGIELI) A. i 295. Homopyrocatechol magnetic rotatory power &c. of (PERKIN) !P. 113!> 1183,1239. Homoterpenovlforniic acid oxinie of (TON BAEPER) A. i 621. Eomoterpenylic acid (VOS BAEYER) A. i 622. Homotropinic acid (granatic acid) and its aurochloride (CIAXICLAN and SILRER) A. i 997. Honey examination of and detection of molasses and starch sugar in (BECKXANM) A. ii 582. estimation of levulose in (WILEY) A ii 342. Hops. See Agricultural chemistry. (Appendix.) Hordein in barley meal (OSBOENE) A. i 4455. Xoordeum vulgnre potash and phos- phoric acid required by (SXETS and SCHREIBER) A. ii 384. Rornblende from. British Columbia camphocarboxylic acid. (HOFFMANN) A. ii 257. from Japan ( KoTB) A. ii 39.from Lioran (FoDQu~) A. ii 533. from Naples (FRAWCO) A. ii 313. IL new alkali from Ontario (ADAMS and HARRIXGTON) A. ii 374. I-Iortonolite from Nonroe N.Y. (PEN- FIELD and FORBES) d. it 873. Huascolite from Sew Soutli Wales (LI,YERSIDOE) A. ii 658. IIumite from Nordmark Sweden (SJO- GEEN) A. ii 114. IEumus solubility of in vegetable in- fusions (BR~AL) A ii 670. Ifpacinth. See Quarsz. Hydantoic acid ( WEIDEL and ROITH- NEB) A. i 471. Hydantoinacetic acid thio- and its pro- ducts of oxidation (dWDREASCH) A. i 89. I3y dracetFlacetone magnetic rotatory power and relative density of (PER- KIN) T. 1063 1172 1237. Xydrsemic plethora artificial (LEATEES) A. ii 50. Hydrargillite. See Gibhsite. HSdrastine physiological action of cle- Hgdraetinine physiological action of IIydrazi-rlerivatives oxidation of (CCR- Hydrazibznzil action of heat on (CUR- Hydrszides action of iodine on (CUR- action of nitrous acid and diszo-salt.condensation of with aldehjclw Hydrazimine derivatives of. See iso- Hydrrtzine general account of (CX-R- TIUS) A. i 33'7. formation of by reduction of nitroso- sulphates (DIVERS and HAOA) T. 1613 j I?. 1896 179. action of nitrous anhydride on (Ccrt- TIUS) A. i 338. behaviour of towards nitrodiazobenz- ene (TON PECHMANN) A. i 680. reducing action of (CURTIUS) A. i 338. Hydrazine hydrate constitution of (CURTIUS) A. i 339. action of ethylic iodide on (CUIL- TIUS) A. i 339. behaviour towards ethylic deriz-n- t,ives of nitrophenols (Puir- GOTTI) A i 363. rivatives of (E'ALK) A ii 201. (v. BONGE) d. ii 492. TIUS) A i 339.TIUS) A i 339. TIUS) A. i 339. on (CURTIUS) A i 339. (CURTJUS) A. i 339. Dihydrotetrazine. sulphate (CURTIUS) A i 338. thiocyanate (CURTIUS and HEIDES- action of heat on (CURTIUS ant1 phthalyl isoplithalyl and tere- phttialyl derivatives (CITRTIUS and DAVIDW) A i 680. Hydrazinecarboxylic acid ethylic salt hydrochloride of (THIELE and LACH- MANK) A. i 208. Hydrazines o-nitro- behaviour of to- wards nitrous acid (ZINCICE) A. i 430. Hydrazinoacetic acid. and its hydrolysis (CURTIUS) A. i 335. Hydraziaobutyric acid (TRAUBE and Losa-IWEscuj A. i 340. benzylidene derivative of (TBAUBE and LONOINESCU) A. i 340. Hydrazinoisobutyric acid (TRIELE and HEUSEB) A. i 340. action of etliylic acetoacetate 011 (THIELE and HE~SER) A. i 341. hydrochloride sulphate and nitratca of (TIIIELE and HEUSEE) d.j 341. REICH) A. i 143. HEIDENREICH) A. i 143.902 INDEX OF SUBJECTS:. I€gdi*azinoisobutSric acid ethylic salt and its hydrochloride (THIELE and HEUGCR) >I. i 341. rnethjlic salt (THIELE and HEUSER) A. i 341. ll~-druziriod~irohutVric acid and its salts (eTHIEr,~ and HEUSER) A i 341. action of heat on (THIELE and HEU- SER) A. i 341. dinitroso-derivative (THIELE and HEUSER) A. i 341. mononitrile of (hy~razoiso~zctyroni- triiie arid) (THIELE and HEU~ER) A. I 341. Ilgdrazinndiisobutyronitrile and its oxi- dation (TTXIELE and HEUSER) A. i 341 342. U ydrazinopropionic acid (TRAUBE and l~ydrochloride of (TRAUBE and LONBIKESCU) A i 340. benzylidene derirative (TRAUBE and LONQINESCP) A. i 340. condensation of with ethylic aceto- acetate ('I'RAUBE and LONBINESCU) A.i 340. IIpdrazinot!iioc,zi*bonamide (CURTIUS IIpdrazinovaleric acid (Taau~E and benzglidene derivative (TRAUBE and salioylidene derivative (TRAUBE and LdNt*INESCU) A. i 340. and HEIDENBEECH) A i 143. LONGINESCU) A. 1 340. LOXGINESCE) A. i 340. LONGINESCU) A. i 340. I-Tydraziosalyl (CURTIUS) A. i 35. Hydrazobenzenc (CURTIUS) A. i 339. discovery of (HOFMANN LECTURE) J fydrazodicarbonaniide (SCHOLTZ) A. 1 343. fry drazodicarbothioallylamide action of hydrochloric acid on (FRRUND and EBEILBHUN) A. i 415. Ifydi~uzoneplienylglyoxylic acid (Bou- VEAULT) A. 1 650. Irydrazones beliilviour of towards phenylhydrazine (WALTHER) A. i 542. 1)-Hydrazophenylic ether (HAEUSSER- MANX and ZEICHMANN) A i 533. lfydrindene magnetic rotatory power &c.of (PERKIN) T. 1083 1144 1153 1196 1197 1229,1242. Hydrindone magnetic rotatory power &c. of (PISREIN) T. 1093 1201 a-Hydrindone action of bromine on (RETIS and KIPPINO) P. 1895,214. dibromo- (REVIS and KIPPIXQ) P. 1895,214. action of alcoholic potash on (REVIS and KIPPIXG) Y. 1895 214. T. 689. 1243. Hydrobenzoin prepsintion of (KAUFF- iso-Hydrobenzoin preparation of MANN) A i 650. (KAUFPMA~N) A. i 660. from the electrolysis of potassium mandelnte (WALKER) T. 1279. Hydrobilirubin absorption spectrum of (CANGEE) A. i 714. Hydroboraeite fornidu of (KOSXASN) A. ii 368. Hydrocarbon C,H (IPATIEFF) A i 402. CG€IIo from reduction of niesitylir oxide ; its oxiine and tribromo-de- rivative (KERF) A. i 448. CBHI1 derived from dihydrociscam- plioljtainide (Nons) A i 696.CSHIG from pulegonic acid and it& nitrosochloride (WaLLAcH) A. i 310. C,H2" from action of alcohol and zinc dust on dibromodipropq.liso- propylic alcohol (OBERREIT) A. i 666. CIOHi6 from oil of valerian (OLIVIBRO) A. i 492. C10H22 from Berea grit petroleum (MABERY and DCJNN) A. i 329. CllH18 from liomolinulol and cam- phoric or puccinic anhydride (TIE- MANN and SCHMIDT) A. j 271. CllH21 from Berea grit petroleum (XABERY and DUNN) A. i 329. C12H26 from Berea grit petroleum (DEABERY and JkTNN) A. i 323. (C,,Hl.,) (KLINGER and LONNES) A. 1 374. C1,HI2 from bertzylic cthglic ether (SCRTCPLER) n i 490. C,5Hp2 froni santalal (CRAPMAN and BTTRGESS) I?. 1896 140. C16H24 from cholesterylcne (MAUTH- NER and SUIDA) A i 426. C1S€12s from cholesterylic chloride (MAUTHNER and SL-IDA) A.i 426. C2,H3 from cholesterylene (MAUTH- NEB and SUlDA) A i 4.26. C20H36 from nientliol (TOLLOCZEO) A. 1 381. C26U16 from the rrduction of tetra- plieiiyl~nepii~ucoitn (KLINOER and LoNNEsj -4. i 691. C261118 from the reduction of di- phenyldiphenglenepivlacolin (KLIN- GEK and LONNES) A i 891. C29HGn frwn Charas (WOOD SPIVEY and EASTEREIELD) T. 543; P. 1896 76. Hydrocarbon %tunes. See Flames. Hydrocarbons in coal-tar (HOFMANN LECTURE) T. 693.INDEX OF SUBJECTS. 905 IIydrocarbons molecular weight volume and constitution of (TRAUBE) A. ii 153. poisonous effect of on algE and in- fusoria (BOKORNY) A ii 669. aromatic synthesis of (TOHL) A. i 16; (JAXNASCH) A. i 147. bromo- action of on lead salts of thiophenols (BOURGEOIS) A. i 17. natural possible explanation of the formation of (MOISSAN) A.i 633. unsaturated union of the elements of water with (DESOREZ) A. i 2. Hydrocarbons. See also :- Acenaphthene. Acetylene. Allvlbenzene. Allilene ( ~ 7 z e t ~ ~ l a c e t ~ l e ~ z e ) . Airiy lene. B-iso-Am;~.l naplithalene. Ant h r ace i i e . Benzene. p-BidiphenFl. iso-Butenjlbenzene. iso-Butylbenzene. iso-Butjleiie. Camphene. Cardene. Cedrene. Cholesterylene. Cinnaiaene. Citreno. Cumene. +-Cumene. Cyrnene. Decandiene 1 3-. Dian t hrac en e ( p a m nthm ce n e> . Dibenzyl. Di hydrodiphenyl. Dimethylisoallylene. 1 2-Dimethyl-4 5-diplrenylhexa- 1 3-DiinetliylcycZoliexnne. 1 3-Diiuethylc~~cZohexadiene. 1 4-Dimetliylnaphthalene. 1 3-Dimethyley clopen tame. Dimeth glisoprop~lethglene. Dimethglstilbene. Dipentene.Dipheny 1. Diphenylacetylene (tolatze). m-Diphenylbenzene. 4 5-Diplienyl-1 2-dimetl1ylcyclo- Diphen yldiphenylene-ethane. ass-Diphenyldiphenglene-ethane. Dipheny ldiphen ylene-ethy lene. Diplienyldiphenylenetk~ ylene. Diphenylmethane. Diphenylryclopentane.. Dipropeny 1. methylene. hexane. Hydrocarbons. See :- Ethane. Ethylbenzene. E tliylcymene. Ethylene. E thylidenee~/rZoproprtne. Etltylirlenetrimetillene. p-Ethyltoluene. Heptane. Hept inene (mum%y?ideue). C ~ K ~ O - hI exadiene. Hex:zlrydrocymene (meizthme 1 4- Hesahydro-m-xyleoe (1 3-dimethyl- Hexar~ethylbenzene. Hexane. Hexjlene. Hydrindene. Indene. Laurolene. Ledene. Limonene. Mrnthane. Mentlionaphthene. Mesitylene Methane. Methylacetylene. Met hylam placetylene. Methyl butplaeetvlene Methylethyletli~letie ~~ethylliex-rlc.~cloliexadiene.Met,liylc.~cZohexane. 1 4-Methglpropylrycloherrane. 1 3 .Methplisopropylc?/cZohesatliene. Methyli~opropy1:icetyleno. Met1iyli.ropropylbonzene. Methyl tridecylacetylene. PTaph thalene. Octinene (mefh~yZ.6-Aeptawdiene; Paraffin. Phenanthren e. Phen y lacetglene. o- uud sn-Phcnyltoluenes. Phenyl-p-to1 y lmctliane. Pinene. Prop! lbenzeiie and iso-Propylbenzct ic. Propylene. Sesquit erpene. S tilbene. Terpene. Terpinolene. Tetradecylacst ylene. Tetrahjdrot oluene. Tetrametliyletlij lene. Tetraphengldip2ienylenel,ropari (1. Tetraphenylethylene. Tet raphenylmetbglene. T o h e . Toluene. Tri~etli~lisoally lene. metlylp ropy lcyclohexa ae) . cyclohexane). 1 3-capr~Eidene).904 ISDEX OF SUBJECTS. action of nitro-opianie acid on (LIE- I~ydrocotarnineph~lialide and its salts Hydrogen possible occurrence of in air (PHILLIPS) A.ii 162. atomic weight of (THOMSEN) A ii 244; (MOSLEP) A. ii 640. spectrum of the flame of (BoHN) A ii 140. behaviour of when submitted to the electric discharge (COLLIE and BERMANN) A. i 711. (LIEBERMANN) i%. i 264. Hydrogen peroxide formation of from ether by action of light (RICHARDSOX and FORTEY) T. 1352; P. 1896 165. formation of fro% certain organic substances by action of light (RICHARDSON and FOBTEX) T. 1349 ; P. 1896 164 165. physical constants of (BRUHL) A. ii 163. decomposition of (SPRING) A. ii 92. action of on ammonitLca1 copper compounds (VITALI) A. ii 92. ve1ocit.y of the reaction between hydiiodic acid and (NOYES and SCOTT) A. ii 158; (HAECOURT and ESSON) A.ii 238. reaction of silver oxide and (RIEGLER) A ii 471. reaction of furfuroids with (CROSS BEVAN and SNITIT) T. 1607; P.. 1896 174. oxidation of pentoees by (CROSS BEVAX and SXITH) T. 815; P. 1896 96. non-occurrence of in plants (CEO) A ii 60. separation of ozone from (ENQLER and WILD) A. ii 574. Hydrogen delicate reaction for (PIIIL- LIPS) A. ii 162. estimation of by paliadiois chloride (CAMPBELL and HART) A ii 496. estimation of in presence of methane (GILL and HUNT) A. ii 341. 'Hydrolapachol chlor- (HOOKER) T. Hpdi-olysis and etherification ( WEG- facility of (BR~HL) A. i 178. of salicin by acids (B OYES and HALL) See also Velocity of hydrolysis. Hydrolp tic decompositicn in aqueous solution (KRAFFT and STRUTZ) A ii 467. (FRANCESCONI) A. i 3'78.acid hgdrothio-. 1361. SCHEIDER) A. i 95. A. ii 159. Hydrometasantonin and its oxime Hydrotliiosuccinic acid. See Succinic Hydrotiglic acid. See Valerie acid. a-Hydroxy-acids action of chloral on (EDELEANU and ZAHARIA) A. i 348. l-Hydroxy-l'-acetonyl-3 3'-dimethy1- isoquinoline hydrochloride platino- chloride (COLLIE and WILLSMORE) T. 301 ; P. 1896 47. o-Hydroxy acetophenone condensation of with benznldehyde (FRIEDLANDER and RUDT) A. i 439.IXDEX OF SUBJECTS. 905 4'-Hydrox~-3'-amylquinoline (NIEXES- 1 o-Eydroxybenzoylazoimide (STRUVE TOWSKI and ORZECHOWSKI) A i 1 188. m-Hydroxybenzoylazoimide (STRUVE of (WACKER) h. i 603. p - Hydroxybenzoylazoiruide (STRUVE formation of from anilidoapo~tfran- 1 ration of ( LIEBERMANN) A. i 711. and RADENHAUSEN) A. i 36. Hydroxrantlirdquiiiones hydroxylation and RADENHAUSEN) A.i 36. Hydroxyaposafranoiie (BIBCHER and and RADENHAUSEN) A. i 36. HEPP) A. i 323. Hydroxybenzylhydrocotarnine prepa- one and from aposafranone ( FIS- HpdrouJ-benzylideneacetophenone. See CHER and HEPP) A. i 50. 1 Phenyl hydroxystyryl ketone. Hydroxyazobenzene effect of on the 1 o-HydroxSbenz~lidene-o-aminobenzyl-o- freezing point of dilute soda solution anisidine (BUSCH BRUNNER and (GOLDSCHMIDT and GIRARD) A. i ' 475. I o-Hydroxybenzylidene-o-aniinobenzyl- p-Hydroxpazobenzene benmyl deriva- 1 p-bromaniline (BUSCH and HEINEK) tire of (MCPHRRSOX) A 1 28. i A. i 159. p-Hydroxyhenzaldehydc condensation o-Hydroxybenzylidene-o-arninobenzyl- BIBK) A. i 160. of with o-sniinobenzylamine (BUSCH) A i 508. 1 XING) A. i 158.derivatives (PAAL) A. i 40. y-chloraniline (BUSCH and VOLKE- m-bromo- and its sodiiim and silver 1 o-HiNdroxybenzylidene-o-aminobenzyl-~- pheuetidine (BuscH and EEAKTMANN) m-iodo- (PAAL) A. i 40. I A. i 160. ?'-E2rdl.oxybenzalclouime m-dibromo- p-Hydroxvbenzylideneaniline,m-bromo- (PAAL and KRONSCHRODER) A. i 265. 1 dibromo- (PAAL and KRCU~SCHRODER) o-Hydroxybenzbydrazide,andits benzyl- 1 idene derivative (YTRUVE and RADEN- I o-H-j-droxybenzylidenediacetophenone HAUSEN) A. i 36. 1 bromo- and its acetyl derivative i,t-Hydroxybenzllydmzide and its 1 (CORNELSON and XOSTAITECKI) A henzvlidrne dcriratire (STRUVE and I I . 241. (PAAL) A i 40. A. i 225. RADENHAUPEN) A. i 36. )-Hyd r2 )x vbenzliy d razide and its henzylidene derivative (STRUITVB and RADENR~ITS~ N ) A.i 36. o-Hydroxybenzoic acid. See Salicylic wid. wHydroxybenzoic acid (DE CONINCK) A. i 473. compound of with antippine (PATEIN and DUFAU) A. i 650. et.lt.rlic salt of benzoic derivative of (LIMPRICHT) A i 435. p-Hydroxybenzoic acid (DE CONINCP) A i 473. conip mnd of with antipyrine (PATEIN arid OUFAU) A. i 650. p-fTydvoxybmzoic acid 3-aniino- and its acetate (DIEPOLDER) A. i 615. m-bromo- ( PAAL) A. i 40. m-dibrorno- ( PAAL and KRON- SCRRODER) A. i 225. 3-nitro- a U d its ammonium salt (DIEPOLDER) A i 615. o-HydI.oxyb,~nzoplienone a method of preparation o f (GHAEBE and ULL- MANN) A i 440. and its sodium derivative (COHN) A i 440. (CORN) A. i 440. (LIMPRIGHT) ii. i 435. o-Hydroxybenzoplienone dibromo- p -Hyd ruxj ben zophenone preparation of o- Hy droxybenzy lidenebismethyl-p-to171 ketone and its acetyl derivative (COB- NELSON and XOSTANECEI) A.i 244). o-H y droxybenzylidenediacetophenone and its acetyl derivative (CORNELSOX and KOSTAXECKI) A. i 240. p-ITyd rox-j-benzy lidene-a-naph thyl- aniine m-dibromo- (PAAL and KROXSCHR~DER) A i 225. o-Hydroxy benzylidene-&naphth y1-o- amii~obenzylhydrazirie (BUSCK and BRAND) A. i 161. p-Hydroxybenzylidene-p-toluidine m-di- bronio- (PAAL and KRONSCHRODEB) A. i 225. 2- (or 4-) Hydroxybenzylphenazone l-chlor- (KEHRNANN and PUENER) A. i 512. 6 Hgdroxybuta,ne-ays-tricarboxylic acid lactone of (BESTHORN) A. i 252. Hydroxybutyric acid (WEIDEL and ROITHER) A. i 470. w- H yd1.oxy-cZ'S-lr-camphanic acid and its acetyl derivative (KIPPING) T. 947; P. 1896 115. Ifydroxycemphocarboxylic acid (homo- campho~ie acid) and its silver salt (BREDT and ROSENBERG) A.i 178. rr-Hydroxycamphoric acid barium salt acetyl derivative of the anhydride (KIPPING),T. 93s ; P. i s 9 6 i i ~ i .806 IXDEX OF SUBJECTS. n-Rydroxycamphoric acid oxidation o (KIPPING) P. 1895 211. Hydroxvcamphoronic acid constitutior of (B~FIAL) A. i 179. zu-B;ydroxycamphotricarboxylic acid isomeric lactones silver salt (KIP PING) T. 961; P. 1896 115. HIdroxycarvone sodium derivative oi (VON’BAEYER) A. i 246. I€ydroxy-+-cumenol dibromo- (AUWERS and AVERY) A. i 151 acetate (ATJWERS and ABVERY) A. i 151. ether and its diacetate (AUWERS and AVERY) A. i 151. compound of with phenylcarb. imide (AUWERS and AVERY) A.. i 151. ~ydroxydibronioccniphorsnlphonic acid its bromide and lactone (LAP- WORTH and KIPPING) P.1896 78. Rydroxydihydrocarvone from oxida- tionof pinole hydrate its oxitne semi- carbazone (WALLACII) A. I. 571. Hydroxydihpdrocarvoxime diacetyl de- rivative (WALLACH) *4. i 571. Hydroxydimethoxycoumarin-B-ca~b- oxylic acid and its ethglic salt (BIGINELLI) A. i 369. etliylic salt (REFOXMATSKY) A. i b-Hyrlroxy-aa-diniethylglutaric acid (REFORMATSKY) A. i 206. 206. 6- HJ droxy- aa- dim e t h y lglutaric hydride (REFORYATSKY) A. i 206. a-Hfydroxy-aB-dimethylplutarie acid ethglic salt and the action of hydriodic acid on (MONTEMARTINI) A. i 667. Hydroxydimethylglutatric lactone bromo- anilide of (AUWERS SCHIF- FER and SINOHOF) A. i 643 644. SCHIFFER and SINOHOF) A. i 644. p-toluidide of (AUWERS SCHIFFEB and SINGHOF) A i 644. Hpdroxydimethylisohexoic acids.See Hydroxy octoic acids. Ey droxy dimethy lisopropylpropionic acid. See Hydroxyoctoic acids. 2’-Hydroxydiphenylamine 2 4-di- amino- (NIETZKI and SIMON) A. i 164. .P‘-Hydrox~diphenylaniine 2 4-di- amino- and its hydrochloride (NIETZPI and SIMOR) A. i 164. 4’-Hydroxydiphenylamine 2 4-di- nitro- and its acetgl derivative (NIETZKI and SIMON) A. i 164. an- B-naphthalide o f (AUWERS aSB-HydroxydiphenSlbLityric acid (iso- phenefhylmaizdelic acid) (JAPP and LAXDER) P. 1896 108. y-HSdroxy-By-diplieiiSlbutyric acid (JAPP and LANDER) P. 1896 110. a-Hy droxy -aB-diphcriylethrlamine formate of (SODERBAUM) A i 484. formyl diforniyl. acetyl diacetyl benzoyl and dihenzoyl derivatives of (SODERBAUM) A i 484. Hydroxydiphenylethylamine isomeride of its hydrochloride and platinochlor- ide (SODEBBAUK) A.i 98. B-Hydrcxy -aS-diplienyle thyluretliane (~ODERBAUM) A. i 483. a-Hydroxy-a@-diphcnylmethane o-cy - aco- (GABRIEL and XTELZNER) A. i 507. l-Hzdroxv-1 2-diphenylc~clopentan- 4-one (JAPP and LANDER) P. 1896 107. 2-Hydroxy -2 3-diphenylcyclopenten- onylacetic acids a- and 8- (JAPP and MURRAY) P. 1896 147. 2-Hydroxy-2 3-diphenylcyclopenten- onylacetic acid &lactone of (JAPP and MURRAY) P. 1896,147. 3 1 5-Hgdroxydiphenyltriazole (WID- MAN) A. i 630; (YOUNG) A i ’702. acetpl derivative of (WIDXAN) A i 630. 1 2’ 4 2-Hydroxydisulpbonaphthoic acid sodium hydrogen and barium hydrogen salts (FRIEDLANDER antl ZINBERO) A i 244. ine and its salts (WEKGFH~FFER) A i 360. LWydroxyethylphenazone (KEHRXANX and TIKHVINSKY). A.i 511. Hydroxye thyltriethylphosphoninm hydroxide preparation of (HOFMASN LECTURE) T. 678. Hydroxyfumaric acid identity of wit11 oxalacetic acid (MICHAEL and BUCHER) A. i 600. cy-H-j-droxyglutaric acid (GUSTAVSON) A. i 669. ~YDROXYHEPTOIC ACID :-B-Hydroxj- tetramethylpropionic acid,‘ (tetm- mefhylethyleneEnctic acid) s p t h e - ais of (REFORMATSKY and PLES- CONSOFF) A i 128. ethylio salt (REFORNATSKY and PLESCONSOFF) A. i 128. HydroxyisoheptoIactone ( FITTIG and WOLFF) A. i 236. Hpdroxyhexahydrotoluene. See 3 1 - Hy droxymethy lcyclohexane. 4’-Hydroxy -4-ethoxv-2’-methylquinol-ISDES OF SUBJECfS. 90T Hydroxvhexameth ylenecai*boxylic acids. See IIydroxycyclohexanecarboxylic acids. 3-Hydroxyc~ycZoh exane-1 -cnrboxy lamido 3-Hydroxy ryclohexane-l -carboxylic HYDROXXHEXOIC ACIDS :- (EINEORN and COBLITZ) d.i 530. acid ancl its salts (EINIIOJZN and COBLITZ) A j 530. B-Hydroxj isoliexoic acid (Aydroxy- isocaproic a c d ) (BRAUN) A i 594. Hydroxyicoliexoic mid lactone of (isocaprolactone) (BEAUN) A. i 594. B-HSdroxy -uBB-trimetliyl~ropionic acid (h+ droxy -a-in eth!/lirovaZer ic arid) (PBRKIX and THORPE) T. 1482,1486,1487; P. 1896 156. action of liydriodic andtydrobromic acids on (PERKIN) T. 1487; (PERILIN and TBORPE) T. 1484 1485. salts of (PERPIN and THORPE) T. 1486 1437. ethjlic salt ( PERKIN and THORPE) T. 1482 ; P. 1896 156. Hydroxy-P-isoIierylumine and its oxa- Hpdroxyhydrolapachol (HOOKER) T. l’-Hydroxyindole-2’-carboxylic acid and its acetyl and benzogl derivatives (REISSERT) A. i 3’39 methjlic and ethylie salts (REISSERT) A i 389.H-jdroxgketostenric acid (BEHREND) late ( ~ I R P ) A i 448. 1361. A. i 410. Hpciroxylactone CloHIGOp from oxida- tion of pulegonic acid ( ‘,VALLACE) A.. i. 311. Hyd;okylamine forniatioii of by reduc- tion of nitrites (DIVERS and HAGA) T. 1612 ; P 1896 179. action of hydrogen iodide on (DUN- STAN and COULDINQ) T. 840,841 ; P. 1896 73. action of on nitrobenzenc ( ANQELI) A. i 613. deriratives from zitro-compounds (BAMBERQER and KNECHT) A. i 430. HAGA) T. 164’7. anlid osul phonat e (D I v ERS and hycircchloride action of niagnesinm on sdufionu Of (VITAL[) a ii oxidising action of (B ILTZ) d. i comparison of hydriodides and hydro- clilorides of (DUNSTAN and GOUL- DING) T 841 842. 4‘0. 690. IIydroxylaniine sulpliate preparation of (DITERS and HAGA) T.1665 ; P. 1896 178 action of metallic iocliclcs on (DUX- STAN and Goumrya) T. 840. estimation of (DENIG~S) A ii 387. Hy drox;rlamines ucciny 1 h j droxaniic acid (ERRERA) A. i 209. Hydroxgluninie acids action of nitrous acids on (TRAUBE) A i 9. ECydroxyIaminoacetic acid ( TRAUBE) d . i 9 ; HANTZSCH ancl WILD). A.,i 286. Hyctroxylaminoisobut yric acid. See iso-Btutyric acid hydroxylamido-. HpdroxyliLminoiuobutyronitrile. See Isobutjronitrile hpdroxglamido-. Hyclroxy-ioo-lapactiol preparation of Hyclroxy-u.lapachone synthesis of (HOOKER) T. 1370 1372. Hydroup-B-lapacl.loiie formation of (HOOXER) T 1381. preparation of (HOOKER) T. 1368. Hydroxylauronic acid (NOYES) A. i 696. Hydroxymeroquinenine and its salts (KOENIGS) A. i 64 Hjdroxj methaneti~isulphonic acid (POX PECHMANN and hfANCK) A.i 16. 8-Nydroxy-P-methyladipic acid (TIE- MANN and SCHMIDT) A i 272. p-Hydroxy-m-methylbenzoic acid l~evo- rotatory amnionium salt of (RUGHEX. MER) A. i 616. 5 2-Hjdroxymethylcorimdin (RUIIE- MANX and WOLFF) T. 1388. 6 l-H3.droxyniethylilillfdroj)yridone- 3 4-clicerboxylic acid knidc of mon- ethylic salt (RUHEMANN and TYLER) T. 533 j P. 1896,73. HIdroxymettiylenebenzylic cyanide carbaiiilido-derivative of (WISLICE- NUS) A. i 553. HydroxymethylenepTienylttcetic aci(l ethylic salt of and its salts (WISLI- CENUS) A. i 552,554. carbanilido-derivative of ( WI s L r - CESUS) A i 553. (IIOOSER) T. 1368 1375. 1 (or 2) 4-Hydi.oxyn~etl~~lethylenc- phenazont? (I<EHRMANN and TIPI%- V I N S K Y ) A i 511. P-Hydroxy-8-methylf urf uraldeliyde (KIEKMAFER) A.i 145. action of oxalic acid on (KIERXAYER) A. i 144. oxidation of (KIEXMAYER\ A. i 144. aldoximes of and their behavioitr when heated (KIERXAYER) -A. i 144. phenylhydrazone of (KIERMAYER) A. i 144.908 INDEX OF SUBJECTS. 1 3-HydroxymetIiylcycZohe~ane (m- 72ydrox~hexa7z~rtrotolzcene) (WAL- LACH) A. i 310. 2 l-H~droxymethylphenazone and its hydrochloride (ICEHRMAWN and TIXHVINSKY) A 1 511. 1 (or 4) 2-Hydroxymethjlphenazone chloro- ( KEHRNANN and F UHNER) A. i 512. 1 (or 2) 4-Hydroxyroethglphenylphen- azone (KEHRXANN and TIKHVINSPY) A. i 511- B -H y d rox y m eth y lpipolin i c acid. lac t on e of and its platinochloride and barium salts (ZINCKE and WINZHEIMER) A. i 500. ~-llydroxy-b-meth~lp~romucic acid and its bpnzopl derivative (KIERXAYER) A.i 14-1.. oxidation of (KIERMAYER) A. i 144. 4’-Hydroxy-2’-met hylquinazoline,hydro- chloride of (NIENENTOWBHI) A. i 578. Hpdroxynaphthadiphenazone dibromo- and its sodium derivative [N Bra 0 LAU and UHLMANN) A i 167. 3 4- Rydroxvnuphthalenesulphonic acid l-aniino- acetyl derivative of = 1 3 5 4 ; N OH = 1:Sl (MOH- (FRIEDLkNDERaIld RGDT) A. i,568. 1’ 3~-Hydrox~naplithaieneeulpt1onic acid 2-amino- (TAUBER and WAL- DER) A. i 692. 2-diazo- (TA~BER and WALDER) A. i 692. 2-hydrazo- (TA~BER and WALDEB) A. i 692. ffydroxjnaphthaquinone condensation of with benzyl-o-phenylenediamine (KEERXANN andTIKHVINSKY) A. i 512. condeneation of with etliyl-o-phenyl- enediamine (KEHRMABN and FUH- SER) A. i 511. B-IJpdroxy-a-nnphthaquinone conden- saticjn of with iso-valeraldehyde.See iso-Valeralclehyde. 2-Hy drox yn a ph thaq uinone -4-im ide 1- oxime ( REHRMANN and HERTZ) A. i 566. 2 1 4-Hydroxynaphthaquinonedi- imide ( ~EHRMANN and HERTZ) A. i 567. 1 2-Hydroxynaphthoic acid etherifi- catioh of ( MEYER) A. i. 547. 2 3-Hydroxvnaphthoic acid constitu- tion of (MOHLAU j SCHOPFP) A i 243. csonstitution of in relation to colour (ARMSTROXCI) P. 1896,42. ctherification of (ABMSTRONG) P. 1896 43. 2 3-Rydroxyntlphthoie acid I-amine (MOHLAU and KRIEBEL) A. i 242. 1-nitroso- reduction of (MOHLAU and KRIEBEL) A i 243. 4-Hydroxyn~phthyl-3 5-dibromo.4- hydroxyphenylamine ( MOHLATJ and UHLMANN) A. i 167. Kydroxyoctaldehyde (frimetAyl-2 2 4- pentanol-3-al-1) and its acetyl deriva- tives (URBAIN) A. i 590. HYDROXYOCTOIC ACIDS :- p-Hydroxy-r-dimethylisohexoic acid (8-~ydrox,~-a-dinzet~yl-8-iso~ro- p y lpropio nic or dii so prop9 lgy l- collie aeid) ( BAEYLOWITSCH) A.i 11; (FPANKE) A. i 404. of T4Tohlbriick-Hantzsch identity of with di.isopropylglyco1lic acid (BARYLOWITSCH) A. i 11. propionic acid and the action of hydriodic acid on (REFORMAT- SKY) A. i 128 129. ethylic salt (REFOXMATSKY) A. i 128. Hydroxyosamide (SCHIFF and Mow- SACCHI) A. i 209. Hydroxypentaclecoic acid and its acetyl derivative (CIAXICIAX and SILBER) A i 596. 3‘-Hydrox~plienazine. 3-amino- and its diwetyl derivative (NIETZKI and SIMON). A. i 164. y-Hydroxy-&phenoxyetliylbutyric acid (BENTLEY HAWORTH and PERKIN) T. 1’70 ; P ,1896,36. p-Hj droxyphenyl p-tolyl ketone (LIx- PRICHT and SANIETZ) A. i 42. 3 1 5-HydrosyphenylisobutyltriuzoIe and its benzojl derivative ( WIDMAN) A.i 630. carbamide (DORAX) T. 329; P. 1896 ‘74. diazine bromo- ( ERRPELDT) A. i 393. o-Hydrox~plienyletlipl propyl ketone (HARRIES and BUSSE) A. i 301. phenplhydrazone (HARRIES and BUSSE) A. i 301. Hjdroxyphenyletlir laniine three iso- merides of (ERLENXEYEX) A. i 305. 3 1 5-Hydroxyphenplethyltriazole (WIDMAW) A. i 630. p-Hpdroxyph enylic ether (EAEUSSEE - MANN and BAUER) A. i 677’. Eydroxyphenylindazole and its mer- curoehloride and silver nitrate (An- WERS and SONDHEIXER) A. i 504. iso-HydfoxyphenSlinftazole and its 8-Hydroxy -a-dimet hy1 -P-isopropyl- ab-~-Hpdroxyphen yIcarboxyethylthio- 4-H~droxy-5-pheiiyl-2 6-dibenzyl-m-INDEX OF SUBJECTS. 909 acetyl derivative (AUWERS and SONDHEIMER) A. i 504.2-Hydroxyphenylplienazine (KEHR- XANN and TIKHVINSKY) A. i 511. 3 1 5-Hydroxyphenylpropyltriazole ( WIDNAN) A i 630. 3 I 5-Hydroxyphenylisopropyltri- azole and its hydrochloride and acetyl derivatives (WIDMAN) A. i 630. 3 1 5-Hydroxyphenylstyr.vltriazole and its sodium derivative (WIDXAN) A. i 630. p-Hydroxyphenylsuccinamic acid and its salts (PIUTTI) A. i 223. p-Hydroxyphenylsuccinimide (PI UTTI) A. i 223. p -Hydr oxy -2’-ph~nyl te trah y droquih - azoliue (BIJSCH) A. i 508. 3 l-Hydroxyphenyltriazole ( WIDMAN) A. i 630. Hydroxypinic acid (TON BAEYER) A. i 308 620. Hydroxypinole dibromide acetyl deri- vative of (WALLACH) A. i 102. a-Hydroxypropionic acid 8-trichloro- ethylic salt action of chloral of (EDELEANV and ZAHARIA) A. i 348. Hydroxyi.wpropylg1utaric acid ( PITTIG and WOLFF) A i 135.3-Hydroxypyridine nitro- ( WEIDEL and MURMANN) A. i 105. dinitro- (WEIDBL and MURXAKN) A. i 105. a-Hydroxypyrindone 8-chloro- its sodium and potassium salts and anilide (ZINCKE and WINZHEIXER) A. i 499. dichloro- (ZINCKE and WINZHEIMER) A. i 501. Hyclroxyquinacridone (NIEXENTOW- SKI) A. i 261. 4‘-Hydroxyquinazoline chromate of (NIEMENTOWSKI) A. i 578. l-Hydroxyquinoline etbobromide of (CLAU~ and MOHL) A. i 697. methosulphate methodichromate and metlioxalate of (CLAUS and MOHL) A i 697. l-Hydroxyquinoline 2 4-diamino- and its salts and diacetyl and dibenzoyl derivative (CLAUS and DEWITZ) A. i 654. 4-bromo- methiodide and methohy- droxide of (CLAUS and MOHL) A i 697. 2 4-dibromo- and its hydrobromide and dibromide (CLAUS and HOWITZ) A.i 255. 2 4 3’-tribroino- (CLAUS and HOWITZ) A. i 255. 2 4-dinitro- and its salts (CLAUS and DEWITZ) A. i 654. VOL. LXX. ii. 3-Hydroxjquinoline 4-bromo- hydro- bromide of action of bromine on (CLAUS and HOWITZ) A.. i 255 1 (? 2) 4 3’-tribromo- (CLAUS and HOWITZ) A. i 255. 4-Hydroxyquinoline action of bromine on (CLAUS) A. i 449. 4-Hydroxyquinoline l-bromo- ( CLAUS) 3-bromo- (CLAW) A. i 449. 1 3-dzbromo- (CLAUS) A. i 449. l-Hydroxyquinolinephenazine 2- chloro- and its hydrochloride (ZINCKE and WEIDERHOLD) A i 502. 1 4 3-Hydroxyquinolinequinone 2- chlor- and its sodium rtcetyl ani- line and toluidine derivatives and i t 3 oxime (ZINCKE and WINZHEI- XER) A. i 499 (ZINCKE and WIEDERHOLD) A. i 501. 4-Hydroxy-l-quinolinesulphonic acid and its sodium salt (CLAUS) A.i 450. o-Hydroxpstyryl propyl ketone (HAR- RIES and BUSSE) A. i 301. phenylhydrazone (HARRIES and BUSSE) A. i 301. a-Hydroxysuccinio acid boiling point under reduced pressure of (KRAFFT and DYBs) A ii 89. HFdroxytetrahydrocarvoue from carone (TON BAEYER) A. i 246. 8-Hy droxytetrahydrocarvonebianitros y- lic acid (VON BAEYER) A. i 246. 2 3-Hydroxytetrahydronaphthylamine its picrate aurochloride and platino- chloride (BAMBERGER and LODTER) A. i 100. 8-Hydroxytetramethylpropionic acid. See Hydroxy heptoic acids. Hydroxytheophyllin (HIRSCH) A. i 626. action of ammonia on (HIRSCH) A i 626. exo-Hydroxy-o- toluic acid (EINHORK) A. i 551. Hydroxy tolup h enoxazone ( XE HRXANN and BURGIN) A. i 707. Hydroxytrimethylaeetic acid (JUST) A. i 404. 8-Hydroxy-au8-trimethyladipic acid (PERKIN and THORPE) P.1896 156. &Hydroxy-aa/3-trimethyladipic acid lactone of (PEEKIN and THOPPE) P. 1896 156. a-Hydroxy-u8/3-trimethylglutaric acid ethylic salt (PERKIN and THORPE) P. 1896 156. j3-Hydroxy-aa&trimethylglutaric acid ethylic salt (PERKIN and THOBPE) P 1896,156. A i 449. 63910 INDEX OF SUBJECTS. 8-Hydroxy - aa6-triniethylglutaric acid action of the bromides of phosphorus on (PERKIN and THORPE) P. 1896 156. mal- Hydroxytriniethylglutaric lactone amide of (AUWERS SCHIFFER and SINGHOF) A. i 643. anilide of (AUWERS SCHIFFER and SINGHOF) A i 643. l-Hydroxy-1' 3' 3-trimethyliroquinol- ine its hydrochloride ; oxidation of (COLLIE and WILLSMORE) T. 302; P. 1896 4'7. Hydroxytrimethylsuccinanil (AUWERS and CAMPENHAUSEN) A i 525.Hydroxytrimethylsuccinic acid (AUWERS and CAMPENHAUSEN) A. i. 525 (KOMPPA and BERGEOTH) I A. i 5%. Hydroxytrimeth-ylsuecinic anhydride acetyl derivative of (ATJWERS and GAGPENHAUSEN) A. i,. 525. Hydroxytrimethylsuccinotolil and its acetyl derivative (AUWERS and CAWPENHAUSEN) A. i 525. p-Hydroxytriphenyltetrazolium chlor- ide and its nitrate (WEDEKIND) A. i. 631. 6-Hydroxyvaleric acid (FICHTEE and HELRAND) A. i 463. Hydrozincite from Spain (CESARO) A. ii 479. Hygric acid formation of from cusk- hygrine ( LIEBERMANN and CYBUL- SKI) A. i 710. Hygrophilite from Bavaria (SCHWAGER and GUMBEL) A ii 432. Hyoscine formula of and physical con- stants of salts of (HESSE) A. i 657. A'yoscyamus lziger seed oil analysis of (MJOEN) A ii 506. Hypoxanthine non-occurrence of in tea extract (KRVGER) A.I 450. I Ice dimor hism of (BARENDRECHT) A. ii 4 l t . Ichthyol estimation of sodium salicy- late in (HOFMAN) A. ii 549. Idocrase from Vesuvius and the Matter- horn and wiluite (JANNASCH and WEINGARTEN) A ii 259. Iglesiasite from Silesis (TRAUBE) A. ii 255. Ihleite ? from Argentina (SCHICKEN- DANTZ) A. ii 4180. Ilmenite from Bavaria (SCHWAGER and from Queenslmd (LIVERSIDGE) A. GUMBEL) A. ii 481. ii 658. Ilvaite from Vancouver Island (HOFF- MANX) a4. ii 190. Imides and Imines. See :- Benzoyl thiocarbixnide. iso-Butylthiocnrbimide. iso-B iityrylthiocarbimide. Camphorimide. Camphorisoimide. S-Camphormethylisoimide. Diazo benzenimide Dimethylmalonimide. Diisopropylsuccinanil. Dii.sopropylsu ccinimide. Diisopropylsuccino-B-naphthil. Diisopropylsuccino-p - tolil.Ethylglutarmil. E thylph thalimide. Eth ylsuccinimide. Formimid e. Glutaranil. BB.Glut aranil. S&Glutaro-p-tolil. Hemimellitimide. Hepty lthioearbimtde. 1I-j-druzimin e. Hy droxynap h thaqninone-4-imide. 2 1 4Hydroxynaphthaquinonedi- p - Hydroxyphen ylsuccinimide. Eydroxytrinieth ylsuccinanil. Hidroxytrimethy lsuccinotolil. Maleinanil. Maleinimide. Maleinotolil and Maleino-p-tolil. a-Met hylglntaranil. a-Meth ylglutaro- 8-naphthil. a-Methylglutarotolil. a-Naphth ylphthrtlimide Palmitylt h iocarbimide. Phenaeetylthiocarbimide. Propion plthiocarbamide. Propylthioearbimide. S t earylthiocarbimide. Succinanil and aa-Succinanil. Succinethjlimide. Succino-a-naphthil. Succino -P-naph thil. aa-Succino-P-naphthil. aa-Succino-p-tolil. P yro tartarimide .Pyrotartaronaphthil. Tetramethyldiphenylimide. Tetramethylsuccino-8-naphthil. Tet rame thy lsuccino-p - tolil Thiethylimine. (HANTZSCH and MAI) A. i 84. phenylic salt of (HANTZSCH and MAI) A.,i 34; (NEF) A. i 15. p-bromophenylic salt of (HANTZSCH and MAI) A. i 33. phenylic ethylic salt of (NEF) A,,i 15. mide. Imidocarbonic acid ethylic salt ofINDEX OF SUBJECTS. 911 Imidocarbonic acid bromo. ethylic salt of (HANTZSCH and MAI) A i 34. cyano- ethylic salt of (NEF) A. i 71 72. Imidoformyl chloride and its compound with hydrogen cyanide (NEF) A i 76. cyanide (NEF) A. i 76. Imido-oxalic acid. See Oxalic acid imido-. Imidosuccinic acid. See Succinimide. Imine C,,H2,N from methyleyelo- hesenonoxime the nitrate (WALLACH) A i 310. Iminosulphonic acid. See under Sul- phur.iso-Indazole 1’-acetyl derivative of (AUWERS and EWING) A. i 504. Indene magnetic rotatory power &c. of (PERKIN) T. 1083 1144,1153,1196 1197,1230,1242. Indian geranium oil of. See Aitdropo- yon schmnanthus. Indiean in urine (DAIBER) A. ii 491. presence of in tuniours (NEPVEU) Indium and gallium in blende from New South Wales (KIRKLAND) A. ii 183. Indigo-carmine detection of in wines (BELAIL) A. ii 630. dndigofera? formation of indigo in plants of the (VAN LOOKEREN and VAN DEB VEEN) A. ii 607. Indigotin formation of in plants of the I‘Bdigofercz? (VAN LOOKEREN and VAN DER VEEN) A. ii 207. formation of from benzylidene-o- nitroacetophenone (ENGLER and DORANT) A. i 49. fluorescence of gaseous (WIEDEMANN and SCHMIDT) A ii 86. the red isomeride of (SCHIJNCK and MARCHLEWSKI) A.i 96. (SCHUNCK and MARCHLEWSKI) A.,i 96. (NEPVEU) A. 11 319. A. ii 319. Indileucin acetyl derivative of Indole presence- of in tumours Indole -2'-carboxy lic acid 1’- amino - ethylic salt of (REISSERT) A.) i 391. 1’-nitro- (REISSERT) A. i 390. Indophenazine (SCHUNCK and MARCH- LEWSKI) A. i 96 236. 1 3-dz%romo- and its 1’-acetyl deriva- tive (8cHuwcKand MARCHLEWSKI) A. i 236. m-chloro- and its acetyl compound and silver salt (SCHUNCK and MARCHLEWSKI) A. i 96. Indophenazine nitro- and its 1’-acetyl derivative (SCHUNCK and MARCH- LEWSKI) A. i 236. Indophenols absorption spectra of (BFYRAC and CAMICHEL) A. 11 349. Indoxin (REISSERT) A. i 390. Indoxylglycuronic acid in urine (DAIBER) A. ii 491. Induline discovery of (HOFXANN LEC- TURE) T.622. Induline (m. p. 286-288’) its acetate hydrochloride and hydrobromide (FISCHEE and HEPP) A. i 325. Indulines nomenclature of ( JAUBERT) classification of (FISCHER and HEPP) Inesite from Sweden (HAMBERG) A. ii 308. Infusoris poisonous sction of various chemical substances on (BOKOBNY) A ii 669. Intestinal juice action of on trehalose cane sugar and maltose (BCURQUE- LOT and GLEY) A. ii 315. charactera of ill sheep (PPEGL) A. ii 49 paralytic properties of (MENDEL) A. ii 617. Intestine absorption of fat by (LEVIN) A ii 376. absorption of peptone bp the (REID) A. ii 318. absorption of proteids from the ( FRIEDLANDER) A ii 536. influence of nerves on absorption from the (REID) A. ii 663. small digestion of lactose in (ROH- MANN and LAPPE) A. ii 43. Inversion mechanism of (ARMSTROK~) P.1896 46. of cane sugar by salts (Lox@) A. ii 414. Invertebrates marine respiratory exchange in (VERNON) A. ii 195. Invertin action of heat on (Rouss~) A. ii 121. Inulin action of oxalic acid on (DULL) A. i 120,121. Inulin of garlic identity of with the inulin of hyacinth narcissus and tuberose (CHEVASTELON) A. i 5. Iodargyrite from Broken Hill N.S.W. (SHITA) A. ii 30. Iodine occurrence of in waters (LECCO) A. ii 579. absorption spectrum of solutions of in carbon bisulphide vapour (WOOD) A. ii 458. rate of sublimation of (ARCTOWSKI) A. ii 636. A. i 326. A. i 51. 63- 2912 INDEX OF SUBJECTS. Iodine partition of between two sol- vents (JAKOWKIN) A ii 295. partition of between salt solutions and carbon bisulphide and tetra- chloride (JAKOWKIR) A.ii 514. presence of in thymus gland (BAU- MANN) A. ii 487. presence of in the thyroid gland (BAUMANXI) A. ii 263; (BAU- MANN and Roos) A. ii 48’7. percentage of in the thyroid gland (BAUMANN) A. ii 487. presence of in skeleton of Gorgonia (DRECHSEL) A. ii 378. reaction of with dilute ammonia solution of (CHATTAWAY) T. 157’7 ; P. 1898,173. Hydrogen iodide preparation of (KASTLE and BULLOCK) A. ii 357. liquid properties of (NORRIS and COTTBELL) A ii 357. gaseous action of on salts of elements of the fifth group (SMITR and MEYER) A. ii 165. action of carbonyl chloride on (.BEWON) A. ii 358. action of sulphuric chloride on (BESSOR) A. ii 41’7. rate of oxidation of (WARDER) A. ii 297. velocity of the reaction between bromic acid and (NOYES and SCOTT) A. ii 158.velocity of the reaction between hydrogen peroxide and (NOYFS and SCOTT) A. ii 158; (HAR- COUXT and ESSON) A ii 238. estimation of soluble volmnetrically (RIEGLER) A ii 573. Iodic acid action of magnesium on solutions of (VITALI) A. ii 420. compounds of molybdic tungstic and phosphoric acids with (CHR& TIEN) A. ii 652. Iodine detection of by dichlorobenzene- sulphonamide (KASTLE) A. ii 216. detection of in organic compounds (RAIKOW) A. ii 70. detection of small quantities in pre- sence of chlorine and bromine (LUDWIG) A. ii 542. estimation of elec*trolyticalIy (VORT- MANN) A. ii 71. estimation of in organic compounds (SOHUYTEN) A. ii 71. Acetone. Acetylene. Iodo-derivatives. See :- Iodo-derivatives. See :- Aniline. Anisidine. Anisoil. Azobenzenes. Azoxybenzene. Benzkldehyde.Benzsyaaldoxime. Benzene. Benzoic acid. Diazobenzenethiophenyl ether. 2 4-Dihydroxyacetophenone. /?-Ethoxy $3-phenylpropionic acid. Ethylene. E thylidenecy clopropane. E t hy lcyclopropit ne . Ethyltrimeth ylene. Pormanilide. Gorgonic acid. Hexahydrotoluene (metitylcyclohex- Hippenylcarbanil. p-Hy droxybenzaldehyde. Methanedisulphonic acid. 8-Metliosy-B-phenylpropionic acid. Meth yldiphenyl. Methylisoraleric acid. Naphthalene. Pentadecoic acid. Penthiazoline. Phenol. 8-Phenylhydracrylic acid. B-Phenylpropionic acid. Phthalic and iso-Phthalic acids. Phthalic anhydride. Phthalimides. Propionic acid. Propylene. iso- Qninoline. Terephthalic acid Thienyltriphenylmethane. Toluene. Toly lketoindene. Trimethylpropionic acid. Veratrol. Xylidine. Iodoso-derivatives. See :- Benzaldehyde.Benzoic acid. Benzaldehyde. Benzene. Naphthalene. Tolueue. ane) . Iodosy-derivatives. See :- Iodyrite. See Iodargyrite. Ion atom and molecule relation between Ionisation of metals heat of (JAHN) Ionisation. See Electrolytic dissocia- Ions connection between the conduc- the colours of (LEA) A. ii 639. A. ii 230 231. tion.INDEX OF SUBJECTS. 913 tivity of a rapour for heat and the velocity of its (BREDIG) A ii 348. Ions periodicity of the colour of Ipecacuanha alkaloids of (PAUL and COWNLEP) A. i 192; (Camps) A. i 395. estimation of (CRIPPS) A. ii 284. Ipecacuanha root non-existence of cephaeline in one sample of (CEIPPS) A. i 396. Ipomma turpethzcm turpethin the active constituent of (KROXER) A. i 386. Iresine red dye of leaves of ( WEIGERT) A.i 388. Ii*idium solubility of carbon in (!fOISSAN) A. ii 610. Iridium bases - Iridioaquopentamine bromide and chloriridite (PALMAEE) A. ii 180 181. Iridiohexamine hydroxide chloride and other salts (PALMAER) A. ii 181. Iridiopentamine bromobromide chlorochloride chlorochloriridite chlorodithionate chlorhydroxide chloroxalat e acid chlorosulphate iodoiodite nitratonitrite (PAL- MAER) A. ii 180 181. Iron native terrestrial from Ontario (HOFFMANN) A. ii 259. effect of on absorption spectra of hemoglobin and allied compounds (GAMGEE) A. i 714. action of steel on a photographic plate of (PELLAT) A. ii 601. condition of the carbon in (DOWATH) A. ii 563. constituents of steel (OSMOND) A. ii 172. absorption of by living body (WOL- absorption of from alimentary canal (GEORGENBURGER) A.ii 485. absorption and excretion of (TIR- MA”) A. ii 487. amount of in food (STOCKMAN) A. ii 43. inorganic as a source of hemoglobin (KUNKEL) A. ii 47. storage of in the liver and spleen (STOCKMAN) A ii 438. effect of deprivation of in dogs (STOCKMAN) A. ii 264. compounds containing in animal and vegetable cells (MACALLUX) A. ii 317. absorption of helium by (TILDEN) A. ii 656. introduction of tungsten and titanium into ateel (MOISSAN) A. ii 602. (THOMSEN) A. ii 16. TERINGj A. ii 197. Iron-alloys with antimony specific gravity and specific heat of (LA- BORDE) A. ii 652. ferrochromium analysis of (RIDEAL and ROSENBLUM) A ii 276. with molybdenum tungsten and chi*omium (BENNEVILLE) A. ii 174. with vanadium (MOISSAN) A. ii 609.Iron amidosulphonates. See gerrous and Ferric amidosulphonates. chloridee. See Ferrous and Ferric chlorides. chromium carbides (BEMNEVILLE) A ii 175. hydroxide electrochemical prepam- tion of (LORENZ) A. ii 647. magnetic from Silesia (KOSMANN) A. ii 431. nitpate. See Ferric nitrate. nitrosodisulphonate. See Ferric di- nitrososulphides (MARIE and MAR- oxides action of carbon dioxide on (BRAITHWAITE) A. ii 173. reduction of by carbon monoxide (BRAITHWAITE) A. ii 173. oxide. See further Ferric oxide. phosphate. See Perrous phosphates &C. phosphide (GRANGER) A. ii 651. sesquiphosphide (GRANGER) A. ii silicide (MOISSAN) A. ii 173. silicides (CHALMOT) A. ii 302. basic sulphate of from Queensland (COOKSEY) A. ii 480. sulphates. See Ferrous and Ferric sulphates. sulphide electrochemical prepara- tion of (LORENZ) A.ii 648. compound of with carbon bisulph- ide and ammonia (WIEDE and HOFMANN) A. ii 364. pyrites constitution of (BROWN) A ii 108. estimation of sulphur in (ASBOTH) A. ii 71 ; (KELLEB and MAAS; LUNGE) A. ii 498; (GLADD- ING) A. ii 622. estimation of pyrrhotite in (CONE) A. ii 543. double sulphide of gold and (MAC- LAURIN) T. 1274 ; P. 1896 149. tellurite from Cripple Creek Colorado (KNIGHT) A ii 613. Ferric acid salts of (ROSELL) A ii 175. Ferric salts action of on iodides in aqueous solution (KUSTEB) A ii 302.. sulphonate. QUIS) A. ii 364. 476.914 INDEX OF SUBJECTS. Iron Ferric salts action of magnesium on solutions of (VITALI) A. ii 420. Ferric amidosulphonate (DIVERS and HAGA) T. 1647. chloride action of light on a solu- tion of oxalic acid and (LE- MOINE) A.ii 285. velocity of the reaction between stannous chloride and (NOPES and SCOTT) A. ii 155. hydrolytic decomposition of (ANTONY and BIGLIO) A ii 250. compounds of with ammonia (MILLER) A ii 26. hydrated absorption of moisture by (HAKE) P. 1896 34. nitrate hydrolysis of (ANTONY and GIGLI) A ii 604. hydroxide action of oxalic acid on (ROSENHEIM) A. i 280 348. nit~rosodisulphonate (SABATIER) A. ii 642. oxide solution of ignited (BORN- TRAGER) A. ii 502. influence of on the reversion of superphosphate (SMETHAM) A. ii 364. sulphate hydrolysis of (ANTONY and GIGLI) A. ii 604. Ferrous amidosulphonates (DIVERS and HAGA) T. 1647. chloride compounds of with am- monia (MILLER) A. ii 27. compounds of with nitric oxide (THOMAS) A.ii 26. sodium tripliosphate (STANGE) A ii 643. thiopyrophosphate (FERRAND) A. ii 473. thiophosphite (FERRAND) A. ii 418. sulphate solubility of isomorphous mixtures of copper sulphate and (STORTENBEPER) A. ii 14. aluminium sulphate occurrence of on bricks exposed to sulphurous anhydride (PATERSON) T. 66 ; P. 1895 203. cesium sulphate density and opti- cal behaviour of (TUTTON) T. 396. potassium sulphate density and optical behaviouiv of (TUTTON) T. 387. rubidium sulphate density and optical behaTiour of (TUTTON) T. 391. Iron ore from Servia (LOZAKI~) A. ii 252. Iron ores estimation of arsenic in (STEAD) A. ii 390. estimation of manganese in (MIXER and Dn BOIS) A. ii 547. estimation of phosphorus in in pre- sence of titanium (PATTINSON and PATTINSON) A.ii 389. ammonium chloride treatment in steel analysis (BREARLEY) A. ii 71. (SCHRODER VAN DER KOLK) A. ii 574. estimation of colorimetricdly (.LuKGE) A ii 392. estimation of electrolytically (NICHOLSON and AVERP) A. ii 627. estimation of in ores (WELLS and estimation of in aluminium (MOIS- SAN) A. ii 339. estimation of arsenic in pig iron (STEAD) A. ii 390. estimation of arsenic in steel (STEAD) A. ii 390. estimation of carbon in (PEIPEBS) A. ii 449. estimation of carbon in steel (BLAIR) A. ii 541. estimation of graphite in pig iron (SHIMER) A ii 499. estimation of manganese in steel errors in (Auca~) A. ii 627. estimation of nickel i n steel (BREARLEY) A. ii 676. estimation of phosphorus in in pre- sence of titanium (PATTIBSON and PATTINSON) A. ii 389. estimation of sulphur in apparatus for (READ) A.ii 274. estimation of sulphur in pig iron (AUCHY) A. ii 543 ; (BOUCHER) A ii 671. estimation of sulphur in uhite cast iron (PHILLIPS) A ii 498. estimation of sulphur in steel (BOUCHER) A. ii 671. separation of qualitatively from chromium (GIACOMELLI) A ii 128. separation of qualitatively from nickel chromium cobalt mangan- ese aluminium and zinc (HARE) A. ii 127. separation of arsenic from (JAN- NASCH and KAMMERER) A. ii 221. separation of from beryllium (ATKINSON and SMITH) A. ii 220. Iron detection and estimation of :- autopneumatic stirrer for copper detection of microchemically &$ITCHELL) A. ii 502.INDEX OF Iron separation of chromium from (JANNASCH and TON CLOEDT) A ii 222. separation of nickel from (BREAR- LEY) A.ii 676. action of bromiiie and of oxygen on (H~BERT) A i 638 639. I’Sano seeds fatty acids from (H~BERT) A. i 638. Isatin condensation of with o-phenyl- enediamine (SCHUNCK and MARCH- LEWSKI! A. i 96. action of nitrous acid on (HOFMANN LECTURE) T. 699. nitration of (HOFHANN LECTURE) T. 647. Isatin nz-chloro- condensation of with o-phenylenediamine (SCIIUNCK and MABCHLEWSKI) A. i 96. Isatinacetylpheny Imethylhydrazone (SCHUNCK and MARCHLEWSKI) A. i 96. Isatin-&naphthylhydrazor?e (SCHUNCK and MARCHLEWSKI) A. i 96. Isatinphenylmethylhydmzone (SCHUNCK and MARGHLEWSKI) A. i 96. Isatinsemicarbazone ( MARCHLEWSKI) p-chlor- (MARGELEWSKI) A. i niti.0- (MARCHLEWSKI) A. i 449. Isatohgdrophenazine. See Indophen- azine. Isomerides optically wtive and inac- tive molecular weights of (TRAUBE) A.i 526. optical physical properties of ( WAL- DEN) A. ii 553. Isomerism position influence of on optical activity (FRANKLAND and WHARTON) T. 1583; P. 1896,186. effect of on rotatory power (FRANKLAND and WHAUTON) T. 1320 ; P. 1896 3 9%. Isomorphous mixtures solubility of Tsonitrdes alkylic preparation of Isophthalic acid. See Phthalic acids. Itaconic acid sublimation temperature under small pressure of (ERAFPT and DYES) A. ii 89. amylic salt rotatory power of (~ALDEN) A. ii 633. ethyhc salt action of alcoholic am- monia on (KORNER and MEN- OZZI) A. i 205. Isanic acid (HBBERT) A. 1 638. A i 449. 449. (STORTENBEKER) A. ii 13. (HOFXANN LECTURE) Y. 663. 5UBJEUTS. 91 5 J Jadeite from Burma (FARRIXOTON) from ‘‘ Tibet ” (BAUER) A. ii 310. Jalap resin estimation of (SPAETH) A.ii 508 Jalapic acid and salts (KROMER) A. i 385. Jalapin identity of with scammonin and properties of (KROMER); A. i 385. Jalapinolic acid (KROMER) A i 386. Jams estimation of glucose in (MAYR- HOFER) 4. ii 225. Jecorin in the liver of the dolphin (DRECHS EL) A. ii 378. Johnstonite from Broken Hill N.S.W. (SMITH) A. ii 30. Juglapzs rggia proteids of (OSBORNE Juices composition of pure fruit A. ii 311 ; (BAUER) A ii 311. and CAMPBELL) A. i 716. (KREMLA) A. ii 62. K. Eadmra japonica occurrence of galac. tan and araban 111 (YOSHIMURA) A. ii 60 Eainite effect of on yield and compo- sition of grass (MARCICER) A ii 271. Kaliborite formula of (KOSNANN) A ii 368. Kaolin after malachite from Xtussia (JEREM~EFF) A. ii 566. Kauaiite from Hawaii (GOLDSMITK) A.ii 35. Hentrolite from Jakobsberg Sweden from Lhgban Sweden (FLINK) A. Keratophyr e quartz- from Wisconsin (WEIDM m ~ ) A. ii 314. Kermes berries compound obtained from and its acetyl and benzoyl deri- vatives (HILGFER and MAI) A. i 496. (NORDENSIOLD) A ii 25’7. ii 186 Kermesite (‘BAUBIGNY) A. ii 31. Ketazines (CURTIUS) A. i 339. iso-Ketocamphoric acid from oxidation of yinonic and a-pinonic acids (TIE- MANN and SEMMLER) A. i 309. Ketodihydrophenotriazine4’-oxime and its hydrochloride (PINNOW and SAMANN) A. i 366. Ketoglycd CloK,s03 from dihydrocarv- one its oxime and semiearbazone (WALLACH) A i 102. Ketohexaxn ethylenecarboxyiic acids. 8 ee cy clo - Hexanonecarbox y lic acids.916 INDEX OF SUBJECTS. Ketohydrazones (CURTIUS) A. i 339. Ketoketoximebehenic acid (SPIECKER- Ketone obtained by oxidation of bromisoanethoil ; and its com- pounds with ammonia and with potassium acetate (HELL and GAAB) A.i 293. obtained by reduction of secondary nitrodiisoamyls ( KOXOWALOFF and NIKITIN) A. i 673. from the ketoglycol derived from di- hydrocarvone and its semicarbazone (WALLACH) A. i 102. Ketone C8Hl40 derived from dihydro- ciscampholytamide (NOYES) A i 696. C9H1402 from dihydrocarvone its oxime and semicarbazone (WAL- LACN) A. i 102. C9U160 from oxidation product of pulegenic acid and its carbazone and oxime (WALLACH) A. i 311. CI0H9O2Br3 from dibromanethoil di- bromide. See Anethoil dibromide. C10H1002Br2 from bromanethoil di- bromide and its aniline derivative (XELL and GUNTHERT) A. i 20. C10U1003 from isosafrole and its oxime (WALLACH and POND) A.i 95. CIOH1102Br from anethoil dibromide and its ammonia derivative (HELL and CSUNTHHRT) A. i 21. C,,H1404 from iso-amylacetylacetone and its sodium hydroxide (BARBIER and BOUVEAULT) A. i 638. C10H>60 from pinole tribromide its oxime and semicarbazone ( WAL- L~CH) A. i 108. CloH160 from methyleyelohexenone and acetone (WALLACH) A. i 572. C10H180 from phellandrene nitrite its d-oxime and semicarbazone (WALLACE and HERBIG) A. i 101. C12H@q from methylisoeugenol and its oxime and semicarhazone (WAX,- LACH and POND) A. i 95. C14Hn0 from niethylcgclohexenone its hydrochloride hydrobromide and oxime (WALLACH) A. i 572. CI;Hl6O formed by condensation of cinnamylideneacetone with benz- aldehyde (SCHOLTZ) A. i 368. Ketone-alcohol CloH180S* from the oxi- dation of menthene (TOLLOCZKO) A.i 381. x ~ N ) A. i 410. Ketone-group of natural dye stuffs (PERKIN) T. 1440; P. 1896,167. Ketones from isoeugenol ethyl md methyl ether dibromides (HELL) A. i 169. formation of by union of water with acetylene hydrocarbons ( DESGREZ) A. i 2. ortho- action of hydrazine on (CUR- TIUS) A. i 339. action of zinc and ethylic chioracetate on (REFORMATSKY) A. i 128. reduction of by aluminium ( WISLI- GENUS) A. i 672. bromo- from anethoil dibromide and bromanethoil dibromide (HELL) A. i 170. Ketones and Quinoneu. Acenaphthenone. Acetomesitylene. Acetone. Acetonyl-o-benzoicsulphinide. Acetophenone. Acetophenone cyano-. Aoetylacetone. Acetylbenzyl methyl ketone. A cetylbisnitrosodimethylnaphthal- Acetyldihy drodiduroqninone.Acetyldihydroxydimethylnaphthal- Acetyldihy droxy flavone. Acetyldiduroquinone. Acetyldurene and Acetylisodurene. Acetylhydroxy quinolinequinone. Acetylmesitylene. Acetylpentamethy lbenzene. Acetylphorone. Acetyli~o~ro~ylketopenta~ethylene. Adipinketone. Anhydroglycopyrogallol. Anhy droglycoresorcinol. Anilidotoluquinone. Anisic acetone. Anisyl ethyl ketone. Anthraquinone. AzoxFphenyl-p-tolyl ketone. B enzophenone. Benzopinacolin. Benzoylbenzoy lacetomethane. Benzo ylcoumarone. Benzoyldincetvlmet lane. Benzoylcliduroquinone. Benzoylmesitylene. Benzoyl-3-methyl-5-isobutyl-A?- cycloherenone. Benzo~1-3-methyl-5-hexyl-A~-~~eZo- hexenone. Benzoylmethglic phenylic ether. BenzoylmethylreRorcinol. Benzoylranillin. Benzoylveratrole. See also :- dne. ene.IXDEX OF Ketones and Quiaones.See :- Benzyl methyl ketone. Benz yldesmotroposantonin. l.’ 3‘-Benzyleth~lpi1thalazone. Benz ylideneacen:iphthenone. Benzylideneacetone. Benzylideneacetophenone. Ben zylideceanliydroply cogallol. Benzylidenediacetophenone. Benzylidene-eucarvone. Benzylid enementhone. Benzylidenemethylhexenone. BenzFlid enemetliylkctoisooxalone. Benzylidenecyclopentanones. Benzylidenepulegone. Benzylidenetriacetophenone. 1’ 3’-Benzylmethglphthalazone. Benzylrosindone. 1’- is0 - B u ty lpht halazou e. Camphenone. Camphor. Camphorone. Caniphorquinone. Chloranil. Chrysoketone. Coumarone Cymophenone and p-Cymoquinone. Desylacetophenone. Diacenaphth ylidenone. Diacetoplienone. Diacetyl dicyanide. Diacetylacetone. Diacetyldianthranol. Diacetyldurene.Diacety lisodurene. Diace ty 1 me si tylen e. Diacetylresacetophenone. Diallylacetone. Diisoam y I am inowetone. Diamyloxyqiiinone. Dianilidotoluquinone. DianisylidenecycZopctanone. Diazoacetoph enone. Diazopiperonylacetone. a- and ~-Dibenzoylacetylmethanes. Dibenzoylbisphenylenemethylpyr- Dibenzoylmesitylene. Dibenzoylphenylrncthane. Dibenzy lideneeyclohexanone. Dibenzylidenemethylhexenone. Dibenzylidencmethylpen tenone. Dibenzyliden esuberone. Dibenzylidenet riacetoyhenone. Dibenzyloxyquinone. Diisobutylaminoacetone. Diisobutyl ketone. Dibutyroyl. Dicinnamylideneeyciopentanone. Diduroquinone. 3 3-Diethoxybenzophenone. azolone. iUBJECTS. 917 Ketones and Quinones. See :- Diethoxy benzylidenetriacetophenone. 3 3-Diethoxy-4 4-dimethylbenzo- Diethyl diketone.Diethyl ketone. Difurf urylidenecycloh exacone. Dif urf urylidenecyclopen tanone. Difurfurylidenetriacetophenone. Dihg drohippuroflavin. Dihydroxjacetophenone. Dihy droxybenzophenone. Dihy droxyflavone. Dih ydroxy -8-naphthaquinone. Diketone from quercitol. Diketopiperazinc. Dimesityldinitrosacyl. 3 3-Dimethoxybenzophenone. Dimethyl ketone. Diacethylacetylacetone. Dimethy lam inoaceton e. Dimethyl benzoylpropionic acid. 2 5-Dimethylhexan-3-01-4-0ne. 1 3-Dimethylryclohexanone. Dimethylnaphthol. 1 3-Dimethpicyclopentanone. Diphenacyl. Diphenacyl ethylene diketone. Diphenoxyquinone. Dipheiiylacetophenone. Diphenyldimethyitetrahydro-y- Dipheny ldiphen ylenepiniolin. Diphenylene ketones. 4 5-Diphenyl-2 7-octanedione. Dipheny loxetone. Diphen yleyelopentenone. 1 3-Diphenjlisotetrazolone.Dipiperonal triacetophenone. Dipropiong 1. Dipropionyldurene. Dipropionylmesitylene. 4 4-Dipropoxybenzophenone. Tbipropyl ketone. Diisopropyl ketone. Dipropylaminoacetone. Di-p-tolyl benzylidenedimethyl di- ketone. Di-p-tolyl furfurylidenedimethyl di- ketone. Diisovaleryl. Duroquinone. Ethoxy benzy lideneacetone. Ethoxg benzylideneacetophenone. 2 5-Ethoxyphenyl- 3 4-dithiobi- Ethyl iso-propyl ketone. Ethglbenzoylpropionic acid. Fenchone. Furfury lideneace t ophenones. Gallacetophenone. phenone. pyrone. azolon e .918 INDEX OF SUBJECTS Xetones and Quinones. See :- cyclo-Hexanone-1-carboxylic acid. Hippuroflarin. Hydracetylacetone. Hydrindone. Hydrolapachol. 0- and p-Hydroxybenzophenones. Hydroxy benzylideneacetophenone. Hy droxydihy drocarvone.Hydroxydimethoxycoumarincarb- 1 -Hydroxy-1 2-diphen;rlcycZopentar1- Hy dnoxyh ydrolapachol. H y d rox yisolripachol . Hydroxylapachone. 8-Hydroxy-a-naphthnquinone. p-Hydroxyphenyl p-tolyl ketone. Hydroxyphenylethyl propyl ketone. Hydroxystyryl propyl ketone. a-Keto-8-pentene. Ketopiperazine. Lapachol. Lapachone. Menthone. Mesityl methyl ketone. Meaitylic oxide. o-Methoxybenzophenone. Methoxyphenyl ethyl ketone. Methoxyphenylketotetrahydroquin - Methyl benzamidobutyl ketone. Methyl butyl ketone. Methyl iso-butyl ketone. Methyl see-isobutyl ketone. Methyl ethyl ketone. Methyl hexpl ketone. Methyl hydroxyethyl ketone. Methyl propeuyl ketone. Methyl propyl ketone. Methyl isopropyl ketone. Methyl propylidenethyl ketone. Methy lamy laminoacetone. Methylbenzoplpropionic acid.M.eth ylbutylaminoacetone. 1-Methyl-3-isobutyleyclohexanone. 3 5-Methylisobutyl-A~-cyckohexen- Methylisobutyrylketopentamethylene. Methplheptenone. 1-Methylcyclohexanone. Me thylcyclohexenone. 3-Nethyl-5- hexpl- A,-cyclohexenone. @-Methyl ketopentamethylene. Methylketoisoxalone. 1-Methyl-3-isopropyl~~yclohexanone. 3-Methyl-5-isopropyl-A~-cyclohex- enone. Naphthaquinonecarboxylic acid. Nopinone. Peonol. oxplic acid. 4-one. azoline. one. Ketones and Quinones. See :- Phenacyl bromide. Phenacyl-o-benzoicsulphinide. Phenetylketotetrahydroquinazoline. Phenyl a-coumaryl ketone. Phenyl m-ethoxystyryl ketone. Phenyl ethyl ketone. Phenyl hydroxystyryl ketones. Phenyl styryl ketone. Phenyl t olyl ketones. Phenjl p-tolyl phenylene diketone. Phenyl m-sylyl ketone. Phenyl 0-xylyl ketone.Phenyl p-xylyl ketone. Phenylacetorie (benzyl methyl ketone). 5-Phenyl-3 4-dithiobiazolone. Phenylketotetrahydroquinazoline Ph enylm et h ylketo tetrahydropyrid- Phenylpropyltetrahydroazindone. 4-Phenylquinazolone. 4’-Yhenyltetrahydroquinazolone. iso- Phorone . Pinacolin. Piperonalacetophenone. Piperony lacetone. Propion yldurene. Propiony lmesitylene. iso-Propylbenzoquinone. iso-Yropylbenzoylpropionic acid. iso-Prop$ furfaran-naphthaquinone. iso-Propylheptanonoic acid. 1’-Propylphthalazone. Pulegone. Reracetophenone. Styryl methyl ketone. Tetravety lethane. Tetrahydroacetophenon e. 1 -/?-Tetranttphthyl- 3 -cyan0 trimethyl- ‘ Te traph enoxy quinon e . Tetraphen ;y lenepinacolin. 0- and m-Toluidotoluquinones. Toluquinone. p-Tolyl a-coumaryl ketone. p-Tolyl furfurylidenemethyl ketone.p-Tolyl o-hydroxystyryl ketone. p-Tolyl styryl ketone. To1 ylketoindene. Tribenzoylmethane. Trihpdroxybenzophenone. Trih y droxy xanthone. Trimethoxycoumarin. Trimethoxycoumarincarboxylic acid. 1’ 3’ 3’-Trimethyl-2’-indolinone. Trimethylketohexamethylene. Tri-p-tolyldibenzylidenetrimethyltri- ketone. Tropinone. Tropinonecyanhydrin. iso-Valerophenone-o-carboxylic acid. azinecarboxylic acid. piperidone.INDEX OF SUBJECTS. 919 Ketones and Quinones. See :- Xanthone. m-Xyloquinone. p-Xjly1 ketone. Ketonic acids ethereal salts of action of liydrazine on (CURTIUS) A i 339. a- Keto-B-pentene Aemchloro- revers- ible conversion of into hexachlor- a-keto-y-pentene (KUSTER) A ii 158. Ketopinic acid its methylic barium and calcium salts hydrazone and osime (ARMSTRONG) P.1896,167; T. 1401. ay-Ketopyrhydrindenecarboxylic acid 8-dichloro- and its methyiic salt (ZINCPE and WINZHEIMER) A. i 500. Ketostearamide hydrolysis of (BEH- REND) A. i 410. Ketostearic acid (BEHREND) A i 410. bromo- (BEHREND) A. i 410. chloro- reduction of (BEEREND) oxime of (BEHREND) A i 410. Iietoterpine from hydroxycarone (VON BAEPER) A. i 246. Kidney causes of secretion by the (TAXAWN) A. ii 618. Iiinoin non-formation of acid com- pounds of (PERITIN) T. 1440; P. 1896,167. Sjeldahl’s method estimation of platiuoohlorides by (VAN DAM) A ) ii 218. Klinozoisite from the Tyrol ( WEIN- SCRBNE) A. ii 569. Knaresborough dropping well analysis of water of (BURRELL) T. 536 ; P. 1896 ’73. Knopite from Alno Sweden (HOLM- QUIST) A ii 313.Kola nut amount of caffeine and theo- bromine in (LE BoN) A. ii 64. Koprosterol separation of from human feeces (BONDZYGSKI) A. ii 319. Iioridofu a preparation of tofu (INOUPE) A. ii 65. Kjanite action of boric acid on (JAN- NASCH) A. ii 576. “ Kyano!.” See Aniline. A i 410. L. Labradorite from the Azores (FooQu~) from Bavaria (SCHWAGER and GUM- from New Zealund (SPEIGRT) A. ii A. ii 532. BEL) A. ii 432. 192. Labradorite-bytownite from the Azores and Frame (FouQuB) A. ii 532. Laccase in germinating seeds (REP- PAILEADE) A. ii 326. detection of in vegetables (BER- TRAND) A. ii 61. in fungi (BOURQTJELOT and BER- TEAND) A. ii 268. Lactsse of the small intestine ( R ~ H - MANE and LAPPE) A ii 43. absence of in intestinal juice of sheep (PREGL) A ii 49.Lactic acid crystdlised of constant boiling poilit (KRAFFT and DYES) A. i 84. (WALKER) T. 1278. Lactic acid trichloro- (ZAEARIA) A. i 634. d-Lactic acid conversion of into l ~ r o - lactic acid (PURDIE and WILLIAM- SON) T. 837; P. 1896 97. specific rotation of the ethylic salt of (PURDIE and WILLIAMSON) T. 827 ; P. 1896 97. Lactic acids lsvo- and inactive rotatory powers of the leevo- and inactive- amylic salts of (WALDEN) A. ii 139. Lactic fermentation action of metallic salts on (CHASSIWANT) A. ii 122. Lactic nitrile action of acetic chloride on (COLSON) A. i 283 284. Lactide refraction equivalent of (AN- DERLINI) A. ii 229. Lactone C8Hl4O2 (REFORXATSKY) A. i 129. ClDH140.2 derived from isobutalde- hyde (FRANPE) A. i 401 C,0H1403 from dibromocampholide and its bromo-derivative (FOR- STER) T.43; P. 1895 208. C26H160D from acid C26Hls0 (KLINGER and LONNES) A. 1 691. unsaturated f rom ceruleonitroso- cainpliolenolide (B~HAL and BLAISB) A. i 56. Lactone formation in acids of the sugar groEp velocity of (HJELT) A. i 596 Lactones. See also :- Anilido-a-methylbutyrolactone. B utyrolactone. Camphenesulphonic acid. Camyholenolide. Campholide. Dil~ydroxytetraphenylethanedicarb- 2 6-Dimethyloctan-3-oloic acid Diphenyldibutyrolaetone. E thylvalerolactone. Galaoctonic acid lactone of. iso- Hep tenolactone. sodium salt electfolysis of osylic acid dilactone of. lactone of.920 INDEX OF SUBJECTS. atactones. See :- iso-Hexolactone (iso-caprozactone). y-iso-Hexolactone. Homoterpenoylformic acid. Homoterpenylic acid.6-Hydroxybutane-ay8-tricarboxylic acid lactone of. w-Elydroxycampliotricarboxylic acid lactone of. Hydroxydibromocam phorsulphonic acid lactone of. 2-Hydroxy-2 3-diphenylcycZopenten- onylacetic acid B-lactone of. Hy droxylactone C ,oH,603. H ydroxymeth ylcoumalin. 43-Hydroxymethylpicolinic acid lact- $3-Hydroxy-asp-trimethyladipic acid Hydroxytrimethylglutaric lactone. Lanoceric acid lactone of. Lyxonolactone. Methoethylheptanonolide. Methylbu tyrolactone. p-Methylcarbocaprolactonic acid. Octolactone a-Propylvalerolactone. Opianic acid ethylantlie lactone. Opianic acid nayhthylamio lactones. Opianic acid tetrahydroquinaldinic Opianic acid tetrahydropinolinic Phthalaldehydic acid tetrahydroquin- Prop y lvalerolactone. is0 -€’ropy lvalerolactone . iso-Rhamnonic acid lactone of.2 4 2’ 4’-Tetraliydroxydiphenyl- acetic acid lactone of. y - Valerolac tone. Valerolactone. See a-Methylbutyro- Vin$picolinic acid @-dichloroxg.- Lactonic acid C4K206 from dihydroxy- maleic acid and hydrogen bromide in presence of acetic acid (FENTON) T. 559. Lactose (milk sugar) action of lead acetate on the rotatory power of (SVOBODA) A. i 406. action of methyl alcoholic ammonia on (DE BEUPN and VAN LEENT) A. i 119. action of oxalie acid on (KIEEMAPER) A. i 145. a-allylhydrazone a-aniylhydrazone a-benzylhydrazone a-ethplhydraz- one and naph thy1 hyd razone of (VAN EKENSTEIN and DE BRUYN) A. i 588. one of. lactone of. lactone. lactone. olinic lactone. lactone. lactone of. Lactose digestion of in the small intes- tine (ROHMANN and LAPPE) A.ii 43. in the urine after child-birth (LE- MAIRE) A. ii 490. reducing power of on ammoniacal silver nitrate (HENDERSON) T. 152; P. 1896 9. estimation of by Fehling’s solution (KJELLJAHL) A. ii 581. estimation of in milk (RAUMER and SPAETH) A. ii 394. estimation of in milk by polarisation (WILEP and EWELL) A. ii 628. Lactoseaminoguanidine nitrate and sulphate (WOLFF) A. i 78 79. Lactose-ammonia (DE BRUPN and VAN LEENT) A. i 119. 8-Lactylcarbamide action of hydro- chloric acid and caustic soda 011 ( WEIDEL and ROITHNER) A. i 470. and its monacetyl derivative (WEIDEL and ROITHNEE) A. i 470. Lactylglycollic acid thio- (acetic- thiopropionic acid) (LovBN) A. i 413. Lactylhydracrylic acid thio-. See Di- propionic acid thio-. 8-Lactylphenylhydrazide (DE TRIES) A. i 94.Lactyltropeine (MEECK) A. i 65. Lamprite group of minerals micro- chemical reactions of (LEMBERG) A. ii 430. Liingbauite from Sjo mine Sweden (SJOGRBN) A. ii 113. Lanoceric acid from wool fat (DAEM- STAEDTER and LIFSCHUTZ) A. i 522. action of alcohol and hydrochloric acid on ( DARXSTAEDTER and LIF- SCHUTZ) A. i 522. lactone of (DARMSTAEDTER and LIF- SCEUTZ) A. i 522. Lanolinic alcohol homologues of (DAEMSTAEDTEE and LIFSCHUTZ) A. i 198. Lanthanum carbide (PETTERSSON) A. ii 25 j (MOISSAN) A. ii 650. niobate (LARSSON) A. ii 564. oxide new source of (PHIPSON) A colloidal solution of (DELAPON- tunpstate (HITCHCOCK) A. ii 526. Lanthanum separation of thorium from (FEESENICS and HINTZ) A. ii. 677. a-Lapachan preparation of (HOOKER) T. 1365. &Lapachiin preparation of and its picrate (HOOKER) T.1365. ii 422. TAINE) A ii 562.INDEX OF SUBJECTS. 921 Lapachol constitution of (HOOKER) iso-8- Lapachol constitution of T. 1355 ; P. 1896 166. (HOOKER) T. 1357,1363. T 1362. synthesis of and its acetate (HOOKER) bromide (HOOKER) T. 1360,1379. Lapnchone (HOOKER) T. 1361. a-Lapachone reduction of (HOOKER) B-Lapachone reduction of (HOOKER) iso-Lapachone (HOOKER) T. 1362. Lard estimation of acetyl numbers of (SPAETH) A. ii 454. iodine number of (ITALLIE) A. ii 344. detection of vegetable oils in (JEAN) A ii 455. detection of cotton-seed oil &c. in (SCHWEITZER and LUNGWITZ) A ii 399 ; (DUPONT) A. ii 4!5. analysis of (GOSKE) A. 11 82 ; (WESSON) A. ii 228; (SCHWEIT- ZER and LUNGWITZ) A ii 399; (VOGEL) A. ii 455. Lard oil analysis of (SCHWEITZER and LUNGWITZ) A.ii 399. Latent heat of evaporation fusion &c. Bee Heat. Laumontite from the Caucasus (ZEN- from Dresden (ZSCHAU) A. ii 189. Lauric acid behaviour of alkali salts of with water (KRAFFT and WIQLOW) A. i 80. Laurolene from potassium alloethylic camphorate ( WALKEE and HEN- DERSON) T. 750 ; P. 1896,110. from camphanic acid (ASCHAN) A. i 447. Lauronic acid cyano- silver methylic and ethylic salts (HOOGEWERFF and VAN DORP) A. i 314. Lauronolic acid from camphanic acid (ASCHAN) A. i 447. constitution of (WALKER and HEN- DERSON) T. 758. Lautite from Saxony (FRENZEL) A. ii 111. Lawzonite from California (RANSOXE and PALACHE) A. ii 370. Lazulite formula of ( RAMMELSBERG) A. ii 190. Lead specific heat of (BARTOLI and STRACCIATI) A ii 145. rate of diffusion of in mercury (HUM- PHREY~) T.250 ; P. 1896 9. mte of diffusion of through tin (*ROBERTS-AUSTEN) A. ii 592. action of,on lead nitrate (SENDEBEKB) T. 1366. rr. 1367. bromo- (HOOKER) T. 1361. JATSCHENSKY) A. ii 369. A. ii 106; (KIPPENBERGER) A ii 522. Lead desilverisation of by electrolysis (TOMXASI) A. ii 603. Lead alloys with tin and cadmium sofu- tion and diffusion of in mercury (HUMPHREYS) T. 1681; P. 1896 220. Lead amalgam thermoelectromotive force of soliltions of lead salts and (HAGRNBACH) A ii 513. Lead salts influence of organic hydroxy- compounds on the precipitation of (KAHLENBERG). A. ii 7. list of quadrivalent (HUTCEIKSOX and POLLARD) T. 225. Lead chloride fused electrolysis of (LOBENZ) A. ii 23. tetrachloride (HUTCHINSON and POL- LARD) T.218. chromate action of nitric oxide on (AUDEN and FOWLER) A. ii 1’72. hydroxide electrochemical prepara- tkm of (LORENZ) A. ii 647. imidosulphonrttes (DIVERS and HAGFA) T. 1626. iodide non-existence of various double salts of alkali haloids with (HERTY) A. ii 4/74. sulphiodide (LENHER) A. ii 523. nitrate electromotive force required to electrolyse (JAHN) A. ii 230 231. thermal expansion of solutions of (DE LANNOY) A. ii 233. freezing points of aqueous solutions of (PONSOT) A. ii 412. action of lead on (PETERS) A. ii 300. action of potassium nitrite onr (PETERS) A. ii 300. red lead action of glacial acetic acid on (HUTCHINSON and POLLARD) T. 213; P. 1896 31. peroxide electrodes in galranic cells (TOWER) A. ii 142. dioxide action of nitric oxide on (AUDEN and FOWLER) A ii 172.Lead tetraphosphate (HUTCHINSON and POLLARD) T. 221 ; P. 1896 31. thiopyrophosphate (FERRAND) A. ii 473. sodium triphosphate pyrophosphate (STANGE) A. ii 644. sulphide electrochemical preparation of (LORENZ) A. ii 648. physical change produced by gently heating (SPRING) A. ii 290. Lead oxides :-922 INDEX OF SUBJECTS. Lead sulphide action of a high tempera- ture on (MOCRLOT) h. ii 603 double sulphide of gold with (MAC- LATJRIN) T. 12'73 ; P. 1896 149. sulphocarbonate from Broken Will N.S.W. (HAMMOND) A. ii 256. Lead detection of microchemically (TRAUBE) A. ii 578. detection of in waters (EGELINQ) A ii 549. detection of arsenic in when tin is present (DE KONINGCH) A. ii 273. estimation of voluinetrically (CUSH- XANN and HAHES-CAMPBELL) A.ii 219; (BEEBP) A. ii 275; (LONGI and BONATIA) A. ii 626. estimation of in alloys with tin antimony and arsenic (AXDREWS) A. ii 501. estimation of in galena (ECEENROTH) A ii 501. estimation of when present in small quantities in water (ANTONY and BENELLI) A. ii 549. separation from barium calcium anti- mony arsenic iron copper and zinc (BEEBE) A. ii 275. Leadhillite pseudomorphs from Mis- souri (FOOTE) A. ii 35. Leather estimation of sulphuric acid in (BALLAND and MALJEAN) A ii 499. Leaves colouring matter of autumn (STAATS) A i 181. Lecithin amount of in nodules and leaves (STOKLASA) A. ii 205. assimilation of by plants (STOELASA) A. ii 266. storage of in the liver (NOEL-PATON) A. ii 316. Lecture experiment volumetric com- position of ammonium chloride vapour (CARNEGIE and WALES) A.ii 558 electrolysis of hydrochloric acid (HIGLEE' and HOWARD ; PICPEL) A. ii. 557. combustion of oxygen in ammonia (OSSIPOFF) A. ii 356. with ozone apparatus for (NEWTH) T. 1298 j P. 1896,139. volumetric composition of water vapour (FREER) A ii 558. Lectures memorial Helmholtz (FITZ- GERALD) T. 885 ; P. 1896 26. Hofmanr (ABEL ARMSTRONG PER- KIN PLAHFAIR) T. 575 ; P. 1898 133. Lothar Meyer (BEDSON) T. 1403; P. 1896 119. Ledene and its hydrochloride (HJELT) Ledum palustre oil from (HJELT) A i Legumin constitution of (FLEURENT) A. i 112. the globulin in peas and vetches (OSBORNE and CAMPBELL) A. i 715 Legu9ninoser~ pentoses in (GOETZE and PFEIFFER) A. ii 44r3. See also Agricultural chemistry. (Appendix.) Lemon-grass oil semicarbazones from (BARBIER and BOUVEAULT) A.i 311. Lemonol. See Geraniol. Lepidolite constitution of (CLARKE) Lepidomelane from Japan (EoT~) A. ii 249. 248. A. ii 37. from Ontario (HOFFMANN) A. ii from Thuringia (FEOXME) A. ii 370. Lepidotic acid in wing-scales of Pierids (HOPKINS) A. ii 198. Lepra ehlorina occurrence of stereo- caulic acid in (ZOPF) A i 104. Leucaniline preparation of ( HOFMANN LECTURE) T. 613. Leucin occurrence oE in 7;'icia sutiva (SCHULZE) A. ii 208. Leucinimide (CORN) A. i 658. identical with a pyridine derivative from the hydrolysis of albumin (RITTHAUSEN) A. i $16. A. ii 39. 257. Leucite-basalt from Vesuvius (THORPE) A. ii 41. Leucite-nepheline group (RAMMELS- BERG) A. ii 189. Leucodendron concinnu9n7 constituents of (HESSE) A. i 495. Leucodrin and its triacetyl derivative (HESSE) A i 495.Leucol. See Quinoline. Leucosin in barley (OSBOBNE) A. i from malt (OSBORNE and CAMP- preparation and properties of (Os- Leucotin identity of with a mixture of ' methylprotocotoin and methylhydro- cotoin (XEGRI) A. i 655. Levulinic acid (8-acetylpropionic acid acetonylacetic acid) (KIERXAPER) A. i 144. condensation of with benzil (JAPP and MURRAY) P. 1896,146. as a source of acetone in urine (WEINTRAUD) A. ii 490. ethylic salt action of ethylic brom- 455. BELL) A. i 714. BORNE) A. i 399.INDEX OF m C T S . 923 isobutyrate on (PERKIN and THORPL) P. 1896,156. Levulinic acid 8-bromo- ethylic salt action of ethylic sodiomalonate on (EXERP) A. i 414. a-cyano- ethylic salt (KLOBB) A. i! methylit salt (KLOBB) A. i 126. phenylhydrazone of (KLOBB) A.i Levulochloral and its benzoyl deriva- Levuloae (frzcctose) solution of action of heat on (RA$MANN and ~ U L C ) A. i 459. transformation of into glucose and mannotle (DE BRUYN and BAN hydrazines of non-crystalline (VAN EKENSTEIN and DE BRUYN) A. i 588. action of chloral on (HANRTOT) A. i 519. action of glyoxylic acid on (BOET- TINGER) A. i 6. action of lead acetate on the rotatory power of (SVOBODA) A. i 406. action of lead hydroxide on (DE BRUPN and VAN EKENSTEIN) A. i 588. action of lead hydroxide and potash on (DE BBUYN and VAN EKEN- action of oxalic acid on (DULL) A. i 121. relative proportion of to glucose in sweet wines (KONIGF) A. ii 79. reducing power of on ammoniacal silver nitrate (HENDERSON) T. 152; P. 1896,s. extent of action of on alkaline copper solutions (KJELDAHL) A.ii 453. estimation of by copper potassium carbonate (OST) A. ii 453. estimation of by Fehling's solution (KJELDAHL) A. ii 581. estimation of in honeys &c. (WILEY) A. ii 342. VEAULT) A. i 55. VEAULT) A. i 491. VEAULT) A. i 345. 126. 126. tive (HANRIOT) A. i 519. EKENSTEIN) A. i 116. STEIN) A. i 588. Licareol source of (BARBIER and BOU- conetitution of (BAEBIER and Bog- oxidation of (BARBIER and Bou- Licarhodaldehyde conversion of into lemonddehyde (BABBIER and Borr- VEAULT) A. i 345. Licarhodol source of (BAEBIER and composition of (BERTRAM and CILDE- BOUVEAULT) A. i 55. MEISTER) A. i 381. Licarhodol constitution of (BARBIER oxidation of (BARBIER and BOU- Lichens occurrence of atranoric acid and allied compounds in (ZOPF) A.i 103. Light retarding action of hydrochloric acid and chlorides on the decorupo- sition of chlorine water by (KLI- XENKO) A. ii 90. ttctio3 of on a solution of ferric chlor- ide and oxalic acid (LEMOINE) A. ii 285. action of on mercurous acetate (HADA) T. 1674; I?. 1896 183. diseociation of mercurous nitrate by (HADA) T . 1668 ; P. 1896 183. action of on mercurous sulphate (HADA) T. 1673 ; P. 1898 183. action of on ethylic ether (RICHARD- SON and FORTEY) T. 1352; P. 1896 165. action of on amylic alcohol &c. (RICHARDSON and FORTEY) T. 1349 ; P. 1896,164. action of an organic acids in presence of uranium salts (FAY) A. i effect of on development of rancidity in fats (SPAETE) A. i 664. effect of on diastase (GREEN) A. i 110. effect of on assimilation of nitrogen (STOKLASA) A ii 209.Circular polarisation. See Botatory power. Colour origin of (ARMSTRONG) P. 1896 42. of atom ion and molecule rela- tions between the (LEA) A. ii 639. of ions connection between atomic weight and the (TXOMSEN) A. ii 6 ; (LEA) A. ii 594. of solutions of potassium chrom- oxalate (HAMBU~GER) A. ii 86. Dispersion of organic compounds con- taining oxygen (ANDERLINI) A. ii 229. molecular of the double sulphatea of potassium rubidium and csesium (TUTTON) T. 476 ; P. 1896 70. rotatory. See Rotatory dispersion. Infra-red light action of on silver sulphide (RIQOLLOT) A ii 3. Luminosity of inorganic compounds exposed to cathode rays (WIEDE- MANN and SCHNIDT) A ii 287. and BOUVEAULT) A. i 491. VEAULT) A. i 345. 426% 465. LIGHT :-924 INDEX 0% LIGHT :- Luminosity of hydrocarbon flames cause of the (LEWES) A.ii 141. of solid and liquid organic com- pounds produced by the cathode discharge ( WIEDEMANN and SCHMIDT) A ii 86. Magnetic rotmory power apparatus for determining (PERKIN) T. 1G27; P. 1896 122. effect of temperature on (PERKIN) T. 1058 ; P. 1896,122. of organic substances chiefly aro- matic (PERKIN) T. 1026; P. 1896,122. of mixtures (PERKIN) T. 1052; P. 1898 122. Optical behaviour of the sulphates containing potassium rubidium and cDesium influence of atomic weight on the (TUTTON) T. 499 ; P. 1898 71. Optically active compounds inversion of. (ARMSTRONG) P. 1896,46. and inactive substances molecular weights of (TRAUBE) A. i 526. Phosphorescence produced by Ront- gen rays (JACKSON) P 1896 58. Photography endo- and exo-thermic reactions in (NAMIAS) A.ii 459. in colours (RICHARD) A. ii 4076. Developer quinine as a (ACKER- MANN) A i 513. Photometric unit use of acetylene as a (VIOLLE) A. ii 347. Polarimeter for chemical purposes (LANDOLT) A. ii 230. Refraction atomic of oxygen in organic compounds ( ANDERLINI) A. ii 229. double of gelatin-producing tissues reversal by reagents of the (TON EBNER) A ii. 457. Refraction equivalents of acetylace- tone at different temperatures (PERKIN) T. 2 ; P. 1895 199. of benzil (ANDERLINI) A ii 229. of benzoic anhydride (ANDERLINI) A ii 229. of y-ismaprolactone (ANDERLINI) A. ii 229. of coumarin (ANDEBLINI) A. ii 229. of dibutyryl (ANDEELINI) A ii 229. of isodibutyl ketone (ANDERLINI) A. ii 229. of diethyl ketone (ANDERLTNI) A.ii 229. SUBJECTS. LIGHT - Refraction equivalents of dimethyl- fumaric anhydride ( ANDERLINI) A. ii 229. of diphenylmethane (ANDERLINI) A. ii 229. of dipropionyl (ANDERLINI) A. ii 229. of dipropyl ketone (ANDERLINI) A. ii 229. of isodivaleryl (ANDERLINI) A. ii 229. of lactide (ANDERTJNI) A. ii 229. of maleio anhydride (ANDERLTNI) A. ii 229. of phenolphthalein (ANDER- LINI) A. ii 229. of propionic anhydrids (ANDER- LINI) A. ii 229. of pyrotartarie anhydride ( ANDER- LINI) A. ii 229. of succinic anhydride (ANDERLINI) A. ii 229. of terebic acid (ANDERLINI) A. ii 229. of o-toluidine at different tempera- tures (PERKIN) T. 4; P. 1895 199. of p-toluidine a t different tempera- tures (PERKIN) T. 4; P. 1895 199. of triphenylmethane (ANDERLIXI) A. ii 229. of isoraleric anhydride (ANDER- r n I ) A ii 229. of y-valerolactonc (ANDERLINI) A.ii 229. Refraction molecular new formula for (EIJKXAN) A. ii 133; (ZEC- CHINI) A. ii 285. influence of electrolytic dissociation on (LE BLANC and ROHLAND) A. ii 345. of crystalline salts additive nature of (POPE) T. 1530; P. 1896 178. of substances in the solid and liquid states compared (POPE) of the double sulphates of potas- sium rubidium and cmium (TUTTOX) T. 4276 503 ; P. 1896 '70. of the salts of the polythionic acids (HBRTLEIN) A ii 353. Refractive index mean of anisotropic crrstals (POPE) T. 1530; P. 1896,177. Refractive indices of the double sulphates of potassium rubidium and ctlesinm (TUTTON) T. 463 ; P. 1896 69. *r. 1533; P. I~QG 178.INDEX OF LIGHT :- Refractive indices of organic sub- stances (EIJKMAN) A.ii 133. Refractive power of argon and helium (RAYLEtQH) A. ii 598. Refractometer a new (PULFRICH) A ii 161. applied to butteranalysis (BXSANA) A. ii 129. Endietions which affect a sensitive plate after traversing metals (LE BoN) A. ii 347. phosphorescent photographic action of (BECQUEREL) A. ii 406. Rontgen rays methods of producing and nature of (JACKSOX) I?. 1896 58. preperties of (PERRIN) A. ii 347. relatiye opacity of substances for (NOTAK and SULC) A ii 406. influencc of the on chemical changes (DIXON and BAKER) ‘I‘ 1308 ; P. 1896,160. intfuence of the on‘ the combina- tion of carbonic oxide and oxygen (DIXON) T. 788; P. 1896 56. Rotatory power of substances in the crystt:lline and amorphous ron- tlition (POPE) T. 971 ; P. 1896 116.influence of position isomerism on (FRANKLAND and WHARTON) T. 1583 ; P. 1896 186. of two asymmetric carbon atoms superposition of the (QUYE and GOUDET) A. ii 134; ( WALDEN) A. ii 138. of six aaymmetric cwbon atoms siiperposition of the (Gum aiid GOUDET) A. ii 458. of the diauiylic divaleryltartrates (GUYE and GOWET) A ii 458. of aspartic acid (MARSHALL) T. 1022 ; P. 1896 146. of isobutylic dichloracetyltartrate (FREUNDLER) A. ii 554. of cwsium dextrotartrate in the crystalline and liquid states (TRAUBE) A. ii 509. of crystals of hydrRted trans- camphotricarbox-ylic acid (POPE) T. 978 ; P. 1896 116. of cholic acid choleic acid and de- oxycliclic acid (VAHLEN) A. i 453. of ethylic diacetylglycerate dis- solved in acetic acid (FRANK- LAND and PICKAILD) T. 136; P.1896,ll. TOL. LXX. ii. SUBJECTS. 925 LIGHT :- Rotatory power of ethylic diacetyl- glycerate dissolved in benzene (FRANKLAND and PICKARD) T. 135; P. 1896 11. of ethylic dichloracetgltartrate (E’EEUXDLER) h. ii 554. of derivatives of maleic and f u - maric acids (WALDEN) A. ii 633. of malic acid and its derivatives ( WALDEN) A. ii 135. of mandelic acid and its derivatives (WALDEN) A. ii 13’7 133. of inatico-camphor in the crystal- line and liquid states (‘FRAUBE)? A. ii 509. of methylic and ethylic mono- benxoylglycerat es a t different temperatures ( FRAXKLAND and BIACGREGOR) X’. 112 ; P. 1896 10. of methylic dibenzoylglycerate dissolved in acetic acid (FRANK- LAND and PICKAl{D) T. 133; P. 1896,ll. of methylic clibenzo~lglpcerate- dissolved in benzene ( FRAXK- LAND and PICKARD) T 127; I?.1896 11. of methylic dibenzoylglycerate clissol~ed in etbylene dibromide (FRANKLAND nncl PICPARD) T. 130; P.. 1896 11. of methglic dibenzoj Iglycerate dis- solved in nitrobenzene (FRANK- LAND and PICKARD) T. 131; I’. 1896 11. of irtethylic and etliylic d~benzo~l- tartrates (FRBXKLAHD and WHARTON) T. 1585 ; I?. 1896 186. of methylic dicliloracetyltartrate (FBEFNDLER) A ii 558. of methylic diphenyl~cet~lglpcer- ate a t different teii>pemturcs (FRANKLAND and JIACGREGOS) ‘l.’. 111 ; P. 1896 10. of methylic dipropionyl~t~cerate a t Cliff erent tempernttlres ( FRANKLAND alld ~1;\IaCQREC&OR) T. 11 6 ; P. 1896,lO. of methylic etbylic and propylic dibenzoylglycerates a t cliffereat temperatures (FRASKLAND and MACGREGOR) T. 104; P. 1896 9.of the meth-ylic and etlq lie salts of o- m- and p-clitoluoyltartaric acids ( FRAKKLAND xid WH-4R- Toll’) y’. 1300 1689; P. 1896 148. Gk926 INDEX OF SUBJECTS. LIGRT :- Rotatory power of a-nitrocamphor in ciifferent solvents (PESCETTA) A. ii 346. of patchouli camphor in the crystal- line and liquid states (TRAUBE) A ii 509. of propylic dichloracet~ltartrate (FREUNDLER) A. ii 554. of superfused and dissolved rliam- nose (GERNEZ) A. ii 287. of rubidium tartrate in the crystal- line and liquid states (TRAUBE) A ii 509. of succinic acid and its derivatives ( WALDEN) A. ii 135. Specific rotatory power influence of solvents on and of ring formation 011 (FORSTER) T. 40. of ethylic acetyl-d-lactate (PURDIE and WILLIAMSOX) T. 828; P. 1896 97. of ethghc acetylmalate ( PURDIE and WILLIAMSON) T.824 j P. 1896 97. of ethylic butyrylmalate (PURDIE and WILLIAMSON) T. 825. of ethylic dextrocbloropropionate (PURDIE and WILLIAXSON) T. 829; P. 1896 97. of ethylic d-lactate (PURDIE and WILLIAMSON) T. 827; P. 1896 97. of malic acid and its potassium salt (PURDIE and WILLIAMSON) T. 822. of the methylic ethylic propylic isopropylic normal butylic and isobutylic salts of malic acid (PURDIE and WILLIAHSON) T. 823 ; P. 1896,97. of valeric acid and its salts (GUYE and Ross~) A. ii 85. Birotation cause of (LIPPMANN) A. ii 230. of glucose i n different solvents (TREY) A. ii 139. Rotatory dispersion in non-associating liquids (GUYE and JOEDAH) A. ii 459. of malic acid anomalous (NASINI and GENNAEI) A. ii 133 285. of nicotine rtnd its salts (GENNAEI) A.ii 286. Spectrum or spectra (spark) of non- metals in the vapour of alkali salts (DE GRAMONT) A. ii 585. of argon (RAYLEIGFH and RABZSAY) A. ii 103 ; (FRIEBLANDE K) A. ii 457. LIGIZT :- Spectrum or spectra of argon when mixed with other gases (COLLIE and RAMSAY) A. ii 634. blue of argon (KAYSER) A ii 2. of argon three different ( EDER of the carbon compoundof argon of carbon compounds (Gleissler of the Bunsen flame (BoHN) A. ii of the carbon bisulphidt! flame of the carbonic oxide flame (BOBPI’) of the flame of cpnnogen (LEWES) of flames (EDER) A. ii 28’7. ofacandleflame (HABTLEY),T. 843. of the gas obtained from cleveite (helium) (RUNGE and PASCHEN) A. ii 1. of gas from urdninite and eliasite (LOCK$ER) A. ii 59’7. of the sun wave-length of the line D in the (PALMER) A ii 405.of helium (CROOKES) A ii 1. of helium from different sources (RAXSAY) A. ii 596. of helium when mixed with other gases (COLLIE and RAXSAY) A. ii 634. of the hydrogen flame (BoHN) A. ii 140. of mercury line and band (EDER and VALENTA) A. ii 2. of phosphorus (spark) in its com- pounds (DE GEAMONT) A ii 585. of the flame of sulphur (BoHN) A. ii 140. Absorption spectrum or spectra banded interpretation of (~TARD) A. ii 133. of bromine dissolved in carbon bi- sulphide vapour (WOOD) A. ii 458. of the cobalt salts origin of the (~TARD) A. ii 133. of the chromium salts original of the (~TSRD) A. ii 133. of solutions of potassium chrom- oxalate (HAMBURGER) A. ii 86. of iodine dissolved in carbon bi- sulphide %lapour (WOOD) A ii 458. (KEUSS) A. ii 285.NINI) A. ii 345. and VALENTA) A. ii 405. (CROOEES) A. ii 2. tube) (BoHN) A. ii 14.0. 140. (BoHx) A. ii 140. A. ii 140. T. 240 ; P. 1896,2. of organic colouring matters of ohromothiocyanates (MAGNA-INDEX OF SUBJECTS. 927 LIGHT Absorption spectrum ox* spectra of hemoglobin and compounds (FANGEE) A. i 713. of indophenols (BAYRAC and CAMIC~EL) A. ii 345. of urobilin (GARROD and HOP- KTNS) A. i 713. of violuric acid and its salts (DON- NAN) A. ii 405. Fluorescence spectrum or spectra of argon (DORN and ERUMANN) A. ii 2. of potassium vapour (WIEDEMANN and SCHMIDT) A ii 346. of sodiium vapour ( WIEDENANN and SCHMIDT) A. ii 346. of gaseous organic substances ( WIHDEMANN and SCHMIDT) d. 11 86. Spectrum analjsis of gases method of filling vacuum tubes fur (Yoma and DARLING) A.ii 3. quantitative new method of (KRUSS) A. ii 215. Velocity of light along the axes of the optical ellipsoid of double sulpliatev of potassium rubidium anu czesium (IU~~I'U.N) I.. roo; P. 1896 69. I Lignaloes oil of constituents of (BAR- ~ BIER and BOUVLAULT) A. i 55. 1 Limburgite from East Lothian (HATCH) A. ii 116. Lime. See Calcium oxide also Agri- cultural chemistry (Appendix). Limes oil of constituents of (GILCE- MEISTER) A. i 54. Limestone from Bohemia (BTOLBA) A. ii 435. from New South Wales (LITERSIDGE) A. ii 658. Limestones from Burma minerals of (BROWN ancl JUDD) A. ii 33. and dolomitea front Canada (HAR- RINGTON) A. ii 116. fromSussex Co. New Jersey (NASON) A ii 435. Limonene influence of solvents on specific rotatory power of (KRE- MERS) A i 177.hydrochloride conversion into ter- pene hydrate (KREMERS) A. i 177. d-Limonene nitrosochloride behaviour of towards halogen hydrides (TON BAEYER) A. i 246. Linalol sources of (GILDEMEISTER) A. purification of (TIEMAKN and Linoleic acid (H~BERT) A I 638. i 54. KRUGER) A. i 382. Linseed oil compound of with sulphur (HENRIQUES) A. i 204. oxidifiability of (BISHOP) A ii 399. iodine and bromine absorptions of (WILLIAXS) A ii 281. iodine number of pure and boiled (KATz) A. ii 680. raw and boiled examination of (HEFELYASN and MANN) A. ii 680. Lipoxanthin series of dyes (SCHROTTER- Liquefaction of gases. See Gases. Lithiopliilite and triphylite optical KRISTELLI) A. ii 208. properties of (PENFIELD and PRATT) A. ii 184. Lithium preparation of (BOBCHEBS) A. ii 520; (WARREN) A.ii 646. spark specti-a of the salts of (DE ORAMONT) A. ii 585. combination of with nitrogen (DES- LANDRBS) A ii 299; (GUNTZ) A ii 300. Lithium bromide thermochemical data of the compound of mercuric cyanide with (VARET) A. ii 88. carbide (MOISSAN) A ii 419. chloride electrolpsis of a solution of in acetone (LASZCZTXSKI) A. ii 556. absorption of moisture by (HAKE) P. 1896 34. snbchloride (GUNTZ) A ii 299. liydride (GUNTZ) A. ii 359. iodide thermochemical data of the action of mercuric cyanide on ( VARET) A. ii 148. nitrate vapour pressures of concen- trated solutions of ( WADDELL) A. ii 151. zirconate (TENABLE and CLARKE) A. ii 653. cyanide tliermochemical data of (VARET) A. ii 149. Lithofellic acid preparation and pro- perties of from gall-stones (JUNGER and KLAGES) A.i 194. Lithofellolactone preparation of by hydrolysis of lithofellic; acid (JUXGER and KLAGEE) A. i 194. Liver iron i n (WOLTBRING) A. ii storage of iron in the (STOCKMAN) A. relation of to f a t (No~L-PATON) PI. formation of sugar in the (MOSSE) 197. ii 438. ii 316. A ii 617.928 INDEX OF SUBJECTS. Liver caiise of formation of sugar in after death (PAvY) A. ii 665. of the dolphin substances present ir the (DRECHSEL) A. ii 378. estirnat ion of glycogen in (KISTIA. KOFFSKY) A. ii SO. Lobaria plmoniccea cholesterol from . ( ~ ~ R A R D ) A i. 21. Lollingite cobaltiferous from Ontaric (HOFFMANN) A. ii 258. Loltum ital. potash and phosphoric acid required by (SXETS and SCHREI. BER) A. ii 384. Lomatiol constitution of (HOOICER) T. 1369.1381.iso-Loiatio1 preparation of (UOOKER) Lophine synthesis of (KULISCH) A. i T. 1382. 627. Lophophorine properties of (HEFFTER) A. i 268. Loranditc from AIIchar Macedonia (KRENNER) A. ii 30. Lucerne potash and phosphoric acid required by (SXETB and SCHREIBER) A. ii 384. Lupin conglutin the principal proteid in (OSBORNE and CAMPBELL) A. i '716. Lupins. See Agricultural cheinistrj. Lupinus conglutin the principal pro- teid in (OSBORNE and CAMPBELL) A. i 716. a l h s alkaloid from ?roperties of its salts and its extraction (SOL- DAINI) A. i 193. Euteus decomposition of alhurriii in (ZIEOENBEIN) A. ii 265. and L. angustayoliu.~ occurrcncc of paragalactan in cell-wall of cotyledons of (SCHULZE) A. ii 619. angzist?yoliud nnd 5. luteus. See Agricultuml chemistry. weld (PERKIK) T.306; P . 1896 37. preperation of from weld estract (PERKIN) T. 207. preparation and properties of coin- pounds of with mineral acids (PERKIN) T. 208. constitution of (PERKIN) T. 212 799 j P. 1896 37 105. relation of to $setin and c h ~ p i n (HERZIQ) A. i 494. relation of to quercefin (PERKIS) T. 803 ; P. 1896,105. decomposition of with fused alkalis (PERPIN) T. 210 801; P. 1896 37 105. tetracetT1 and tetrnbenzoyl dorira!ircs Luteoliu the colouring matter of of (PERKIY) T. 210; I?. 1896 37. Lutedin triethyl ether and its acetyl derirat,ive (PERKIN) T. 800 ; P. 1896 105. triethyl ether decomposition of with alcoholic potash (PEREIN) T. 802 ; P. 1896 105. hydriodide analysis of (PERKIN) T. 14A2 ; Y. 1896 167. Luteolin homo- acetyl derivative of (PERKIN) T.210; P. 1896 37. (PEbPIN) T. 209; P. 1896 37. Lutidinedicarboxylic acids. See Di- methylpyridinedicarboxjlic acids. Lymph causes of formation of (MEN- DEL) A. ii 316; (LAZARUS-BAE- LOW) A. ii 435; (COHNSTEIN) A. ii 616. Lysidine action of benzoic cliloride and potassium carbonitto on (LADEX- BCI~Q) A. i 201. hydrochloride products of dry dis- tillation of ( LADENBURG) A i 201. Ljxonic acid (PIscaeRnnd BROMBERO) A i 348. brucine salt ( ~ I S C l i E R and BROM- BEBO) A. i 348. phenylhydrazide of (FISCRER and BROMBERO) A. i 348. Lyxonolaetone (PISCHER and BROM- Lyxose (pentanetetronal) (FISCHER oyanhydrin of (FISCHER and BBOM- Lysine. separation of pure (DRECHSEZ) A. i 268. Lysuricacid,barium salt of (DXECHSEL) A. i 268. preparation and proper! ies of BERG) A.i 343. and BROXBERO) A. i 346. BERQ) A. i 348. M. Xaclura tinctoria morin the colouring matter of (PERKIN and BABLICH) T. 792 ; I?. 1898 106. Magenta. See Rosanilinc. Magnmite from Serris (STAxoJEvid) Magnesium solution and diffusion of in mercurv (HOMPHREYS) T. action of on a photographic plate (-COLSON) A. ii 601. action of on solutions of salts (KIP- PENBEROER) A ii 523. action of on aqueous solutions of A. ii 254. 1680 ; P. isss 220.INDEX OF SUBJECTS. 929 salts and other substances (VITALI) A. ii 419. Xagnesium combination of with argon and helium (TROOST and OUTRARD) A. ii 99. Magnesium salts elimination of in rickets (DE KONINCK) A. ii 50. bromide thcrmochemical data of the compound of mercuric cjanide and (VARET) A. ii 88. carbonate estimation of in soil (MAUZELIUS and VESTEBBERG) A.ii 219. sodium carbonate (SCHULTEN) A. ii 610. chlorocwbonate (SCHTJLTEN) A. ii 610. chloride freezing points of dilute solutions of (LOOMIS) A. ii 352. abtbeorption of moisture by (HAKE) P. 1896 34. cobaltite (DUFAU) A. ii 647. hjdroxide eIectrochemica1 prepara- tion of (LORENZ) A ii 647. action of ammonium salts in pre- venting the precipitation of (Lov~N) A. ii 413. iodide thermocliemical data of the action of mercuric cyanide on (TAREX’) A. ii 148. niobate (LARSSON) A. ii 564. nitrate absorption of moisture by (HAKE) It.’. 1896 34. basic (DIDIER) A. ii 474. nitride action of acetic anhydride on (.EMMERLINB) A. i 591. action of benzoic anhydride on (EMMERLING) A i 591. silver nitrite (SPIEBEL) A. ii 360. oxide (magnesia) action of dry hydrogen chloride on (VELEP) A.ii 360. See also Agricultural chemistry. c&ium phosphates from Algeria ( MALBOT) A.. i i 185. sodium triphosphate (STANGE) A. ii 643. silicate a new mineral (CESARO) A ii 481. hydrated an artificial (KONINCP) A. ii 480. sulphate thermal expansion of solu- tions of (DE LANNOY) A. ii 233. Beneity of very dilute solutions of {KOHLBAESCH) A. ii 99. solubility of isomorphous mixtures of zinc sulphate and (STOBTEN- BEKER) A. ii 14. cgesiuln sulphate density and optical bchaviour of (TUTTON) T. 366. Magnesium salts potassium sulphate optical behaviour of (TUTTON) T. 356. density of (TETTON) T. 355. rubidium sulphate density and optical behaviour of (TUTTON) T. 361. alums natural (CARD) A. ii 530. zinc alum from New Mouth Wales (CARD) A.ii 252. Magnesium allylide (KEISEB) A. i 452. cyanide thermochemical data of (VARET) A. ii 149. estimation of as pyrophosphate (NEUBATIER) A. ii 674. Magrietic pyrites. See Pyrrhotite. Magnetic rotation. See Light mag- netic rotatory power. Magnetite from Servia (LOSANITSCH) magnetic behaviour of (ABT) A. ii artificial (MULLER) A. ii 254. cor taining manganese and aluminium from Madras (HOLLAND) A. ii 234. Maize meal proteids from (KJELDAHL) A,. i 584. Maize. See also Agricultural chemis- try;. (Appendix.) Muleic acid heat of electrolytic dis- sociation of (KORTBIGRT) A. ii 463. behaviour of when heating under small pressure (KRAFFT and DYES) A. ii. b9. conversion of into fumaric acid (MICHAEL). A i 132. amylic mlt rotatory power of the (WALDEN) A. ii 633.Maleic acid bromo- (MICHAEL) A i 131. melting point and behaviour of towards aqueous potash (MICHAEL) A. i 131. silver salt action of heat on aqueous solution of (MICHAEL) A. i 131. amylic salt rotatory power of ( WALDEN) A ii 633. dibromo- ethylic salt loss of halogen by (MICHAEL and CLARK) A. i 132. chloro- from dichlorosuccinic acid (MICHAEL and TISSOT) A. i 132. hehaviour of towards aqueous potash of (MICHAEL) A. I 131. amylic salt rotatory power of (WALDEN) A ii 633. ethylic salt behaviour of towards A. ii 252. 657.Y i N INDEX OF iUBJECTE. ethylic acetoacetate (RUHEMANN and TYLER) T. 535. Maleic anhydride refraction equivalent action of alcoholic ammonia on Maleic anhydride dzbromo- action of carbamide on (DUNLAP) A. i 471. . M:~leimide dtbromo- (DGNLAP) A.I 471. Maleinanil bromo- ( AUWERS SCHIFFER and SENGHOF) A i. 644. lhlein-p - tolil bromo- ( AUWERS SCHIFFER and SINQHOF) A. i 644. Xaleinuric acid dibromo- ( DUNLAP) A. i 471. Maleinuric acid dzchloro- (DUNLAP) A. i 471. Malic acid configuration of (PISCHER) A. i 526. and its potaesium salt specific rota- tion of (PURDIE and WILLIAM- SON) T. 822. anomalous rotatory disperBion of (NASINI and GENNARI) A. ii 133 285. action of isopropylic iodide on the silver salt of (PURDIE and WIL- LIAMSON) T. 825. in fruit juices (KREMLA) A. ii 62. ethylic salt preparation of (WIS- LICENUS) A. i 672. methylic ethylic propylic iso- propylic normal butylic isobutylic amylic and octylic salts of specific rotation of the (PURDJE and WIL- LIAMSON) T. 823; P. 1896 97; (WALDEN) A.T i 135 136. Malic acid thio- (ANDREASCH) A i 90. I-Xalic acid from asparagine and aspartic acid (WALDEN) A. i 139. italic acid leevo- and inactive rotatoq powers of the l~ero- and inactive m y l i c salts of (WALDEN) A. ii 139 Mallow dJe of (WEIGERT) A i 388. Malonamide action of hypobromite and of bromine and potash on (WEIDEL and ROITHNER) A. i 4?0,471. Malonenediamidoxime 8nd its diacetyl and dibenzoyl derivatives (SCHXIDT- MANN) A. i 458. Malonenediazoximedibenzenyl (SCHMIDTMAXN) A. i 458. M~ltlonenediazoximediethenyl(SCH~1~T- MANN) A. i 458. Malonic acid heat of electrolytic disso- ciation of (KORTRIGHT) A. ii 463. absorption by silk of dilute (WALKER and APPLEYARD) T. 1346; P. 1896,147. of (ANDERLINI) A ii 229. (PIUTTI) A. i 669. Malonic acid action of isobntaldehyde and acetic acid on (BRAUN) A.i 694. potassium uranyl salt of (FAY) A i 465. ethylic salt molecular volume of in organic solvents (NICOL) T. 143; P. 1895 237 hydrolysis of (HJELT) A i 205. vzlocity of formation of alkyl deri- vatives of (BISCHOFF) A. i 84. action of sodium ethoxide and p- bromethyl phenyl ether on (BENT- LEY HAWORTH and PERPIN) T. 167 169 ; P. 1886,35 36. action of diethylic bromomalonate on in presence of sodium eth- oxide (BISCHOFF) A. i 468. condensation of with phenacetic chloride (SCHOTT) A. i 700. methylic salt thermochemical data of (GUINCHANT) A. ii 12. action of rnethylic bromomalonate on in presence of sodium eth- oxide (BISCHOFF) A. i 468. action of sodium metlioxide and iodine on (BISCHOFF) A. i 468. Malonic acid bronio- ethylic salt ac- tion of ethylic sodethyl- malonate on (BISCHOFF) A.i 527. action of ethylic sodiopropane- 1 2 2 3 3-pentacarboxglio acid on (BISCHOFF) A. i 601. action of sodium ethoxide on (BISCHOFF) A. i 469. methylic salt action of methylic sodethanetricarboxylate on (BISCHOFF) A. i 600. actiun of sodinm methoxide on (BISCHOFF) A. i 468. chloro- ethylic salt action of ethylic sodethylmalonate on (BIS- CHOFF) A. i 527. action of sodium ethoxide on (BISCHOFF) A. i 569. oximido- (ANDREASCH) A. i 88. sodio- ethylic salt molecular weight of (BECKMANN and SCHLIEBS) A i 124. action of ethylic a-bromobutyr- ate a-bromisobutyrate a-bro- mopropionate and a-bromiso- valerate on (BISCHOFF) A. i 467. action of ethylic a-bromomethyl- ethylacetate on (AUWERS and SCHLOSSER) A.i 640. action of ethyhc chloracetate on (.BISCHOFF) A 1 466. action of ethylic chlorethyl- malonate and brometbyl-INDEX OF SUBJECTS. 932 malonate on (BISCHOFF) A i 528. Malonic acid sodio- ethylic salts action of ethylic chloromethylmalon- ate and bromomethylmalonate on (BIGGHOPF) A i 527. action of ethylic isopropj lacrjl- ate on (PEBPIN) T. 1490. action of ethylic apB-trimethgl- propionate on (PERKIN and THORPE) T. 1455. action of tetrahalogen ethylene compounds on (BIBGHOFP) A i 130. action of trirnethylenic bromide on (BISCKOFF) A. i 130. metliylic salt action of carbon tetrachloride on (ZELINSJLI and PORCHENOW) A. i 135. Malonic acids sodioalkyl- compam- tive ease of the action of the ethylic salts of a-bromo-fatty acid on the ethylic salts of (BISCEIOFB) A.i 464. Malononitrile action of hydroxylamiue on (SCHNIDTMANN) A. i 458. action of alcoholic sodium etlioxide on (SCHMIDTMANN) A i 458. condensation of with diazohenzene nitrate (SCHMIDTMANN) -4. i 459. Malonylazoimide (CURTIUS) A. i 35. Malt preparation of diastase from (OSBORSE and CAMPBELL) A. i 716. proteids of (OSBORNE and CAXP- BELL) A. i 714. estimation of sucrose in (JALOWETZ) A. ii 225. Malt extract special ferment (cytase) in (GRUSS) A. ii 669. estimation of (HEROE) A. ii 343; (STEIZN) A. ii 396. Maltase occurrence of in plants (BOURQUELOT) A. i 111. Maltodextrins. See Dextrins. Maltose action of lead acetate on the rotatory power of (SYOBODA) A. i 406. action of alcoholic ammonia on (DE BREYN and VAN LEENT) A. j 119. action of dextrin on (JALOWETZ) A.i 40.5 406. hydrolysis of by yeast (LINTNER) A. i 4. alcoholic fermentation of (BOIJRQUE- LOT) A i 111. fermentation of by Xurotiopsis Gayoni (LABORDE) A ii 322. digestion of ( BOUBQUELOT and QLEY) A. ii 315. Maltose reducing power of on ammo- niacal silver nitrate (HEXDERSON) T. 153 ; P. 1896 9. estimation of by copper potassium carbonate (OST) A ii 453. estimation of by Fehling’s solution (KJELDAHL) A. ii 581. iro-Maltose two possible s tereoisomeric modifications of (LINTNER) A i 11 9. Lintner’s evidence against the ex- istence of (ULRICH) A. i 335; (JALOWETZ) A. i 4U6. (.FISCHER) A. i 119 120. i 119. A. i 4. non-identity of with maltose action of diastase on ( LINTNER) A. hydrolysis of by yeast (LIZTTNER) meta-Maltose (MITTELMEIER) A i Maltoseamine (DE BRUYN and VAX Mdyltropeine (MERGE) A i 65 Mandelamide (HALLER) A.i 32. rotatory power of (WALDEN) A.. ii 138. Mandelic acid (phewylglycollic acid) rotatory power of ( WALDEN) A. ii 138. action of phenylcarbimide on (HAL- LER) A. i 38. methoxybenaylideneamide of (MINO- TTCI) A. i 703. potassium salt electi*olysis of (WALKER) T. 1279. metliylic ethylic isobutylic and amylic salts rotatory power of the ( WALDEN) A. ii 138. p-aminophenetoil salt (WENGHOF- FER) A. i 360. Mandeiic acids lavo- aucl inactive anijlic salts of rotatosy powers of the lmo- and inactive (\VALDEB) A. ii 139. Mandelonitrile compound C,,H,,N ob- tained by the action of alcoholic am- monia on (TON MEYER) A. i 420. Manganapatite from Bavaria (WEIN- SCHBNP) A. ii 310. Manganese alloys with aluminium (COUBES) A.ii 604. Manganese carbide (MOISSAN) A. ii 423. thermochemical data of (LB CEATELIER) A. ii 350. carbonate thermochemical data of (LE CHATELIER) A. ii 350. chloride electrolytic dissociation of a t different temperatures (SABLVA- DORI) A. ii 512. 336. LEENT) A. i 119.932 INDEX OF Manganese hydroxide electrochemical preparation of (LORENZ) A ii 64‘7. niobate (LARSSON) A ii 564. nitrate hydrated absorption of moisture by (HAKE) Y. 1896 31. (LE CHATELTER) A 11 350. dioxide (perozzde) electrode3 in gal- vanic cells (TOWER) A ii 142. tlierniochemical data 01 (LE CHATELIER) A ii 350. action of nitric oxide on (AUDEN and FOWLER). A ii 172. precipitation of by liypoehloroiis acid (13. and 13. KLIMENKO) A. ii 303. reduction of permanganic acid by (MORSE HOPKINS and WALKER) A ii 475.Pennanganic acid reduction of by manganese dioxide ( UORSE HOPKINS ond WALKER) A. ii 475. preparation of ( LORENZ) A ii 650. potassium pernianganate estima- tion of b? nieuns of sulphuric acid (MORSE and CHANBERS) A. ii 338. s t antlardisation of ( RIEGLER) A. ii 67G. perm an ganat es elec trochsmical 3fanganese sodium tripliosplinte (STANBE) A ii 643. silicate t hernioclieulical data of (Lx CHATELIEK) A ii 330. silieide (VIGOUXOUX) A. ii 249. sulphide ci*ystallised anhydrous (MOURLOT) A. ii 25. czesiuui s u l ~ h t e density and optical beliariour of (TOTTON) T. 403. rubidium sulpli:ite density and opti- cat behaviour of ( ~CJTTON) T. 399. Manganese esf iination of electrolyti- cally ( ENBELS) A. ii 276. estiniation of voliimetr~cally (Az-criy) A.ii 339; (STOKE) A. ii 547. estimation of in iron ores (MISER and DOBOIS) A. ii 547. estimation of i n steel errors in (ATWHY) 9. ii 627. separation of qunlitatirely from iron nickel cobalt chromium xlurniniuni and zinc (HABE) A. ii 127. separation of arsenic from (JAN- NASCII and KAXMERER) A. ii 221. separation of chromium from (JAN- SUBJECTS. NASCH and TOY CLOEDT) A. ii 2”. Manganese separation of cobalt from (JANNASCH and LEHNEBT) A. ii 547. separation of copper and zinc from (JANNASCII) A. ii 546. separation of zinc from (JANNASCH and TON CLOEDT) A. ii 220. Manganite from Michigan ( KOBBS) Mxnganocolumbite from Maine Mannan occurrence of two kinds of in the roots of Conophallus konjak (KINOSHITA) A. ii 60. as a food (TSUJI) A ii 44.h~drolpsis of ( KINOSHITA) A. ii 60. Mannitol boiling point of under re- diiced pressure (KRAFFT and DYES) A. ii 89. heat of solution of in water (SPEYERS) A. ii 411. fermentation of in Sicilian wines (BASILE) A. ii 121. I-Mannonic acid velocity of lactone formation in ( HJELT) A. i,. 597. Mannose preparation of from irory-nut turnings (DE WITT) A. i 459. transformation of into glucose and fructose (DE BRUYN and VAN EKEN- STEIF;) A. i 116. action of ammonia on (DE BRUYN and VAN LEENT) A i 586. action of lead hjdroxide 01) (DE BEUYN and VAN EEENSTEIN) A. i 588. action of lead hydroxide and potash on (DE BBUYN and TAX EKEN- d-Mannose crystallised (TAN EKEN- STEIN) A. i 272. Mannose-a-allylhydrazone (TAX EKEN- STEIN and DE BRUYN) A. i 588. anno nose-cc-amylhydrazone (VAN EKEX- STEIN and DE BRUYN) A.i 588. Naunose-a-benzylhydrazone (VAN I ~ E N S T E I N and DE BRUYN) A. i 588. Mannose-e thylenemercap tal (LAW- RENCE) d. i 272. anno nose-a-etliylliydrazone (VAN EKEN- STEIN and DE BRUYN) A. i 588. Manno~c~i~phtliylhydrazorle (VAN ZKENSTEIN and DE BBCYN) A. i 588. Blanures. See Agricultural chemietry (Appendix). Marbles onyx- (MEREILL). A. ii 260. Xarcasite constitution of (BROWN) A. ii 109. A. ii 33. ( FOOTE) A. ii 660. STEIN) A i 588.IX'DEX OF SUBJECTS. 933 Margarine cheese. See Agricultural YJar3hgas,composition of (SCHLOES~NQ) Martite artificial (FXIEDEL) A. ii Martylamine. See Diphenyl p-amino-. gliwcarine action of on the embryonic heart (PICHERING) A. ii 46. Matico-camphor rotatory power of in the crystalline and liquid states (TRAUBE) A.ii 509. Xatrine properties physiological ac- tion and salts oE (YLUGGE) &4. i 68. Xauve discovery of ( HOPMANN LEC- TUXE) T. 604; P 1893 138. Mauveine and its salts (HOFMANN LEC- action of ethylic iodide on ( HOFXAKN Neat influence of feeding on the com- position of (WOODS aud YHELPS) A. ii 44. Meat-extract composition of (KONIG and BOMER) &4. ii 83. estimation of gelatin in (KONIG) A. ii 83 ; (STUTZER) A. ii 84. estimation of pllosphorcarnic acid in (BALKF and ZDE) A. ii 632. Xedlar composition of the (BERSCB) A. ii 383. Medusa violet pigment of the (GRIFFITHS and PLATT) A. i 182. Bileerschaum from Servia (LOZAKI~) A. ii 252. Xelamine eonstitrution of (HOFnfANs LECTUHE) T. 717. Melaniline. See Diphenylgunnidine. Melanoximide.See Oxalyldiphenyl- guanidine. Melanterite zincifero LIS f rorn Carinthia from Laurion (MICHEL) A ii 36. Xelibiase s n enzyme of yeast (BAu) Melibiose formation of from melitriose (BAu) -4. i 453. hydrolyris of by certoin enzymes (FISCHER and LINDSER) A. i 195. Melissic acid from beeswax (MARIE) A. i 347. methylic and ethylic salts (MARIE) A. i 347. glyeerylic salts OE (MAWE) A. i 347. Melitriose hyd~olysis of (BAu) A. i Melons. See Agricultural chemistrv chemistry (Appendix). A. i 401. 110. TURE) T. 613. LECTURE) T. 617. (BRONLECHKER) A i i 256. A. i 453. 453. (Appendix). " Membrane a perfect semi-permeable (FITZGERALD) T. 905; P. 1896 25. Membranes semi-permeable theory of (FITZGERALD) T. 897; P. 1898 25. Memorial lectures Helmholtz (FITZ- GERAT~D) T. 885 ; P.1896 26. Hofmann (ABEL ARMSTRONG PEE- KIN PLAYPAXR) T. 575; P. 1893 133. Lothar Me-yer (BEDSON) T. 1403; P. 1896 119. Mendozite ? from Argentina (SCHICKEN- DAHTZ) A. ii 480. Menthane C,oW20 (KIJNER) A. i 178. from menthol ('TOLLOCZKO) A. i identical with hexahydrocymene Sobreri tri tal 381. (JUNGER and XLAGEP) A i 245. Menthane-1 2 6 8-tetrol. Menthene from menthylic chioride (MASSOX- and REYCHLEB) A. i 620. constitution and oxidation of (TOLLOCZKO) A. i 381. AS@)-Menthene-l 2-diol from tri- See hydroxymenthane diacetate (GINZ- BERG) A i 447. (TOLLOCZKO) A. i 381. A-Menthene-2 8-diol. See Sohrerol. Mentheneglpol modifications of Menthol heat of evaporation of (BECK- MANN FUCHS and GEBNHARDT) A. ii 23'7. crystalline modifisations of (POPE) P. 1896 143. constitution of (JUNGER and &AGES) A.i 244. behaTiour of towards sulphuric acid (TOLLOCZKO) A i 381. sodium derivative niolecular weight of (BECKXANN and SCHLIEBS) A. i 121. Menthol 4-amino- acetate (TiEXANN and KRUGER) A.. i 384. thio- (VOSWINLEL) A. i 379. trichloracetic acid ( MASSON and REPCHLER) A. i 620. Nenthonapht hene identical with liexa- hydrocymene (JUNGER and KLAGES) A i 245. Mentlione constitution of (BECPMASN) A i 312; (.BARBEER and Bon- TEAULT) A. 1 492. heat of cvaporation of (BECKMANN FOCHS and GERXHARDT) A ii 227. oxidation of (BECKXANN and MEHR- Menthol tertiary from lnenthene and934 INDEX OF SUBJECTS. Menthone 4-amino- ace1 yl derivative (TIEXANN and KRWGER) A. i 384. dibromo- (BECKMANN and EICKEL- BERG) A. i 313. nitro- (KONOWALOFF) A.i 177. sodium derivative molecular weight of (BECKMANN and SCBLIEBS) A. i 124. d-Menthone and its semicarbazone (BECKMANN) A. i 312. Z-Menthone inversion of and its semi- carbazone (BECKMANN) A i 311. Menthonementhylhydrazone (KIJNER) A. i 178. Menthoneoxime from rhodinaldoxime (BARBIER and BOUTEAULT) A. i 491. d-Menthoneoxime (BECEMANN) A. i 311. behaviour of towards phosphorus pentachloride ( BECEMANN and MEHRLANDER) A i 312. E-Menthoneoxime (BECKXANN) A i 312. beliaviour of towards phosphorus pentachloride and concentrated sulphuric acid (BECKMANN and MEHRLANDER) A. i 312. Menthoximic acid sodium copper silver ethylic salts and acetyl deriva- tive (BECKMANN and MEHRLANDER) A. i 312. Menthylamine dibromo- behaviour of towards hydroxylamiiie (KIJNER) A. i 178.Men thylhydrazine hydrochloride (KIJNEX) A. i 178. Menthylic acid oxy-. See Oxymen- thylic acid. Menthylic chloride conversion of into menthene (MASSON and REYCHLER) A i 620. Mereaptans (Thiols). See :- Benzylic hydrosulphide. Diazo benzenemercapt ohydrosulphide. Diazophenol hydrosulphide. 1 5-Uiphenylthiobenzolone hydro- Ethylthiazoline hydrosulphide. a-Naphthyl mercaptan. Phenyl mereaptan o-amino- Thiocresol (tolyl mercaptan) Thioeugenol. Thioguniacol. Thionaphthol (naphth.gl mercaptan). Thiophenol (phenyl mercaptan). Tliioresorcinol. Thiothymol. o- and p-Tolyl mercaptans. s ul phid e . Mercury line and band spectra of (EDER and VALENTA) A ii 2. Mercury specific heat of (BARTOLI and STRACCIATI) A. ii 145. solution and diffusion of metals and alloys in (HUMPHREYS) T.250 1679 ; P. 1896 220; (ROBERTS- AUSTEN) P. 1896 9 219. Mercury haloid salts. rate of sublima- tion of (AXCTOWSHI) A. ii 635. amidosulphonates (DIVERS and HAGA) T. 1649; Y. 1896 180. imiclosulphonates (DIVERS and HAQA) T. 1627 ; P. 1896,179. thiophospliite (FERRAND) A. ii 418. Mercuric chloride electrical con- ductivity of solutions inacetone of (LASZCZYNSKI) A. ii 555. electrolytic dissociation of in alcoholic solution (SALVA- DOHI) A. ii 512. action of iodoform on (SCHUY- TEN) A. ii 524. basic artificial dendrites of (ARCTOWSKI) A. ii 649. silver iodide decomposition of by heat (BAuR) A. ii 146. oxide identity of red and yellow (OSTCVALD and MARK) A. ii 142. oxy-salts condition of in solution (VARET) A. ii 648. sulphates equilibria between nor. ma1 and hydrated basic (HOIT- SEXA) A.ii 15. cyanide thermochemical data of compounds of metallic bro- mides .;rith (VARET) A. ii 88. thermocbentical data of com- potincls of metallic iodides with ( VARET) A. ii 148. combination of with bromides and iodides (VAPET) A. i 113. compounds of with metallic chlorides composition of ( VAPET) A i 3. interaction of with salts of metals of the alkalis or alkad line earths (VARET) A. i 113. iodoform and alcohol action of heat on (LONGI and MAZZO- LJNO) A. i 517. detection of in toxicology (VITALI) A. ii 628. oxycyanicles (BAPTHE) A i 330 Mercurous and mercuric chlorides mutual conversion of (HADA) T. 1675 ; P. 1896,183. nitrates mutual conversion of (HADA) T. 1667; P. 1896 331. 182.INDEX OF SUBJECTS. 935 MERCURY :- Meycurous and mercuric phosphates mutual conversion of ( HADA) sulphates mutual con-rersion of (HADA) T.1612; P. 1896 182. acetates perchlorates and oxal- ates nintual conversion of (HADA) T. 1674; P. 1896 183. Mercurous iodide decomposition of by heat (FRAN~OIS) A. ii 363. decomposition of when dissolved in boiling alcohol (FRAN~OIS) A.. ii 301. decomposition of when dissolved in boiling phenol (FRANQOIS) A. ii 248. action of aniline on. See Aniline. nitrite (RAY) A. ii 649. . oxide and carbonate decomposi- tion of (HADA) T. 1677; P. 1896 183. A ii 473. T. 1678. T. 1673 ; P. 1896,182. thiopyrophobphate (FERRAND) sulphide decomposition of (HADA) allylide (KEISER) A. i 458. Mercumpyridines. See Pyridiner mercuro-. Mercury detection of (JANNASCH and LEHNERT) A. ii 545. estimation of in cinnabar by elec- trolysis (RISING and LENREB) A.ii 338. estimation and detection of in urine (JOLLES) A. ii 77. separation of from other metals (JANNASCH and LEHNERT) A. ii 546. separation of from arsenic antimony and copper by ignition ( JANNASCE) A. ii 675. separation of electrolytically from cadmium (SMITH and WALLACE) A. ii 220. separation of from organic mixtures (JANNABCH and LEHNEBT) A. ii 5s. Slesaconin acid sublimation teniperatuse of under small pre~sure (KRSFFT and DTEs) A. ii 89. diethylic salt action of alcoholic am- monia on (KORXER and MENOZZI) A. i 205. Mesaconic acid bmmo- silver salt of (MICHAEL) A i 132. melting point and solubility of (MICHAEL and TISSOT) A. i 132. Mesidine nitro- preparation of (HOP- oxypliosphazo-compound of (MI- XANN LECTZTRE) T.694. CHAELIS and SILBERSTEIN) A. i 345. Mesitilole. See Mesitylene. Mesitjl methyl ketone preparation of Nesityl oxide (naethgl isotiutenql! ketwe isol7ropyEideneat.etolze) reduction of (HARRIES and EGCREXBACH) A. i 306 ; (KERP) A i 448. seniicarbazoiie products of distilla- tion of (SCHOLTZ) A. i 343. ~fesitylantraldoxin~e (L~cAs) A. i 418. Mesityldiazonium triiodide ( HAKTZSCH) A. i 93. 3Iesityleiie from acetophorone (XERP) synthesis of (Lncas) A. i 418. composition of (HOFMANN LECTURE) magnetic rotatory power &c. of (PERKIN) T. 1064 1130 1193 1241. Mesitylene ti-ibromo- discovery of (HOFMANN LECTURE) T. 694. cjauo- (BAuM) A i 222. nitro- heat of combustion of (KONO- WALOFF KIKINA and TSCHITSCH- -KIS) A i 675. w-nitro- (KONOWALOFF KIKINA and TSCHITGCHKIN) A i 674.labile form of (KONOWALOFF) A. i 675. dinitro- preparation of ( HOFXANR LECTURE) l'. 634. heat of combustion of' (KOXOWA- LOFk' KIKINA and TSCHITSCH- (LUCAS)~ A i 418. A i 448. T. 694. (.KOENIQS) A. i 63. action of bromine water on (KOENIGFB) A i 64. Ilferoquinenine bromo- (KoEmas) Mesaconic acid ro-ta!q power of the A. i 64. "'A' LA. L " L " . w-o-di-nitro- (KONOWALOFF KIKINA w-o-p-trinitro- (KONOWALOFF and TSCHITSCHKIN) A. i G74. XIKINA and TSCHIXSCHKIK) A. i tii4. . . _ w-o-o-tvinitro- (KONOWALOFF __ - _I amyllc Salt of (WALDEN) A. 11 I AIKINA end YSCHITSCHKIN) A. i 633. 1 674. heat of electrolytic dissociation of Mesitylenecarbos~lic acid. See B-iso- (KOBTBIGHT) A ii 463. 1 Cuminic acid.936 INDEX OF SUBJECTS. Mesitylenesulphonic acid discovery of Medylenic acid o-nitro- (KONOWA- LOFF KIKINA and TSCHITSCHPIN) A.i 674. dinitro- derivatives of (KONOWALOFF KIKINA and TSCEITSCHKIN) A. i 674. Mesitvlglyoxylic acid preparation of (LUCAS) A. i 418. behaviour of towards hydroxplamine (BAuM) A. i 222. formation of oximes from salts of (MEYEB) A i 433. TINGLE and KERSTIENS) A. i 561. ethereal salts molecular refraction and dispersion of (BBUHL) A. i 522. methylic and ethylic salts of (CLAI- SEw TINGLE and KERSTIENS) A. i 561. TINGLE and KERSTIENS) A i 561. methylic and ethylic salts of (CLA'I- SEN TINGLE and KEESTIENS) A. i 561. Mesoxylic acid tetramethylic salt of ( BISCHOFF) A. i 468. Mespilu P germmica composition of ( BERSCH) A. ii 383. Metabolism laws of (MuNP) A. ii 43. action of dilute acids on (DUNLOP) A.ii 484. action of the vasomotor nerves on (TAKGL) A. ii 43. intluence of fat and starch on (WJCPE and WEISPE) A. ii 535. proteid influence of muscular work on (KBUMMACHER) A. ii 377. in poisoning by carbonic oxide and nitrobenzene (MUNZER and PAL- MA) A. ii 662. Xetallic bases constitution of (KUB- XAKOFF) A.. ii 170. Xetals use of rleetro-dissolution in purifying (R'ABREN) A. ii 249. phenomena accompanying the dis- charge of electricity through the vapours of (WIEDEXANN and SCHHIDT! A. ii 348. Ithermoelectromotive force of (DEWAR and FLEMING) A. ii 4. separated from their amalgams pro- perties of ((~uNTz) h. ii 421. compounds of oxyhsemoglobin with heavy (?TuTT) A. i 584. .Metamaltose. See under Maltose. Metasantonic acid. See under Santonio Metasantonin.See under Santonin. (HOFMANX LECTURE) T. 694. a-Mesityloxidoxalic acid (CLAISEN &Mesityloxidoxalic acid (CLAISEN acid. Meteorite from Cherokee mills Georgia from Costilla New Mexico (KILLS) from El Capitan range New Mexico from Forsyth Co. N. Carolina from Godhaven Disko Island (GOLD. from Lesves Belgium (RENARD) A from Moonbi Tamworth N.S.W. from Smithville (HUNTINGTON) A. Meteorites amorphous carbon graphite and diamond in (MOISSAN) A. ii 194. Methsemoglobin. See HrPmoglobin. Methane possible occurrence of in air (PHILLIPS) A. ii 162. synthesis of from carbon and hy- drogen of (BONE and JORDAN) P. 1896 61. oxidation of by polladinised copper oxide (CAHPBELL) A. ii 171. explosive mixtures of air and (CLOWES) P. 1895,201. couibustion of in presence of nitrogen (DUNSTAN and CARR) P.1896 48. estimation of in presence of hydrogen (GILL and HUNT) A. ii 341. See also Marsh gas. Methane bromonitro- (SCHOLL) A i dibromonitro- (SCHOLL) A. i 585. trichloronitro- melting point of (17. SCHNETDER) A. ii 290. nitro- behaviour of towards phenyl- hydrazine ( WALTHER) A. ii 542. Methaneazobenzene nitro- forniation of (MICHAEL) A. i 594. Methanedisulphonic acid amino- potss- sium salts of (TON PECHMANN and HAWK) A. i 14 15. iodo- dipotasvium salt of (VON PECH- MANN and MANCK) A. i 15. diiodo- dipotassium salt of (VON PECHMANN and MANCK) A. i 15. Methsnesulphonepropionic acid &di- bromo- eloctrolytic conductivity of solutions of ( ~ o ~ I $ N ) A. ii 413. B-dichloro- electrolytic conductivity of solutions of (Lov~N) A.ii 413. Metheiiehyvdrazone remarks on consti- Methenyl-o-aminothiophenol prepara- tion of (KOFMA" LECTURE) T. 712 '713. (HOWELT,) A. ii 193. A. ii 614. (HOWELL) A ii 193. (SCHWEINITZ) A. ii 375. SMITH) A. ii 41. ii 6141. ( MINGAPE) A.. ii 193. ii 484. 535. tution of (WALKER) T. 1286.INDEX OF SUBJECTS- 937 Mebhenyl-o-aminothiophenol amyloiod- ide colouring matter obtained from (HOFXANN LECTURE) T. 714. chloro- prepamtion of (HOFMAXN LECTURE) T. 712. Methoethylheptanonolide from a-pin- onic acid (YON BAEYER) A. i 308. from pinonic acid (TIENANN and SEMMLER) A. i 309. a source of terpenylic acid (MARLA and TIEMANN) A. i 385. Methoxyacrylic acids a-0- and B-0- magnetic rotntwy powers &c. of the methylic salts of (PERKIN) T. 1147 1228 1247. Methoxyaposafranone (FISCHER and HEPP) A.i 323. o-Metrhoxybenzaldehyde (methyEsa Zicyl- aldehyde) magnetic rotatoi-y power &c. of (PERKIN) T. 1127 1128 1200,1243. (BOUTEAULT) A i 650. anilide) (HALLER) A. i 32. m- Xethoxybenzaldehydehydrazone o-Methoxybenzanilide (methylsalicyL o-Methoxgbenzoic acid (melhylsalicylic acid) magnetic rotatory power &c. of the ethylic salt of (PERKIN) T. 1127,1128,1130,1160,1176,1231 1238. phenglglyoxylamide of ( MINOVICI) A i 705. m-Methoxybenzoic acid magnetic rota- tory power &c. of the ethylic salt of (PERKIN) T. 1130,1177,1238. o-Methoxybenzophenone and its benzo- ate phenylhj drazone and oxirne (CORN) A. i 4/10. o-Metlioxybenzylic alcohol (mzethyZsaEi- cylic alcohol) magnetic rotatory power &c. of (PEBKIN) T. 1128 1198 1242.Met,hoxybenzylidenemandelamide. See Mandelic acid methoxybenzylidene- amide of. Methoxgbromethoxypropy lbenzene (HELL and HOLLENBERQ) A. i 354. Methoxy-+-cumenol dibromo- (AUWEBS) A i 149 ; (AUWERS and MARWEDEL) A i 150. benzoate (AUWEKS and MAR- WEDEL) A. i 150. p-Methoxydiphenylainine diamino- (FISCHER) A i 628. (REISJERT) a i 390. diuitro- (FISCHER) A. i 628. l~-Methoxyindole-2’-carboxylic acid 3/-bromo- (REIS~ERT) A. i 390. l-Methoxy-+-isstin and its plienyl- hydrazone (REISSERT) A. i 390. 8- Methoxynephthalene (TEIELE and MEYER) A i 407. p-Methoxypenthiazoline y-bromo- (DIXON) T. 32 ; P. 1895 217. Methoxyphenazine syn-p-amino- (FIB- CHER) A. i 628. Methoxyphenyl ethyl ketone mono- di- and tri-bromo- (HELL and HOL- LENBERG) A. i 354. ( MOUREU) A. i 647. (MOUREU) A.i 647. azoline (BUSCH BRUNNER and BIRK) A i 160. p -Me thoxy pheny lmalonam ic acid and its ethylic salt (CASTELLANETA) A. i 368. p-Methoxyphenyloxamic acid and i t s ethylic salt (CASTELLANETA) A i 368. 8-Methoxy-8-phenylpropionic acid a-iodo- (ERLENMEYER) A. i 302. 8-Methoxy phenyl-p-propylphenylox - azole and its halts (Mmov~cr) A. 1 704. B-Methoxyphenyl-p-styryloxazole and its salta (MINOVICI) A. i 704. p-Methoxyphenylsuccinamic acid (PIETTI). A. i 223. o-Methosyphenylcrotonic acid m-Metlioxyphenylcrotonic acid 3’-o-Methoxyplienylketotetrahydroquin- p -&etlioxiphenylsnccinimide ( PIUTTI) A.. i. 223. compound of with potassium iodide and iodine (PIUTTI) A. i 3ti4. 3‘-o-Methoxyphenylt,hiotetrahydroquin- azoline (BESCH BBUNNER and BIRK) A. i 160. 1’ 3/-Methoxypropylisoquinoline and its salts (ALBAHARY) A.i 699. 3-Methoxyqninoline 4’-amino- and its 4’-chloro- and its salts (HIRSCH) A p-Methoxytriphenyltetrszolium chloride (WEDEKIKD) A. i 631. w-Methosy-1 3 4-xgleno1 tribromo- (AUWERS and CANPENHAUSEN) A. i 424. Methyl anilidobutyl ketone platino- chloride of and its oxinie and phenyl- hydrazone (LIPP) A. i 31’7. Methyl benzamidobutyl ketone and its oxime (LIPP) A. i 317. Methyl isobutenyl ketone. See Mesit11 oxide. Methvl hutyl ketone hcat of evaporation of (LONUUININE) A. ii 143. Methyl isobutyl ketone ( GLUCKSMANR) A. i 333. BTethyl tert-bnty 1 ketone uncertainty as to the identity of pinacoline with (DELACRE) A. i 591,662. salts (HIRSCH) A. i 626. i 626.938 INDEX OF - x:etbyl chloro-sec-i.robuty1 ketone Methyl eliloropropyl ketone (EONDA- Methrl etligl ketone heat of evapora- tion of (LUGININ) A ii 146.products of di*tillation of the semi- carhazone of (SCHOLTZ) A. i 343. Methyl a-ethylpropyl ketoxime (Borte) Methyl hexyl ketone (BORN) A. i 199. Methyl hydroxyetliyl ketone a-di- broino- (WOLPF and SCHWABE) A. i 522. tri-bromo- and its behaviour with sodium carbonate (WOLFS and SCHVTABE) A i 522. Methyl propenyl ketone (KONDAKOFF) Methyl prcpyl ketone heat of evapora- tion of (BPCKMANN PUCHS and GERNHAHDT) A. ii 237. products of distillation of the semi- carbazonf of (SCHOLTZ) A. i 343. Methyl isopropvl ketone heat of evapo- ration of (L~GININ) A. ii 146. Methyl propylidene-ethyl ketone ( KON- DAKOFF) A. i 462. Methyl isopropyl ketone (IPATIEFF) A. i 401.Methylacetoacetic acid ethylic salt astion of sodium ethoxide and bromethylphenyl ether on (BEN!! LEY HAWORTH and PER- KIN) T. 172; P. 1896 36. condensation of with eth-j-lic chlorofumarate (RTJHEMANN and WOLFF) T. 1384; P. 1896 166. rate of formation of (BISCHOFF) A. i 85. products of the broinination of (FREER) A. i 277. methykc salt action of bromine on (CONRAD and XREICHGAUER) A. i 409. Methylacetoacetic acid bromo- ethylie salts oxidation of (E'REER) A. i 277. a-bromo- mettrylic salt (CONRAD and KHEICHGAVER) A. i 409. Methylacetonediearboxylic acid eth ylic salt of its compound with phenyl- Iiydrezinc (PE~'RENKO-I(RIT~CHEN~O and I~PIIRUSI) A. i 135 ; (PETREN- ~O-KRITSCILI!J~E~O) A. i 258. Methylacetylene. See Allylene. 6-Mct Ity!ilrIipic acid from citronellalde- hyde ( I~ARBIER and BOUVEAULT) A.i 492. from 2 6-dimethyloctan-3-oloic. acid (KONDAKOFF) A. i 462. KOFF) A. i 462. A. i 199. A. i 462. (VON BAEYEB) A. i 247. SUBJECTS. iS-Methyladipic acid from oxidation of rhodinol (BARBIEB and BOUVE- AUL?) A. i 446. d-B-Methyladipic acid from citronell- aldeh%.de (TIEMANN and SCHM~DT) A.. i,'383. I-8-Methyladipic acid from rhodinol (TIEMANN and SCHNIDT) A. i 384. Methplal heat of evaporation of (BECK- MA" FUCHS aiid GERNHARDT) A ii 237. Methylallyldithiourazole its hydro- cliloride and acetyl derivative (FREUND and HEILBRUN) A. i 415. Metliylallylhexenylcarbinol. See Hen- deciuyl alcohols. p-Methylallylsuccinic acid conversion of into parauiethylcarbocaprolactonic acid (HJELT) d. i 600. para-Methylallylsuccinic acid conver- sior of into paramethylcarbocapro- lactonic acid ( UJELT) A.i 600. lSlethylallylthiocarhttniide action of bromine on (DIXON) T. 852. dibromide of (GADAMRR) A. i 140. clilorobromide of (GADAIKER) A. i 140. Methylamine discovery of (HOFMANN LECTURE) T. 656. preparation of from formaldehyde and ammonium chloride (BROCHET and CAMBIER) A.,i 7 ; (TRILLAT) A i 407. hydrochloride (LUXNOORE) T. 184 ; (DEL~PINE) A i 589. picrate (DEL~PINE) A. i 589. Nettylamine nitroso- (THIELE and MEYER) A. i 407. Methylamines separatiou of by means of formaldehyde (DEL~PINE) A i 519 520. Mvthylaminoformic acid methylic and ethylic salts action of nitric acid on (FRAKCXIMONT) A. i 602. 5-Metbylamino-l-methyltetrazole its aurochloride and platinochloride (THIELE and I N ~ L E ) A.i 108. Methylamylacetylene. See Octinene. Methylisoamylamine and its salts (STOERMER and TON LEPEL) A. i 664. benzoyl derirative (STOESMER and TON LEPEL) A i 664. methylisoam yldithiocarbamate (STOERMER and VON LEPEL) A. i i 664. nitroso-derivative (STOERMER and TON LEPEL) A. i 664. Methylamylaminoacetone and its meth- iodide (STOERXER and PoG~E) A. i 408.INDEX OF SUBJECTS. 939 Methylisoarnylcaisbamide (STOERMER Methylaneinonin. See Anemonin. Methylaniline ( HOFMANN LECTURE) T. 598. preparation of (HOFXAKN LECTURE) T. 624 625. magnetic rotatory power &c. of (PEEKIN) T. lb99 1207 1244. Methylaniline bromonitro- (EVANS) P. 1895,236. tribromo- (EVANS) P. 1895 235. nitramino- azoirnide from (ZINCPE Methylanilines colouring matters ob- tained from (HOFXANN LECTURE) T 623.Methylazimidobenzoic acid ( ZINCKE and HELMERT) A. i 550. o-Methylazobenzene (JACOBSON and LISCHKE) A. i 96. m-Methylazobenzene (JACOBSON aud NANNINGFA) A. i 97. Methylbenzaconirte formation of (DUN- STAN TICKLE and JACKSON) P. 1896 159. salts of hydrolysis of (DUNSTAN TICKLE and JACKSON) P. 1896 160. N-Methylbenzantialdoxime and its hy- drobromide (LUXMOORE) T. 183; P. 1895 149. and VON LEPEL) A i 664. and HELMERT) A. i 301. hydriodtde ( LUXMOORE) T. 188. N-Methylbenzspaldoxime and its hy- drobromide (LUXMOORE) T. 184 185; P. 1895,149. Methylbenzamide imidochloride (TON PECHXANN) A i 31. 1 3 4-Methylbenzenedicarboxylic acid. See a-Mettiylplithalic acid. Metltylantibenzhydroximic acid phos- phate and benzenesulphonate and ben- zoyl dinitrophenyl p-methoxyben- zoyl and carbanilido-derivatives (WERNER and SUBAE) A i 431.Methylsynbenzhydroximic acid and its benzopl dinitrophenyl p-meth- oxybenzoyl and carbanilido-derira- tives ( WERKER and YUBAE) A. i 431. Z-&fethylbenzidine its hydrochloride and diocetyl dibenzylidene and di- orthohydroxybrnzylidene derivatives (JACO~ON Lnd NANNINGFA) A. j 97. 3-Methylbenzidine and its dibenzykdene derivative (JACOBSON and LI~CHEE) A. i 97. p -Metliylbeuzoylpropionic acid ( MUHR) A. i 231. p-Methylbenzylamine its picrote acetyl and benzoyl derivatives (LUBTIG) A. i 163. m-amino- salts of (LUSTIG) A. i 1 y 3 . p-Methylbenzylamine nitro- salts of pMethylbenzylbenzumide m-nitro- Methylbet ainepyridine-3 4-dicarboxyl- 3fethylbutylacotylene. See H eptinenes. Methylbutylamine ( FRANCHIMONT and Methylisobutylemine and its salts (STOERMER and VON LEPEL) A.i 662. benzoyl derivative (STOERMEB and VOK LEPEL) A. i 664. methylisobutyldittiiocarbamate (STOERMER and VON LEPEL) A. i 663. Methylisobittylamine nitroso- (STOERMICR and vox LErEL) A. i 668. Methylbutylarninoaeetone (STOBRMEL and POGGE) A. i 4/18. m-Methylisobutylbenzene 2 4 6-tri- nitro- ( KNOEVEB-AGFEL) A. i 288. Methylisobutylcarbamide (STOERMER and vox LBPEL) A. i 662. Metiiylisobutylcarbinol. See Hexylic alcohols. 1 3- Methylisobutylcyclohexadiene ( LUSTIG) A. i 163. (LUSTIG) A. i 163. ic acid. See Apophyllenic acid. VAB ERr) A. i 275. (m-methylisob,h&ihydrobenzene) (KNOEVENAQEL) A. i 288. 5-chloro. (GUNDLICIX and KNOE- VENAGEL) A. i 213. 1-Methyl-3-isobut ylcyclohexanone action of phosphorus pentachloride on (GUNDLICH and KNOEVENAGEL) A.i 212. 1 3-MethylisobutylrycZohexenol-5 and its acetyl derivative methylic ether sndisopropylicether ( KNOEVENBGEL) A. i 287. 3 5-Methylisobuty1-A2-cyclohexeuone its oxime benzoyl derivatives and its phenylhydrazone (KNOEVENAGEL) A. i 211. 3 5-Methylisobutyl-A2-cycZohexenone- 4-carboxylic acid ethylic salt of its oxime and benzoyl derivatives (KNOEVENAGEL) A i 211. 3 5-Methylisob~tyl-~~-cyclohexenone- 6-carboxylic acid ethylic salt of phenylhydrazone of ( KNOEVENA~EL) A. i 811. 4 6-dicarboxylic acid ethylic salt of its oxinie and benzoyl derivatives (KNOEVENAGEL) A. i 211. Methylbutylhydrazine (ERANCHIMONT and VAN ERP) A. i 275. Methylisobutylhydrazine carbaniide of (STOERMER and VON LEPEL) A.,i ti64.3 5-D.lethylisohutyl-A~-c~cZohexenone,940 INDEX OF SUBJECTS Me thy lisob utylke to tetrahy droben zene. See Methylisobutylcycloliexenone. Methylbutylnitmmine reduction pro- ducts of (FRANCHIMONT and TAN ERP) A i 275. Methylbutylnitrosamine ( FRA NCHI- MONT and VAN ERP) A. i 275. Methplbutpyloxamic acid ( FRANCHI- BfONT and VAN ERP) A. 1 275. 3 5-Methylirobutylphenol (KXOE- VENAGEL) A. i 211. 211. tribromo- (KNOEVENAGEL) A. i Methylbutyltetrazone (FRANCIIIIIIONT and VAN ERP) A. i 275. a-Methylbutyric acid. See Valeric acids. Met hylbutryolactones. See Valerolact- ones. Methyl-P-camphoramic acid from cam- phorinethylimide ( EOOGEWERFF and VAN DORP) A. i 314. Methylcarbamide action of benzalde- hyde on (SCHIFF) A. i 530. p-Me thylcarbocaprolactonic acid barium salt (HJELT) A.i 600. para-Methyl ctLrbocaprolactonic acid barium salt (HJELT) A i 600. a-Methplcarboxyglutaric acid. See B utane-an-tricarhoxy lic acid. Methylcitraconic acid (SPENZEE) A4. i 128. Methylcusparine (BECKURTS) A. i 66. Methyldesmotroposantonin preparstion and properties of (ANDREOCCI) A i 182. Methylisodesmotroposantonin (ANDRE- reduction of (ANDREOCCI) A i Methyldesmotroposantonous acid and its ethylic salt (ANDREOCCI) A. i 185. Methyldiethenyltetraminobenzene and its mercurochloride (SCHUSTER and PINNOW) A. i 428. Methyldiethylrtmine preparation of (HOFMANN LECTURE) T. 670. Methyldiethylamylammonium hydr- oxide action of heat on (HOFMANN LECTURE) T. 666. Methyldietl1ylisoamy1ammonium plat- inochloride crystalline form of (HOF- MANN LECTURE) T. 671.2-Methyldihydrofurfuran-3 4-dicarb- oxylamic acid ethjlic salt (RIJHEXANN and WOLFF) T. 1393. 2-Methyldihydrofurfuran-3 4-dicarb- oxylic acid ethylic salt of (RUHEMANN and WOLFF) T. 1392. tricarboxylic acid ethj lie salt OCCI) A. i 182. 184. 2-Methyldihydroi'urfuran-3 4 5- (RUHEMANN and TYLER) T 532; 'k'. 1896 73. 3 5 l-Dihydroxymetliylcycloliexa- diene. pMethyldih 7 droxybenzenesul phonic acid and its ammonium salt (JONES) A. i 50. 5-Methyl-1 3-diketoc.yclohexane-4 6- dicerboxylic acid diethylic salt of (KNOEVENAGEL) A. 1 282). gaanamide) and its hydrochloride and platinochloride its d v e r and lead derivatives ( OSTROGOVICII) A. i 261 393. tribromo- (OSTROGOVICH) A. i 262. Methyldiphen-vl. See Phenyltoluene. Methyldiphenilamine magnetic rota- tory power &c.of (PEBKIN) T 1101,1157 1208,1232,1244. a-Methyl-y-diphenylitaconic acid and its monethylic salt (STOBBE) A. i 235. Methyl-a-ecgonine benzoyl derivative niethiodide formation of and its salte Mcthyleneaminoacetonitrile (CURTIUS) A. i 337. Met hplenebisacetonedicarboxylic acid ethylic salt of (KNOEVENAGEL) A. I 212. Methglene-blue detection of in wines (BELAR) A. ii 630. Met hjlenecaffeic acid bromo- prepara- tion of and its silver salt (MOCREU) A. i 477. o-Methylenedioxybenzene ( MOUREU) A. i 477. Metliylenediurethane (CURTIUS) A. i 35. Methglenemucic acid (HENNEBERG and TOLLENS) A. i 645. Methylenepentaglycol (APEL and TOL- LENS) A. i 115. 1 4-Methplenepipei-azinc ( ROSDALSKY) A i 257. Methylenesaccharic acid an? the action of alkalis on \ HENNEBERG and TOL- LENS) A.1 645. ethylic salt ( RENNEBERG and TOL- LENS) A. I 645. Methylenetartaric arid HEN NEB ERG^ Xethylene trioxp-. See Trioxymethjl- Metliylenic diiodide magnetic rotatory m-Methyldihydroresorcinol. See 2-Methyl-4 6-dioxytriszine (aceto- O f (WILLSTAI'TER) A i 708. (WILLSTATTER) A. i 708. and TOLLENS) A. i 645. ene. power and relative density of (PERKIN) T 1063,1173 1237. diiodide and dichloride aotion of sodium phenoxide on (BENTLEI-,tSDES OF SUBJECTS. 94 t ~IBWOETH and PERKIY) T. 166 167. nmidine (SCHUSTER and PINROW) A.. i 427. nitro- (SCAUSTER and PINN~W) A. i 428. Met liylethen~lacetamidophenylene- Methy lethenylaminophenylcneamidine and its picrate (YCHUSTER and PIN- NOW) A. i 427. Jf eth y let henpldiazophenyleneamidine colouring niatter obtained from with #3-naplithylamine (SCRUJTER and PINNOW) A.i 428. Meth~letlieii~lphenyleneamidine nitr- arnino- (SCHUSTER and PINNOW) A. i 428. BJethjlethylacetnldelijde. See Valer- aldeh de. Methyl&hylacetic acid. See Valeric acids. Methylethylacroleinanthranilic acid (NIEYENTOWBKI and ORZECEOWSSI) A. i 187. 1)-Methylethylbenzene (p-ethyltohewe) preparation of (BAYEAC) A. i 474. o-bromo- (PEFREN) A i 90. dibromo- ( DEFBEN) A. i 91. ohloro- ( DEPKEN) A. i 90. ciichloro- (DEFREN) A. i 90. p- jiIethylethylbenzenesulphonamide (DEPREN) A. i 90. o-bromo- (DEFBEN) A. i 91. p - Methyletliylbenzeneeulplionic acid and saits (DEFLLEN) A i 90. o-homo- and salts ( DEFKEN) A. i 91. c‘iioro- and salts (DEFHEW) A i 91. ji-~~ethjlethylbenzeuesulpl~oriic chlor- ide (I)EFREN) A i.90. o-bronio- {DEFKEN) A. 1 91. cliloro- (DEFEEN) A i 91. I~-Methylethylbenzen~-~-sulyhonic acid barium salt of (BATEAC) A. i 474. l i -Methyiethy lbenzene-m-sulphonic acid barium salt of (BAYRAC) A. i 474. A. i 90. l?ropylene-+tliiocar bamide. bromide of (Drxow) T. 23. p - Meth~lethylbenzonitriIe ( DEFRRX) fl-Metliylethplene-~-thiocarbamide. See u2-Nethylethylene-+1biourza hydro- Xethylethylethylenc. See Amylene. MethyletliylhSdantoin (ethyllacfylearh- 1 4 2-Meth~lethSlplienol (p-ethyl-o- 1 4 3-Meth~letiiylplienol (p-ethyl-m- nmzde) (DUVILLIEB) A. i 89. cresol) (BAYRAC) A i 474. cresol) (BAYRAC) A i 474. VOL. LXX. ii. ’ i lidine. t l-Methyletliyl-4-kogropylbenzene 1 (ethylcymerae) preparation of i (BOEVEAULT) A i 616.2 ~-Methyletliyl~,i~eridi~ic. See Copel- Methyl -a-ethy lpro py 1 in( thane. See Heptane. ’ 3 5-1Cl[ethuvletIi~lp~ridirie. See Cof- / Mine. 3 2-Methylethglpyridine from mero- quinenine (KOENJUS) A. i 63. 3’-Methyl-Y-eth~ lqiiinoline ( NIEMER- 1 TOWYKI and OWECHOWSKI) A i 188. ’ 3’-%ethyl-3 -ethylquinoline-l-carb- I oxyrlic acid (NIEMEXTOWSPI and 1 Methyler ltjlsuccinic acid (MICHAEL) 1 A i 597. t Xethylethjlsuccinic acid asymmetrie and its p-tolil (AUW-XBS and SCELOS- / Methyleugenol spthesis of (MELDOLA [ WOOLCOTT and WRAY) T. 1321. 8-Methjlf urfuraldehyde (FISCHER and / HEHBOKN) A. i 5S8. 1 oxide (KIEEMAYEIZ) A i 144. 1 alcloxime of (KIEL~MAXEB) A i I 145. 1 anilide of (KIERXA~ER) A. i 144. 1 phenylhydrazoiie of ( KIERMAYER) ORZRCBOWSEI) A. i 187. ShR) A. i 641).A. i 14 It. Methylf urf urandicai*boxylic acid etbylic salt of (RUHEXANN and WOLFF) T. 1388; P. 1896 166. (AUWERS and TITQERLEY) A. i 6&J. a-Methylgliitaraniliu uc’ds ( AUWERS and TITHERLEY) A i ti4& a-Metliylglutt~ric acid and i t s anhydride (AUWERS and TITEXEICLE.~) A. i ti42. a-Mett1ylglutaro-8-naphtl I il bimole- cular ( AUWERS and TirirssLEn) A i 642. a-Methylglutaro-8-naphthilic acid (AUWER~ and TITHERLEY) A. i 642. a-Methylglutaro-p-tolil bimolecular (AUWERS and TITHERLEY) A i ti42. a-Methylglutaro-p-tolilic acids (,A;WEIZS and TITUERLEY) 4 i 6 % ~ . Methylglyoxime (ErANTZsCir and WILD) A. i 285; (SCHOLL and MATTEAIOPOULOS) A i 520. ?tIetliylgranatoline oxid&on of (CIA- XICiAN and SISBER) A i 397. Metliyl-f-:-lieptsdieue 1 3-. See Oct iaenes a-Mctiiylglutaranil bimolecular 55942 INDEX OF SUBJECTS.&&thylheptenone natural source of (BARBIER and SOUVEAULT) A. i 65. aqd its semicarbazone (BARBIkR and BOUVEAULT) A. i 638. behaviour of towards ethylic iodo- acetate (BARBIER and BQUVEAVLT) A. i 4A5. .n-Methylhexahydrocincllomesonic acid (KOENIQS and WOLFF) A i 699. Methylcyclohexane (hexah9drotohcene) (ZELINSKY and GENEROSOP$) A. 1 351. m-iodo- (WALLACH) A i 310. cis -p-Met hy lcyclohexaneoarboxylic acid (cis-hexahydro-p-toluic acid) exo- wino- and its salts (EINHORN~ A. i 551. I 2-Methylcyelohexanol (ZZLINSYP 1 3-MethylcycZohex$nol ( WALLACH) 1 2-MethylcycZohexanone (ZELINSKY I,. 3-Methylcyclohexanone from iso- pulegone (TIEMANN and SC~MIDT) A i 383. from pulegone and formic acid semi- carbazone and oxime ( WALLACH) A i 309.gxidation of (WALLACH) A. i 310. diisonifroso- diacetate (TON BAEYER) A. i G5. triisonitroso- anhjdride and its acetate (VON BAEYER) A i 445. Methylcyclohexene (tetrahydrotoluene) from m-iodohexnliy drotoluene (WAL- LACH) A. i 310. 1 3-Methylcyclohexenol and its acetgl derivative urethane and chloride (KNOEVENAQEL) A. i 287. 1 3-Methylhexylcyclohcxadiene (1 3. S-chloro- (GUNDLICH and KNOEVE- its acetyl derivative methyl ethes (KNOEVENAQEL) A i 287. 3 5-Meth~lhex~1-A2-cyelohexenone its oxime benzoyl and phenylhydr- azone (KNOEVENAQEL) A. i 211. 3 5-Methplhexyl-~~-cycZohexenone-4- carboxylic acid ethylic salt o f its oxime and benzoyl derivatives (KNOEVENABGFEL) A i 211. 3 5-Methylhexyl-A,-cycZohexenone-6- carboxylic acid ethylic salt of and its pbenylhydrazone (KNOEVZNAQEL) A.i 211. 6-dicarboxylic acid ethylic salt of tbnd QENEROSOFP) A. i 350. A i 310. and GENEROSOPF) A i 350. methylhexyld ihLy drobenzene) (KNOEVENAOEL) A. i 289. NAGEL) A. i 213. 1 3-Methylhexylcycl~hexenol-5 and 3 5-Methylhexyvl-A2-cycZohexenone-4- its oxime and benzovl derivatives (KNOEVENAQEL) A. i,*211. Methylhexylmethane. See Octane. 3 5-Methylhexylphenol (KNOEVE- NAQEL) A. i 212. 212. trzbromo- (KNOEVENAQEGL) A. i p-Methylhomoatropine (MERCK) A. i 65. Methylhydrastamide physiological ac- tion of (FALK) A. ii 201. Methylhvdrastimide physioiogieal ac- :ion of (FALK) A. ii 201. Methylhydrazine (THIELE and MEYER) A. i 407. o-Methylhydrazobenzene (JACOBSON and LISCHKE) A i 96. m-Methylhydrazobenzene (JACOBSON and NANNINQA) A.i 97. Methylhpdrocotoin crystallography of (NEGRI) A. i 655. 8-Methylhydroxylamine hydrochloride (LUXMOORE) T. 183. Methylic alcohol production of from various woods (BARILLOT) A. i 403. purification of (SCHALL) A. ii 463. action of light on (RICHARDSON and FOETEY) T. 1351; P. 1896 164. electrolytic conductivity of’ salts and acids dissolved in (CARRABA) A. ii 511. heat OP evaporation of (BECKMAA” PUCHS and GERNHARDT) A. ii 237. boiling point of sdutions of salts in (WOELFEE) A. ii 237. products of the limited combustion of (BROCHET) A. i 277. action of on econitine ( DUNSTAN TICKLE and JACKSON) P. 1896 159. influence of in the nutrition of plants (K.INOSHITA) A. ii 54. Methylic aj3-dihromallylic ether (LES- Methylic iodide preparation of PIEU) A.i 332. (ORLOFF) A i 635. heat of evaporation of (BECKMANN FUCHS and GERNHARDT) A. ii 237. action of hydroxylamine on (DUN- STAN and GOULDINO) T. 839 ; P. 1896,72. Methylic methylacetylenic ether and its bromo-derivative (LESPIEN) A. i 332. Methylic nitrate preparation of (DELL PINE) A. i 586. Methylic nitrosoferrocyanide (HOF- MANN) A. i 269.INDEX OF SUBJEGTS‘ 943 Methylic u/3flB-tribromopropylic ether Methylic BPy-tribromopropylic ether )t-Methylimidazoline act ion of phenyl- thiocarbimide on (FIXON) T. 3% j P. 1895 217. action of o-tolylthiocarbimide on (DIXON) T. 35 ; P. 1895,217. (DIXON) T. 34; P. 1895,217. action of alkaline lead tartrate on (DIXON) T. 35 ; P. 1895 217 (LESYIEU) A. i 332. (LESPIEU) A. i 332. p-Methylimidazolg lphenylthiourea p- Meth y limidazolyl-o-toly lthiourea (DIXON) T.36 ; P. 1895 217. 8-Methyliminophenylpropionic acid ethylic salt (GOLDSCHMIDT) A. i 231. 3-Methylindazole ; its nitrosamine and pierate (GABRIEL and STELZNER) A. i 320. l-amino- and its dibenzoyl derivative (GABRIEL and STELZNER) A i 320. 4 l-chloramino- and its acetyl deri- vative (GABRIEL and STELZNER) A. i 320. l-nitro- (GABRIBL and STELZNEB) A. i 320. 3-Methylindophenttzine and its 1‘-acetyl derivatire (SCHUNCE and MARCH- LEWSKI) A. i 236. Methylitaconic acid (SPEKZER) A. i barium salt (FITTIG) A. i 599. l-Methylketohexamethylene. See 1- Methylcyclohexenone. Methylketoie. See Methyl hydroxy- ethyl ketone. 5-’iClethylketoisooxazolone-4-pbenyl- hydrazone (SCHIPF) A. j 83. 8-Methylketopentamethylene. See Xe- thylcycZopent anone./3-Methyl-fl-laotylrarbamide aiid its aceLyl derivative ( WEIDEL and ROITHNER) A. i 470. action of hydrochloric acid on (WEf- DEL and ROITHNER) A. i 470. Methyllevulinic acid ethylic salt and potassium cyanide action of sulph- uric acid on (MONTEMARTINI) A. i 667. Methylluteolin preparation of (PER- KIN) T. 211 ; P. 1896 37. Methylmalonic acid (iso-szcccinic acid) ethereal salts action of sodium ethoxide and ethylene dibromide on (BENTLEP HAWOBTH and PERPIN) T. 162. ethylic salt rate of formation of (BISCHOPF) A i 85. 128. Metliylmdonic acid ethylic salt rate of hydrolysis of (HJELT) A. i 598. action of ethylenic bromide on (BISCHOFF) il. i 129. sodio- ethjlie salt action of allylic salts of y-chlorobutyric wi? on (MONTEXARTINI) A I 667. action of broiGo- or chloroetbyl phenyl ether on (BENTLBY HAWORTII and PERKIN) T.171 ; P. 1896 36. action of ethylic u-bromopropion- ate u-bromobutyrate u-brom- isobutyrate and u-bromiso- valerate on (BISCHOFF) A. i 467. action of methylic and ethylic chloromalonate and bromo- mslonate on (BISCHOFF) A. i 527. action of ethylic B-iodopropion- ate on (AUWERS and TITH- ERLEY) A. i 642. behaviour of towards ethylic y- bromisovalerate ( BENTLEP PEBEIN and THORPE) T. 284 ; P. 1896 65. action of isopropplic bromide on (PEBKIN) T. 147’7. action of trimetbylene bromide on ( BISCHOFF) A. i 130 Methylmalonicanhydride,bromo- action of aniline on (AUWERS SCHIFFER and SINGHOF) A. i 644. Xfethylmesaconic acid. See Dimethyl- fumaric acid. 1 4-Meth ylmethoe tb y1-5-c~cZohexano1 4-amino-.See Menthol amino-. 1 4-Methylmethoethyl-5-cyclohexan- one $-amino-. See Menthone amino-. Met h ylmor phi me th ine met hoh ydrox - ide decomposition of (VONGERICH- TEN) A. i 264 Methylnai~cotamide physiological action of (FALK) A.. ii 201. Methy lnarcotimide physiological action of (FALK) A ii 201. Methylnitramine reduction of (TIIIELB and MEYEB) A. i 447. action of fused potash on (VAN ERP) A. i 276. action of &naphthol and alumiiiium on (THIELE and XEYSR) A. i 40’7. 9iIe tb ylnitrazimidobenzene from nitrsz- imidobenzene identity of w i t h deriv- ative from nitraminomethylaniline (ZINCKE and HELMEBT) A. i 301. 65-2$44 IXUES OF SUBTECTS. Methylnoi-iroiiarcotine preparation and properties of and salts (LIEBER- MANS) A i 711. Methylnoropiananilidic acid and its FO- diuin salt (LIEBERMANN) A.i 683. Methylnoropianic wid ( LIEBERMANN) A. i 682. action of on liydrocotarnine (LIEBER- MANN) A. I 711. tetrabydroquinoline derivative of. and its sodium salt (LIEBERNANN) A. i 683. Methylnoropian-a-napht~ialidic acid (LIEBERMANN) A i 683. Metliylnoropian-&naph thalidic acid and its sodium salt (LIEBERMANN) A i 6@2. Metbylnoropiau-p-toluidic acid (LIE- BEI~MANN) A. i 683. MetJiyloctjlni traniine ( PRANCH~MONT an; VAN ERP) A. i 298. 5-Mcthylisonanlone oxime of (JOTIT- SCHITSCH) A. i 83. 4-nitro- (JOYITSCHITSCR) A. i 82. 4-oximido- (JOVITSCHIISCR) A . i 81. acid the ureide animonium sodium barium and silver salts of ( WEIDEI; and NIEB~LOWSKI) A. i 106. Methylparaconic acid products of dis- tillation of. (SFEYER) A.i 128. Xethylpellotine preparation of ( HEPP- TER) A. i 267. B-Methplc~clopentanone @-methylketo- pe>zfametAylene) condensation of with benzaldehyde and acetone (WALLAUE) A. i 573. 3-Methylc~clopentane-1-carbox~lic acid (3 -methyZp entamethytene- l-earboxyl- i c mid) its calcium and silver salt ( EVLER) A i 145. 3-Methylcyclopentaue- 1 l-dicarboxylic acid (3-~nteth3/lioenta?nethylene-l l - d i - ccrrboxylic acid) (EULER) A. i 145. ~i-l\letli~lpenthiazolinc y-bronio- and its picrate (DIXON) T. 853; P. 1896 100. :Lction of siirer nitrate on (DIXOX) T 853. hydrobromide (DIXON) T. S52 ; P. 1896 100. action of caustic potash on (DIXON) T. 853; Y. 1896 100. adion of silver ehloride on (DIXON) T. 853. fi-Metliyl-&oxythiazole-n-car boxylic hydrochloride (D~sor;) T.853. 4-Methylpeiithia7oline 2-etliosulyhide (LUCHMANN) A i 545. 2-hydrosulphide and its salts ( LUCH- IKANN) A. i 545. ~~-Jfcthylphensntliridil~e its Ii~dro- rhloride mercurochloride picrate met hiodide phtinochloride auro- chloride and dichromate (PICTET and HEEBERT) A. i 52 483. Bletliylpiienofluorindine and its dihydro- cliloride (KEHBMANN and BUEQIN) A. i 513. a-Methylphthalic acid (1 3 4-methyZ- benzenedicarhoxylic acid) from di- rnethyli~~plithalene (COLLIE and %VILLSMORE) T.. 239; Y. 1896 47. 1 2 4-~~ethglisophtlralic acid and its methylic salt ( BENTLEY and PEEKIN) P. 1896 79. j3-Methylpicolinic acid and its Bydro- chloride and platinochloride (ZINCKE and WINZHEIHER) A. i 500. a-Methylpimelic acid and its ethylic salt (ZELINSKY and QENEBOSOFP) A.i 350. n-Methylpipecolinic acid ethylic Ralt its methiodide aurochloride of the methiodide ( WILLSTATTEP) A. i 3 19. Methylpiperidineca~boxyacetic acid and grRnatic acid identity of (CIAMICIAX and SILBER). A . i 397. Meth~liso~ropylacetic acid. See Hexoic acids 'hi me thy1 propionic acid. aa,-Methylisopropyladipic acid ( BENT- LET HAWURTH and PERKIN) T. 161. (STOERMER and YON LEPEL) A . i 663. ine thylpropyidithiocarbamate ( STOER- MEB and TON LEPEL) A i 662. nitroso- (STOEBMEB and VON LEPEL) A. i 662. 'Illethylpropylaminoacetone (STOEBMER and POGGE) A. i M8. Metliylpropylaniline n I troso- hydro - chloride of action of soda on (~TOERXEE and VON LEPEL),A. i 663. Methylpropylamine and its salts Methylpropylbenzaldehyde (Bou- hydrazone ( BOUVEAULT) A. i 649. Mcthylpropylbenzenes. See Cyrnenes.Methylisopropylbeiizenes See Cy mene3. p-Met tiglisopropylbenzoylpropionic acid (MuHR) A. i 232. Me tli plisopropylcyrlob utanediearb- oxylic acid ( ~ENTLEY HAWORTH and PERKIN) T. 161. VEAOLT) A. i 649. ethylic salt T 162. Bf e t h ylisopropylbutane tricarboxylic acid ethylic salt (BENTLEY HA- WORTR aiid PEBKIN) T. 162. Metliylpropylcai~bamide (STOEBXER and TON LEPEL) A. i 663.INDEX OF STJBJECTS. 945 &fethylpropjldinitroiiietliane. See Methylisoproppldinitrometlianc. See Metb y lisoprop~letlianetricarbox ylic Pentane O@-dinitro-. iso-Pentane @B-dinitro-. acid etlrylic salt hydrolysis of (BENTLEY YEHPIN r z i d THORPE) %I. 274.; P. 1896 64. 1 3-Mrtl~ylisopropyl~~~~cEohexadiene (KNOEVENAGEL) A i 288. NAGEL) rl. i 212. 1 4-Metlrylisopropyl~:l/c7ohexadiene 5-chloro- (GUXDLICI[ and KNOETZ- (dihydrocymene) chloro- (J ONGER and KL~GES) A.i 246. 1 4-Methylpropylc~eZohexane (hexu- liydroc.ymene) dichloro- from men- tiioue (~GSGER and KLAGES) A i 244. action of phosphorus pentaebloride on (GUNDLICH and KNOEVENAOEL) A. i 212. 1 $-MethylpropylcycEohest.ne (tefra- hydrocymene) chloro- (JUNUER ancl XLAGES) A. i 245. and its acetyl derivative methyl ether chloride and bromide NOEV EVE- NAGEL) A. i 287. 3 5-1Lleth ylisopropyl- 4.2-c+ycEohexenone (methy r isoprop~lketotetrnh~~ro- benzene) ( KNOEVENAQEL) A. i 210. 3 5-Meth~~lisopi~opyl~~~cZ~~liex~i~or~e-4- carboxylic acid ethylic S ~ I L of { KNOEVENAGEL) A. i 120. 3 5-Meth~I-5-isopropyl-A2-cyc!o- l-Methyl-3-isopropylcycZohexanone 1 3-Methylisopropylcyclohexenol-5 liexenone-6-carboxyl1c acid (KNOEBENAQEL) A i 210.ethylic ssllt of (KNOEVENAQEL) A. i 120. c.iP-Methylisopropylsuccinic a d silver salt itnil and anilic acid of (BENT- LEY I’EHKIN and ‘L‘IIORPE) %’ 279,282 ; I?. 1896 64. trans-Vet 1 iyli.sopropylsuccinic acid ancl its silver salt anil and anilic acid (BENTLEY I?~I:XIN and THORPE) T 278 283 ; Y. 1896 65. Me tli ylisopropylsuccinic an1 1 y J r ide cis- and trans- torins of (HENILEY Psn- KIN and THORPE) T. 278; P. 1896 65. oxylic acid. See Methylisopropjl- cyclobutanedicarboxylic acid. Methylprotototoin cry st allograph y o E (NEGHI) A. i 655. Meth y lpurin 8- tr ichloro- ( FIS c EE H) A. i 13. Me th ylpurpuroxan th in from m-dih ydr- Methylisopropyltet ramcthgleneciicai~b- oxjbenzoic and o-toluic acids di- neetyl derirative of (SCIIVNCX and MAECELETVSKI) T.70; Y 1895 202 * Metli ylpurpuroxan t him from rn-di- 1iFdroxybenzoic and m-toluic acids (SCHUNCIC and MARCELEWSKI) T. 69 j P. 1895 202. 3-Metliylpyrazolonei.sobntyril acid ( ~ I E L E and HEUSEH) A. i 341. 3-Meth j lpyrazolonepropionic acid (TRAUBE and LOKGINR~CU) A i 3 10. 3-Metliglpyridine-2-carbonylie acid. S m 8-Methylpicolinio acid. Xethylpyrrolidine relation of to cusk- hggrine (LIEBEBMANN and CYBUL- SKI) A. i 710. l’-Metliylquinoline 4-nitro- (CLAFS and SETZER) A i 4‘38. 2‘-Mct hylquinoline (quinalc2iize) from condensation prouuct of 1 3 4- xylidine and tx~etaldehj de (MILLER aiid PLOCHL) A. i 535. condensation of with phthaldehydic acid (NENCKI) A. i 256. 2’ 4’-~~etliylq~inolinccarbox lie acid (nniluuitonic acid) (SIMONY A.i 86. I\Xetl~ylualic;Flnldeliyde. See o-3Iethoxj- benzaldeliyde. Metliylsalicylariilide. See o-Methoxy- benzanilide. 3Xetllylsaiicglic acid. See 0-Mcthoxy- bcnzoic acid. Xethylsaiicjlic akofiol. See o-Bleth- oxjbenzylie alcohol. Rlethylsaligenjlcamphor ( XISGUIN) A i 694. J-l?iIeth?.lsantoi~ous acid and its ethylic salt (ANDBEOCCI) A. i lb3. E-Methjlsantonous acid ( SNDREOCCI) A. i lu0. Mettijl~antonous acid racemic and its mctiiylic and ethjiic sults (AN- DREOCCI) A. i 184. Methplscopoline (LUBOLDT) R. i 515. Mett i ylscupolineniet~h~la~molllurn iodide aiid its sults (LUBOLDT) A i 515. ~etliylsnccinimide. See Pyrot5,rtnr- im 1 de. 21- Jleth_vlsulpl~ox~efluo~eseein its tetra- chloro- and dibromo- derivatives M~thSltaurocarb~~iiic acid P-chloro- bromo- (GADAXER) A.i 415. Methylterephthalic acid methylic salt of ( BENTLEP and PERKIN) Y. 1896 79. P-Methyltetramethyfcne dibromidc condensation of with ethylic sodio- malonate ( EULER) A. i 145. (ejOIUES) A. i 50.946 INDEX OF SUBJECTS. 8-Methyl te trame tli ylenediamine and its dihydrochloride (EULER) A. i 145. 8-Methyltetramethylenegly col (EULER) A. i 145. d-Methyltetronic acid. See Tetric acid. Metliyltetrose (FISCHER) A. i 526. <acetamide compound of ( FISCHER) A. i 526. action of nitric acid on (FISCHER) A i 525 526. p-Methylthiazole &amino- hydro- chloride of (WEIDEL and NIEMI- LOWICZ) A. i 106. p-Methylthiazole-a-carboxylamide p- amino- ( WEIDEL and NIEMILOWICZ) A. i 106. 12-Methylthiazole-a-carboxylic acid S- amiiio- ( WEIDEL and NIEMILOWICZ) ' A.i 106. Zklethylthiazolecarboxylic acid p-amino- ethylic salt (CONRAD and SCHMIDT) A. i 409. Metliylthienyltriphen~lmet?~ane (WXISSE) A. i 565 Methylthiocarbimide action of brom- etbylamine on (DIXON) T. 23. Methylthiouramil (FISCHER) A. i 141. action of mineral acids on (FISCHER) A. i 142. methyl derivative ( FISCHER). A i 142. ,@-Methylthio-+-uric acid (FISCIIER) A. 1 142. Met1iyl-p-toiuidine o-nitro- and its Rcetyl derivative (PINNOW) A. i 161. Methy 1 trid ecylac e tylene . See under Eexadecylinene. Methyltrietiiylammonium chloride and hydroxide action of heat on (HOF- MANN LECTURE) T. 670. Methyltriethylphosphonium chloride chloro- (HOFMANN LECTURE) T. 680. hydroxide (HOFMANN LECTURE) T. preparation of (HOFMANN LEC- iodide discovery of ( HOFXANN LEC - TUBE) T.602. Methyltriphenodioxazine (KEHRMANN and BURGIN) A. i 707. i-Methyltropinic acid and its meth- iodide and other derivatives (WILL- STATTER) A. i 265. d-Methyltropinic acid its methiodide and other derivatives (WILLSTHT- TEB) A. i 265 267. propylic salt (WILLSTXTTER) A. i 267. %-Methyhopnine its salts and metli- 680. TURE) T. 675. iodide (CIAMICIAIT and SILBER) A. i 397. a-Methyltroponinoxime (CIAMICIAN and SILBER) A. i 397. y-Methyluric acid (FISCHER) A. i 14 Methylisovaleric acid. See Hexoic tri-Methylvanillin a-trithio- ( WORNER) acid Triniethylpropionic acid. A. i 226. P-trithio- (WORNEE) A. i 226. Methylxanthine formation and action of in the body (ALBANESE) A. ii 3 19. Meger Lothar memorial lecture (BED- Mezcaline properties of (HEFFTER) A.Mica. See Eiotite Muscovite &c. Micas lithia constitution of (CLARKE) Miaa-syenite frctm Saxony (HENDER- Microbes akrobic effect of different organic compounds in nutrition of (LoEw) A. ii 55. source of carbon for nitrifying (GOD- LEWSKI) A. ii 669. SON) T. 1403; P. 1896 119. i 267. A. ii 37. SON) 8.) ii 533. Microcline (&'ou~vS) A. ii 533. froin Greenland (UaSING) A. ii from Maryland (HILLEBRAPD) A. Microcline-microperthite from Green- Microlite from Maine (FOOTE) A. ii Micro-organisms fermentation of uric Microscope polansing for butter Mitosis chemistry of (HEINIE) A. ii Milk composition of in different animals ( PIZZI) A. ii 120. composition of fats from in different animals (SOLBERC~.) A. ii 378. freezing point of as a test of purity ( W,NTER) A ii 149.curdling of (EDMUNDS) A. ii 4239. effect of borax on the curdling of (ALLEN) A. ii 489. action of podium '3otassium am- monium and c a i c k salts on the curdling of (RINUER) A. ii 49. action of pancreatic juice on (HALLT~ BURTON and BRODIE) A. ii 662. sterilisation of (CAZENEUVE) A ii 120. Milk cows' cornposition of (ROHMANN) A. i 515. Milk human analyses of (SOLDNEB and CAMEBER) A. ii 378. 372. ii 40. land (Ussma) A. ii 372. 660. acid by (G~RABD) A. ii 668 analysis (BEs~NA) A. ii 129. 489.lNDEX OF SUBJECTS. 947 Milk condensed composition of (FEAR- WAIN and MOOR) A. ji 343. analysis of ( PEARMAI N and MOOR) A ii 343. Milk pasteurised estimation of fat in by creamometers (CAZENEUVE and HADDOK) A. ii 130. Milk estimation of added water in by taking the freezing point (HAM- BUBQER) A.ii 550. estimation of albumin in (VAN SLYKE) A. ii 132. estimation of boric acid in volumetri- cally ( t J 6 ~ ~ ~ ~ ~ ~ ~ ) A. ii 449. estimation of chlorides in (UEN~&S) A. ii 386 estimation of fatin (WELLER; LOEGI) A. ii 228. estimation of lactose in (RAUMER and SPALSTH) A ii 394 ; ( WILEY and EWELL) A. ii 628. Milk production effects on of feeding with whale and herring meal (SEBEB- LIEN) A. ii 197. Milk-serum sperific gravity of (RAUXFR and SPAETH). A. ii 394. Milk-sugar. See Lact.ose. Mineral oil (paraqin) detection of in olive oil (CABPENXIEEL) A. ii 452. (petroleum) American composition and properties of (WANKLYN and COOPER) A. i 1. Qhio and Canadian sulphur eom- position and properties of (MA- BERP) A.i 2h9 270. Berea grit analyses of (MABERT and DUNN) A i 329. ICussian composition and properties of ( WANKLYN and COOPBW) A. i 1 2. estimation of (KISSLTXG) A. ii 452. separation &c. of (HENRIQTES) A. ii 77. separation of light from benzene (HENRIQOES) A. ii 77. detection of iegctable or auimal oil in (HALPHEN) A. ii 399. analyses of (E~GLER and JEZIO- RANSKI) A i 1. estimation of rosin oil in (KLIMONT) A. ii 224. Mineral water. See Water. Minerals classification of according to the periodic systein (SCHULZE) A. ii 56K crystalline form of chemically simple (RINSE) A ii 29. “ dilute coloration ” af (WEIN- SCHENK) A. ii 654. of high specific prarity separation of (PBNFIELD) A. ii 216. Minerals apparatus for sepamtioa of (LASPEYRES and ‘KAISER) A. ii 660.Minerals ores &c. from AustriH analyses of (JOHN and EICHLEITEIL) A. ii 252. Minervite from DBpt. H6rault (CAE- NOT) A.,ii 529. Modern theories of chemistry the L. Mger (BEDSON) T 14%’; P. 1896 119. Noldarite from Bohemia (HANAMANN) A. ii 434. Molecular rolame. See Volume mole- cular. Molecular weight or weights of optically :wtise and inactive isomerides (TRAUBE) A. i 526. determination of ( BECKMANN FUCES and GERNRABDT) A. ii 236. determination of of inorganic eom- poimds ( BILTZ) A. ii 412. ebullioscopic method for determina- tion of (BECPMANN and SCHLIEBS) A. i 124. determination of by the diminution of solubility method (TOLLOCZKO) A. ii 637. determination of by means of mole- cular solution vohimes (TRAUBE) A. ii 153,411. - of Itydrocarbons determination of by means of molecular volume (TRAUBE) A.ii 153. of solid potassium dihydrogen arsenate (FocK) A. ii 160. of solid potassium perchlorate (POCK) A. ii 160. of solid potassium perinanganate ( F o c ~ ) A. ii 160. of solid rubidium permanganate (FocK) A. ii 160. of solid potassium dihydrogen phos- phate (FocE) A. ii 160. See also Density vapour ; Heat boil- ing point elevation o f ; Hrat freezing point depression of. Molybdenite from New South Wales Molybdenum preparation of pure ( VANDENBERGHE) A. ii 427. preparation of from molybdenite (GUJCHARD) A. ii 563. action of carbonic anhydride on (,V.AXDENBERGEE) A ii 428. action of hydrogen on (VANDEN- BEUGEE) A ii 428. action of nitrogen on (VANDEN- BERQHE) A. ii 428. actionof nitrogen carbonic anhydride carbonit oxide hydrogen sulphide and nitric oxide on ( P ~ R ~ E ) A 2 476.. (LIYEBSIDOE) A. ii 658.948 1SDEX OF SUBJECTS. Molybdenum action of sulphurous an- MoJybdenum alloys with aluminium with iron (BENNEVILLE) A. ii 174. Molybdenum arnaigams ( FBRBE) A. ii Molybdenum dihydroxjchloride mole- cular weight of ( VANDENBEEGHE) A. ii 27. oxyfluoride (PICCIEI) A. ii 178. oxyfluorides compounds of with thallous fluoride (MAXJRO) A. ii 248. potassium oxyfluorides (MARCHETTI) A. ii 20. Molybdic acid salts of with i*are earths (HITCHCOCK) A. ii 526. as a microchemical reagent (HEINE) A. ii 536. A ii 28. Iodomolybdic acid and its salts (CRR~TIEN) A. ii 651. Ammonium phosphomolybdate com- position of (BLAIR and WHIT- FIELD) A.,ii 603. Perthiomolybdic acid ( HOFXANXV) A.ii 4'36. Molybdenum sulphides and oxides coin- pounds of ammonia and potas- sium cyanide YI ith (vohr DER HEIDB and HOFMAEN) A. ii 605. molybditartaric acid sodium salt of (HENDERSON and BARR) T. 1455 ; P. 1896 169 hydride on ( FPRBE) A. ii 476. (M-OISSAN) A ii CO2. 476. Bronzes (STAVEXHAGEN and ENGELS) Monazite from North Carolina (THORPE) A. ii 34. Monazite sands rare earths in gases from (TILDXN) A. ii 655. \ I 1 . (HJHLT)? A. i ,5:7. ,r. .. ~ Morin hydriodicic snalysie o€ (Ysrc- climethyl ether preparation and properties OF (YIERKIN and Ban- LICH) T. 798; P. 1896 106. tetramethyl ether preparation antl acetyl derivative of (PERHIN antl BABLICR) T. 796; P. 1896 l u G . dcc-oniposil ion of with alcoholic potash (PERKIX and BIBLICH) T. 797; I?. 1896,106. Mnrin tefrabromo- prepwation of and the pentncetyl derivative of (PERPIN slid BABLICR) T.794 ; I?. 1896,106. non-formation of acid cornpounde of (PERPIN) T. 1443 ; P. 1806 167. Morphine constitution of ( VONGE- RICHTEN) A. i 264. and morphine hydrochloride. water of crystallisation of (G~HLICH) A. i 191. effect of 011 the germination of seeds (MOSSO) A. ii 326. detection of (BRUYLANTS) A. ii 132 ; ( KIPPENBERGER) A. ii 681 drtection of by diazo-solutions (HEW- LETT) A ii 284. estimation of in opium (DoTT) A. ii 283 ; (KEBLER) A. ii 408. titration of by iodine ( KIPPENBER- ~rcit) A ii 692. Moulds assimilation of nitrogen b>- (~'IURIEWITSCH) A ii 571. Illucic acid from pl-rrenosin (THUDI- relocitv of lactone formation of KIN) T. 1442; P. 1896 167. CHCX) A i 400. 8.ii 475. and T,IXDNER\. A,. i. 195. Xonzlia camdida enzyme &om (FISCHER chlo~ic acid on (HENNEBERG and TOLLEX'S) A. i ti45. Miieil:i~e of ransinurn seed (FOS Monomolecular reactions. See Re- actions. Xonotropa hypopithys tli e gl u coside of and the ferment which hydro- lyses i t (BOIJRQUELOT) A. ii 540. Montieellite from Arkamas (PFNFIELD and FORBES) A. ii 373. Morin the colouring matter of Maclura tinctoria properties of ( L'ERKIX and BABLECH) T. 792 j Y. 1896 106. constitution of in relaticjii to quercetin chrysin and pentisein (PERKIN and BABLICH) T. 798 ; Y. 1896 106. UITT~) A. ii 209. Mucilages composition of some (WOSHT- JiUR-4). A. ii. 60. Mucin (CtIlTTENDEN and GIES) A. i 456. Mupoi. rnucedo cholesterol from ( G ~ R A R D ) A i 21. .&mx paradisica constituents of ssp of (H~BERT) A ii 494.Mnacale buttons composition of (HEPFTER) A i 267. Muscovite from Bavaria (SCHWAGER from Servin (STAXOJEVI~) A. ii and GUXBEL) A. ii 432. 255. accion 01 Insen aitraii on cr-mixix ctiromirerous Trom wncario aurr - and BABLICH) T. 793 ; Y. 1896 1 106. MANS) A. ii 191.iXLtES OF SUBJECTS. 94 9 Musco-rite action of caustic soda on (FIUEDEL) A. ii 482. See also Sericite; Damourite. Muscle mineral constitwnts of ( KATZ) source of carbonic anhydride of j (,KRUGER) A ii 487. I actions of chemically related snt- I stances on (BLUMENTHAL) A . ii ' function of glycogen i n (SEEGES) A j proteids of (VON FURTH) A. ii 49. 1 presence of urea in (SCH~NDORFF) j estimation of glycogen in (KTSTTA- Muscular energy sugar as a source of (STOKVIS MOSSO and HARLEY) >4.1 A. ii 377. i 377. 1 ii 487. ~ A ii 318. XOFFSKP) A. ii 80. ii 44. i Muscular work sources of energy of (SCHENCK) A. ii 48. influence of on proteid metabolism (KRUMWACHER) A. ii 377. excretion of creutinine duiing (ACXERMANX) A. ii 121. I I Mustard action of on digestion (GOTT- Mustard. See also Agricultural chcrn- 1 Mustard oil estilnation of (FOERSTER) Nust;trd oils. See under the respec- tive thiocsrbirnides. Musts fermentation of (RTETSCII :md HEISXT.IN) A. ii 53. Xyhtta lapideseens analysis of ( WI s- TEESTEIN) A. ii 63. Myogen. See Myosinogen. Myoproteid in fishes' muscle (VCX FURTH) A ii 48. Myosin fortnation of in muscle plasma (TON FURTH) A. ii 48. Mjosinogen of muerle plasma (TON FURTH) A. ii 48. para-Mjouinogen (TON FURTH) A ii 49.Myrica laagi yellow colouring matter of ( PERKIN and HUXXEL) T. 1287 ; P. 1896,145. dyeing properties of and tannin i n (PERKIN and IIuxxEL) T. 1294; P. 1896 145. Sf;yricetin the yellow colouring matter of Myrica m,qi ( PERKIN and Hux- MEL) T. 1287; P. 1896,145. identity of the colouring matter of sumach with ( PERKIN and ALLEN) T 1302; P. 1896 157. preparation and chemical and dyeing properties of (YERPIN and Hcx- MEL) T. 1287~ P. 1896 145. LTEB) A. ii 42. I istry (Appendix). A. ii 452. I I 1 Mjricetin constitution of and its rela- tion to quercetin (PERPIN and HUMMEL) T. 1293; P. 1896,145. action of fused alkalis on (L'EREIX and HVXNEL) T. 1292 ; P. 1896 145. acetyl and benzoyl derivatire of ( PEB- KIN and HUMMEL) T. 1291; f".. 1896,145. Xyricetin tetrabromo- preparation and properties of ( PXRETN and HUlcrxEL) 'I. 1293 ; P.1896,145. Myristic acid from wool f a t (DARM- PTAEDTER and LIFSCHUTZ) A. i 346. behaviour of alkali ~ a l t s of w i t h water (KRAFFT and WTGLOW) -L i 80. Myrosin solubility of in alcohol Myxcedema action of thyroiodin in (DASTRE) A i 398. (Roos) A. ii 488. N. Kantokite from Broken Hill W.S.W. Naphthafluorescein ( FHIEDLANDER and ~ U L T ) A. i 569. Naphtlialene discovery of ( ROFXANK LECTUBE) T. 597. fluorescence of gaseous (WIEDEXANN and SCHMIDT) A. ii 86. magnetic rotatory power &c of (PERKIN) T. 1064 1088 1089 1195 1242. htat of solution of in methglic ethglic and propglic alcohols chloroform and toluene (SPEYERS) A ii 411. cryoscopic behaviour of phenols dis- solved in (AUWXRS) A.ii 156. freezing points of solutions of deriva- tives of phenol in (AUWERS and INNES) A. ii 293. influence of presswe on the freezing point of a benzene solution of (COLSON) A. ii 167. 1\Saplithalene bromo-j3-iodo- (m. p. 55') (HIRTz) A. i 532. I Z-bromiodo- ( HIRTZ) A. i 532. 1 4-bromiodo- (HIRTZ) A. i 532. 1 2-dichioro- from 2 l-chloro- naphthalei-tesnlplionamide (ARM- ETRONQ and WYNNE) P. 1895 238. ~VYNNE) Y. 1895,240. WYNNE) P. 1895 241. WYNNE) P. 1895 241. (LIFERSIDGE) d. i l 31. 1 3-dichloro- (ARMSTRONG and 1 2'-dichloro- (BRNSTHONC and 1 3 4'-trrchloro- (ARMSTROEG aid,950 INDEX OF SUBJECTS Naphthalene 1 2 1 4’-tef~nrh1oi*o- preparation of (BRTTR and ‘CAN LEENT) A. i 606. peBtachloro- preparation of ( BRUYN and VAN LEENT) A. i 605. 1 4‘-dicyano- (MoRo) A i 567.fi-iodoxy- preparation of ( WIT~LGE- RODT) A. i 533. a-nitro- magnetic rotatory power &c. of (PERPIB) T. 1096 1161,1239. dinitro- reduction of ( HOFMANN LECTURE) T. 64*7. 1 4‘-dinitro- (GASSNANN) A. i 566. I. l’dinitro- (GASSXANN) A. i 486 566. tetranitro-derivatives of actior of hydrocliloric acid on (BRFYN and VAN LEENT) A i 604,605. 1 2 3-Napbt1ialeneazohydrox~- naphthoic acid ( M ~ H L A U and KRIE- BEL) A. i 242. 1 4’-Naphthalenedicarboxylic acid am- monium calcium silrer methylic ethylic phenylic salts and chloride (MoR&A. i 567. dinitro- ammonium calcium me- thylic ethylic salts (Moxto) A. I 568. trinitro- barium ethjlic salts (MoRo) A i 568. 1 2’-Naphtlialenedisulphonic acid chloride (ARNSTRONG and WIPNNE) P. 1895 240.3 1’-Naphthalenedisulphonic acid 1 3’-dichloro- ( FRIEDLANDER and KIELBASINSKI) A. i 693. 3 4’-Naphthalenectisulplionic acid 1-chloro- and its chloride (ARM- STRONG and WTNWE) P. 1895 241. Xaphthalene-red See Azotrinaphthyl- diamine. I-Naphthalenesulphoiiio acid nitration of the potassium salt ( ARMSTRONG and WYNNE) P. 1895,239. 2-chloro- barium potassium sodium salts chloride amide (ARMSTRONG and WYNNE) P. 1895 238. 3-Naphthalenesulphonic acid l-chloro- (AHMSTRONG and WYRNE) P. 1895,240. (ARXSTRONG and WYNNE) P. 1895 241. sulpltonation of potassium salt Naphtbalidine. See Naphth yIamine. 8-Naphthalidosymnaphthazine (FISCBEB and ALBERT) A. i ’701. a-Naphthalidopyrotartaric acid sodi um salt (BOETTINQEB) A. i 443. a-Naphthalidopyruvic acid oxidation of (GASSMANN) A.i 488. @-Naphthalidopyruric mid calcium barium salts (GASSMANN) A i 487. a-Naphthalidosuccinic acid potassium salt (BOETTIINBEP) A. i 443. 8-Naphthalidosuccinic acid sodium calcium barium salts (GASSMANN) A. i 487. P-Naphthaquinone condensution of with @j?-naphthylenediamine (E’ISCHER and ALBERT) A. i 701. 1 2 3-Nephthaquinonecarboxylic acid methylic salt (MOHLATJ cLndKRIEBEL) A. i 243. 1 2 3’-Naplithaquinonecarboxylio acid 3 1’-dibromo- (ZINCEE) A. i 308. 8-Naphthaquinoneoxime effect of on the freezing point of dilute soda soliition (GOLDSJEMIDT and GI- BARD) A. i 475. 4 1-Naphthaquinoneoxime 2-amino- (KEHRMANN and HERTZ) A. i 567. 1 2-Naphthaquinone-4-sulphonic acid condensation of with phenyl-o- phenylenediamine ( KEERMANN and LOCRER) A. i 700.Naphtliaresorcinol. See 1 3-Dihydr- oxynaph thalene. Naphthasafranols a- and p- (JAUBERT) A. i 325. Nnphthazarin fluorescence of gaseous ( WIEDEMANN and SCHNIDT) A. ii 86. Naphthazarin. See also Dihydroxy-B- naphthaquinone. aBflB-Naphthazine (FISCIIER and AL- BERT) A. i 701. sym-Naphthazine a-amino- (FISCREB and ALBERT) A. i 701. Xnphtlienecarboxy lid acid ethereal salt of (FUCHS and SCHIFF) A. i 351. a8-Naphthobenzaldehydine (HTNS- BERG and KOLLER) A. i 537. a-Naphthoic acid magnetic rotatory power &c. of the ethylic salt of (PERKIN) T. 1137,1161 1179 1234 1238. 8-Naphthoic acid magnetic rotatory power &c. of the ethylic salt of (PERKIN) T. 1137,1161,1179,1232 1238. 3-Naphthoic acid 2-amino- constitution of (MOHLAU) A. i 243. methylic salt and acetyl derivative of (M~HLAu) A.i 243. Naplithoic aldehyde (ROUSSET) A. i a-Naphthol compound of with alu- minium chloride (PERBIER) A. i 354. (ABEL) A. i 254. 369. 662. condensakion of with pipsridine a-Naphthol 2-amino- (Pr,ANcHEa) A i,INDEX OF SUBJECTS. 951 a-Naphthol 3-amino- from 1 3-dihy- droxynaphthalene (FRIEDLANDER and Rum) A. i 569. 4-amino- (PLANCHER) A. i 359. 2’-amino- acetyl derivative (FRIED- LANDkR and ZINBERG) A. i 244. 4-bromo- ; its picrate and acetyl derir- ative (RETERDIN and EAUFFMANN) A. i 175. 4-chloro- ; its nicrate and acetyl deriv- ative (REVERDIN and KAUFFMANX) A. i 175. dinitro- discowry of (HOPMANN LECTURE) T. 621. &Naphthol compound of with alu- minium chloride (PERRIER) A. i 354. behaviour of towards iodoform (SCHUYTEN) A.i 442. condensation of with piperidine (ABEL) A. i 254. A. i 359. 1’-amino- acet’yl derivative of (FRIED- LANDER and ZINBERG) A. i 244. 1 4-diamino- dihydrochloride di- acetyl derivative (KEHRMANN and HERTZ) A. i 566. Naphthols effect of on the freezing point of dilute soda solution (GOLD- SCHMIDT and GIRARD) A. i 474. behaviour of with nascent bromine (VAUBEL) A. ii 507. ethereal salts of extraction and detec- tion of (DRAOENDORFF) A. ii 278. Naphtholsulphonic acids. See Hydroxg- @-Naphtho-a-methylcinchonic acid Naphthonitrile preparation of (HOF- a- and &NaphthonitPiles magnetic rota- tory powers &c. of (PERKIN) T. lG9’7 1137 1206 1244. Naphthothioamide preparation of (HOFMANN LECTURE) T. 705. a-Naphthoylbenzoio acid oxime an- hydride aniide (GRAEBE) A.i 443. a-Maphthyl ethyl oxide mtlgnetic rota- tory power &c. of (PERPIN) T. 1064,1134 1160 1189,1231,1241. fi-Naphthyl ethyl oxide magnetic rota- tory power &e. of (PERKIN) T. 1134,1160 1190,1231 1241. Naphtliyl isocyanate preparation of (HOFMANN LECTUEE) T. 715. a-Naphthgl mercaptan (thio-a-naph- thol) ( VOSWINKEL) A. i 378. 15-Maphth’yl-o-acetamidobenzylacet- aniide (BUSCH and BRAND) A. i 161. a-P3aphthylalljldphone (TROEGER and ARTJKANN) A. i 570. fzi Naph thol 1 -amino- ( PL ANCH E R) naphthalenesulphonic acids. (WEGSCHEIDER) A i 480. MANN LECTURE) T. 705. 8-Naphthglallylsulphone dibromide a-Napht,hylamine composition of glycol anhydride (TBOEGEB and ART- MANN) A. i 569. (HOPNANN LECTURE) T.,603 ; P. 1893,138. magnetic rotatory power &c. of (PERPIN) T.1064 1107 1134 1155 1160 1211 1’245. action of cyanogen chloride on (HOF- MANX LECTURE). T. 601. aniidowilphoaate ( PAAL and JANICKE) A. i 235. power &c. of (PERKIN) T. 1107 dichloracetate (GASSXANN) A. i 488. hydrogen succinate hydrogen tar- ti-ate dihydrogen citrate (CABS- MANN) A. i 487. Maphthylamines behaviour of with nascent bromine (VAUBEL) A. ii 507. 2 1 4.’-Na1~hthyl~minedisi~lphonic acid (ARMSTRONG and WYNNE) P. 1895 238. acid hydrogen potassium salt (ARM- STRONG and WPNNP) P. 1895 240. (y-naivhthylamines~u123honic acid) (ARMSTRONG and WYNNE) Y. 1895 239. sulphonation of (ARMSTRONG and WTNNE) P. 1895. 241). 2 l-Naphtliylamines~ilphonic acid sodium salt (ARMSTRONG and WPNNE) P. 1895,238. 8- RTapl:thylaminobenzenylmeth ylimi- dine picrate and crystalline form of (TON PECHMANN) A.i 31. a-Ntlphthy1.o-aminohenzylamine and its salts (BUSCH and BRAND) A. i 160. 8-Naphtb yl-o-sminobenzylamine (BUSCH and BRAND) A i 161. 8-Naphthyl-o-aminobenzglhy drazine (BUSCH and BRAND) A. i 161. pa-Naphthylaminopenthiazoline y- bromo- and its picrate (DILON) T. 23 j P. 1895,217. ,u$-Piaphthylaminopenthiazoline y- bromo- (DIXON) T. 28; P. 1895 217. E3.Naplith;rlazocarboxylamide (THIELE) A. i 94. a-Xqhthylbenzylidene-o-aminobenzyl- amiiie (BUSCH and BRAND) A. i 160. B-Naphthvlbenzylidene-o-aminobenzyl- amiiie (BUSCH and BRAND) A. i 161. B-Naphthylamine magnetic rotatory 1134+ l155,116Q 1212 1233 1245. 4’ 1 2’-Naphthylaminedisulphonic 1 3-Naphthylaminesulphonic acid952 ISDES OF 8-Naphth;plbromopropylsulphonc ab-a-Naph thylcarboxyet hylthiocar b- (TROBQER m d ARTMANN) A i 369. amide (DORAN) ‘I!.328; P. 1896 74. amide (DORAN) T. 3299; P. 1896 74. a-Naphtliyldimet2ijlamine imgnetic rotatory power sic of (PERKIS). l’. 1108 1188 1156 1213 1233,124.5. ~-Naplithyldimeth~la~nine magnetic rotstorey power &c. of (PERKIS) T. a-Naphthyldipropglamine hydrochlor- ide liydriodide and platinochloride (COHNj i 100. I 2-Nnphthylenediamine benzylidene derivative of (IIINSBEEG and KOL- LER) A. i 537. 1 3-Naphthylenediamine from 1 3- dihydroxynaphthaleue (FRIEDLAX- DER and RUDT) A i 569. a6-8-Naph thglcarboxyeth~ltliiccarh- 1108 1138 1156 1212 1234 1245. 1 4-Naphthylenediamine preparation 2 3-Nayhthylenediamioe condensation of with B-naph thaquinoiie (FI SCIIER and ALBERT) A. i 701.1 2’-N sphthrleneditmhc from 1 2’ 2-dihydroxjnapl~thoic (FLLIEDLANDER arid ZINBHRO) d. i 244. 1 3‘-Naphthylenediamine-3 l’-disiiI- phonic acid (FRIEDLANDER and Xicz- BASINSKI) A. i 63. phonic acid (FRIEDLANDER and KIEL- BASINSYl) A. i 69:i. acid (FRIEDLANDER and KIELBASIN- SKI) A . i 693. acid (FRIEDLANDER and IiIE:LBA4SIN- O f (HOFMANN LECTilRh) y. 647. avid 1 3’-Naphthylenediamine-4 l ’ d s u l - 1 2-Nnphthylenediatrtine-4-sulphonic I. 3’-Naphthylenedianiine-4-sulphtmic SKI) A. i 698. 1 4’-Naphthylenediamine-2-~ulpIionic acid ( FRI EDLANBER and KI ELBAS1 R- SKI) A. i 693. a-Naphthylglyox~lic acid ethylic salt oxime nitrile picrate ( ROIJSSET) A i 652. ~-Naphthylglyox~lic acid ethylic ealt (ROUSSET) d. i 652. a-Naphthylhy droxg benzylidene-o- aminobenzylamine (BUSCH and BRAISD) A.i 160. p-Naphthyl-0-11 ydroxybcnzylidene-o- :~minobenzylarnine (BUSCH and BRAXD) A. i 161. 8-Naphth ylh ydrox ypropylsulphone (TROEOER and -4RTK4Nh’) A. i 569. SUBJECTS a- S tlphtlt ylic carbonate dicliloride (RE- VERDIN and KAUFFMANN) A. i 175 1-bromo- (RRVERIUN and KAUFF- MANX) ,4 i 176. 4-b:o.orno- ( HEVEHD~N and KAUPF- XANN) A i 175. 4-chloro- (REVEicDIN wtd KAUFF- NANX) A i 175. 1-iodo- ( REVERD~N and IiAUFf- XAXW). A i 176. 4-nitro- (REVERDIN and K A U F ~ - XANN) A i 173. mesitylic sulpliide ( ~~OURGEOTS) A . i 18. phosphate snlphonic acid of ( REVER- DIN and KAUPFXANN) A i 175. na-xylylic sulphide (BOURGEOIS) A. i 18. o-xylylic sulphide (BOURGEOIS) A i 18. y-xglylic sulphide (BOURQEOIS) A. i 18. 8-Naphthylic compounds detection of (DRAOENDORFF) A.ii. 279. benzoylmethylic ether (FRITZ) A. i 152. benzojlmetliylic ether oxime (FRITZ) A i 152. mesitylic sulphide (BOURUEOIS) -4.; i 18. ~rz-x~lylic sulphide (BOXTIWEOW) -%. i 18. o-xglylic sulphide (BOURGEOIS) A. i 18. p-xylylic sulphide (BOTROEOIS) A. i 18. ~-~iiphthyliodopropS.lsu~pIione (TROE- GER and ARTMANN) A. i 570. 8-Xal)h thylmethjlaminobenzenyl- niethylimidine and its picrate (VOX 3’-a-Naph tliyl-l’-metl~ylthiotetra~ijdro- quinazdine and its hjdriodide ( B u s c ~ and BRAXD) A. i 161. 3’-pNnpli thgl-1’-metti ylthiotetmhydro- quinazoline and its liyclriodide ( BUSCII and BRAND) A. i 161. /?-Naplit hyl-o-nitrobenzylnitrosnminc (BVSCH and BRAND) A. i 161. ~-Naplithyl-o-1iitro1)mzylamine and its hydrochloride (BUSCH and BKAXD) A. i 163.@-Naphthglopianzniide ( WEGSCHEI- DER) A 1,480. N aphthylphenylcarbazolc picmte and nitroso- acctyl and benzoyl derira- tives (SCHOYPF) A. i 24F. acid ethylic sodium barium msg- nesium end calcium salts acetyl deri-ratke (SCHOPFF) A i 243. PEClIlsrASX) A I 31. Naphth ylplien ylcarbazolerarboxylir:INDEX OF SUBJECTS. 953 f3- ~ a p l i t ~ ~ l p h e n y ~ p ~ p ~ l e n e d ~ s u l p l i o n ~ (TBOEGER and ARTMANN) A. i a-Naphthglphthalimide from the oxime 1 anhydride of a-naphthoylbenzoic acid I (GRAEBE) A. i 443. j3-Naphthy1-2-pipecoline and its placino- 1 chloride picrate hydrochloride and aurochloride (RoTH) A i 497. a-Naphthylpiperidiue and its hydro- chloride aurothloride picrate ferro- ~ I cyanide &c. (ABEL) A. i 253. B-Napbthylpiperidine and its hydro- I ciiloride sulphate aurochloride and picrate (RoTH) A.i 497. a-Naphthylsulphamic acid and its nm- monium salt (PAAT and JANICKE) A. i 235. I 3’-a-Naphthplthiotetraliydroquinazoline I (BUSCH and BRAND) A. i. 1EO. ~ 3’-&Naphthylthiotetrahydroq uinazoline I Narcotine phjsiological action of de- 1 rivatives of ( FALK) A. ii 201. behaviour of in the Stas-Otto process (OTTO) A ii. 508 detection of ( FORM~NEK) A ii 401. titration of by iodine (KIPPENBER- GER) A. ii 652. Go-Narcotine formation of and its salts (LIEBERMANN) A. i 264. derivatives of (LIEBERMINN) A. i 711. bromo- preparation and properties of (LIEBERMANN) A i 711. nitro- preparation and properties of (LIEBEEYANN) A. i 711. Natrolite from Dresden (ZSCHAU) A. ii 189. from Moravia (EICHLEITER) A.ii $82. Nelumbium nuciferum asparagine in (KINOSHITA) A ii 61. Neodpmium tungstate and molybdate ( HITCHCOCK) A ii 526. separabion of thoriiim from (FRE- SENIUS and HrNTz) A. ii 677. Nepheliue formula of (RAMMELSBERQ) A. ii 189. from “ Tibet ” (BAUER) A. ii 310. Nepheiine-leucite-tephrite from Bo- hemia ( HIBECH) A. ii 117. Nepheli te-syeniteof Greenland minerals of (USS~O.) A. ii 372. iiephelium lappacezcm constituents of (BACZEWSKI) A. ii 209. Nepodin and its diacetyl derivative (HESSE) A. i 574. Xepolin and its diacetyl derivative (HESSE) A. i 573. Nerve action of gases andvapours on (WALLER) A. ii 52. 5’70. I (BUSCH and BRAND),'^. 1 161. Nerve-cell@ changes in due to wtivit*v R’eurostearic acid (THWDICHUM) A. i Piickel melting point of (HOLBOBN and poGsible octovalency of (CURTIUS) Kickel-alloys with aluminium (MOIS- SAN) A.ii 602 ; (COYBES) A. ii 604. with. copper melting points oE (GAUTIEE) A. ii 646:. .ciith tin (GATJTIER) A. 11,602. Nickel salts action of magnesium on solutions of (VITALI) A ir 420. boride (MOISBAN) A. ii 424. carbonyl (CU~~TIUS) A. i 338; (FREx) A. ii 107. chloride electrolytic dissocirttibn of at different temperatures (SALVA- DORI) A ii 512. hydrated absorption of moisture by (HAKE) P. 1896,34. hydroxide eiectrochemical prepara- tion of (LORENZ) A. ii 647. niobate (LARSS~N) -4. ii 564. phosphide (GRANGER) A . ii 651. sesquiphosyhide (GRANGER) A. ii 602. cmsium sulphate density and optica1 behariour of (TUTTON) T. 415. potassium sulphate density and optical behaviour of (TUTTON) T. 40’7. rubidium sulphate density and optical behariour of (TTJTTON) T.411. siltcide (VIGOUROUX) A. ii 1’76. sulphide electrochemical preparation of (LOSENZ) A. ii 649. compound o€ with capbon bisulph- ide and ammonia (WIEDE and HOBMANN) A. ii 363. tliiopprophostJhate (FEERIND) A. cyanide thermochemical data of (VARET) A. ii 513. heat of formation of double salt3 containing (VARET) A. ii 513. compounds of with cyanides of the alkalis and alkaline earths (VARRT) A. i 633. Nickel detection of microchemically (SCRRODER TAN DEE KOLK) A ii 578. estimation of electrolytically (NICHOLSON and AVEEY) A ii 627. estimation of in steel &e. (BEEAR- LEY) A. ii 676. sepaiation of qualitatively from irola (EVE) A. ii 663. 400. WLE~Y) A. ii 87. A. i 338. ii 473.954 ISDEX OF SUBJECTS.chrwniurp cobalt manganese aluminium and zinc (HARE) A. ii 127 pickel separation of from copper (BREARLEY) A. 11,678. separation electrolytically of from gold .and silver (SMITH and WAL- LACE) A. ii 220. separation of zinc from (JANNASCII) A.. ii 5 6 . Nickel-iron sulphide from Sudbury Canada ~EILLEBRAXD) A. ii 40. Ricotine and its salts rotatorj disper- siw of (GENNARI) A ii 286. action of cyanogen on (EOFMANN LECTUI~E) T. 650. effect of on the germination of seeds (Mosso) A. ii 326. estimation of in tobacco (KISSLIN~) A. ii 401; (VEDRODI) A.. ii 630. ,Niobite. Sce Columbite. Niobium containing carbon (LAILSSON) Niobium oxychloride and pentachloride (DELAFO~TAINE and LINEBAWER) A. ii 653. oxyflunride (PICGINI) A. ii 178. potassium oxyfluoride (MABOHETI I) A.ii 20. Niobic acid crystallised salts of (LAWSON) A. ii 564. A. ii 305. NINOTON) A. ii 305. A. ii 564. % Niobium reaction for (PERXINOTOX) separation of tantalum from (PEN- Nipecotinic acid (RESTHORN) 8. i 252. Nitrates. See Nitric acid under Nitro- gen also under Agricultural cfiemis- try (Appendix). iso-Nitramie acids reduction of (TRA~BE and LONGINESCU) A. i 340. Nitramide mercury derivative of (THIELE and LACHMANN) A. i 208. Nitramineacetic acid (HANTZSCH and action of heat on (HANTZSCE and ethylic salt (HANTZSCH and MET- iso-Nitraminencetic acid sodium salt reduction of (TRAUBE) A. i 337. iso-Nitraminepropionic acid reduction of (TRAUBE and LONOINESCU) A. i 340. Nitramines action of fused potash on (VAN ERP) A i 275 276. iso-Nitraminic acids action of dilute hydrochloric acid on (TBAUBE) A.i $. METCALF) A. i 521. METCALF) A. i 521. CALF) A. i 521. Nitric acid. Nitric peroxide. Nitrificaf ion. See under Agriculturd chemistry (Appendix). Nitrilee action of sulphuric acid on (HOFYANN LECTURE) T. 696. aromatic action of sodium on (Lor- TERMOSER) & i 298. conversion of ,into amides by hydrq- gen peroxide (DEINEILT) A. I 149. Nitriies. See also :- Acet addobeaxonitrile Benzamidobeazonitrile. Benzonitrile. aa-Dimethyllevulinie acid nitrile. Eth yltoluonitrile. Hydroxymethylenebenzylic cyanidy Mnlononitrile. Mandelonitrile. a-Naphthonitrile and B-Naphtho- a -Phenoxybu tyronitrile. Ph thalonitrile. Piperon ylonitrile. Pulegenoni trile. Pyrotartaric nitrile. o- and p-Tolunitriles. Veratronitrile. Xypdinonitrile. iso-Nitriles preparation of (HOPUNN LECTURE) T.706. Hitrites. See Nitrpus acid under Nitrogen . Nitro-compounds nature of (HOFMANN theory of the reduction of (ME&- reduction of (BAMBERGIEIL and electrolytic reduction of (NOYES and beha\ iour of towards phenylhydr- poisonous effect of on algs and in- Acetamidocarbazole. Acetamidocarvacrol. Acetamidophenol. Ace tamidoquinoline. Acetamidothymol. Acetanilide. Acetophenone. Alizarin. Aniline. Anilinobenzoic acid. Anilino-m-cymene. Anilinotoluene. Anisaldehyde. 0- Anisidine. Anisoil. Azimidobenzene. carbanilido-derivative of. ni trile . LECTURE) T. 646. DOLA) T. 13. I(NECXT) A. i 430. DORRANCE) A. i 22. mine (WALTHER) A. i 542. fusoria (BOKORNY) A ii 669. Nitro-deriratives. See :-953 Nitro-derivatives. See - Benzaldehyd e .Benzaldehydepheny l hydrazone. Benztildoxime. Senza&oimide. Benzene. Benzeneazoacetamidophenol Benzene-4-azo-2-~minophenol. Benzeneazoguaiacol. Benzene-% 1-diazoxide. Benzenediazonium. Benzeth yleneamide. Benzethylimide. Benzh ydrazide. Benzoic acid Benzometh ylamide. Benzoglazoimide. p-Benzoylbenzoic acid. p-Benzoyl-p-benzoylbenzoic acid. Benzoy lsalicylic acid. Benzoyl-o-toluic and benzoyl-m- toluic 4-Benzylaniline. Benzylaaisidine. Benzyl- o-benzoicsulphinide. B enz y lie hydro s ul phide . Benzylic methylic sulphide. Benq lideneaminobenzylaniline. Brnzylid eneaminophenylimido- B- bu- Benzy lideneaniline. Benzylidenediarnillopen tainethylene- Benzylidenephenylhydrazone. Benzylmalonic acid. Benzylmethy lnitramine. Benzyl-o-sulphamidobenzoic acid.Bidiphenylene-ethane. <so-Butylic alcohol. Camphor. Campholenolide. Carbamide. Carbazole. Carbostyril. CarSoxyphenylmalonic acid. Carvacrol. Catechol. Cholesterylic chloride. Cresol. +-Cubebin. m-Cyniene. 1 3 5-Cymidine. Decane (di-iso-amyl). Diszoamidobenzenes. Diazobenzene. iso-Diazobenzene hydroxide. Diazobenzenebenzoylhydrazino. Diazobenzene h ydrox yamidomethane. Diazobenzeneimide. bis-Diazobenzenepentanle th ylene - Dift zobenzenethiophenyl ether. acids. tyric acid. tetramine. tetramine. Nitro-derivatives. Set :- 6 l-Diazoxy-2-auisoil. Dibenzamido-p-x ylene. Dibenzoplien yletli yiex~ediarnine Dibenzyliwetic acid. Dibenzylacetoncctio acid. Dibeceylbenzidine. Dibenzylcyenoacetic acid. Dibenzylhydantoin. Dibenzylmalonic acid. Dih ydroxybutanc tertiary Dimeth ylaniline. Diinethylanilinesulphorlic acid.Dimethylbarbituric acicl. Dimethylmalonimiile. Dimeth yloxamide. Dimeth ylt oluidine. Diphenyl. Di phenylamine. Diphen ylcmbsmicle. Diphenylguunidine. Diphen ylmethane. Diphen ylmethen ylamidine Bp-Diphenyloxwole. Diphen ylsulphode. Diisopropylmet hane. Dit hienylphenylmethailt% Ethane. Ethoxyphen ylhydrszine. Ethylcarbalnide. Ethylmesit,ylene Fluorenone. Glycerol. Guaiacol. Guanidine. Heptane Hexane. Hyclruzines. 4-Hydroxybenzoia acid. H ydroxydiphen ylamine. Hydrox y pyridmes. 1 -Hydrox yquinoline. Indole-2'-carboxylic acid Tndophenazine. Isatinsemicarbazolle. Menthone. Me s i d i n e . Mevitylene . Mesitylenic acid. Me thane. Methmeazobenzene. p-Methoxydiphenylamine. Methylaniline. Methvlbenzylamine. Methilbenzy lbenzamide.m-Me thylisobutylbenzene. MethyleLhenylacetamidophenylen- Methy lethenylpheny lenamidine. Meth yl-a-ethylpropylme t hane m-Me thylhexylbenzene. 3-Methylindazole. amidine.953 IKDES OE’ SUBJECTS. lu’itro-derivatives. See MethylGoazolonc. 1’-Methylquinoline. 3fetb y ltoluidine. Kaph thalene. Naplithalenedioarboxyl c a 4J. a-Naphthol. Naphthylbenzylriitrosamin~. a-Naphthylic carbonate. dso-Nurcotine. Nononaphthene. Octane. Opianic acid. Opianic acid Bi-nsphtli ylaniinc. Opian-B-naphth ylamic acid. Orcinol. Pentane. ;P hellandrene. Phenol. Phenolphthalein. p-Phenoxybenzoic acia. Phenyl p-tolyl ketone. Plienyl p-tolyl ketoxime. Phenyl p-tolylphenplene diketone. Phenyl o- na- and p-xy:yl ketones. Phenylacetic acid. Phenylazimidobensene. Phenylbenzoic acid.Phen y lbenzo ylsemicar bazide. Phenylbenzylilitrosamine. Phenylcinnamic acid. Phenyldiazosulpbonic acid. P henylenaceticpropionic wid. Pheny lethylmethane. Phenplhydrazine Phenylhydrazinedisulphonic acid. P henylic bisulphide. Phenylic ether. Phenylmaionic acid. Phen ylmethane. 1 3-Plienylrnethylpyrazol0~i~-4-a~0- P henylnaphthalene. Phenglnitro amine. Phenylpropionic acid. Phenylisopropylmethane. 1 3-Phenylpyrazolone. P hcnylpyridine. Phenylquinoline. Pllenyltartronic acid. P henyltetraliydroquiuazolii~e. Phenyl-p- toluic acid. Phenpltolyl. P heny luret 11 ane. Phthdic acid. Picryldeh ydropiperidide. Yiperonylaeetonc. Piperon y-lmethane. P,peronylpropylene. Propane. J’ropy lmesitylcne bromo-. benzene. Niti.,,-ctcri\.ati~~s. See :- Quiiioline. Xesorcinol.Reaoroinol diethyl ether. Tetran~ethyldiaminotripl.cnyrl- Thioplien. Thymol. Thymotic acid. To1 uene. Tolylinc thylnitram ine. Tolyltnethylnitrosamine. Trihydraxj-butane tertiarF. Trimethylindolinone. Triniethylindolium hydroxide. Tricumaldehyde. Ursrnidobenzoic acid. Urethane. Urethaneacetic acid. Vrratrole. Xy Ian. Xy Iene. Xyly leneexodiamine. 5 y 1 y leneemdiphthalixide. Xjlictme. methane. Sitrogen in firedamp (SCHLCEJIKG) A. ii 655. amnionincd in minerds (ERDMINX) A . ii 570. Lrcbariour of when submitted to the electric discharge (COLLIE and RAMSAY) A. ii 634. :t material for the absorption of (WARREN) A. ii 646. combination of with metals in prc- sence of calcium carbide (ROWEL) A ii 299. action of heated mrtals on (ASLANO- GLOU) A. ii 417. ab-orption of by alkaline earth metals ( XAQUENNE) A.it 299. abjorption of by barium (LIMB) 4. ii 299. absorption of by magnesium (RAY- LEIGH and RAMSAP) A. ii 102. Nitrogen thiobromideu (CLEVER and MUTHMANN) A. ii 298. iodide preparation and analysis of (CEATTAWAY) T. 1575; P. 1896,173. constitution of (CHATTAWAY) T. 1572 ; P . 1896,172. behaviour of to reagents (THATTA- %-AY) T. 1578 ; P. 1896 combination of with oxygen (RAT- LEIGH and RAMSAY) A. ii 101. pCTit,rous oxide and etliane critical phenomena of mixtures of (KGE- KEN) A. ii 10. solubility of in water and solatious of salts (UoRDox) A. ii 152. 73.INDEX OF SUBJECTS. 957 Sitrogon :- - Sitrous oxide decomposition of by shock (MAQTSESNE) A. ii 87. action of ammonia on in presence of sodium (CURTIVS) A. i 338. coinbination of with carbonic oxide (DIXON) T.780; P. 1896 56. 1 fyponitrous acid (HANTZSCH) A. ii 520. lmparation of (TANATAR) A. ii 417. formation of by reduction of nitro- sosulpliates (DIVERS and HAGA) T. 1613; P. 1896 179. silver salt of,. preparation of (YILOTP) A. 1 556. Siiric oxide liquid and solid (.DEwAR) P. 1895 225. :tction of on oxides and salts (AUDEN aid BOWLER) A. ii 172. compounds of with ferrous chlor- ide (THOMAS) A. ii 26. spectroscopic examination of com- pounds of hsenioglobin with (GAMGEE) A. i 713. - + :trous acid depolxrising action of in a Grore's cell (IHLE) A. ii action of on glntin-peptone (PAAL) A. i 455. action of on proteids and salicylic acid (LAXDSTEIXER) A. i 584. Sitrites detection of (DENIG~S) A. ii 336. detectictn of by coprous salts (SABATTER) A.ii 622 detection of in presence of tar- trates nitrates and chlorates (DERIG~S) A. ii 336. estimation of in water (GILL and RICHARUSON) A ii 340. Sitric peroxide solubilit,y o f in anti- mony trichloride (THOMAS) A ii 609. action of on bistnuth chloride ~TEIOMAS) A. ii 429. Sitric acid potential diEerence be- tween platinum aiid (LHLE) A ii 460. format ion of amm-onia by electro- lysis of (IHLE) A. ii 4ti4. action of on silver (IIIOLEP and DAVIS) A ii 560. Nitrates mineral genesis of (GAU- TIE&) A. ii 1%. in G1iquit1;lnd West origin of (MARLOTH) A. ii. 529. in potable waters (SCHLOESING) A. ii 541. VOL. LYX. ii. ?-. 460 554. Nitrogen :- Nitrates detection of in presence of tartrates nitrites and chlorates (DENIG~S) A. ii 332. Set? also under Agricultural Chem- istry (Appendix).Nitrogen sulphide (CLEVER andMuTH- MANN) A. ii 298. acids containing sulphur and (WAGNER) A. ii 599. coinpounds of with sulphur and oxygen (CLEVER and MTJTHMANN). A ii 298. Nitrogen organic compounds stereo- chemistry of (MILLER and PLOCHL) A. i 534. pentethyl att'empts to prepare (LACH- MANN) A. i 460. assimilation and fixation of by plants &c. Seu under Agricultural Chem- istry (Apptmdix). Nitrogen cstimation ol by the absolute method ( DCNST~N and C'AER) P. 1896 48. estimation of F-olumetrically (DE KONINCIC) A. ii 77. estiniation of safetv distillation tube for (HOPKINS) i. ii 543. estimation of in platinochlorides b>- Kjeldahl's method (VAN DAX) A. ii 218. organic estimation of by the Kjel- dahl process (CATSSSE) A.ii 72. estinlation of in cheese (STUTZEB) - A. ii 68%. estimatioii of ir Peruvian guano (HEIBER) A ii 217. estimation of in manures containing nitrates (SHERMAN) A. ii 125. estimation of in urine by the hypo- bi.oinite process ( ALLEN) P 1896. 31. Nitrogenous matter removal of from malt and beer worh (EHRICH) A ii 540. Nitroienoua substances action of poly- Rulphides on (AUFSCHLAOER) A. ii 574. q-Nitroles oxidation products of (BORN) A. i 198. Nitro-o-dt4vativeu. See :- @- driii idopropionic acid. Benzene. Beirzoic acid. Carbauiic acid. Carbaubide. Dibenzyl benzidine. Dinietb~laniline. Dimetliylnaphthalenes. Di pheiiylam ine. 1)iphenylseniicarbazide. Diisopropylmethane. 66958 ISDEX OF SUBJECTS. Nitroso-derivatives See :- Ferro ph en ylmercap tide. Heptme.Hydroxynaphthoic acid. Metbylamine. Meth ylisobutylamine. Methylpropylamine. Naphthylphenylcarbazoles. Nortropinonc. Octane. Pentane. Phen ylaminoacetylazoimide. Phen yleneth ylenediamine. 3’-Phenylindazole. Pipecolinic acid. Propane. Pulegone. - Scopoligenine. dtilbenedisulplionic acid. Tetric acid. Yrirnetliy lenephen ylenediamine. Urethane. Urethaneacetic acid. Yylene. ru’itroxysu~phurous arid. See Sulphur- dinitrososulphonic acid. Nodules of Leguminosetp percentage of nitrogen in (STOKLASA) A. ii 205. Nomenclature of ring compounds (RICHTER) A i 349. Xonoic acid. See Ennoio acid. Nononaplithene. niethylcyclohexane. Nonylamine. See Ennylamine. Nonylic alcohol. See Ennylic alcohol. Kopic acid structure of (VON BAEYER and VILLIGEB) A. i 623. metallic salts of (VON BAEYER and VILLIGFER) A.i 622. sodium salt (TON BAEPEE) A. i 247. Xopinone its oxime and semicarha- zone (TON BIEYER and VILLIGER) A i 623. Norpic acid. silver salt (TON BAEYER) aldehyde and semicai*bazone f roin fiparteine (HERZIG and MEYER) A. i 68. Xoi-tropinone and its derivatives ( CTILL- cbrbamate ( WILLSTATTER) A. i 582. conrersioii of into $-tropigenine Nortropinone nitroso- ( WILL~TATTER) A i 582. Nortropinonoxinie its rt-benzovl de- rivative ( WILLSTATTER) A. i,- 582. n’orthupite from California ( FOOTE) See 1 2 5-Tri- A. i 621. (TON BAEYER) A. i 620. Noi-sparteine an impure form of STATTER) A. i 582. ( WILLST~TTER) A. i 655. A. ii 184. artificial (SCHULTEN) A. ii 610. Nucleic acid decompoaition of (KOSSSL microchemicd reactions of (HEINE) and NEUNANN) A.i 658. A. ii 489. Nuclein as a source of uric acid (UNBER) A. ii 666. (WEINTRAUD) A. ii 488. (CAMERER) A. ii 379. CAMPBELL) A. i 716. CAMPBELL) A,. ii 716. as a source of uric acid in the body as a source of the uric acid of urine Nut Brazil proteids of (OSBORNE and hazel- proteids of (OSBORNE ant1 Kut-oil oxidisability of (BISHOP) A. ii 399. Nutmeg analpis of (BUSSE) A,. ii 82. Nutrition of plants moulds &c. See Agricultural chemistry (Appendix). 0. Oats. See Agricultural chemistry Oat-kernei proteids of (OSBORNE and Oatmeal proteids from (EJELDAHL) Obituary notites S. FV. M. Davg T. 133. (Appendix). CAMPBELL) A. i ’716. A i 583. Robert Galloway T. 733. George M. Roberts T. 734. IEenry Davis Pochin T. 735. Ochres natural (GIN) A. ii 479. Octme normal heat of evaporation of Bj3-dinitro- (BORN) A.i 199. B-nitro-B-nitroso- (BORN) A. i 199. OCTFNOIC ACID Propylallylacetic acid (HJELT) A. i 598. OCTEXYLIC ALCOZOL i.so-Butylallylcai.- binol action of potassium hydrogen sulphate on ( FOUWNIER) A. i 457. Nethyl-6-heptandiene-1 3 (Fonn- BIER) A. i 457. ~~ethylamglilcetylene action of water on (DESGREZ) A.. i 2. OCTINOIC ACID Diallglacetic acid am- monium salt action of heat on (OBERREIT) A. i 662. ethylic salt action of hydrogen broun- ide on (OBERREIT) A. i 666. (L.UGININ) A. ii 146. OCTINENES :- OCTINOIC AMIDE Diallylacetamide (OBERREIT) A i 662. OCTISONITRILE Diallylacetonitrile and its reduction (OBERBEIT) A. i 662. OCTIBYLAMINE Diallylethylamine its hydrochloride and platinocldoricte (OBERREIT) A.i 662. liydrochloride action of silver nitrite on (OBERBEIT) A i 662.INDEX Oli' OCTINYLAMINE Diallylethylamine O~TINYLIC ALCOHOL Diallylethylic QCTOIC ACIDS :- nitrite and the action of heat on (OBERREIT) A. i 6C2. alcohol (OBERREIT) A. i 662. Octoic acid (caprylic acid) amino- a-Propylvaleric acid methylic salt Dipropylacetic acid di-bromo- (OBER- OCTOLACTONES a-Propylralerolactone (HJELT) A. 1,598; (OBERREIT) A. i 666. bromo- (OBERREIT) A. i 666. iso-Propylvalerolactone (HJELT) A. i. 598. ,Oc CYLENEBLYCOL :-2 2 4-Trimethyl- pentane-1 3-dio1 action of sulph- uric acid on (FRANPE) A. i 404. (BEHREND) A. i 410. (OBERREIT) A. i 666. REIT) A. i 666. oxidation of (FRANPE) A. i 40%. Octylic alcohol action of light on (RJCHARDSON and FORTEY) T. 1302; I?.1896 164. bromide chloride and iodide mag- netic rotatory power and relative density of (PERKIN) T. 1063 11'73 1236,1337. Octylidene (eaprylidene) action of water on (DESBREZ) A i 2. Octyl-a-pseudonitrole. See Octane B- nitro-B-nitroso-. Octplquinoxalinedodccoic acid (SPIECKRRXANN) A. i 410. CE;nanthaldehjde. See Heptoaldehyde. Wnanthoic acid (mnanthSylic acid). (Enanthylidem. See Heptylidene. (Ensnthylidene compounds. See Hep- tglidene compounds. mno5hera Jayuinii occurrence of @actan and amban in (YO~HIXURA) A. ii 60. Oil from capsicum seeds (VON BITT~) of Cochlearia oflcinalis (HOFMANN cotton seed existence of sulphur com- pound in (DUPONT) A. i 409. action ofsilver nitrate on (DUPONT) A. i 409. ctheresl from Sagapen (HOHENADEL) A. i 58. from opoponsx (BAuR) A.i 57. See Heptoic acid. A. ii 209. LECTURE) T. 718. 4)ils effect of temperature on the re- fractive power of (BECKURTS and HEILER) A. ii 81. critical temperutures of solutions of (CRISMER) A. ii 506. :I new constant for the identification of (CRISMER) A. ii 506. SUBJECTS . 959 Oils estimation of the oxidisability of estimation of heat of bromination of chloro-iodine process improrement animal detection of in mineral oil ethereal analysis of (HIRSCHSOXN) fatty action of sulphur on (ALT- SCHUL) A. I 126. sulpliur cornpoiincis of hydrolysie of (ALTSCHUL) A. i 126 127. detectiou of in copaiba balsam (HIRSCHSOHN) A. ii 508. fish analysis of (VEDRODI) A. ii mineral. See Mineral oils. Secale eornutum fatty analpie of (~IJOE-N) A. ii 506. vegetable detection of in mineral detection of in lard (JEAN) A.ii examination of (LEVIN) A ii Abies canadensis and A. escelsa oil8 Andropogon schamanthus and A . Angelica oil. Aniseed oil of. Bergamot oil of. Cedarwood oil. Colza oil. Cotton-seed oil. Eucalyptus oil. Fennel oil. Geranium oil. Hempseed oil of. Hyoscyumus mi,qer seed oil. Lard oil. Lemon-gram oil of. Lignsloes oil of. Limep oil of. Linseed oil. Mustard oil of. Nut oil. Olive oil. Origanum oil. Palm oil. Patchouli. Pelargouium oil. Picea vuI.garis oil of. Pinus sylvestris and P. pcrnilio oils Poppyseed oil. Rhodinol. Rosemary oil of. Roses oil of. (BISHOP) A. ii 398. (WILEY) A. ii 549. on (WALLER) A ii 4-54. (HALPHEN) A. ii 399. A. ii 223. 81. oil (HAI~PHEN) A. ii 399. 455. 454. Oils. See also :- from. nardus oils from. of.66-2960 IKDEX OF SUBJECTS. Oils. Set! :- Rosin oil. Santal wood oil. Secale cornutum. Sesame oil. Sdrophanthws hispidus Peed oil. Thyme oil of. Valerian oil of. Whale oil. Wild marsh rosemary oil of. Olefines the chief products of electro- lysis of fatty acids (H~MONHT) A. i 664. Oleic acid action of sulphur on (ALT- alkali salts behaviour of witii water cliolesterylic salt of (HURTHLE) A Oligiste. See Hamatite. Qligoclase from Mexico ? (FouQu~) from Thuringia (FROMME) A. ii SCBUL) A. i 126. (KRAFFT and WIGLOW) A. i 80. ii 485. A. ii 532. 370. Oligoclase-andesine from France Olirine from the Eifel (THADD~EFF) A. ii 372. from Norway (THADD~EFE) A ii 372. Olivine group composition and opt,icsl properties (PENFIELD and FORBES) A ii 373. composition sp. gr. and isodirnorph- ism i n ( ~ R A D D ~ E P E ) A.ii 372. Olivine-andesitc from New Zealand (SPEIGFHT) A. ii 192. Olive oil oxidisability of (BISHOP) A. detection of paraffin in (CARPENTIER) Ornmiltic acid preparation and proper- ties of (ZOPF) A. i 104. Onion occurrence of quercetin in the oiiter skin of the (PEBKIN and HUM- MEL) T. 1295 ; P. 1896,144. Onyx marbles (MERRILL) A. ii 260. Opal artificial precious (CES~RO) A. ii from Bohemia (XATZER) A ii from British Columbiil (HOFFMANS) Opiananthranilic acid and its salts (LIEBERMANN) A. i 683. Opianic acid (WEGSCHXIDER) A. i 480. condensation of with 1 3 2’-tri- methylquinaldine (NEKCKI) A. i (E’OUQU.~) A. ii 532. ii 399. A ii 452. 253. 187. A. ii 190. i . - 156. methylic salts (WBGSCHEIDER) A. i 1 Opianic acid +-tropine salt of (LIEBBB- ethylanilic lactone (LIEEERWANX) ethylanilide. See Opianic acid ethyl- methylketolide (LIEBERMANN) A.i b-napht hylainine bromo- (LIEBER- fl-n ap hthjlwmin e nitro- ( LIEBER- a-naphthy lam i c lactone ( LIEBER- B-naph thylamic Iactone (LIEBER- naph thylamides of. See Opianic acid semicarbazoi~e (LIEBEBMANN) A. i methplic salt of (LIEBEBMANN) tetrahydroquinaldinic lactone (Opi- anir! teh.ahydroquiizald.ide) (LIE- BERMAYN) A. i 233. tetrahydrouuioolinic lactone (Opianic tetrahay d r o p 127 oiide) ( LIEBER- Opianic acid bromo- action of on by- drocotarnine (LIEBEKMANN) A. i 711. nitro- action of on hydrocotarnine (LIEBERYBNN) A i 711. Opian-0-rraphthylamic acid and it6 sodium and methylie salts (LIEBEB- MANN) A i 233. A. i 632. MANN) A i 683.A. i 233. anilic lavtone. 683. MANN) A. i 682. M A ~ N ) A. i 682. MANN) A i 233. MANN) A. i 233. nttpht h ylami,. lnctones. 232. A. i 232. BfANN) A. i 233. nitro- sodiuni Salt G f (LIEBEBMANN) Opianoximic acid anhydride (WE&- Opiant 1- L 3 2’-trimethvlquinoline SCHEIDER) A i 480. and.its platinochloride ’(NENCKI) A. i 256. Opium estimation of (DoTT) A ii 283. estimation of morphine in (KEBLER) Optical activity. See Light rotatory Opoponax examination of (BAuR) A. Gpum3ia occurrence of galactan in Orange basic constituents of bitter Orangite from Ncrway (SCHMELCIC) Orcinol atnino- and its hydrochloride A. ii 403. power. i 57. (YOSHIMURA) A. ii 60. (JAHNs) A. i 712. A. ii 186. (HENRICH) A. i 477. dinitro- ( HENRICH ) A i 4’77. acetoximk (HENRIOH) A.- i 477. oxime isomerism of (HENRICH) A.I i 476. 480.INDEX OF SUBJECTS. 961 Ores Austrian analyses of (JOHN and EICHLE~TER) A ii 252. Bavarian and-jses of (SCHWAGER and G~XBEL) A ii 4 d l . Canadian analyses of (IIOFFNANN) A. ii 191 259. Servian analyses of ( LOSANITSCH) A ii 252; (STANOJEVI~) A i i 255. Organic conipounds detection of chlor- ine bromine and iodine in (RAI- EOW) A. ii 50. estimation of iodine in (SCHUYTEN) A ii 71. estimation of nitrogen in by the Kjeldahl process ( CAUSSE) A. ii 72. estimation of sulphur in (AsB~TH) A. ii 448. Or anic salts estimation of zinc in &ON RITTER) A ii 578. Organic matter oxidisable estimation of i n cyarude solutions (BETTEL) A. ii 276. Origanum oil constituents of (CIL- DEMEISTER) A. i 54. Origanum sgnyrniacum constituents of (GILDENEISTER) A i 54.Orwithopus potash and phosphoric acid required by ( ~ X E T S and SCIXREIBER) A. ii 384. Ortho- and para- conipounds compara- tive actions of on organisms (Uo- KORNY) A. ii 668. Orthoclase from Bdv:iria (SCHWAGER from Odenwald (CIXPLIUS) A. ii from Thuringis (FRONME) A. ii 370. Osazone. C,,H200.~N4 deri-red from quercitol (KILIANI and SCHAFER) A. i 586. Osazones of fnrfuroids from barley- straw (CROSS BBVAN and SMITH) T. 1607; P. 1896 174. colouring inattcr from (XOLISCH) A. i 660. potassium salt of ( BRIZARD) A. ii Osmosis initial rate of in various liquids (LAZARUS-BAXLOW) A. ii 196. of blood-serum initial rate of (BAR- LOW) A. ii 664. through walls of living blood-vessels (LEATHEB) A. ii 196. Osmotic pressure theory of (FITZ- GERALD) T. 905 ; P.1896,25. mathematical treatment of (VAN LAAR) A. ii 154. and ~UNBEL) d. ii 431. 612. Oscillnria I'eplotricha crystalline Qsmium :--Amidochloi*osmic acid 6541. Osmotic pressure and the law of active masses connection between (JAKOWICIS) A. ii 593. relation of to initial rate of osmosis (LAZARUB-BARLOW) A. ii 196. of blood-plasma (IIoErm) A. ii 376. effects of changes of in the blood (LEATHES) A. ii 196. relation of to secretion of urine (TAMANN) A. ii. 618. Osotriazoiiedicsrboxy lir acid. See dzirnidoethylenedicarboxylic acid. Osteomalwia excretion of calcium salts i n (REY) A. ii 489. Ottrelite from Mar3 land (EAPINS) A. ii 39. Ovarian cyst analysis of liquid from (LIEBLEIN) A ii 263. Oxalacetic acid (MICHAEL and Bucli- ER) A. i 85. from the ethjlic salt and from etliylic asdiethoxysuccinate (MICHAEL and BUCEER) A.i 599. ethoxymaleic acid (MICHAEL and BUCIIER) A. i 699. constitution of (&%ICEAEL and Buclr- ER) A. i 600 Oxalacetic acid ethylic salt of reduction Oxalic acid action of light on a solution of ferric chloride and (LEMOINE) A.? ii 285 freezing points of aqueous solutions of ( ONSO SOT) A ii 412. absorption by silk of dilute (WALPER and APPLEYARD) T. 1346; P. 1896,147.. action of inorganic acidic metallic oxides on (ROSENHEIM) A. i 27K 348. action of uranyl oxalate on (FAY) A i 465. amount and SOUPCC or i n urine (Dumoe). A. ii 263. amount of i n nodules (STOELASA) A. ii 205. Oxalic arid aluminium and potassium aluminium srllts of (ROSENHEIM) A. i 2'78 279. chromium and chromium potassium salts of (ROSENHEIM) A. i 279 280 348.iron a i d alkali iron salts of (ROSEN- HEIM) A. i 280 348. uranous salt of (FAY) A. i 464. LECTURE) T. 641. butylaniine salt (BERG) A. i 8. ethylic salt melting point of (v. SCHNEIDER) A. ii 2'30. from ethj-lie ethouyfumarate and of ( WISLICENUS) A. i 678. Oxalic acid aniline salt of (HOIFMAXN962 INDEX OF SUBTEECTS. Oxalic acid ethylic salt molecular volume of in organic solvents (NICOL) T. 143 ; P. 1895 237. action of sodium on (PREY) A. ii 107. condensation of with bromobenzene (FREY) A. i 99. condensation of with piperazine (ROSDALSKY) A. i 257. reduction of ( WISLICENUS) A. i 672. Oxtllic acid amino- oxime of identity of with hydroxyoxamide (SCHIFP and MONSACCHI) A. i 209. imido ethylic salt (NEF) A. i ’73. diimido- ethylic and diethylic salts (NEB) a.1 72. Oxalic acid detection of in putrefactive tissues (VITALI) A. ii 454. estimation of with potassium per- nianganate (BERTHELOT) A. ii 70. Oxalmethylbut ylhydrazide ( FIZANCHI- NONT and VAN ERP) A. i 275. Oxalyldimesitylic oxide (CLAISEN TINGLE and HERSTIENS) A i 562. Cxalyldiphenylgunnidine preparation of (HOFMASN LECTURE) T. 653. Oxallylthiouramil (PISCHEB) A. i 142. Oxamethane action of phosphorus triclrloride on (LACHXAXN) A. i 601. Oxamide ac1,ion of sodium hypochlorite on (DE CONISCK) A i 282. tartrate (TOPIN) A. i 283. Ox-bile preparation of bile acids from and their colour reactions (RICHTER) A. i 111. Oxides metallic ignited solution of (;BORNTBAGEIL) A. ii 502. Oxime C,oH,,Br02N from dibromo- menthone (BECKMAR” and EICKEL- BEBG) A.i 313. C13H15N0 from the aldehyde con- densation product of cinnamalde- hyde and methyl ethyl ketone (SCHOLTZ) A. i 368. ClzH!;NO froni the ketone couden- satxon product of cinnamylidene- acetone and benzaldehyde (SCHOLTZ) A. i 368. Oximes acidity of (GERILOWSKI and Oximes. See also :- HANTZSCH) A i 374. o-Acetamidvbenzophenoneoxime. Acetic acid oxime of. Acetoacetic acid ethylic salt oxime Acetoacetate amphidioxhe ethylic Of. ealt. Oximes. See :- Acetoacetic anilide oxime of. y-Acetobutyric acid oxirne of. Acstone-oxime. Acetoxime. Acetylbutylic aIcohoI oxirne of. Acetylisatinedtoxime. Aeetylisopropylketopentame thJlene dioxime of. Aldehydocitrazinic acid oxirne. Anisaldoxime. Anisyl ethyl ketoxime. Anthraquinoneoxime. Azoxyphenyl p-tolj 1 ketoxime.Beuzaldoximes. Benzenedioxime (quinonedioxime) . Benzenj laminoxime. Benzen? loxime. Benzophenoneoxime. Benzoy lcoumaroneoxime. Benzoylmethylic phenylic ether Benzyl methyl ketoxime and dioxime. Berizylidenacenaph thenoneoxime. Benzylideneacetoacetic acid oxime. Benzylidrnediacet onaniinoxime. Benzy Iidenementhoneoxime. Benzg lidenemet hjlhexenoneoxinte. Butyiic acid oxirne of. Butyrolactonedioxime. Cam phoroxirne. Chrysoketoxime. 2 4-DiethoxybenzoyIformic acid Dimeth ylglyoxime. Dimethyl-2 5-hexanol-3-one-4 2 6-Dimethyl-3-oximidoctanic acid. Diphenylene ketone oxime. +l)iDhenylene ketone oxime. 4 5-Diphenyloctanedione 2 7- E t h en y lamid oxime cyan-. Glucosamine hydrochloride oxime of. Homoterpenylic acid oxime of. Hydrochlorocarvoxime. Ifydroxybenzaldoximes.H ydroxydi hydrocarvoxime. Hydroxynaphtliaquinoneimide o x h s Hy droxTquinolinequinoneoxime. Ketodi h ydropbenotriazinoxime. Ketone Cl4HT30 oxime of. Ketopinic acid oxime of. Malo eaediamidoxime. Malonic acid oxime of. Menthoneoxime. a?- and I-Menthoneoximes. Menthoximic acid. Mesitylddoxime. o-Methoxybenzophenoneoxime. Methyl anilidobutyl bbtorhe oxime. oxime. oxime of. dio xime. of.INDEX OF SUBJECTS. 963 Ouiiues. See :- Xcthyl benzamidobutyl ketoxime. Methyl a-ethylpropyl ketoxime. Methylhenzhydroximic acid. Xethylbutyrolactone bromo- oxime Met hylisobut yrvlketoI>entumetliyl- 3-Methyl-5 i.sobutyl-A,-cycZo- of. erie dioxime of. hexenone and its eartoxylic acids oxiines of. 3Xetl1yldihydroresorcinoldioxime. Methylglyoxime. MethylcycZohcxsnone isonitroso-..Vethyc?jcZohexenoneoxime. ~3-Methyl-5-hrxyl-~,-eyeZo1iexenone 17-Meth yltroponinoxime. Naphthaquinoneoxime. a-Naphthylglyoxylic acid Qxime. a-Naphthylic benzoylmetiiylic ether I~isnitrosotetrahSdrocarroxime. 8 opinoneoxime. Xortropinonoxime. Oxalic acid amino- oxiaie of. Oxydimethylnaphtliol oxime. I ’apaveraldoxime. I’lienyl p-tolyl ketoxime. l’henyl m-xylpl ketoxime. Phei iylacetoxim c. 1 ,to-Phoroneoxinie. 3’inonic acid oxiine of. a-Pinonic acid oxime of. Pinononic acid oxiine of. i’iperonaloximc. Propionic acid oxiine of. Propionylglycollic acid oxirne of. .;-iso-Propylheptan-a-onoic acid Pulegoneoxime. Pulegone isonitroso-. Pyridineacet oxime. H hodinaldoxime. Triacet onaminoxime. Yropinoneoxime. Yiuyldiacetonn rtiineoxiine. and its carboxylic acids oximes of.oxime of. oxime of. f ‘ ~ L riniethflhenznldoxirnes. ( )ximidoacetoacetic acid :md its salts (UANTZSCII and WILD) A. i 285. action of alkalis on ( HANTZSCIT and WILD) A i 285. action of hydriodic acid on (HAKTZSCXX and WILD) A. i 285. smide of (HANTZSCH and WILD) A. i 285. Oximidopropionic-acetic acid and salts (-HAXTZSCH and WILD) A i 285. (HAXTZBCH and WILD) A. i 285. Gxpcanthine properties and salts of (POMMEREHNE) A. i 67. action of hydriodit acid on Oxyacanthiiie benzojl derivative of (POXMEREE~K) A i 67. Oxycellulose from fir-wood non-identity of with other oxvcelluloses (I)%< HAAS and TOLLENS) A. i 6. action of hydrochloric acid on (TOLLENS) A. i 7. Oxychloropho~phines. See Phosphines ox ychloro-. Oxydase a generic term for laccase tyrosinase &c.(BERTRAND) A. ii. 571. Oxygen of atniosphere origin of (PHIP- sox) A ii 265. atomic weight of (THOXSEK) A ii 471 ; (MOxmY) A ii 640. and hydrogen ratio of their atomics weights (TIIOMSEN) d. ii 244. preparation of (VITALI) A.,ii 92. belztlviour of when submitted to the electric discharge (COLLIE and RAN~AI-) A. ii 634. vapour pressures of liquid (ESTREI- CHEIL) ~l. ii 160. density of (THOMSEN) A. ii 471 ; (MORLIXY) A. ii 518. specific gravity of and combustion iir liquid (DEWAR) P. 1895 226. relocity- of attraction of for hydrogen (TECLU) A. ii 14. combination of hydrogen. with (MEYER and RAUM) A. 11 162. rate of combination of hydrogen wit11 (GAUTIEE and H l ~ ~ ~ ~ ~ ~ ) A. ii 416. quadriralency of (RRUHL) -4 ii 163. quadrivalent organic compounds containing (ZRCCHINI) A.i 197. spectroscopic examination of coin- pound of hemoglobin with (@AX- physiological action of want of ( L o ~ B ) A ii 318. evolution of by plants (PIZIPSON) A. ii 265. influence of on fermentation by yeast (RAPP) A. ii 668. Oxygen estimation of by pyrogallol source of error in (CLOWES) P. 1895,200. dissclved estimation of (ROMIJN) A. ii 579. estimation of in air Src. (KREIDEB) A. ii 124. estimation of in commercial copper- (BLOUNT) A. ii 333. Oxpgranatanine its salts and benzoyll derivative (CIAMICIAN aiid SILBER) A. i 397. Oxyhsemoglobin crystale preparation of from horses’ blood (JuTT) A i 584. ORE) A. i 713. (ARTHOS) A. i N O .Oxyh~moglobin spectroscopic examina- Oxymenthylic acid ( BEcKM~RN and i3-Oxymethglpurin (FISCHER) A. i 13 dichlor- (FISCHER) A.i 13. Oxyphosphazoai~ilidea probable consti- tution of (MICHAELIS and SILBER- STEIN) A. i 344. Oxyphosphazobenzeneanilide and its tion of (GAXGEE) A. i 713. MEHRLANDER) 9. i 312. 14. ethylic axid phetiylic salts (R~ICHAELIS and SILBERSTEIN) A. i 344. decomposition products of (MIcEA- ELTS and SILBEESTEIN) -4. i 344. .Oxjphosphazo-mbromobenzenebrom- anilide and its ethylw salt ( MICEA- ELIS and SILBERSTEIN) A. i 344. compound of with aniline and with phenol (MICHAELIS and SILBER- STEIN) il. i 345. VOxyphosphazo In-bromobenzenedibroin- anilide (NICHAELIS and SILBER- STEIN) A. i 31s. bvomaniiide (XICHAELIS and SILBER- STEIN) -I. i 345. chloranilide (MICHAELIS and SILBER- STEIN) A. i 335. Oxyphosphazo-nz -chlorobenzenechlor- anilide (MICHAELIS and SILBER- STEIN) A..i. 344. Oxyphosphazo-m-tiromobenzenetri- Oxyphospltazo-i?~- bromobenzenetrz- 0xyphosihazo:o- toluenetoluidide (MICHAELIS and SILBERSTEIN) A. i 345. xgphosphazo-p-toluenetoluidide (MICHAELIS and SILBERSTEIN) A. i 345. xyphosphazo-p-toluenebromo-p- tolui- dide (R~ICHAELIS and SILBER- STEIN) A i 345. action of acetic acid and of phenol on (MICHAELIS and SILBERSTEIN) A i 345. Oxysulphazotic acid. See Sdphur- nitrosodisulphonic acid. -ozone generLtor for (s~~Gux-) A ii i 518. formation of by the action of heated metallic oxides on oxygen (BIZUNCK) A. ii 93. formation of from potassium chlorate and manganese dioxide (BRUNCP) A. ii 93. formation of by distilling permanga- 1 nate snd sulphuric acid in a vacuum (FRPE) A ii 417. absence of in oxygen from manganese dioxide and potassiuni chlorate (McLEoD) T.1015 ; Y.. 1896,104. . ~ I IUEJECTS. Ozone apparatus for demoustrating thc properties of (NE WTH) T . 129h ; P. 1896 139. cause of the mist produced by jE\- GLEE and TVILD) A. ii 558. action of on potassium iodide (BRUNCK) A. ii 93. influence of on the combustibilit~ of dry carbonic oxide (DIXON) T 785 ; P. 1896 56. detection of in air (ENGLEH and WILD) A ii 574. separation of hydrogen peroxide from (ENOLER and WILD) A. i . 574. Oeotoiuene (RENARD) A. i 149. Ozo-o-xylene (RENARD) -4. i 149. P. Pachyma Cocos aiialjsis of (WIKTLX- Paints examination of (HEFELMAN~ Palladium melting point of (KOLBORK absorption of helium by (TILDEX) solubility of carbon in (XOISSAN) Palladium hjdride electrical concluch- dissociation pressure of ( KRAIEAC) Palm oil oxidimbilitj of (BISHOP) A Palmitic acid action of light on STEIN) A.ii 63. and MANX) A. ii 680. and WIEN) A. ii 87. A. ii 656. A. ii 610. tivity of (KRAIEAU) A. ii 5. A. ii 5. ii 399. (RICHARDSON and FORTEP) T. 1349. water (KRAFET and WIGLOW) A. i 80. cholesterylic salt of (H~RTHLE) A ii 485. Palmitic chloride action of lead thio- cyanate on (DIXON) T. 1594. a-Palmityl-v-phenylbenzylthiourea and action of silver nitrate on (DIXON) T. 1598 j P. 1896 223. a-Palmityl-b-phenylbenzylurea (DIXON) T. 1598 ; P. 1896 223. 98-Palmityl-v-pbmylmethyl thiourea (DIXON) T. 159'7; P. 1896 223. a6-Palmi tylphenylthiocarbam ide (DIXON) T. 1595; P. 1896 223. Palmitylphenylurea (DIXON) T. 1596 ; P. 2896 223. Palmitylphytoeterin (HESSE) A.i 180. Palmi tyl thiocarhamid 8 action of silvel- behaviour of alkali salts of with nitrate on (DZXOX) T. 1596.INDEX OF SUBJECTS. 965 Palmitylthiocarbimr~e ( UIXOB) T. 1 currence of atranoric acid in (ZOPI-). 1594 P. 1896 223. I A. i 103. action of :miline O - and p-toluidine methylnniliue and benzplnniline on (DIXON) T. 1595-1598. r~2i-Palniit~1-o-tolylt~i~carbamide aid action of silrer nitrate on (DIXON) T. 1596 ; P. 1896 223. nb-Yalmityl-p-tolylthiocarbsmide and action of silrer nitrate on (I)IxoN) T. 1597 ; P. 1896 233. 1596; P. 1896 223. 1597; P. 1896 223. r,b-Palmityl-o-tolglure:2 (I)Ixox) T. n6-Palmitpl-p-tolylurea (DISON) T. Panaresinotannol (BATJR) A. i 57. a- and P-Panax-resen ( BATJR) A i 5’7. Pancreas solubility of the amylolytic ferment of the in alcoliol (DASTRE) A.i 395. Pancreatic juice action of on milk (HALLIBCRTOX and J~ODIE) A. ii 662. action of on treltalose cane sugar and maltose (BOURQUELOT iind GLEY) A. ii 315. Pangium edzde formation of‘ hydro- cyanic acid in and presence of a reducing sugar in (TREUB) A. ii 327. Papaveraldosime stereoisonzerism of hydrochloride and dili)-droc’tiloride of Papaveraldylauiine from pnpaverald- oxinie (HIRSCH) A. i 192. Papaverine behaviour of in the Stas- Otto process (OTTO) =i_. ii 508. Yapaveriiiic acid inetli.i-1 derivative of and rnetliylbetairie of ( H E E Z I ~ and METER) A i 68. Paper detection of wood pulp in (WO- LESPP) A. ii 503. PapilionacecP nitrogen :issirnilation of some (BILLITILLER) A. ii 440. Para- and ortho-compounds compara- tive actions of on orpnisms (Bo- PORNP) A ii 668.Parabanic acid physiological action of (LUSIXI) A. ii 492. Paracasein. See Casein. L’araffin. See Mineral oil. Paraffin CSSHFO from Charas (WOOD SPIVEY and ZASTERFIELD) ’l’. 543 ; P. 1896 76. (HIRSCH) -4. i 191. (HIRSCH) A. i 191. Paragalactan. See Galactan. Paramyosinogen. See Myosinogen. Paranaphthalene. See Antfiracene. Paraniline discovery of (HOFMANK Paranthracene. See Diantliracene. Parrne7in eticnzrsfn and P. peFfusa oc- LECTURE) ’J’. 689. Parnteliopsis hyperopta ocrurrencr o t‘ ntrunoric adid in (ZOPF) A. I 103. Paiatitior coefficient. See Equilibritun. Patchouli-camphor rotatory power of in the crpstalline and liquid statck- Patchouli oil analysis of (HIRSC 11 - “ Patent blue ” (PRUD’HOJINE) . 1 Paucine properties of and its salt- (.MERcK) A.i 68. action of potash and concentrated hydrochloric acid on (MERGE) -4 . i 68. Peach-kernel proteids of the (OSBORS I Pearceite from Montana (PENFIELD) Peas. See Agricultural c1iemisti.y. Peat in fermentative changes in water Pertase in plants ( BRRTRAND and MAT.- Pectins constitution of (CROSS) A i Pectin-substances analogy i n comp0.i- tion of to carbohydrates (DE H A A ~ and TOLLENS) A i 7. probable constitution of (Tor,mNs) A. i 7. products of hydrolysis of (DE H a s 3 and TOLLENS) A i 7. Pelageine (GRIFFITHS and PLATT) -i . i 182. Pelargonic acid. See Ennoic acid. Pelai-gonium oil bee Gersnium oil. Pelar~ylamino~~zelait acid (SPIRCPF:I:- MANS) A i. 410. Pelargylaminobrassylic acid lzydrolg-iy of (SPIECKEHMANN) A.. i 410.i/.+Pelletierine. See GranaLonine. Pellotine benzoyl derivatives of (HEI I- TER) A. i 267. Penicrllium glazrcum nshiLnilation t vr‘ nitrogen by (PVRIEWITSCH) A. 11 571. mineral nutrition of (BEXECKE) -i ii 372. extraction of mallase from ( BOURQX c- LOT) A. i 111. inrersion of caiie sugar by (FERMI and MOXTIGSA~O) A ii 493. Pentacwbon rings synthesis of (Jar? and MURRAY) P. 1896,146. Pentacetyltetrabrolnomoriii. preparatioti of (PERKIN aiid BABLICII) T. 7!15 P. 1896,186. ( FRAUBE) A. ii 509. sotJx) A ii 223. 485. and CAXPBELL) A. i 715. A. ii 658. (Appendix .) action of (ADENBY) A. ii 324. L~VRE) A. ii 267. 77.9 66 INDEX OF SUBJECX". Pentaclet A i m mawophylla pautine the alkaloid of ( MERCK) A. I. 68. I'entadec*oic acid bromo- (CIAMICIAN and SILBER) A.I 596. iodo- (CIAMICIAN and S~LBER) A. i 596. Pcntaglycol action of Iiydriodic acid and phosphorus on (APEL and TOL- LEKS) A i 115. iodhydrin (BPEL and TOLLENS) A. i 115. Pentamethenylacetic acid. See cyclo- Pentplacetic acid. Pentamethenylmalonic acid. See ryrlo- Yentylinalonic acid. Pentamethylaniline nitrile and iso- nitrile obtained from ( HOFMANN LECTURE) T. 710. (MuHR) A. i 232. A. i 379. (HERZIG) A i 379. 'Pcntamethylbenzoplpropionic acid Pen tam~tliyldeh~drobrazilin ( HERZIG) I'entameth yldehydroha~?m~toxylin Pentamdhjlenetetramine diamino- (DUDEN and SCHARFF) A. i 122 123. dinitroso- action of nascent hydrogen on (DUDEN and SCHARFF) A. i 122. Pentamethylenetetraminebisdiazobenz- enesulphonic acid salts of (DUDEN and SCHARFF) A i 123. Yentane BB-dinitro- (BORN) A.i y-dinitro- (BORN) A. i 198. B-nitro-B-nitroso- (BORN) A. i 198. iso-Pentane BB-dinitro- (BORN) A i B-nitro-p-nitroso- (BORN) 8.. i 199. I'entanedioic-3-dimethyloic acid. See Propanepent acarboxylic acid. Yentanedioictetrarnethyloic-2 3 3 4- acid. See Propanehexacarboxylic acid. (.HEIYKE and PERKIN) T. 1509. action of beat on (HEINPE and PER- ethylic salt (HEINKB and PERPIN) 198. 199. Pentane-ayya- t e tracarboxy lie acid KIN) T 1509. T. 1509. Pentanetetronal. See Lyvxose. PENTANETRICARBOXPLIC ACIDS :- n-Pentane-aya,-tricarboxjlic acid (HEINPB and PERKIX) T. 1510. Dime thy lpropane-aaal -tricarboxy 1 io acid action of heat on (PERKIX and GOODWIN) T. 1474.. and salts (PHRKIN and GOODWIN) T. 1413. etbylic salt (PERKIN and GOOD- WIN) T. 1472; P. 1898,170.PENTAXETRICAEBOXYLIC ACIDS :- Dimet hplpropane-aaa -tricarboxylic acid sodio- ethylic salt action of phenoxyethylic bromide on (PSE- KIN) l'. 1500; P. 1896,170. Pentaphenyldiguanide its hydrocblor- ide and platinochloride (XACKWALD) A i 30. Pent,ene keto-. See Ketopentene. cyclo-Pentene dibromo- (KEAEMAB and tetrubromo- (KEAEXAR and S r n - chloro- (I~AEIZAR and SPILKEB) -I. trichloro- (KitAmraR 2nd SPILILICR) tetrachloro- (KRAEXAE and SPILKER) SPILKER) A. i 290. KER) A. i 290. i 290. A i 290. A i 290. PENTEROIC ACIDS :- Propylideneacetic acid (SPENZEH) A. i 128. &3-Dimethylacrplic acid (PERLIN and GOODWIN) T. 1469; P. 1896,170. ethylic salt (PERPIN and GOOD- WIN) Y. 1470 1471. action of ethylic sodiomalonate on ( P;RPIN and GOODWIN) 'f. 14/2 ; P. 1896 170.Penterythritol action of sulphur chlor- ide on (BOUGAULT) A i 662. dichlorhgdrin (BOUGAULT) A. i 662. bisulphite and action of sulpliur chloride on (BOUGAULT) A. i 662 663. Penterithrjtoluibenzal (APRL and TOL- Penterj thritoltetrabrornhydrin rednc- Penthiazoline y-bromo-p-amido- (B- b~~onzotrimeth~Zene-J/I?-th~o~~ea) and it8 constitution of (DIXON) T. 19 23 24; Y. 1895 216. action of hydiochloric acid 011 (.DIxoN) T. 20; P. 1895 215. action of nascent hydrogen on action of picric acid on (DIXOK) action of hydrobromic acid on (DIXON) T. 20; P. 1895 215. y-iodo-p-amido- (8-iodotrimethyEPne- +n-thiourea) picrate of and action of silrer nitrate 011 (DIXON) T. 26; P. 1895 216. LENS) A i 115. tion of (GUSTAVSON) A. i 669. (DISON) T. 24. l'. 21; P. 1895 216. PENTINENE :- Dimethylisoallylene (' IPATIEFF) A.action of' hydrogen bromide on i 402. (IPATIEFF) A. i 330.INDEX OF SUBJECTS. 967 I’entosans absorption of in the aliment- estimation of by the furfuraldehjde method (MANN KRUGER and ary canal (WEISKE). A. ii 375. Peptone tests for (SCHROTTEK) A. i estimation of (KONIG and BOMER) 112. A. ii 83. ethylic salt df (VERWEY) A. i 671. cycZo-Pentylmalonic acid and its salts ethylic salt of (VERWEY) A. i 6’71. Peonol bromo- [OMe OH CO = 4 2 11 (FRIEDLANDER and RUDT) A. i 637. Pepper action of on digestion (GOTT- Pepsin solubility of in alcohol (DAsTRE) influence of salts on the activity of Peptone action of acetic anhydride on absorption of by the intestine (REID) absorption of in the small intestine nutritive value of (ELLINGER) A.ii injections effects of on blood (STAR. (VERWEY) A. i 6’71. LIEB) A. ii 42. A. i 398. (DASTRE) A. ii 118. (SCHROTTER) A. i 515. A. ii 318. (FRIEDLANDEB) A ii 536. 536. L I ~ + ) A. ii 197. analysis of (BUSSE) d. ii 82. estimation of in sugar beet At. (STIFT) A. ii ’79. Pentose change of hexose to derivatires in cereal cellulose (CROSS BEVAN and SMITH) T. 1609; P 1896 175. presence of in urine (SALKOWSKI) Pentose-monoformal formation of From a hexose in plants (CRO~S BRVAN and SMITH) T. 1610 ; Y. 1896 175. Pentoses action of allralis on (CROSS BEVAK and SRX~TH) T. 816 ; P. 1896,96. A. ii 490. of ‘the properties‘of t he’elements a function corresponding with the (PLAVITZEP) A. ii 355. “ Perkin’s green,” discovt-ry of (HOP- MANN LECTURE) T. 618. Peronospora effect of copper salts on (BERLESE and SOSTEGNI) A.ii 21i7 Petroleum. See Mineral oil. Phaselin preparation and properties of (OSBORNE) A. 1 455. Phaseolin preparation and properties of (OSBORNE) A. i 454. PhaseoZus multzjikrus effect of alkaloids on the germination of seed3 JF (&~osso) A. ii 326. d g a r i s proteids of (OSBORNE) -L Phases applications of the rule of (MEYERHOPPER) A. ii 414. Phellandrene nitrite reduction of (WALLAOH and HERBIG) A i 101. nitro- (WALLACE and HEEBBXI) A. i 101. i 454. estimation of in cheese (STUTZER) CoinmerciaI estimation of gelatin iii Peptones. See further Antipeptone; Percylite artificial (~RIEDEL) A ii PeriZla Itankhemis dyes of (WEIGERT) Periodic arrangement of the elements character of the co!our of elementary Periodic law L.Meper’s contributions A ii 689. (STUTZEB) A. ii 84. Gland-peptone ; Propeptone. I 32. A. i 388. and colour (LEA) A. ii 639. ions (LEA) A. ii 594. cycZo-Pentylacetic acid and its salts (VERWEP) A. i 671. aiialyticat representation of the (GOLDHAMNEE). A. ii. 471.96s INDEX OF SUBJECTS. d-Phellandrcne source of (WALLACH I-Phellandrene source of ( WALLACJH Phenacetic acid. Fee Phenylacetic acid. Phenaceturic acid heat of combustion of (STOHXANN and SCHMIDT) A ii 466. and HERBIG) A i 101. and HERSIG) A. i 101. Phenacetpl. See Phcnplacetyl. Phenacjlacetir acid. See 8-Benzoyl- propionic acid. Yhenacyl bromi ley front diazoacetophen- one (ANGELI and RIMINI) A. i 363. Phenacyl-o-benzoicsulphinide (ECXEN- ROTH and KLEIN) A. i 304. Phenaryl-o-benzoiesulpbinide hydr- azone (ECRENROTH and KLEIN) A.i 304. Phenacyldeoxypiperonoin hydrazone of (SMITH and RANSON) A. i 322. Phenacylsuccinic acid preparation of (ENERY) A. i 436. Phenacy 1s iiccinic anhydride (EMERY) A. i 436. Phe~iacylsulpharriidoberlzoic acid (ECPENROTH and KLETN) A. i 304. Phenanthrene synthesis of ( PSCHORR) A i 303. fluorescenec of gaseous (WIEDEXANN and SCBXIDT) A ii 86. magnetic rotatory power &c. of (PERKTN) T. 1088 3151 1196 1242. heat of solution of in ethylic alcohol and toluene (SPEYBRS) A. ii 411. Phenazine dyes nomenclature of (JAU- BERT) h. i 325. Phenazyldiphenj ldisulphone (CINE+ BERG and HIMMRLSCHEIN) A. 1,685. l'h ena zy lpheny lsulphon e (HI N S B E R ~ and HINNFLSCHEIN) A. i 684. Iso-Phenethglmai delic aeid. See apS- Hydroxrdiphenylbutyric acid.p-Phenetidine melting point of (v. SCHNEIDER) A. ii 2130. &Phenetidylcrotonic acid ethylic salt of (WENGHOPFER) A. i 360. Phenetoil (phenyl tth*tjZ oxide) magnetic rotatory p>wer &c. of (PERKIN) T. 1080 1081 1186 1240. -o-Plienetoilazo-p-phenetoil reduction of (JACOBSEN snd XEYER) A. i rn-Phenetoilazo-p-phcnetoil reductio; 1 p -Phen e toil a zo-p- phenetoil 27. I of (JACOBSEN and MEYER) A. 27. reduction of (JACOBSEN and MEYER) A. i 27. ~ 6-Phenetoilazo-p-phenol ( JACOBSEN a ~ d ME EYER) A. 1 27. I m-Phenetoilazo-p-phenol (JACOB~FX and MEYER) A. i 27. p-Phenetoilazo-p-phenol (JAcossx~ and METER) A. i 27. 3'-p - Pliene tyld ih J dro-3-phenot riazin e and its salts (BUSCH and HARTMAX~ 1 A. i 160. 3'-Phenetylketotetrahydroquinazoline (BUSCH and HARTMANN) A.i 160. 3'-p-Phenetylthiotetrahydroquinazolin(~ (BUSCH and HABTMANW) A. i 160. Plieninieisatin %amino- and its acetpl derivatire (SCHUNCK and MARC^^- LEWSPI) A. i 235. Pheiiissic acid. chloro-. See Phcnol trichl oro-. Phenol isolation of from coal-tail (HOI - MANN LECTURE) T. 597. composition of (HOFXANN LECTURE) T. G41. properties of (HOFNAXN LECTURE) T. 654. magnetic rotatory poTler &c. of (PERKIN) T. 1064 1090 1181 1239. effect of on the frcezing point of dilute soda solution (GOLDSCHNIDT and GIEARD) A. i 474. compound of with aluminium chlor- ide (PEHRIER) A i 353. estimation of iu soape and disinfect- ants (FRESENIUS and XAPIN) -4 ii 5bO. Phenol o-amino- decomposition of with sodium hypochlorite (Co- NINCK) A. i 364. decompoeition of with sodium hypochlorite (DE COWINCK) A .i 364. benzyl ether of and its acrtyl de- rivative ( JACOBSEN DUSTER- BEHN KLEIX and SCHPOLNIK) A. i 25. 1 3 5-tribromo- co~npound of with nitrosodiinethylaniline. See Di- methjlaniline. (MELDOLX V\TOOI,COlT and W-RAY) T. 1326 j P. 1896 163. 4 6 2-clibromonitro- (MELDOLA WOOLCOTT and ~VRAY) T. 1329. 2 4 6-bromonitrarnino- and its acetyl derivative (MELDOLA WOOL- COTT and IYRAY) T. 1326; p. 1896,163. o-chloro- compound of with alumin- ium cllloi*ide (PERRIER) A. j 354. p-chloro- compound of with alumin- ium chloride (PI?RRIER) A. j p-amino- (PLABCHER) A. i 358. 2 4 6-b~omodiiiitro- 354.INDEX OF SUILTFXTh. 969 p-nitro- (HILL and 'I'oRBAY) A. 1 Pheiiol 2 4 6-trichloro- prepara- tion of (HOFXANN LECTUBE) T. 641. action of phosphorus pentachloride on (ZAHARIA) A.i 646. hydrogen phosphate of and its salts (ZAHA~ZIA) A. i 646. compound of with nitrosodimethyl- aniline. See Diniethjlaniline. a-4ezrrchloro- dichloride (BARBAL) A i 91. 8-lleznchloro- dichloride (EARRAL) d. i 91. y-hmxzchloro- dichloride (BARRAL) -l i 91. 2-chloro-4-nitro- and its benzoyl and acetyl derivai ives ( ~I'IELDOLA WOOLCOTT and WRAP) T. 1328 ; P ,1896,164. 2-chloro-5-nitro- and its tenzoyl derivative (MELDOLA WOOLCOTT 2nd WRAY) T. 1325; P. 1896 163. 4-chloro-3-nitro- and its benzoyl and acctyl derivatives (MELDOLA WOOLCOTT and WRAP) T. 1322 ; P. 1896 163. cliloi~odi~~itro-d~rivatives of ( MEL- DOT~A WOOLCOTT and WHAY) T. 1323. 2-chloro-4 6-dinitro- ( MELDOLA WOOLCOTT and WRAY) T. 1328. 2 4 6-chloronitramino- ( MELDOLA WOOLPOTT and WRAY) T.1328. triioclo- preparation of (EDELEAKU and ENESCU) A. i 360. compound obtained in the prepara- tion of ( EDELEANU and ENESCU) A. i 360. o-nitro- discovery of ( HOFMANN LECTURE) T. 698. heat of combustion of (MATIORON and DELIBNY) A. ii 88. effect of on the freezing point of dilute soda solution (GOLD- SCHMIDT and GIRARD) A i 475. cornnound of with alaminium chloride (PERRIER). A i 363. Yllenola. Bee also :- Phenol 5-nitro-5-amino- ;( MELDOLA WOOLCOTT' and WRAT) T. 1325 ; P. 1896 163. WOOLCOTT and WRAP) 'I?. 1325. WOOLCOTT and WRAY) T. 1334; P. 1896 164. sodium derivative molecular weight of (BECKMANN and SCHLIEBS) A. i 134. Phenol a obtained by action of sodium ethoxide on apioIc (CIAMICIAN and SXLBER) A.,.i 608. Phenolphthnlem refraction equivalent of ( ANDERLIKI) A.ii 229. explariation of its behaviour towards alkalis in alcoholic solution (JONES and ALLEY) A. ii 467. decolorishon of (HERZIO and MEPER) A. i 237. dimetlijl ether of (GRAXDE) d. i 563. dibenzoyl derivative of (BISTRZYICI and NENCKI) A. i 237. Phenolphthalein diamino- dimethyl ether of (ERRERA and BERT$) A. i 564. dibromodiamino- and its hydro- chloride (ERRERA and BERT$) A. i 564. dibromodinitro- and its diacetyl derivative (ERRERA and BERT$) dinitro- and its mono- and dimethyl ethers (ERRERA and BERT$) A i 564. Phenols freezing points of solutions of in hjdrocarbons (YATERN~)) A. ii 156. and tlieir derivatives freezing points of solutions of in naphthalene (AUWERS) A. ii 156; (AUWRRS and INSES) A. ii 293. action of rnagnesiuni on solutions of (VITAL[) A i i 420.Phenols t hio- action of bromo-deriva- tives of aroinatic hydrocarbons on. lead salts of (BOURGEOIS) A. i 17. S-5-di nitro- 2-am ino- (MELD DLA 5-nitro-3 2-diazoxv- ( MELDOLA A. i 564. -1 1 N 7 and I)ORRANCE) A. i 22. heat of combustion of (lbh.'rIGNoN and DELIGNY) A. ii 89. compound of with alurniiiinm chloride (PERRIER) A. i 853. 2 4-dinitro- (DIEPOLDER) A. i 615. 4-nitt o-%amino- (MELDOLA WOOL- COTT and WRAP) T. 1328; P. 1896,164. iso-Ant hratluric acid. 1 Anthranol. j Benzoylmetliylresorcinol. j Carvacrol. 1 Catechol. I Creosol end iso-Creosol. Benzylideneanhydroglycogallol. 0- m- and p-Cresols. Diilmyloxyquinol.9 70 ISDEX OF SUBJECTS. Phenols. See :- Dim thranol. Diazophenol hydrosulphide. lXbenzyloxyqi~inol.Dihydrore- orcinol. Dihydroxvacetophenone. 1 Z-Dih$droxgphenyl-p-phenylsul- 1 4-Dihydroxyphen~lsulphone. O-Dimethoxgbenzene. Dimethylapionol. Dimeth ylnaphthol. Dimethj lnnphthol oxy-. Dimethy 1r.ycZopentanol. Diphenylli ytlroxjacetophenone. Diphenylsulp hone-o-aminophenol Duroquinol. p-Ethjlcresol. Eugenol and iso-Eugonol. Euxanthone. Guaiacol. Hexahydroxybenzene. Homopy rocat echol. o-Hgdroxybenzophenone (benzoyl- phenol). Hydroxy hexahydrotoluene. Indoph enol. Menthol. w-Metlioxy-I. 3 4-xylenol. 3 5-Methr lisobutylphenol. I -Metlivlc.~eEohexenol. Xeth ylcy clohexenol. 3 5-Methyl-6-hexylphenol. a-Naph tho1 and p - naph tho1 . Orciriol. Phenol. PhenSIdihydroctll.bost~ri1. Phloroglucinol. Pinol ? m-Propglphenol and iso-propyl- phenol. iso-Prop~-lquinol.Pyrogallo 1. Pyrocatechol (catechol). Pyrogallol Q uinoned inaph thylhemiacettal. Resorcinol. Saligenin. Sobrerol. Thymol. Thy moquinonequinolhemiacetal. Trihy droxFphenylaulphone. Triresorcmol. Veratrole. 1 3 4-Xglenol. P benomalic acid. See Acetylacrylic acid. Phenosafranine (FISCHER and HEPP) A. i 50. Yhenoxazonerarboxylic acid amino- and its salts (DIEPOLDER) A. i 615. .o-Phenoxybenzoic acid calcium salt phone . distillation of (JEITELES) A i 434. p-Yhenoxybenzoic acid p-amino- and its salts (HAUSSERMANN and BAUER) A. 1 676. p-nitro- and its salts (RAUSSERXANR and BAUER) A. i 676. 4' 1'-Ph enoxy benzrlphthalazone (BROMBEPB) A.,"i 579. a-Phenoxybutpamide (LUCHXANN) A. i 544. a-Phenoxybutyric acid and its ethylic and metallic salts (LUCHMANN) A.i 544. a-PhenoxFbutyric chlloride (LUCH- MANN). A. i 544. y-Phenoxybutyric acid (y-phenoxyethyl- acetic acid) ( BENTLEP HAWORTH and PRBKIN) T. 168; P. 1896 35. action of hydrobromic acid on (BEKT- LEY HAWORTH and PERKIN) T. 168 ; P. 1896 36. a-Phenoxybutyronitrile (LUCHMANY) a-Phenoxybutyrothiamide (LUCH- y-Phenoxpethylacetic acid. See Phenoxyethylic alcohol. See Glycol Phenoxyethylic bromide action of ethylic sodiodimethylpropanetri- carboxylate on (PERKIN) T. 1500 ; P. 1896,170. action of ethglic sodioisopropylpro- panetricarboxplate on (PERKIN) T. 1504 j P. 1896,170. Phenoxvethylic ethylic ether (PERKIN) y-Yh~noxyethylmalonic acid (BENTLEP HAWORTH and PERKIN) T. 167 ; P. 1896 35. action of heat on (BENTLEY HA- WORTH and PERKIN) T. 168 ; P. 1896 35. A. i 544. MANN) A.i 544. y- Phenoxybuty ric acid. monophenjlic ether I T. 1501 1503. y-Phenox~etlipl-a-methylacetic acid. y-Phenoxpethj l-a-methplncetoacet ic See Phenoxyraleric acid. acid ethylic salt and its hydrolysis (BENTLEY HAWOBTH and PERKIN) T. 173. y-Plienoxgethyl-a-methylmalonic acid ( BENTLEY HAWORTH and PEX- action of heat on (BENTLEY HA- WORTH and PERKIN) T. 172; P. 1896 36. ethylic salt (BE'NTLEY HAWORTH and PERKIN) T. 171; P. 1898 36. KIN) T. 171; P. 1896 36. a-Phenoxyhooctane-yy8-tricarboxylicINDEX OF - 3UBJECIS. 9 i 1 acid (phenox.yeth~j?isopYopylpropane- tricarboxylic acid) and the action of heat on it (PERKIN) T. 1504 1505. Phenoxyethylisopropylglutaric acid (PERKIN) T. 1505. Phenoxyethylisopropylpropanctricarb- oxylic acid. Sce a-Phenoxjisooctane- yyS-tricarboxylic acid.L-y-Phenoxypropylpiperidine and its salts (GABRIEL and STELZNER) A. i 703. 1’ 3’-Phenoxypropylisoquinoline and its salts (ALBAHARY) A. i 699. Phenoxgvaleric acid 8-phenoxy-n- nicthylbutyric acid (y-phenoxy- et~~~fl-rc-meth~jlacetic acid) (BENT- LEY HAWORTH and PERKIN) T. 172 173 ; P. 1896 36. action of mineral acids on (BENTLEY HAWORTH and PERPIN) T. 173 ; P. 1896 36. Ylieny 1 o-acetox~styryl ketone dibromide (BABLICH and KOSTANECPI) A. i 239. Phenyl m-acetoxystyryl ketone ( BAB- LICH and KOSTANECPI) A. i. 239. Phenyl p-acetoxystyryl ketone (BAB- LICH and KOSTANECKI) A.. i 239. l’henyl ally1 oxide magnetic rotatory power &c. of (PERKIN) T. 1064 1141 1225,1247. Phenyl benzyl ketone (deoxybenzoin) (CUETIUS) A. i 339. aodium derivative molecular weight of (BECKMANN and SCHLIEBS) A.i 124. T’henyl2 5-broniohydroxystyryl ketone and its sodium salt acetyl derivatives and dibroniide (KOSTANECKI and OPPELT) A. i 241. Bhengl5-bromo-2-liydroxyst~ryl ketone (2- hydroxyben z~~lid~n~acetophenone 5-bromo-) (KOSTANECKI and SCHNEI- DER) A. i 614. Phengl isobutyl oxide magnetic rota- tory power kc. of (PERKIN) T . 1080 10S1,1186 1240. Phenyl a-coumaryl ketone (KOSTA- NECPI) 9. i 240. o-bromo- (KOSTANECKI and OPPELT) A. i 241. Phen) 1 cymyl ketone (cymophenone) preparation of (BOUVBAULT) A. i 616. Fhenyl 2 4-diethoxystyryl ketone ( 2 4-diethoxy~eR%~fZideneaceto- pheizowe) (KESSELKAUL and KOSTA- I’lien-yl m-ethoxystyryl ketone (3-eth- oxybenzylideneacetophenone) (ROS- TARECKI and OPPELT) A. i 241; NECKI) A.i 607. ( KOSTAKECKI and QCHSEIDER) A i 614. Phenyl p-ethoxgstyryl ketone (4-eth- oxybenzylideneacetopAenone) KOS- TANECKI and SCHNEIDER) A. i 614. Phenyl ethyl ketone magnetic rotatow power &c. of (PERKIN) T. lO9f 1093 1201 1243. Phenyl o-hydroxystyryl ketone prepara- tion of and its benzoyl derivative (HARRIES and BUSSE) A i 302. and its sodium salt and acetyl deriva- tive (BABLICE and KOSTANECKI) A i 239. BUSSE) A. i 302. pheiiylliydrazone (HARRIES and P henyl a - 1 i y droxys t yry 1 ketone tetra- bromo- (HARRIES and BUSSE) A. i 302. Plienyl m-hydroxgstyryl ketone and its clibroiiiide and acetyl derivatives (BABLICH and v. KOSTANECPI) A. i 239. Phenjl p-hydroxystyryl ketone and its dibromide and acetyl derivatives ( BABLICH and v. KOSTANECKI) A i 239. Plienyl octyl oxide magnetic rota1 ory power & c of (PERPIN) T 1080 1081 1186 1240.Phenyl propyl oxide. magnetic rotatorj power &c. of (PERKIN) T. WHQ 1081 1186 1240. Phenjl iso-propyl oxide magnetic rot:%- torv pomer &c. of (PERPIN) T. 1080,1081 1186,1240. Plienyl s t p y l ketone (v. KOSTANECKI wid ROSSBACH) A i 556. a&dIChloride (GOLDSCHMIDT) d. i 189. condensation of with acetophenone (v. KOSTANECKI and TAMBOR) A. i 557. Phenyl styryl ketone o-amino- and its acetyl derivative and bromo-de- rivative (ENGLER and DORANT) A. i 49. hydmzone of (ENGLER and Do- RANT) A. i 49 o-nitro- and its hydrazone (ENGLER and DORANT) A. i 49. Phenyl p-tolyl ketone m-amino- its salts and acetyl derivative (LIM- PRTCHT and LERZ) A. i 41. p-amiflo- dittmino- triamino- (LIN- PILICHT and SAMIETZ) A.i 42. bromo- (LIMPRICHT and SAMIETZ) A. i 42. bromonitro- (LIa6PRIcET and LEXZ) A i 40.Phenyl y-tolyl ketone chloronitro- (LIMPRICHT and LENZ) A. i 40. m-nitro- and its dichloride (LIM- PBICHT and LENZ) A. i 40. p-nitro- (LIMPRICHT and SAMIETZ) A. i 42. dinitro- (LIMPRICHT and LENZ) A. i 41 ; (LINPRICHT and SAMIhTZ) d. i 42. trinitro- ( LIMPEICHT and LENZ) A. i 42 j (LIMPRICHT and SANIETZ) A. i 42. l’henylp -tolyl ke tone-phenylhydrazon e p-amino. ( LIMPBICHT and SAMI- ETZ) A i 42. y-nitro- ( LIMPRICHT and SAMIETZ) A i 42. Yhenyl tolpl ketones preparation of l’henyl p-tolyl ketone-sulphonic acid (LIMPRICHT and LENZ) A. i 41. ni-nitro- (LIaarRIcHrr and LENZ) A. i 40. (LIMPHICHT and JIENZ) A. i 41. p-nitro- (LIMrRICHT and SAMIETL) A.i 42. dinitro- ( L I l m R I c H T and LENZ) A. i 41. m-nitro- (LIMPRICHT and LENZ) A. i 41. ?-nitro- ( LIMPRICHT and SAMIETZ) A. i 42. Phenyl o-xylyl ketone m-amino- and salts (LIMPRICHT and FALKEN- BERG) A. i 43. m-nitro- (L~MPRICHT and FALKEN- BERU) A. i 43. Phenyl m-xplyl ketone m-amino- and salts (LINPRICHT and FALKEN- BERG) A i 43. azoxy- ( L i M r n I c a r and FALKEN- BERG) A. i 43. m-nitro- (LIMPRICHT and E’ALKEX- BERG). A i 43. trbnitro- (LIMPRICHT and FALKER- BERG) A i 43. Phenyl p-xylyl ketone m-amino- and salts (LIMPRICHT and FALKEN- BERG) A i 43. 712-nitro- (LIMPRICHT and FALKEN- BERG) A. i 43. Ylienyl m-xjlgl ketone-sulplionic acid m-nitro- (LIMPRICHT and FALKEN- BERG) A. i 43. (LIXPRICHT and FALKENBERG) A. i 43. P hen y lacetamide from phenacetylthio - (CONSTOCK) A.i 613. Phenpl p-tolpl ketoxinie m-amino- Phenyl p-tolT.1 plienylene diketone YIienyl nz-xylyl lietoxime m-nitro- carbimide mid aiumonis (DIXON) T. 863. power. &c. of (PEBEIN) T. 1114 1216 1246. t,b-Phenylacetamide (BUCHNER) A. i 2 30. Phenylacetic acid (a-toZuic acid) mag- netic rotatory power and relative density of (PERKIN) T. 10’19 1094 1175 1238. heat of combustion of (STOHMANN and SCHMIDT) A ii 469. catalytic action of picric acid on the rate of etherification of (GOLD- SCHMIDT) A. ii 638. action of phosphorus pentachloride on (DIXON) T 865. ethylic salt magnetic rotatory power &c of (PERKIX) T. 10’77 1175 1238. (JACKSON and PIIINNEY) A. i 234. Phenylacetamide magnetic rotatory Phenylacetic acid 2 4 6-trinitro- Phenylacetic chloride (DIXON) T. 865; P.1 8 9 6 100. magnetic rohtory power &c. of ( PERKIN) T. 1122 1205 1244. action of lead thiocyanate on (DIXON) T. 865; P. 1896 100. condensation of with ethylic sodio- rnalonate (SCHOTT) A i 700. Phenylacetic peroxide ( VANINO and 4-Phenylacetic Bad sodium salt of tribroniide of (BLCHNER) A. i Phenylacetone. See Benzyl methyl Phenylacetonitrile (a-foluonitrite 6enzylic cyanide) occurrence of (HOFMANN LECTURE) T. 719. magnetic rotatory power &c. OP (YEREIN) T. 1097 1206 1244. Plienylacetonylsemicarbnzide (CURTIUS and HOFXANN) A. i 648. Phenylacetoxime. See Benzj1 methyl ketone oxime of. PEenylacet ylsemicarbazide (CUBTIUS and HOFMANS) A i. 648. n-Plienyl tlcety l- rt -pheny 1 benz y ltbiourea (DIXON) T 868; Y. 1896 101. ah-Phenylacetylphenylthilcarbamide and the action oi silver nitrate on (~IIxoN) T.866 ; P. 1896 101. a~-Phen~lacetylpl~enS]ure~ (DIXON) T. 8h6 ; P 1 8 9 6 101. Phenylacetglt,hiocarhiniide and the TRIELE) A i 697. (BUCHNER) A i 230. 230. ketoii e. action of ammonia aniline benzyl- aniline and o- andp-toluidine 0x1INDEX OF SUBJECTS. 9 73 (DIXON) T. 865-868 ; P. 1898 101. Plienylacetylthiocerbimide action of water on (DIXOX) T.. 865. ah-Phenylacetpl-o-tolylthiocarbsmide and the action of silver nitrate on (D~xoN) T. 866 867; P. 1896 101. ah-Phenylacetvl-p -tolylthiocarbamide and the action of silver nitrate on (DIXON). T. 867 ; P. 1898 101. Phenvlrwetyl-o-tolplurea (D~xox) T. nb-~lieiiylacet?.I-p-tolrlurea (DIXOX) Phenplacetylene action of water on Yhenvlacridine diamino-.See Chrys- j3-Plienylacr~Jic acid See Cinnamic Ph~~iplallylthiocai~bamide action of 867; I?. 1896 101. Y’. 868 P. 1896 101. (DESGREZ) A. i 2. aniline. acid. bromine on’ (DIXOX) T. 852; P. 1896 93. HAUSEN) A. i 138. Phenylaminoacetohgdrazido (RADEN- Phenylamine. See Aniline Plienylamino-. See Anilino-. Plienyl-4-amino-1 2-azimidobenzene its platinochloride and ncet,vl deriva- tive (NIETZRI ~ ~ ~ A L M E ~ R ~ D E R ) A. i 164. Phenyl-o-aminobenzclhydrazine o-amino- condensation of with formaldehyde (BUSCH) A. i 508. p-bromo- and its oxdate (BUSCH and HEINEN) A. i 159. 23-chloro- ( BUSCH and VOLKENING) A. i 159. Plien yl-o-alniriobeiiz ylidenehydrazone (WALTHER) A. i 543. Phenyl -m-aininoben zylidenehydrazone (WALTHER) A. i 543. Plien yl-p-aminobenz ylidenehydrazone (WALTHER) A..i 543. a- Phenyl-o-aminocinnaniic acid and its salts (PSCHORR) A.. i 303. a-Phen~.l-o-nmino-P-l,hen.~l propionic acid (PSCHORR) A. i 303. P h en yl-p- amino t oly 1s u 1 phone and it s acetyl derivative (HINSBERG and HINMELSCHEIN) A. i 685. Plienyl-1 2-azimidobenzene 4-amino- aiid its acbetpl derivative (NIETZKI and BAVR) A. i 165. 4-iIitr0- (NIETZIZI and BAUR) A. i 165. Pl~cnplzzoca~honanili~e (BUSCJX and P~ieiirlazoca~boxyl~mid~ and its BECKEU) A. i 581. potassium derivative (THIELV) A. i 94. VOL. LXX. ii. Phenylazocarboxylic acid potassium Phenylazqimide (CURTIVS) A. i 340. salt (TRIELE) A. i 94. magnetic rotatory power &c. of? (PERKIN) T. 109S 1154 1209 1232 1245. Phenylhenzoic acid. See Diphenyl- reduction of {CURTIUS) A. i 35.carboxvlic acid. Phenylhenxoin ethylic ether of (BILTZ) ~ Phenylbenzoylbenzylene (CURTIUS) A. A. i 690. i 339. Phenylbenzoylsemicarbazide (CURTIUB m-nitro- (CURTIUS and HOFMANR) Ph en y lben zy lcar b o x y ethyl thio urea (DORAN) T. 332; P. 1896 75. Phenylbenzylethylamine and its hydriodicte hydrochloride and sulphate (FISCHER) A. i 262. Phenylbenz.ylhydroxyeth.ylamine and its hydro bhloride and nitramine ( FISCHER) A. i 262. Phenylbenaylidenehydrazone benzoyl derivative (WALTHER) A i 543. p-nitro- and its acetyl and benzoyl derivatives ( WALTHER) A. i 542. Phenylbenz ylidenemethylhydrazine (GOLDSTEIN) A. i 436. behaviour of towards p-nitroisodiazo- benzene hydroxide ( BAMBERBER) A i 540. and HOFMBNN) A. i 647. A. i 668. 1 3 5-Plienylbenzylpyrazolone-4- carboxylic acid ethylic salt of (Scmom) A.i 700. Plienylbromocetic acid rotatory power of ( WALDEN) A. ii 138. ethylic salt of action of finely divided silver on (HELTI and WEINZWEIG) A. i 45. methylic ethylic. and isobutylic salts rotitory power of (WALDEN) A. ii 138. PhenFlbromacetic bromide rotatory Pheny1t)romomaIonic acid bromodi- nitro- ethylic salt of (JACKSON and SOCH) A. i 3’71. trinitro- etliylic salt of (JACKSON and SOCH) A i 372. Phenylbutyl ene (iso-bzctenylbenzene) magnetic rotatory power &c. of (PERKIN) T. 1143 1224 1229,1246. and its picrate (LUCHMANN) A. i 545. Ph~nSlisobl~tyliclenellyd~azine be- haviour of towards alcoholic zinc chloride (BRUNNER) A. i 169. power of ( WALDXN) A ii 138. n-Phenylbutylene-+thiocarbamide 676,174 IXDES OF SUBJECTS.l’henylbutyric acid ( FITTIG WOLFP and SHIELDS) A. i 170. Phenylcarbamazoimide (CURTIC-s ;md HOFNANN). A. i 648. Phenylcarbaniine preparation of (HOFMANN LEC~ERE~) T. 652. and SAMARX) A. i 366. (COHhN and ARCHDEACON) T. 98 ; Phenrlcarbamide o-cyano- (PINXOW Pheng lcarbimicle (pWen?j/lic isocyanate) discovery of (HOPNANN LEC- TURE). ‘l‘. 653. preparation of (HOF~~ANN LECTURE) T. 710 714. properties of (HOFMANN LECTUHE) T. 654. PhenFlcarboxje thyl-emithiocarbazic~e (DORAN) T. 333; P. 1896,75. tch-Phenylcarboxyethyltliiocar~a~ni~e (DORAK) T. 326 ; P. 1896 74. fhenylcerboxycthrltliioureR probable non-existence of ( DOEAN) T. 3 4 1 344 ; P. 1896,75. Phenylchlorltce tic acid rotatory power of (WALDI.:N) A. ii 138. methylie etliylic propylic aiid amylic salts rotatory power of (WALDEN) A ii 138.Ylienylchloracetic acid clextro- and in- actire rotatory powers of the lmo- and inactive amylic salts of (WAL- DEN) A. ii 139. Phenylchloracetic chloride rotatory power of (WALDEN) A ii 138. Yhenplcliloramine supposed formation of (LOB) A. i 605. Plienyl-~-chloretliylca~~amide (GABBIEL and STELZNEB) A i 122. 2 6-Yhenylchlorop~ridine and its aurochloride ( L n k l ~ N ) d. i 574. l’henylcounialin and its picric acid and salicjlic acid derivatires (LSBEN) A. i 574. melting point of (HESSE) A. i GO. Phenylcounialindianiline ( LEOEN) A i 575. o-Phenylcoumaroketone. See Phenyl o-hFdroxystyrj 1 ketone. Phenylirocrotyl (?j thiocarbamide (LUCHNANN) A. I 516. Phenyldiuzosulplionic acid p-nitro- potassium salt (BAMBEBGER and KRAUS) A. i 610. Yhenyl-~-diazotolylsulphone (HISS- BEKG and HIMMELSCHEIN) A.1,685. 5- Plienyl-2 6-dibenzyl-r~~-dia~ine S- amino- and its condensiition with acetic chloride (HERFELDT) A. i 393. hromo-4-amino- (HERF~<I.I)T). A. i 393. chloro-4-amino- and its hydro- chloride methiodide and methgl derivative (HEBFELDT) A. i 393. Phenjld ie thy 111 ydrzl zine f ormyl deriT-:i - tive (FREER and SHERXAN) A i 612. PhmgldihydrocoumaraIcohol. See PI I eny 1-0-11 y d rox? b enzy lcarbinol. Phenyldiliydrof ur €urmtricarboxylic acid triethylic salt action of am- monia and of potassium hydroxiclt. on (RUiTEMAKN and WOLFF) ’f’. 1384; P. 1896,166. p - bromo- and its salts (Buscs and HEINEN) A. i 159. qn-chloro- ( BUSCH and FRANCIS) ~ -1. i 158. p-~hloro- and its salts (Buscit and VOLKENING) A. i 158.8-Phei~yldihydrocarbost~ril (PSCHORR) A.? i 303. 4’-Ph~nyldiliydroquinazoline and it 9 l~pdrochloride picrate and nitroso- derivatives (GABRIEL and STELZ- NER) A. i 507. (GABRIEL and STELZNEB) A. i 506. Phenrldimetliylainine preparation of Plienyldim~th~lcoumalinquinol Phenyldimethglpyrazolone. See Acti- Pbenyldithienylmethane o- m- and 1’- 3‘- Ph enyld ihy dro-B-phenotriazine 2‘-b~orno- hydrobromide of (IIOFMANN LFCTURE) T. 670. ( LEBEN) A. i. 574. pyrine. nitro- (TOHL and XAHKE) A. i 690. 5-Phenyl-3 4-dithiobiazolone 2-amino- phenyl sulphide and its s:dt- (BUSCH) A. i 706. 2-aminotolyl sulphide (BUSCH) A.? i 506. 2-ethylaminophmyl sulphide and it- salts (BIJSCH) A. I 707. aniliiie and tripropylamine deriva- tive of ( BOSCH) A i 706. 2-hgdrosuipliide dircethylamiae and trimeth~lanline derivatives of (Bosc~) A.i ’706. 706. 2-phenyl sulphide (BUSCH) A. i 3-tetrasulphide (BUSCE) A. i 705. 5-Phenyl-3 4-dithiobiazolone-2-benzyli- denrsulphime (BUSCH) A. i 705. 5 - Phenyl- 3 4-dithiobiazolone-2-cin- namglidenesulphime (BUSCH) A. i 706. dimethylhydrosulpliamine (BUSCE) 4 i $06. 5 - Plienyl-3 4-dithiobiazolone-2-hydro- sulphamine (BUSCH) A. i 705. 5-Phenyl-3 4-dithiobiazolone-2-INDEX OF 5-Ph~nyl-3 4-~lithiobiazolone-2-ethyl- s-Plienyl-3 4-dithiobiazolone-2- hydrosulphaniine ( BUSCH) A. i 706. methylliyLirosulphamine ( BIJSCH) A. i 706. iPhenylisoolithiobiazolone ( BUSCH) d. i 150. 9her,yldi.o-tolylRuanidine its hydro- chloride iiitrate and pl~itinochloride and behaviuur touards carbon bi- sulphide (MARCKWALD) d i.30. ;Phen~leneaceticpropionic acid and its salts ( EISHOIZN and LUXBDEN) A. i 45. nitro- and its 8dt6 (EIXEORN and LUMSDEN) A i 46. p-Phenylenecarbamide (CURTIUS and Dsnnrs) A i 6S1. o-Phenvlei,ediamine prepal*ation of ( HINSBEKQ and KONIG) d. i 165. magnetic rotatoi-y power. &c. of (PERKIN) T. 1104 1109 1131 1214,1245. hydrochloride inngnetic rotrtt.ory power &c. of (PEBKIN) T . 1112 1132,1223,1246. condensation of with acetylisatin (SCEUNCK and MARCHLEWSKI) A i 235 condensation of with dihydroxytolu- yuinone (KEHRMANN and FUHNER) A. i 512. c*onder!sation of with isatin and with m-cliloriuatin (SCHUNCPE and ~ ~ I ~ R C H I EWSKT) A i 96. ~i,~-Phrnylei~ediarnine discovery of (HOFMANN LFCTURE) T. 688. niai‘netic rotatory power &c. of (PERKIN) ’r.1109 1131 1155 1214 1232 1245. hydrochloride magnetic rotatory power h e of (PEEKIN) T. 1112 I IX2 1’323,1246. ~~-l’Iienyienedi~rnin~ bromo- and its hydrobromi le (JACKSOX and CAL- VERY) A,. i 538. dihromo- and its i t s and acet.71 tlerivntive (JACKSON and CAL- VBRT) A i 538. Iribromo- its hyrlrochloride and diaretyl derivative (JACKSON and CALVERT) A. i. 538. /efmbromo- (.~ACHSON and CAL- VERT) A i 539. p - I’henylenediamine preparation of (HOFNANN LECTURE) T ,689. 1 i ydrochloride magnetic rotatory powers &c. of (PERKIN) T. 1112 1132 1223,1246. p - I’l~eirgleiiedimethyldiamine magnetic ivtatory pomer &c. of (PERKIN) T. I 109,1215,1246. XJBJECTS. 975 Pheiiylenr~diurethane tribromo- (JACK- SON and CALVEI~T) A. i 535. Phen-jlen~-ethyIenediamine (HLNSBERG and STRUPLER) A.i 47. dinitroso- ( HIKSBERG and STRU- PLER) d. i 48. ~~z-Phcnvlene-ctl~glnrethane (CTimIna and DAVIDTS) A. i 681. ~-Plienplene-ethyiuret~~ne (CURTIUS and DAVIDIS) A. i 681. Phenvlrneinethpldiamine. See Methyl- aniline amino-. Phenyletlianetricarbo~~lic acid ethylic salt velocitv of hydrolysis of ( HJELT) A. i 600. ( LUCIINAXN) 4 . i.“5jS5. amiiie its hydrochloride azimide thiocarbonyl compound Rtilbazoniuni base and inetlzenyl derivative with its nitrate and hydrochloride (JIcOB- SEN FEBTSCH MARSDEN and SCHKOLNIK) d. i 24. Phcnylethj leneamine. See Diphenyl- diethylenediamine. Phenvlethylenecarbairii~e (GABRIEL and STELZNER) A. i 122. rt-Phenylethyleiie-~-rarbarnide (#A- BRICL and STELZWR) A i 122. Phen-ylethylenerliamine its acetyl de- rivative thiocctrbaniate and its con- densation with benzile (FEIST and ABNSTEIN) A i 258.diacetyl and dibenAoy1 compounds of ( ~ E I S T and ARNSTEIN) A i 259. ( FEIST o-l’henyl -y -et hoxybutvlthiocarbamide Phenj 1-6-ethoxy-1 3 4-tolylenedi- Phenyleth y leneth iocnrhamide and ARNSTEIN) A. i. 258. rt-Phcnylct hglene-3/-thiocsrbnmide (GABRTKL acd STELZNER) A* i 122. Pheiiylethyinitroinethane labile form of ( KONOWALOFF) A. i 676. p/3-Phenyletliyloxazoline (BOOKMAN) A. i 2CO. Phenylfluoflsvinesulphone (HINSBERG and POLLAK) A i 394. Phenglfluortncline preparation of (FJS- CHER aid UEPP) A. i 324 539. hydrochloride (FISCHER and HEPP) A i 324. Plienglglycin y lphen y leemicarhazide Plienylglycollic acid. See Mandelic Phenylglyoxylbenzamide (FISCHER) Pbenylgl oxylethoxybenzylumine (MI- Plienyl~lyoxylmethoxyben.~atmide. See M e t hoxybenzoic acid phenylglyoxyl- amide of.(WIDNAN) d. i 629. acid. A. i 262. ,ovmy A. i 705. 67-2976 INDEX OF Phenylgl yoxplmethoxybenzylamine Phenylhexahydroresorcinol. See ( MINOVICI) A. i 705. 1 3 5-Dihgdroxyphenylc,ycEo- hexane. LEN'MEYER) A. i 302. 8-Phenylhydracrylic acid a-iodo- (ER- Phenylhydrazine magnetic rotatory power &c. of (PERKIN) T. 1104 1209 1245. oxidation of (WALTER) A. i 472. reduction by means of (WALTHER) A. i 542. act.ion of sulphur nitride on (SCEENCK) A. i 427. beheviour of towards chlomcetamide and phenylhydrazinoacetamide (RUPE and HEBERLEIN) A i 363. Phen ylhydrazine hydriodide hydro- fluorids and double salts of (GRI- MALDI) A. i 220. citrate and d-tartrate of (DE FRIES) A.i 94. hydrogen tartrate ddehydates salts of (CIUSSR) A. i 479. benzoyl and sodiodibenzoyl deriva- tives (FREER and SHERMAN) A. i 612. formyl sodioformyl 8-formyl-a-ethyl and a-formyl-6-ethyl derivatives (FREER and SHERMAN) A. i 611. /3-?adjyi derivative of (DE VRI ES) A. Phenylhydrazine estimation of (DE- Phenylh ydrazine dicyano- (ANDRE - p-nitro - from dia zobenzenemercap- tan hydrosul phide (BAMBERGER and KRAUS) A. i 219. from iso-p-nitrodiazobenzene hydr- oxide ( I?ANBEBGER and KRATJS) A. i. 220. hydrochloride (BAMBERUER and KRAUS) A i 610. 2 4-dinitro- (('URTIUS) A. i 339. Plienylhydrazinedisulphonic acid p - nitro- dipotassium and tripotasaium salts (BAMBERGER and KRAUS) A. i 610. Phenylhydrazinoacetamide asymme- tric bewylidene compound (RZJPE and HEBERLEIN) A.i 363. asyinme - tric be11 aviour of towards sulphuric acid (RUPE and HEBERLEIN) A. i 363. Phen yl hydrazinoacetophenylhydrazide asymmetric benzylidene compound (RUPE and HEBERLEIN) A. i 363. Plieiiylh ydi*az;noformic acid ethylic (CAUSSW) A. i 611. 1 94 NTGFES). A. ii 387. OCCI) A. i 221. P hen ylh y d i*azinon cetauilide SUBJECTS. salt and its benzglidene derivative (RTJPE) A. i 429. ethylic salt of and its picrate oxal- ate semicarbazide and phenylthio- semicarbazide (HARRIES and LOTH) A. i. 321. Phenyl hydrazonemesoxalonitrile (SCHMIDTNANN) A. i 459. Phen plhpdrazon@methanedisulphonic acid potassium salt (TON PECH- MA") A. i 679. Phenyl-o-hvitroxybenzylca~*binol (HAR- RIES and BUSSE) A. i 302. Phenylhydroxpethplsmina three iso- merides (ERLENMEYER) A.i 305. Phenylhydroxvlamine behaviour of towards phenvlhydrszine (WAL- THER) A. i 542. nitroso- ( S i w E r ~ ) A . i 613. /3-Pheny 1 hydroxylamine preparation of Phenylhyrlroxylaminoacetic acid (TRAUBE). A. i 9. Phenylhydroxvloxsmide and its acetyl derivativz (SCHIFF and MONSACCEI) A i 209. Phenylic alcohol. See Phenol. bisulphide from anti-p-chlorodiazo- be nze net hioph enyl (HAKTZSCH and FREESE) A. i 217. p-dinitro- from di-p-nitrodiazo- benzene sulphide and benzene (BAMBERGER and KRAUS) A. i 2 19. j3-bromethylic ether (BENTLEP H A - WORTH and PERKIB) T. 165 166. y-bromopro pylic ether (SOLONINA) A. i 476. chloride isocyano- discovery of (HOFWANN LECTURE) T ,712. P.clilorethylic ether (BENTLEY H A - WORTH and PERKIN) T. 165. isocyanate. See Phenylcarbimide.ether preparation of (JEITELES) A. i 435. 0-amino- preparation of and its hyllrochloride (ULLMANN) A. i 605. p-amino- and its acetyl derivative (HAEUSSERMANN and TEICH- MAW) A. i 533. 2 4'-diamino- and its dihydro- cliloride (HAEUSSERNANN and BAUBR) A. i 676. 4 4'-diarnino- and its liydro- chloride ( HAEUSSERMANN and TEICHNAXN) A. i 533. TEICHMANN) A. i 533. as-B-Phen yl I iydrazinopropionic acid (WI-LTCENUS) A. i 672. ether o-nitro- (HAEUSSERMANN andINDEX OF SUBJECTS. 977 -7 0-xylylic sulphide [Mez S = m-xylylic sulphide [Me2 S = 1 2 41 (BOERGEOIS) A. i 17. Phenylic ether p-nitro- (HAEUSSER- MANN and TEICHXANR) A. i 533. 2 2’-denitro- (HAEUSSERNANN and BSUXR) A. i 676 2 4’-dmitro- (HAEUSSERNANN and (HAEUSSERMANN and BAUER) A. i 676. 4 4’-dinitro- (HAEUSSERMANN and TEICRMANN) 9 i 533.&ethoxyethylic ether (BYNTLEY HAWORTH al;d PHRKIN) I. 171. ethylic ether 3 5-?ibromo- pre- paration of (JACKSON and CAL- TERT) b. i 473. hydrate. See Phenol. iodochloride action of zinc ethyl on (LACHMANN) A. i 460. mercaptan (thiophenol) (VOSWIN- KEL) A. i 375. condcnsation of with benzil and with quinone (TEOEGER and EGGERT) A. i 562. 0-amino- preparatioo! of (HCJFMANN LECTURE) T’. 712 713. compound obtained from by action of cjanogcn (HOFMANN LECTURE) T. 713. mesitylic sulpliide (BOURGEOIS) A. selenide synthesis of (KRAFFT and sulphide magnetic rotatory power &c. of (PERKIN) T. 1064 1124 1204 1243. p-chloro- irom anii-p-chlorodiazo- benzenethiophmyl eth(2r (HANTZSCH and FREEJE) L4. i 217. m-tolylic snlphide (BOURGEOIS) A.TEICHMA4NN) A. i 534; i 18. KASCHAU) A. i 296. ?* Pl~enylmethyl&obutylthiocarbamide I (STOEXMER and TON LEPEL) A. i 1 I/. i. 17. ptolylic sulpliide (BOURGEOIS) A. 3’-Phenylisoindazole 1’-acetyl deriva- tive of and its acetate (AIJWERS and EWIXG) A. i 504. Phenylindoxazinc action of fuming hydriodic acid on (COHN) A. 1 440. Phenylinduline constitution of (FIS- CAER and HEPP) A. i 51. amino-. and its hydrochloride nitrate and diazo-derivative (FISCHER and HEPP) A. i 324. 4’-Yhenyl-~’-ketodihydroquinazoline. 3‘-Phenylketotetrahydroq~iinazoline See 4’ -Phenylquinazolone. p-bromo- (BUSCH and HEINEN) A i 159. o-chloro- (BUSCH and BRIJNNER) A. i 157. Phenylrnalonic acid ethylic salt rate of hydrolysis of (HJELT) A. i 598. trinitro- ethylic salt and its sodiunl derivative (JACKSON a d SOCH) A.i 370. ~-Phenyl-p-niethoxypiienyioxazo~e and its salts (MINOVICI) A. i 703. p-Phenyl-j3-methoxyphenyloxazole and its salts (MINOVICI) A. i 704. Ph enylme t 11 ylaminobenzenylmethylimi- dine its hydriodide and picrate (FOX PECHXANN) A. i 32 p-Phenylmethylaminopenthiazoline y- bromo- and hydrobromide of (DIXON) T. 29; P. 1895 217. (STOERIER and VON LEPEL) A.,i 664. (STOERMER and TON LEPEL) A i 664. (STOERMhR and VON LEPEL) A. i 662. (BRUNNEX). A.. i. 685. Pheny lmeth ylisoamylcarbaniide Phen ylnieth ylisoam yl thiocarbamide P h enylmethy 1 kobutylcarbamide Yhenylmeth ylisobutylideneh ydrazine L.y”’ &-. * I-. / 7 -.. - 9 -. - yvyyIy 2’-Phenylindazoie m-chloro- (BUSCH I as-Plienylmethylhydrazine behaviour and E’RANCIS).A. i. 158. of. towards formaldehvde (GOLD- 3’-Phenylindazole and its mercuric and silver deriyatives and salts (AUWERS and SONDHEIMER) A. i 505. 2’-acetyl derivative and nitroso-deri- vative (AUWERS and SONDEEIMEB) A. i 505. u . SCHXIDT) A. i 513. NICKE) A.. i 235. amidosulphonate (PAAL and Jii- j3j3-Phenylmethylhydrazinobenzylmal- onic acid ethylic salt of and its salts (GOLDSTEIN) A. i 436.978 ISDEX OF SUBJECTS. Plit.nylmet1iylhyclrazinosulp)lnmir acid animonium salt of (YAAL and JANICKE) A i 235 Phenylmet byl-4-k~topyi.azolonephenyl- hydrazone identitp of with 1 3- phenylmethylp~razolone-4-azobeuz- 1 3 ~-Phmyln~etIiylketotetrahydro- ene (AUTENRIETH) A. i 7UO. pyrid~,zine-4-ca1.bo~ylic acid ( RTJPE and HEBEHLEIN) A. i 363. 2 4-Phenylmeth~lpcntogazoline and its picrate (LFCHMANN) A.i 545. Phenj lmetl I ylphenofiiiorindine and it 9 pititinochloride hydrochloride and benzopl deriratir e ( KEHRMANN and B~RGIN) A . i 512. Plienylnietliylpropylamine nitroso- (STOERNEB and VON LEPEL) A. i 662. Phenylmetliylpropylcarbami~e (STOER- MElL and VON LEPEL) A. i 663. Phenylmetliylpropylth!ocal.bsmide (STOEBMEB and VON LEPEL) A. i 662. 3 5-PhenyImethplpyr~~zole formation of (GOLUSCIINIDI) A. i 189. 1 3-Phenylniethylpyrazolone 4-oximc of (JOVITSCHITSCR) A . i 83. 1 ~-Phenylmethylpyrazolone-4-azo- benzene i t 3 mononitro- and dinitro-derivatives (4 VTENBIETH) A. i 627 7UO. identity of \$itIi Knorr’s pliensl- rnet~yl-4-ketopprazolonephenyl- hydrszone (ATJTENRIETH) A. i 7uO. 1 3 5-Phenylmethylp~mzolon~-~- carbosylic acid ethylic salt of (SCIIOrT) A i 700.1 5-Phenylmethylthiobiazoline 3- hydroaulphide and its potassium salt (BUSCH) A i 190. bisulphicle ( BUSCH) A. i 190. Plienylmethylurethane from methyl- synbenzhpdroximic acid (WERNER and SUBAK) A. i 431. ba-Phenylmethj lui-eidoacetic acid a n d its ctlrylic salt (PAAL :bud GAUSER) A. i 226. Phenyliiaph thalene p -nitro- ( KUJH - LTXG) A i 837. Phenyl-8-naphfIiapyrazine (FEIST and ABRNSTEIX) A. i 258. Phenyl-nt-nitro-o-iminobcnzazoimde (KHATZ) A. i 366. Phen~l-~~z-nitrobel~ zoyisemicarbazide (CURTIUS and HoFMANE) A i 647. Phenyi-4-nitro-1 2-aziinidobenzene (NIETZKI and ALMENRADER) A. i 164. acetyl and benzoyl derivatives of Phenyl-o-nitrobenzylidenehydrazone and their hehariour with phenyl- Iiydrazine ( WALTHER) A.i 542. Phenyl-w-niti.obenzylidenehydrazone acetyl and benzoyi den\ atives of and their behariour mith phenyl- h-ydrazine (WALTHER) A. i 542. Plienyl-y-nit,robenisylideiiel~ydrazoiie acetyi and beiizoyl derivdtives of and their beharrour with phenyl- hydrazine (WALTHER) A i 542. p-brorno- (BUSCH and HEINKN) A. i 159. p-chloro- (BIJSCH and VOZKENINB) A. i 159. (YSCIIOKB) A. i 3u3. w-nitro-. Phengl-o-nit roben zy Init rosamine Phenyl-o-niti*obenzylnitrosamine a-Plienpl-o-nitrocinnamie acid Phenjlii itroniethanc. See Toluene iso-Yhenyloitrome.tliane and its copper salt ( HANTZSCH and SCEULTZE) A. i 672 p-bromo- (HANTZSCH and SCHULTZE) A. i 672. Phenyl-ap-nitrophenyl-p-pl~enyl- mathylforruazyl (BAXBEBGEE) A. i 540. Phenylnitrosamine nitro- sodium com- pound of condenfiatioii of with nitro- benrene (KuHLING) A.i 236. 5-Phenyloxazoline (GABKIEL and SlELZNEk) A. i 121. reduction of (GABRIEL and STELZ- Pl~enylplienantlirapS-F3zine (FEIST and P-Phenglphenanthrirline its hjdro- NER) A. i ‘703. ABNSTEIN) A i 258. chloride and platinochloricle (PICTET PhenylphenoAuol.indiii~ and its hydro- chloride and beiizoyl derivative (K~HRMAKN and BURQIN) A. i 512. Phenyl-o-phenylenediamine condensa- tion oi with 8-nuphthaquinone- su~plionic acid (l<hHRYANN and LOCHER) A. i ‘700. naphthaquinone ( KEIIRMANN and HERTZ) A. i 5(@. condensa! ion of with dihydroxyquin- one and dihydroxgtoluquinone (KEHRMANN and F~~HNER) A. i 511. CRINGER) A. i. 539. and HUBERT) A. i 53 483. condensation of with acetamido- oxidation of (FISCHEB and DIS- Phenjlpropiolic acid action of acetic anhydride on (MICHAEL and BTJCHER) A.i 86. 8-Phenplpropionic acid (hydrocinnaniie acid) magnetic rotatory power-INDEX OF SUBJECTS. 9 7 9 kc. of the ethylic salt of (PERKIN) T. 1066,1077 1078 11’76,1238. $-!’hen! jpropionic acid (hydrocianamic &d) fl-cliloro-a-iodo- and its ethylic and nirtliplic salts ( ERLEK- XEYEB) A. i 302. +nitro- (REISSEBT) A. i 371. l”lic.iirlpropioiiitrile occurrence of Plic~nyl ~sop~~oppl nit romethane labile form of (KOKOWALOFF) A. i 676. 8- 1’1 iengl- p - propy lplienyloxazole and its d t s ( ? ~ I X O Y I C ~ ) d. i 703. 1 1 ’-Phenyll)ropvltetrahydroazindone ( C ~ ~ L D S T E I N ) A. i 436. 1 l‘-Pltenj lprop.~Itetl=lhydronzindone- 2‘-carboxylic acid and its salts (GOLDSTEIN) A. i 436. I :I -Plienylpyrazolidone and its liydro- r.l~loride (HARRIES and L‘JTH) A.i 321. 1’1 I t.uylpyrazolidone acetyl derivative of (HARRIES ancl LOTH) d. i 321. 1 3-PIienylp~-r~~zolone and its liydro- chloride and 2-acetyl derivative (HARRIES and LOTH) A i 321. I. (.!)-nitro- (HARRIES and LOTH) A. I 321. l’hrn? Ipyridine p-nitro- from di-p- nitrodiazobenzeiie sulphide (BAX- BERGER and KRAUS) A. i 219. ~-1’li~~nplpyridine ( K~JHLING) A. i 237 ; (LEBES) A i 575. /)-amino- and its hydrochloride and picrate ( K~TRLING) A. i 236. ~-1’hcngl-6-p~ridone a:id its hydro- ( a 1 1 loride aurochloricle and plntino- cliloride (CEBEN) A. i 575. (HOFMANN IiECTURE). T’. 719. 4’- 1’1 icii ylquiriazol one (GABRIEL and STELZAI:R) A i 506. A. i 507 i 237. 2’-c;liloro- (GABHIEL and STETXNER) I’lienylquinoline p-nitro- ( KUHLING) I ’Ii~nyvlrosaniline i?i*eparation of (HOF- XAKN LECTLWC) T.615. J’!ieiiylselenious acid and its nitrate iind silvey ealt (KRAFFT arid LYOSS) A i. 304. 1’iit.iiylsemicarhazitlc a n d its hydro- ch101 ides !C~RTIOS and HOPMANN) :I (+c tTi chloracetyl phcnylgl,rcinyl and propionyl derivati) tls of (WID- NAN) A. i 621). beiizylidene derivative of (CURTIUS and HOVXANN) A. i 845. butyrjl isobntyryl benzoyl cinnam- oyl and isoraleryl derivatives OF (WIDXAN) A. 1 630. cirtnamylidene derivative of ( CURTIUS md HOEMANN) A i 648. A 1 Plienplsemic~trb~~irle o-Lydroxybenzyli- dene derivative of (CURTIUS and LIOFMANN) d. i 648. ethylic salt and its hydrocliloride and thiocarbamide ( RUPE) A. i 429 fl-Phenpl-I(-q1yr3.losaxole tind its salte (MiNovIcI) A.i 704. Phen? lsuccinirnide velocity of decom- position of by hvdrochloric acid (MIOLATI) h.. ii 2.12. Phrnyltartronic acid 2 4 6-trinitro- ethylic salt of (JACKSOK and PHIN- NEY) A. i 234. 2‘-Yh en yl teti*ahpdroquina zoline. m - nitro- (BTSC’H) A. i 507. 4‘-Phenyltetrshycli*oquintLzoline and ite h! drochloridr (GABRIEL and STELZ- NEE) A i 5CC. 4’-Ph eny 1 t et nih y dro-8'- qu; iittzolone and its acetate (QAI3RIEL and STELZNEB) >i. i 5M. Pheiitylt hicalloplianic acid etliylic salt. See Plienj-lcsrboxget hylthiourea,. iso- PlienSltliioallopllanic acid ethylic salt identity of with phenylcarboxy- elhylthtocai bamide (DORAN) T. 342 Phenylsemicarbaziijeearb~~ylic acid 344; P. 1896 75. 1 -Ph eny 1 t hiobiazoline b i d phide ( BL-SCH) A i 190. 3-liydrosulphid- ( BvscrI) A.i 190. 3-1~lrth0s~Iphid~ (BUSCH) A. i 191. Phenyltl~iocarbaniic acid nt-phenylene salt of (SNAPE) T. 101 ; P. 1896 p-phenylene salt of (SRAPE) T. 101 ;CI-Yheiiyltliiocarbai~~c acid phenylie Plien~lthiocai~bamide action of ethylic chlorocarbonate on and its acetyl dzrivative ( DORAN) T. 342. Plieiiylthiocal.bnzinic acid iiitcraction of with aldehjdcs (RUSCH) A. i 190. bisulpllide ( BVSCII and STERN) A. i 677. niethylic salt of (BUSCH) A. i 191. Phcnglthiocarbimide ( l ~ u N l A P ) A. i 471. preparation of ( HOFNANN LECTURE) ‘l’. 710. action of benzoic chloride on (HOF- MANN LECTURE) T. 712. action of on glycol (SNAPE) T. 100; P. 1896 13. action of on phenol (SNAPE) T. 9s ; P. 1896 1%. action of phosphorus pentachloride on P ROE MA^^ LECTURE) T.712- 13. P. 1895 13. d t O f (SNAL’E) ‘p. 99; ‘P. 1896 13.980 INDES OF SUBJECTS. 9heii9lthiocarbimide action of on quinol (SFTAPE) T. 99 ; P. 1896 13. action of on resorcinol (SNAPE) T. 99; P. 1896 13. Phenylthiodinzobenzene from p-chloro- benzene anhydride (BAYBERBER) A. i 299. Phenylthiosemicarbazide ( BU~CH and TERN) A. i 677. -4’-Phenylthiot e trah ydroquinazoline (G~BRIEL and STELZFTER) A. i 506. p-bromo- (BUSCH and HEINEN) A. i 159. o-chloro- (Buscw and BRUNNER) A. i 157. m-chloro- (RUSCH and BRANCIS) A. i 158. p-chloro- (BtiSCH and VOLKENINO) A. i 158. d?henylthionramido-p -m ethylimid - azoline. See p-Met hylimidazolyl- pheny lthiourea. Phenjlthioureq (DIYON) T. 85’7. o-Phenyltoluene (o-mefhyZdiphelLy2) (JACOBSOX and NANNIAGA) A. i 97. 4 4’diiodo- (JACOBSON and NAN- WINOA) A.i 97. (JACOBSON and LISCHKX) A i 97. LISCHKE) A. i 97. sn-Phenyltoluene (ni-mrthyldipphenyl) 4 4’-diiodo- (JACOBSON and p-Phenyltoluene p-nitro- from di-p- nitrodiazobeiizene sulphide (BAN- BEBGER and KRAUS) A. i 219. Phenyl-p-toluic acid wz-nitro- and its salts (LIMPRICHT and FALEENBERG) A. i 43. Phengl-p-toluidoacetic acid (MILLER and PLOCHL) A. i 610. Phenyltolylamme discovery of (HOF- o-amino-. See y-Tolyl-o-phenylene- Phenyl-p-tolylbenzamidine its nitrate hydrochloride and picrate (MARCK- WALD). A.. i. 30. MANN LECT~RE) T. 61 5. diamine. Phenyl-g-tolylmethane ? (WEILER) A. i. 237. Phenyltriethylammonium hydroxide action of heat on (HOFMANN LEC- TURE) T. 666. Phenyltr~niethyIamn~onium chloride action of heat on (HOFMANN LEC- TURE) T.670. iodide action of heat on (XOFMAXN LECTURE) T. 721. Plienylurazole (RTJPE) A. i 429. p-Phenylureidobenzenesulphonic acid and its salts (PAAL and GANPER) A. i. 224. o-Phenylureidocinnamic acid and its salts (PAAL and GAMER) A i 224. m-Phenylureidocinnanlic acid and its salts and dibromide (PAAL and GANSER) A. i 224 p-Phenylureidooinnamic acid and i t Y ethylic salt (PAAL and GANSER) A i 224. (PAAL and GANGER) A. i 224. dibromide of (PAAL and GANFXR) A. i 224. m-Phenylureidophe~ylpropionic acid (PAAL and GAKSEE) A. i 224. p-Phenglureidophellylpropionic acid (PAAL and GAMER) d. i 224. Phenglurcthane cerirative of bronio-4- cumenol. Sce $-Cumenol. m-nitro- (STRUVE and R - ~ D E ~ - RATJSEN) A. i 35. p-nitro- (STRUVE and RADES- RAUSEN) A i 36. Ph eny lvinylcarbsmid e (GABRIEL an t l STXLZNER) A i 122.Phenylvinylthiocarbamide (GABRIE r and STELZEER) A. i 122. Pliillipsite from Prussian Silesia (KRTJSCH) A. ii 532. Philothion in germinating seeds (RET- PAILHADE) A. ii 326. Phleumpratense pott;~~li and phosphoric. acid required by (SMETS a:,l SCHREIBER) A. ii 384. Phloridzin action of in causing g l ~ - cosuyia (ZUNTZ) d. ii 667. Phloroglucinol in red grapes (Sos- TEGNI) A. ii 122. condensation of. TI ith anthranilic aciJ (XIEMEXTOWSKI) A . i 261. Phonolite from East Lothinn (HATCB) is.o-Yhorone reducbion of (KEKP) A. i o-Phenylureidophenvlpropionic acid A. ii 116. 4 48. oxime (KEBP) A. i 447. Phorgenite artificial (FRIEDEL) A. i i 32. Phosgenepyronines (MEYENBURG) A . i 292. Phosphanilide compound of aniline with (MICHAELIS and SILBERSTEIN) A.i 344. Phosphates mineral from Algeri‘L (CARNOT) A. ii 34; (MALBOT) A. ii 185. mineral genesis of (GATJTIER) A. ii 185. Phosphates. See under Phosphorus ancltl also Agricultural chemistry. (Appen- dix.)INDEX OF azo. MANN LECTURE) T. 616. '' Phosphine," preparation of (HOF- Phosphines. See under Phosphorus. Phosphochlorosulphaminebeuzoic chlor- fusoria (BOPORNP) A. ii 669. influence of on the nutrition of plants (STOK~ASA) A. ii 266. Phosphorus pentabromide formation of oxychlorodibromide (BESSON) A. ii oxydichlorobromide (BESSON) A. ii 472. 472. hydride (yhosphine) action of sulph- ~ uric chloride on (BESSON) A ii 1 417. phosphonium bromide and iodide action of carboiiyl chloride on (BEbSON) A. ii 358 359. thioiodide (BESSON) A.ii 560. pentoxide vapour density of {TILDEN and BARNETT) T. 154; P. 1896 I 30. I Phosphoric acid freezing points of 1 dilute solutions of (LOOMIS) A ii 352. compound of iodic acid and (CIIR& TIEN) A. ii 652. aources of in urine (CAXERER) A. ii 379. Superphosphates from Algeria (XAL- j BOT) A. ii 185. Phosphoric acid triethylic salt heat of formation of (CATaLIER) A. ii 590. I I SUBJECTS. 981 Phosphorus :- Phosphoric acid estimation of gravi- metrically (KILGCRE) A. i i 335 ; (GLADDING) A. ii 336. estimation of volunietricallg (KIL- GORE) A. ii 335; (VEITCH) A. ii 543. estimation of by the niolybdenuiil method (NEUBAUER) -4. ii 73. estimation of in prefience of organic matter (MALBOT) d. ii 186. estimation of by the citrate method (RIMYAN and WILE:Y) A.ii 126; (BERGAMI) A. ii 273; (REITMAIR) A. ii 575. estimation of citratc-soluble in basic slags (WAGNER) A. ii 448 ; (PASSOX) A. ii 575. estimation of in soilh (WOOD) T. 291 ; P. 1896,13 ; (WILLIAMS) A. ii 334. insoluble estimation of volu- mctrically ED WARDS),^. ii 2'13. insoluble separation of in case of both bone and mineral phosphate (BRYANT) A. ii 623. Metaphosphoric acid vapour density of (TILDEN and BARNETT) T. 158 P.. 1896. 30. Phospiiorous acid methylic salt pm- paration of (HOFMANN L E C T U R ~ ) T. 682. Phosphorus triaulphide (B~ssox) a\ ii 560. thiophosphoryl bromodichlcride (BEssoN') A. ii 520. chlorodibromide (BESSON) A. ii 520. chloride action of liydriodic acid on (BESSON) A. ii 560. Phosphines primary and secondarv preparation of (HOFMAXN L&- TURE) T.681 682. oxychloro- secondary action of heat 0 1 1 (NICHAELIS and SIT>- BERSTEIN) A. i 341.. oxides tertiary (MICHAELIS anti SILBERSTEIN) A . i 344. Phosphorus microchemical reagents for (HEINE) A. ii 536. estimation of grarimetrically (MEIL- L$RE) -4. ii 389. estimation of rolumetricallg ( LINDE- XANX and MOTTEU) A. ii 388. estimation of modified molybdat t? solution for (WI>TON) A. ii 683. estimation of by citrat e proccsv (MACH and PASSON) A. ii 389. estimation of in iron and iron ore4 cmtaining titanium (PATTINSON and PATTIKSON). A.. ii. 389.3’1 1 ( . s p h o ~ u ~ est,imiitioii of iii toxicolu- Photographic plate action of metals on Yhotograph~r. See Light. 7’lireiiosin 1’1i~cnylin (THUDICHUM) A. i 400. l’ht~halaldehydernetli~laniline (phthal- nldsh~denaet~~ylanilid~) (GLOQAUER) A i 684.L’hthalaldeliyde - a - naphthylamic acid (GLOGAUEK) A i 684. I’lithalaldehyde - /3 - naplitliylamic acid (GLOGAUER) A. i 68%. J ’11 Lhalaldehyde y - to1 uidinic (GLOCIAUBR) A. i 684. o-l’htlialaldeliydic acid condensation of with dimetliylariiline (EBERT) A. i 441. vondeiisation of with 2‘-methy1- quinoline (NENCKI) A. i 256. aeniicarbazone (LIhB12RMANN) A. i 233. Yhthaldehydia acid tetrah ydroquinolinic lactone (LIEBEI~MANK) A. i 233. I’htlialaldeh y d ic acid tetrahydroquinol- ide. See I’lithalaldehydic acid tetra- iiydroquinolinic lactone. (pl~tl~aldeh~~dic-a-na phll~~lamide) (GLOGAUER) A. i 684. (GLOGAUR~) A. i 6841. a l d e l i y d i c ~ i p e r i ~ ~ ~ e ~ ( G-LOGCAUEB) 9.. i 664. l’lithalalclehydic-~-folnidine (phthal- aZde!r?ldic-p-toluidide) (GLOGAUER) A.i 654. ( phthalaldehy d ictctra~ydroisopzci?z ol- ide) (GLOOAUER) A. i 6S4. Yhthalanil (DUNLAP) A. i 471. Phthalanilic acid (DUNLAP) A. i ievo-Phthal.lazoimide (CURTIUS and Plithdeins action of sunlight on Phthalic acid heat of electrolytic dis- sociation of (KORTBIGHT) A. ii 463. ethylic salt magnetic rotatory power &c. of the (PERPIN) T. 1064 1132 11?7,1238. Plithalic acid tetrabromo- met,hjlic salt of (RuPP) A. i 619. a-iodo- and its potassium and barium salts (EIIINQER) ii. i 503. 13-iodo- and its normal copper and silver salts (EDIXGER) A. i 603. gical cases (SPICA) A.. ii 218. a (PELLAT; COLSOEI) A. ii 601. ‘ chemolysis ” of (THUDI- CHUX) i 400. acid l’lithalaldehydic-a-naFht,li~lamine I’lithalaldelijrli~-~-naph thy lamine Plithalaldeliy ~icpipfridirie (phthal- l’hthalaldehy dictetrah y droisoquinoline 471.DAVIDIS) A i 681. (OGLOBIN) A. i 649. P l I t Ii.ilru a c e i d Ir/:.iotlo- :uid it3 iuetlijlic morionitPo-rlt.rivatives 01 (VAUBEL) &nitro- ethglic salt of (EDISOER) dinitro-derivatireu of (VAZ~UEL) -I. a-l’lif lialic acid :md ita s:ilts (How-R) B-l’hthalic acid and its salts (HowE) Yhthalic anhydride action of cnrb&de act ion or‘tliiocur banilide on ( DUKGAP) condensation of with snisoil salt (IZUPP) A. i. 619. il. i 646. A. i 502. i 616. A i 480. A i 480. on (I~UNLAP) A. i 471. A. I 472. (GRANDE). Ai. i 563. (RuPP) R. i 619. Phthalic anlij dride tetmbromo- a-iodo- (EDINGER) 24.> i 503. tetriodo- (RuPP) A. i 619. Phthalic cliloride magnetic rotatory power &c.of (~’ERKIN) T. 1205 1244. condenzation of resowino1 with iso-Phthalic acid. heat of electrolytic dissociation of (KORT~UGHT) A ii 463. Phthdic acid ethylic salt magnetic (PAWLEWSKI) A i 50. I’OtatOry TJOWer be. Of (PERKIN) 1138 1177 1238. tetrabromo- ( K r r p ) A. i 618. tetrachloro- (RuPP) h. i 618. telriodo- (RUPP) A. i 619. p-Phthalic wid. Sec Tcrephthalic acid. Phtl ialidyl-2’-metli~lquinoline and its plat inochloridc and aurochloride (NENCPI) A. i 256. (NEKCKI) A i 256. deconiposition of with sodium hypo- a-iodo- ( KDISGER) -4. i 502. p-iodo- (EDIKGER) A. i 503. A. i 367. 223. (XADENHAUSEN) A. i 137. Ph t 1 in 1 idyl - I 3 2‘-t ri me thy lquinoline Phthaliinide ( DUNLAP) A i 471. chlorite (CONINCE) A. i 364. Phtlialonitrile (1’1K”w and S~KANN) ’ PlithalShcetoxylalliine (EXRERA) A.i Plithnly1,zmicloacetic acid ethylic salt Phthalglliydrazide ( RADENHAUSEN) A. i 138; (CFRTIUS and DAVIDIS) A,. i 680. iso-PhtIial~lliydrazide hydrochloride platinosochloride isoprop? lidene benzjlideiie derivatives (CURT~US and iso-PlithalylhSdrazido~cc~ oacetic acid _. I)AVIDIS) A. i 680.ctthjlic salt (C~KTIUS and DATIDIS) A i 681. J’lithalylhydroxylainine ammonio-de- rivatire of (ERRERA) A. i 2%. I’liycocyanin the cryshallhe colouring matter of certain alga? (MOLISCH) A. i 660. lPliyllocjanic acid (SCIIUFCK and composition of and absorption bands I’hyllocjaniii absorption bands of (SCHUNCK and MARCHLEWSPI) A. i 574. Pliylloporphyriu (SCHUSCK and MARCHLEWSGI) A . i 496 574. l’hyllopurpuric acid (SCH PNCK and XARCHLEWSKI) A.i 574. preparation of (TSCHIRCH) A. i 624. Phjllotaonin. properties of (SCRUNCK and MARCHLEWSKI) A. i IS1. Fh~lloxanthin absorption bands of (SCHIXCK and MARCIILEWSKI) A i 574. Physcia occurrence of atranoric and hematommic aricls i n different specicu of (ZOPF) A. i 103. Physcihj drone composition of (KESSE) A. i 60. Physiological action reIation of to clieniical constitution (BLUXES- THAL) A. ii 3 i ’ i . comparative of ortho- and psrn-com- pounds (BOKOXNY) A. ii 668. of cadmium (PADEHI) A. ii 491. of cadmium and zinc salts (ATHAXA- SIU and LANGLOIS) A. ii 319. of thallium (CURCI). A. ii 491. of acetylene (GR~HANT ; BERTHE- LOT ; MOTSSAN) d. ii 200 ; (BRO- CINER) A. ii 264; (ROSEMAIS). A. ii 492. MARCHLEWSKI) A i 574. of (TSCHIRCH) A. i 624.of alloxan (LUSIPI’I) A. ii 492. of amidosulphonic acid (LoEw) T. of arginine (SCHULZE) A. ii 383. of caffeine (ALBANE~E) A ii 492. of canadine (YON BUNGE) A. ii 493. of cinnarnic acid (HOFMANN LEC- of gentisic acid (~~IKHATSCHEFF) A. of heteroxanthine (KRUGE~ and of liydrastine derivatives (FALK) A. of hydrastinine (YON BUNGE) ,4 . ii of matrine (PLUGGE) A i 68. of methylhydrostamide and mrthyl- hydrastimide (BALK) A. ii 201. 1662; P. 1896 182. TURE) T. 698. ii 492. SALOMON) A. ii 200. ii 201. 492. Phpiol ogicnl 3 (.tion of uiethj lnmcot- amide and metliylnarcotiiiiide (FAJx) A ii 201 of narcotiiie derivatives (FALK) A. ii 201. of parnbanic acid (LUsINr) A. ii 492. of theobroniine (ALBA~ESE) A. ii 492. of derivatives of tropcine (MERCP) A. i 65. Physostigniine.See Eserine. PhytoJacca der*aiidm j uice of (HILD EB and M A T ) A.. i 496. red dye of fruit of (W~IQERT) A. i :388. Picea virl~qgnrir oil of (U~WYEY) A. i Pickcringite from Cariuthia (BRUIT- from S e w South Wales (CARD) A. ii 251 530. from the river Mana (ALEX~EFF) A ii 566. Picric acid preparation of (HOPXARN LECTUEV) T 641. absorption of by silk (WALKER and 1896,147. methylamides of action of nitric acid on (VRANC-HINIONT) A. i 602. Picric acid barium salt water of crqstallisntion of (SHAW) A. i 3544. 380. LECIINER) A. ii 256. API’IZYAXD) T. 1339 1343; P. dibutylamine salt (BERG) A. i 8. Picric chloride action of mercuric and lead thiocjanatrs on (J)rxoN) T. 868 ; P . 1896 101. Pi,.ro-~-acoiiitine:ind salts (FREUND and NIEDENHOFHEIM) A i 481. Picrylnitrodeliyrol,iprridldt (FRANCEI- M O ~ T and T-ZTEKXE) A.i 603. Picrylpiperidide ( FXANCHIMONT and TAVEHKF) A. i 6J3. Picryltiiiocarbimidc R ttcinpted prepara- tion of (I~xoN) T. 868; P. 1898 101. Piedmontite from Maryland (HILLE- BRAND) A. ii 40. Pieridz pigments of the (HOPPINS) .-I. ii 198. Pigments of Pieridm (HOPKINS) A . ii 198. Pigeon ninnure. See Agricultural chemistry (Appendix). Pilocarpiue coustitution of (HEEZIC; and MEPEE) A. i 68. Pimelic aQd (isopropy7.succinic acirl) from tetralivdrooartone (VOK BAE- YEB) A. i 248. Pimelito frnm Pennsylvania (GOLD- SMITH) h. ii 36.984 INDEX OF SUBJECTS. Pinacolic alcohol. See Hexylic alco- Pinacolin constitution of (DELACILE) action of halogen acids oil (DELACRE) oxidation of (GLeCKSXANN) d. i bromide action of alcoholic potash Sinacolylt hiouarbamide and its platino- chloride and etliyl derivative (HEIL- PERN) -4.i 603. Pinacone (hexyleneg7ycol) heat of com- bir,ation of with water in the liquid and solid states (PICKERING) A. ii 148. action of hydrogen bromide on (DEL- ACRE) A. L 591. Pinacone C,,H,,O from reduction of Pinacone C?18H3J02 from reduction of Pinene constitution or‘ (ARMSTRONG) T. 1399 ; P. 1896 44 ; (TILDER) T. 1009 ; P.,1896,137; (TIEMANN) A . i 381. relation of to citrene (ARMSTRONG) P. 1896 44. conversion of into oarnphene (REYCH- LER) A. i 620. borneol from (RETCHLER) A. i 308. capacity of for bromine (TILDEN) T. 1009 ; Y. 1896,137. oxidation of (TON BAEYER) A. i 245. acids from the oxidation of (WAGNER and XRTSCHIKOWBKY) A. i 380. Pinene bromide horn pinene and hypo- bromous acid (WAGNER and GINZ- BERG) A. i 381.dibromide from the tetrabromide (‘IILDEN and NICHOLLS) P. 1896 135. hydrochloride activity of (ARM- behaLiour of towards nitric acid nitrosocbloricle behaviour of towards halogen hydrides (TON BAEYER) A. i 246. Pinguitt. from Bohemia (KATZEB) A Pinic acid (TON BAEPER) A. i 247. hols. A. i 591 662. A. i 591. 333. on (DELACRE) A. i 591. camphorone (KERP) A. i 448. isophorone (KERP) A . i 447. STIIONG) T. 13Y8. (L4RMSTRONQ) T. 11M)l. ii 188. €rom a-pinonic acid (TON BAEYER) bromo- (TON BAEYER) d. i 620. ii 368. 1014; (WALLACH) A. i 101. A. i 308. Piniioite formula of (KOSMANN) A Pinole constitution of (TILDEB) T. Pinoleglycol from pinole dibromide anhydride ( W a m A c i i ) A. i 571. monochlorhjdrin from pineiie and bypochlorous acid (WAGNER and GIKZBERG) A.i 382. Pinole hydrate oxidation of (WALLACE) A i 571. dibromide. See 2 8-Dihpdroxyhexa- hydro-1 6-dibromocymene. Phonic acid (TIEMANN) A. i 248. constitution of (TILDEN) T. 1014. rotation of (TIENANN and SEMM- d-Pinonic acid semicarbazone and oxime (TIEMANN and SEXMLER) A. i 309. 1-Pinonic acid semicarbazone and oxime (TIEMAPI” and SBMMLER) A. i 3U9. a-Yinonic acid oxime and phenylhydr- azone of (TON BAhYER) A. i 246. oxidation of (TON HAEYER) A. i 308. aemicarbazone (TIENANN and SEMM- Pinononic acid oxime behaviour of to- wards alkali hypobromite (WAGNER and ERTSCHIPOWYKY) A i 380. Pinoylformic acid silver salt plienyl- hydrazone potassiurn hydrogen sulphite and sodium hydrogen sulph- ite compounds (YON BAEYER) A.i 621. Pims densiJora effect of lime and magnesia on developmznt of (LOEW and HONDA) A . ii 446. sylvestris oil of (UNNEY) A. i 380. pumilio oil of (UNNEY) A . i 380. (MARCKWALD) -4. i 253. (WALLACB) A. i 101 LER) A . i 309. LER) A i 309. 2-Pipecoline hydrogen racemate d-2-Pipecoline (MARCKWALD) A i 253. &hydrogen tartrate and its hydro- chloride picrate and dithiocarb- amate (MARCKWALD) A. i 253. Z-hydrogen tartrate (MARCKWALD) A i 253. L-%Pipecoline (BfARCPWALD) A. i 253. d-hj drogen tartrate (MARCKWALD) A. i 253. I-hydrogen tartrate and its hydro- chloride picrat c‘ and dithiocarb- amate (MARCKWALD) A . i 253. i-2-Pipecoline (XARCKWALD) A. i 253. iso-Pipecoline (LADENBURG) A. i 318. real nature of (MARCKWALD) A. i Pipecolinic acid (hexahy dropy ridine- 253 497.8-carbox-ylic acid piptridine-2- carbox*yZic acid) (WILL STATTER) A i 319.ISUES OF SUBJECTS. 985 oaatuin .preparation of piperovatine the active principle of (DUNSTAN and CARR) P. 1895 177. Piperazine conTposition of (HOFNANN LECTURE) T. 688. condensation of with formaldehpde benzenesulphonic chloride ethylic oxalate and ethjlic acetoacetate (ROSDALSKY) A. i 25'7. etliylic oxalate (ROSDALSKY) A. i 257. oxamate (R)OSDALSKY) A. i 257. keto-. See Ketopiperazine. Piperazine-1 4-dicarbanilide (ROSDAL- SKY) A. i 257. Piperazine-1 4-dicarboxylamide (ROS- DALSKY) A . i 257. Pipernzine-1 4-dicarboxylic acid ethylic salt of (ROSDALSKY) A. i 257. Yiperazine-1 4-diplienylsulphone (ROSDAI SKY) A. i 25'7. Piperidine constitution of (HOFNANN LECTURE) T'.'723. condensation of with bromocollidine (KKUDSEN and WOLFFEXSTEIN) A 1 60. condensation of with a- and B-nwh- pipecolinic zcid etliylic salt (WILL- Yiperine occurrence of,in Piper owom om^ STATTER) A. i 319. (PEINEMANK) A. i 495. and SCBNEIDER) A. i 614. and RIWINI) A. i 477. (ANGELI) A. i 296. RIMINI) A. i 477. i. 296. nitroso- (WILLSTATTEB) A. i 319. Pipe?. Lozuong constituents of (PEINE- ' Piperoiialacetoplienone (KOSTANECKI ~ XANN) A. i 494. Yiperonaloxiine preparation of (ANGELI Piperonylaminoacetone and its salts Yiperonylbenzylamine (ANGELI and Piperonylmethane nitro- (ANGELI) A. Piperonylnitroacetone (ANQELI) A. i 295. bromo- (ANGELI) A. i 296. nitro- (ANGELI) A. i 296. i 296. and RIMINI) A. i 478. and CARR) P. 1895 177. . Piperonplonitrile bromo- (ANGELI) A.Piperonylpropylene @-nitro- (ANGELI Piperovatine preparation of (DUNSTAN Piperylenedicarboxylic acid from methpltropinate methiodide and its salts (WILLSTATTER) A. i 266. tefrabromo- ( WILLSTATTER) A. i 266. Pipet.te colorimetric for blood estima- tions ( HOPPE-SEYLER and M T ~ ~ ~ NITZ) A. ii 552. gas (BLEIER),' A. ii 271 ; (LIDOFF) A. ii. 355. tho1 (ABEL) A. i 254. derivative of bromo-+cumenol and salts (AUWERS and MARWEDEL) A i 150. derivatives stereoisomerism of thiocyanate (DIXON) T. 860. chlorophosphine (MICHAELIS and LUXEMBOURG) A. i 343. Piperidine thio- (SCHENCK) A. i 427. Piperidine- 2-carbox y lic acid. See Pipe- colinic acid. Fiperidice-3 4-dicarboxylic acid. See Hexahpdi ociiichoineronic. acid. Piperidobenzylmalonic acid ethylic salt of and its salts (GOLDSTEIN) (uTILLSTATTEE) A.i 453. A. i 436. I Piperid) Icarboxyet~iylthiourea( DORAN) i T. 332; P. 1896 75. I Pi peridj lclim ethg laininonium hydr- ~ oxide action of heat on (HOFMAN~Y LECTURE) T. 723. 2 3-Pipendylhydroxytetrahydronaph- thalene auroclrloridc and platino- chloride of ( BAMBERGER and LOD- TEE) A. I 99. p-Pipericlylpenthiazoline y-bromo- (DIxoK-) T. 30; P. 1895 217. i I Pisum sntiuzc~n potash and phosphoric acid required by (QMETS and SCHREI- BER) A. ii 384. I Pittncal. See Hexamethoxyrosolic acid. 1 Placodin preparation and properties of 1 Plarodium radiosicm absence of atran- oric acid in (ZOPF) A. i 103. saxicolzcm and P. melanaspis occur- 1 rence of atranoric acid and zeorin 1 in (ZOPF) A. i 103. j Plants assimilation of phosphorus and lecithin by (STOELASA) A.ii 266. (ZOPF) A. i 104. function of diastase in (GRUSS) A. evolution of oxygen by (PHIPSON) respiration of certain (ZIEGENBEIN) action of arsenic on (STOKLASA) A. injurious action of cobalt and barium non-toxic effects of copper salts on effect of strychnine on the develop- occurrence of arginine in (SCIWLZE) ii 59. A. ii 265. A. ii 265. ii 538. on (HASELHOFF) A ii 267. (TSCITIRCH) A. ii 329. ment of (OTTO) A. ii 211. A. ii 383.986 INDEX OF SUBJECTS. Plants occurrence of cubebin in pipe- raceous (PEIYEMANN) A. i 4914. occurrence of pliilothion and laccase in germiimtiilg Reeds of certain (REY-PAILHAIIE) A . ii 320. non-occuivnce of hjdrogen peroxide in (CHO) A. ii 60. colouring m i 1 hers of’ rarioua Bri tisli (PERKIN and HVMXRL) T.1566 ; P. 1898 185. dyes in (SCI~XOTTER~I(RIS~ET,LI) A. ii 208. See also Agricultural chemistry (bp- . pendix). Plant-seeds a phosphorified constit,uent of (SCHULZE and WINTERSTEIN) A. i 51.6. Platinum native from Pifield N.S.W. (CARD) A. ii 251. specific lieat of ( BARTOLI and STRAC- CIATI) A . ii 1-15. melting point of (H‘OLBORN and WIEK) A. ii. 87. fusibility of in a wind furnace fed with carbon (MEYER) h. ii 429. effect of carbon on the melting point of (HAhTLEY) T. 846; P. 1896 98. rate of diffusion of through lead (ROBERTS-AITSTEN) A ii 692. influence of in promoting the com- bination of rartionic oxide and oxygen (DIXON) T. 788 ; Y. 1806 56. Plackum blAck RhEorDtion of acids and alkalis fi,om ~olutions by (EELLNER) B. ii 232. Plntosomonociiamine salts (COSSA) A.ii 2.7:. Platinum ci tloride action of magnesium on solutions of (VITALI) A. ii 420. Chlorplatinic acid hydrtlted absorp- tion of moitltiire by (HAKE) I?. 1896 34. Platin odd oyi dee estimation volu- metric of (DE T<ONINCR) A. ii i f . Platinum jiota.-c.ium haloid compounds (HBRTY) A ii 306. Platinieodirirn oxide a h o n of oxalic acid on (WXNNEII) A. i 466. Platinum sihcide (V~GOUROUX) A ii 600. su1i)liides (ANTONY and LUCCHES~) Platinum ba-es I _ b.; ii 52b. suluhicte. action of lnetnllic cyanides dn (S&EI<,IEL) A. i 197. - (SCHEHTEL) A. i 197. (JACKSON) P. 1898 58. Platinocyiinid4 A prepa.ration of phoaphoresc,ence of the salts of Platinum :- Platoso-odic acids isomeric (WEB- NEB) A i 46.7 466. Pln~inum estimittion volumetric of (DE KONINCK) A.ii 77. Pliirnhof‘errit,e from Sjo mine Swede11 (TGELSTROM) A. ii 307. P ~ L ~ U ~ O ~ * O C C U S fermentation of sugars by FriedlLider’a (GRIMBERT) A. ii 332. Poisoii. African arrow from Acokanihera species (FHAJER and TILLIE) A. i 386. Poisons action of heavy metals :M (.rTJTT) A i 584. studies on c2iernic:il substance as t o slgE and infusoria (BOKORNY) d. ii 669. Polarimeter. See Light. Pollen cornposittion of of flowers of the sugar beet (STIFT) A. ii 541. Pollucite from Maine (FOOTE) A. ii 660. Polybasite crystallisation of (PEs- FIELD) A. ii 6%. Polyi*rasp (?) from llake Ladoga (ERD- Polyjlymite from Sudbury Canada (HILLEBRAND). A. ii 40. P o l j p l a existence of salicylic acid and its methylic salt in (SCHNEEQANS)! -I. ii 328. Polypla Senegn existence of gaiil- tlrrr,isP in (BOERQUELOT) A.ji 510. Pol ylithion i te constitut,ion of (CLARKE) A ii 37. Polyrnolrcular reactions. See Re- actions. Po?yporep amount of tannin in (KAIT- MANN) A. ii 538. Polyporus rvlphureus &c. ernulsin ,Polystinliic acid (POULSSON) A. i 387. Polysfichwn spindosum two new acids Polysslccliaridt,s action of aiiirnul secre- tions ar,d organs on (FISCHER and NIEBEL) A. ii 665. fermentation of (FISCHER and LIXD- NER). A. i 195. (BIEHOP) A. ii 399. XANN) A. ii 570. from ( EOUkQUELOT and H~RISSNY) A. i l ! f 5 . from ( POZTISSON) A. i 387. Poppy Feed oil oxidisability of Potash. See Agricultxiral chemi6try. Potassium fluorescence spectrum of the VII 170111’ O f ( WI I*,DEXANN Slid SCHMIDT) A. ii 346. GEAMONT) A. ii 585. spark spectra of the salts of (DE Potassium amalpam rcduction by means of (HOBMANN LECTURE) ‘J’.649.INDEX O F SUBJECTS 9H7 ~otassiuin baht? action of on the roagulst,ion of milk and blood (RINGER) A ii 49. See also Agricultural chemistry. dihydrogen arsenate molecular weight of solid ( FOCP) -4. ii 160. metaselenoa~scnste ( CLEVR B and MUT tf XANN) A ii 18. osyselenoarsennte (CLEVER and MUTIIXA\N) A. ii 18. thioselenoarsenate (CLEVER and MUTHYANN) A. ii 18. monothionrsenate ( WEINLAND and RGMPF) A. ii 473. hydrogeii monotliioarsenat e ( WEIN- LAND and RUMPF) A ii 473. dihydrogen monothioaraenate ( WEIN- LAND and RUXPP) A. ii 473. bromide tlicrrnal expansion of solu- tions of (DF LANXOY) A. ii 233. freezing points of aqueous solutions of (PONSOT) A. ii 412. tribromide di~soc.iatioii in solution of (JAKOWKIN) A ii 514.carbonate freezing poitfts of dilute solutions of ( LOOXIS) A. i i 352. chlorate mai-iufiicture of (BAYER) A. ii 517. electrolytic conductivity of solu- tions of (BAER) A. ii 144. action of nitric oxide on (AUDEN imd FOWLER) A. ii 172. liberation of chlorine on heating manganese dioxide with (McLEoD) T 1015 P. 1896 141. velocity of the reaction in acid solution of potassium io3ide aud (SCHLUNDT) A ii 297 case of poisoning wrtli ( BXANDEN- BURG) A ii 491. chloride elcctrolytic contlurtirity of aqueous sqllutions of (MALTBY) A. ii 14-1. electrical conductivity of soIutions in ncetone of ( L A ~ ~ ~ ~ Y N ~ K I ) -4. ii 555. freezing points of aqueous solutions of (POKSOT) A ij 412. freezing points of dilute salutions of (WILDEEMAN~) A ii 351 ; (LOOXIS) A.ii 362; (ABEGG) A. ii 593s. freezing points of czoncentrated iIqueolls solutions of (ROLOFP) A ii 291. of (VITAL[) A. ii 420. tion of (LOREX). A ii 651. act ion of n i a ~ n e ~ i a m on solutions chchromate electrochemicnl prepara- fccrrate (~IOCPRR) .4. ii 250. Potassium ferrite (MOESER) A ii 230. niolybdcnum ox7Hriorides (MAR- c1jmm) A. ii 20. orthoaulphoxyantitnonate (McCAY) A ii 305. iiiobi mi oxy fl uoride ( MARCHE TTI) A. ii 20. tungsten oxyfluorides (MARCBETTI) A. ii 20. platinum haloid compounds (HERTY) A.. ii 306. barium imidosulplionates (DIVER’ and HAGA) T. 1622. mercury iiiiidosulphoiiate (DIVERS and HAG^) T. 1621. iodate action of nitric oxide on ( AUDEN and FOWLER) A. ii 172. liypoiodite velocity of decoinposition of (NOYES and SCOT^) A ii 158.iodide electrical conductivity of solutiorie of in acetone (LASZCLYNYKI) A. ii 555. electrolysis of a a lulion of in :we- tone ( LASZCLYXSK t ) A. ii 5;~;. velocity of the reaction in :Acid solution of potasEium c1ilor:~ie nnd (SCRLGNDT) A. ii 297. triiodide dissociation of in solution (JAILOWKIN) A. ii 514. iodomolybdate (cl€R6TIES) A. ii 651. perthiomoljbdate (HOFMANN) A. ii 4iG. nitmte freezing points of dilute sol 11- tions of (LOOMIS) A. ii 352. iiitrite reduction of ( I ~ I V E R S ant1 HAGA) T. 1612; P 1896,179. nitros isulpliate preparation and rc- diiction of (DIVERS and HAGA) T. 1611; P. 1896 179. nitrosodi3ulphonate constitutim of (HAKTZSC~E and SEMPLE) A. ii Y 5. nitrosotrisulphonate constitution of ( ~ A N T Z S C H and SEMPLE) h.ii 9a. amic-loclilorosiniate ( B R I ~ ~ R D ) A . ii 654. perchlorate molecular weight of solid (.FocK) A ii 160. action of nitric. oxide on ( d v ~ r \ and FOWLER) A. ii 172. permnnganate elrctrovhemical prp- paration of ( LORSSZ) A ii 650. moIecrilar weight of solid (FocK). A. ii. 160. action of nitric oxide on (AUDBN and E’OWLEB) A ii 173. poisonous effect of on a l p snct infusoris (BOPOBNY) A ii 669.988 ISDES OF SUBJECTS. Pota3siuni persulphate apparatus for showing the formation of (ELBs) A. ii 519. pentapho$pliide and its ammonia com- pound (HUBOT) A. ii 20. dihydrogen phosphate molecular weight of solid (FocK) A. ii 160. aluminium phosphates from Algeria froin Algwia and France (CAR- rutheniate reduction of by ammonia triselenide (CLEEVER and MUTE- sulphate freezing points of aqueous solutions of (PONSOT) A.ii 412. freezing points of dilute solutions of (LOOMIS) A. ii 352; (ABEGO) A. ii 588. constitut,ion of double salts con- taining (L'u'zToN) T. 519; P . 1896 71. and chloride effect of on germina- tion (CLAUDEL and CROCHE- TELLE) A. ii 442. cobalt sulphate density and optical behaviour of (TUTTON) T. 419. copper sulpliate density and optical behaviour of (Tu WON) T. 431. ferrous sulpliate density and optical behaviour of (TUTTON) T. 387. magnesium sulphate density of (CARNOT) A ii 34. NOT) A. ii 529. (BRIZARD). A ii 478. MANN) A. ii 19. (I;~uTToB) T. 355. 356. optical belraviour of (TUTTOR) T. nickel sulplmte density and optical behaviour of (TUTTON) T. 407. uranium sulphate phbsphorescent radiations from (BECQUEREL) A.ii 406. zinc sulphate density and optical behaviour of (TUTTON) T. 374. titanotluoride (MARCHETTI) A. ii 20. fluoroxypertitanate (PICCINI) A. ii 178. ammonium paratungstate (HAL- LOPEAU) A. ii 652. iodotangstate (CHR~TIEN) A. ii 652. zircono- and dizircono-decatungstates ( ~ i \ L I . O P E A U ) A. ii 607. Potassium cfiro~~othiocyanate absorp- tion spectrunl and constitution of (MAGNANINI) A. ii 345. cobalticyanide action of nitric acid on (JACKSON and COMEY) A. i 4u2. cobaltioxalate (SOXEXSON) A. i 204. Pottlssiuiii cyanide action of bromine on (SCBOLL) A i 585. action of cyanogen chloride on (-NEP) A. i,. 73. setion of cblorrne on (NEF) A. i 73. action of potassium nitrite on (HOFMANN) A. i 69. action of sulphurowi acid on (VOX PECHMANN and MANCK) A.i 14. and potassiuni nitrite explosive double salt of (ROFNANN) A. i 69. ferricyanide action of nitrous acid on (MARIE and MARQUIS) A i 403. ferrocyanide thermal expansion of solutions of (DE LANNOY) A. ii 233. :letion of nitrous acid on (MARIE and MARQUIS) A. i. 403. platinocyanide phosphorescence of (JACKSON) P. 1896 59. thiocpnate electrical conductivity of solutions of in acetone (LASZ- CZYNSKI) A. ii 555. electrolysis of a solution o€ in ace- tone (LASZCZYNSKI) A. ii 5.56. tungstitartrate ( BENDERSON and BARR) T. 1456; P. 1896 169. Potassium estimation of ( VOGEL and HAEFCKE) A. ii 577; (FABRE) A. ii 624. KONINCH) A. ii 77. (WINTON) A. ii 126. &c. (CAMERON) A. ii 392. (WOOD) T. 287 ; I?. 1896,13. estimation volumetrica,lly (DE estimation of as platinochloride est,imation of in fire-clays manures estimation of avaihble in soils Potato tubers respirstion of (ZIEGEXV- Potato proteidr of the (OSBORNE and Potatoes. See A4gricultural chemistry Pot*ential difference.See Electricity. Povvellitc? artificial (MICHEL) A. ii 36. Praseod niium tungstate and molyb- date &ITCHCOCK) A. ii 526. Precipitates washing of; with boiling water apparatuv for (JEWETT) A. ii 123. (SCHNEIDER) A. ii 35. (MEYER) A. i 5&7. BEIN) A. ii 265. CAMPBELL) A. i '115. ( Appendix). Prehnite from Fassa Tyrol Prehriitylic acid preparation of Presidential address (HARCOURT) T. 563 ; P . 1896 80.INDEX OF SUBJECTS. 989 Pressure apparatus for experiments under (WALTER) A. ii 297. critical. See Critical pressure.dependence of the volume of solu- tions on (TAXMANN) A. ii 13. influence of on the electrical conduc- tivity of solutions (TAXMANN) A. ii 6. influence of on the dielectric constant (RATz) A. ii 288. influence of on the freezing points of solutions (COLSON) A. ii 157. influence of on the rate of hydrolysis of sugar and ethereal salts by acids (ROTHXUND) A ii 594. of ethylic alcohol vIzpour connection between temperature volume and BATELLI) A. ii 150. of saturated vapour. See Heat. Primuline base. See Dehydrothiotolui- dine. Prolectite from Kordmark Sweden (SJOQREN) A. ii 114. Propaldehyde a-cliloro- (BEOCHET) A. i 114. Propane tetrachloro- (SZENIC and TAG- GESELL) A. i 81. a-chloro-@@-dinitro- (SCHOZL and MATTEAIOPOULOS) A. i 520. a-chloro-jI-nitro-8-nitroso- (SCROLL and XATTHAIOPOULOS) A.i 470. P-nitro-@-nitroso- (propyl-J/-nitrole) reduction of (SCROLL and LAND- STEINER) A i 198. cylo-Propane (trimethylene) conver- sion of into propylene (TANATAE) A. i 457. Propanehexacarboxylio acid (pentane- dioic-2 3 3 4-tetranzethyloic acid) hydrolysis of (BISCHOFF) A. i,468. methylic sult of (BISCIIOFF) -4. i 468 527. Propaneoxymethane 1 3 3-tribromo- (LESPIEAU) A. i 332. Propanetetracarboxylic acid [ = 1 1 :2 21 ( BISCROFF),A. i 527. Propanetetracarboxylic acid [ = 1 2 2 31 (pentnnedioic-3-di- methyloic acid) rnethylic salt (BIS- CHOPF) A i 466. Proptznetricarboxylic acid (~ISCHOFF) ethylic salt velocity of hydrolysis of A. i 527. (HJELT) A. i 600. lysis of (BISCHOFF) A. i 601. methylic salt (BIGCROFP) A. i 601.Propene. See Allylene. Propeneoxymethane 2-bromo- action of bromine on (LESPIEAU) A. i 332. 1 2-dibromo- (LESPIEAU) A. i 332. VOL. LXX. 11. Propargylpentncarhoxylic acid hydro- o-Propenylanisoil. See o-Anethoil. m-Propenylanisoil. See m-Anethoil. Propeptone estimation of in beerwort Propinene 1 3-dibromo- (LESPIEAU) Ppopineneoxymethane (LESPIBAU) l-bromo- (LESPIEAU) A. i 332. Propiolic acid ethylic salt action of hydrazine on (CURTIUS) A. i 339. Propionamide action of sodium hypo- chlorite on (DE CONINCK) A. i 282 8-Propionaniidodiplenyl (PICTET and HUBEltT) A i 52,483. Propioriic acid magnetic rotatory power and relatire density of (PERKIN) T. 1063 1172,1236. melting and solidifying points of (MASSOL) A. i 408. action of uranium salts on (FAY) A. i 465. distillation of a mixture of water and (SOREL) A.i 463. a-oxime of (HANTZSCH and WILD) A. i 285. Propionic acid Lead tetrapropionate (HUTCHINSON and POLLARD) T. 224; P. 1896 31. crotonylic salt (CHARON) A. i 661. diethylacetylenic salt of (ANDER- LINI) A. i 202 203. duroquinol salt of (RUGHEIMER and HANKEL) A. i 677. ethylic arid methylic salts heat of emporation of the (NARSHALL and RAMSAY) A. ii 349. phenylic salt magnetic rotatory power &c. of ( PEREIN) T. 1075 1076 1078 1179 1238. Propionic acid a-amino-. See a-Alan- me. @-amino- ( WEIDEL and ROITHNER) A. i 470. ( WEIDEL and ROITHNER) A. i 470. a-bromo- action of finely divided silver on (HELL) A. I 10. (H_BXTZSCH and WILD) A. i 283. ethylic salt twtion of acetone on (PERHIN and THOBPE) T. 1482. action of ethylic chloracetate on (BISCHOPE) A.i 466. dextrochloro- ethylic salt rotatory power of ( PURDIE and Wrr,LrAx- SON) T. 829; Y. 1898 97. 8-iodo- unsaturated compound ob- tained by the action of sodium (SCHJERNING) A. ii 631. A. i 332. A i 332. ethylic salt hydrochloride of action of hydroxylamine on 68990 INDEX OF SUBJECTS. phenoxide on (LUCRMANN) A i 545. Propionic acid sodium salt action of sodium hydrogen sulphide on (LovPN) A. i 412. ethylic e d t t*ct,ion of e t h y k sodio- acetoacetate on (BENTLEP and PERKIN) T. 1511. action of ethylic sodioiqopropjl- malonate on (HEINKE :ind YERKIN) T. 1506 ; P. 1896 155. Propionic anhydride refraction equiva- lent of (ANDERLINI) A. ii 229. Propionic chloride action of lead thio- cyanate on (DIXON) T. 856; P. 1896 100. Propionic fluoride (COLSON) A.i 346 ; (MESLANS &nd GIBAHDET) A. i 346. Propionitrile heat of evaporation of HARDT) A. ii 237. action of hvdrogen chloride and acetic acid 6n (COLSON) A i 282. Propionyldurene (BAUX and MEYER) Propionylglycollic acid oximc of (WOLFF and SCHWABE) A. i 524. a-oxinie ( WOLFP) A. i 85. acetgl derivative of ( WOLFF) A i anhydride of (WOLFF) A. i 88. decomposition products of E’ropionylnialic raid metbylic ethylic salts rotatory power of the ( WAL- DEN) A ii 136. bromo- diethylic salt rotatory power of (WALDEN) A. ii 136. Propionylmandelic acid meth jlic and ethglic salts rotatory power of the ( WALDEN) A. ii 138. Propionylmesitjlene behaviour of to- wards phenylhgdrazine (Bansr) A. i 222. (WIDMAN) .~4. i 629. (BECKMA” FUCHS and GERN- A.i 228. 88. ( WOLFF) A. 1 88. Propionylphen ylsemicarbazide 4- Propion yl- v-pheny lbenzyltliiourea and the action of alkalis aitd silver nitrate on (DIXOB) T. 859 360 ; P. 1896 101. action of silver nitrate on (DIXON) T. 859 ; P. 1896 100. (.DIxoN) T. 856 ; P. 1896 100. action of. csustic potash on ( DIXON) T. 859. action of silver nitrate on (DIXON) T. 857; P. 1896,100. a- Propionyl-8-phenylthiosemicarbazide (DIXON) T. 860; P. 1896 101. ub-Propionylphenj Ithiocarbamide ’ropionylphenylurea (DIXON) T. 957. ’ropion ylthiocarbimide ( DIXON) T. 836 j P. 1896 100. action of amnionia aniline methyl- aniline piperidine and 0- m- and p-toluidines on ( DIXON) T. 856- 862. (DIXON) T. 862. T. 862. T. 860; P. 1896 101. action of aldphyde-ammonia on action of benzylic alcohol on (DIXON) action of phenj 1 h-drazine on ( DIXON) (DIXON) T.858 ; P. 1896 100. action of caustic potash on (DIXOX) T. 858. (?IXON) T. 858 ; P. 1896,100. on (I~XON) T. 858. &Pro piony 1-o-toly 1 t liiocarbamide &Pro pionyl-m- tolyltliiocarbamide action of alkali and of silver nitrate zb-Propion~l-~-tolyltliiocrtr.bamide and action of alkali and of silver nitratte on (DIXON) T. 859 ; P. 1896,100. ~-Propoxypeiithiazoline y-bromo- (DIXON) T. 33; P. 1895 217. Propyl a-hydroxgbutj 1 ketone density of (ANDERLINI) A. i 203. iso-Propylacetic acid. See iso-VaIeric. acid. Propylscetoacetic acid etqhylic salt rate of formation of (BISCHOFF) A. i 85. i.q~-Propylacetoacetic acid. ethylic salt. rate of formation of (BISCHOFF) A. i 85. iso-Propylacryiic acid. See Hexenoic acids.Propylallylacetic acid. See Octenoir. acids. Propylallylmalonic acid ethylic salt rate oi’ hydrolysis of (HJELT) A. i 598. iso-Propylallylrnalonic acid and its ethp- lic salt (HJELT) A. i 598. hydrolysis of (HJELT) A. i 205. Propylslmine action of carbon bisulph- ide on (Poxzro) A. i 636. 8-bromo- action of methyl- and all yl- t h iocarbi niides on (DIXON) T. 24 ; P. 1895,216. {so-Propylbenzaldehyde. See Cumin- Propjlbenzcne. See mGumene. iro-Propylbenzene. See Cumene. zso-Propylbenzoglpropionic acid a-iso-Propyl-8-isobutylllcrylic acid. See aldehjde. (MTHB) A. i 232. Decenoic acids. 3’-Prop~lisoicarbostyril (ALBAHARY) A. i 699.INDEX OF SUBJEOTS. 99 1 and YERKIN) T. 1508. iso-Propylglutaric acid (HEINPI and 3‘-Propylisocarbostyril 4’-cgano- (AL- BAHARF) A i 699.Q-aso-PropJ.lcarboxyglutnric acid. See zso-Hexane-ayy-tricarbosj lie acid. Prapyl-o-coumaroketone. See o-Hydr- oxyst.yrj1 propj 1 ketone. Propyld ih ydro-o-cournarone ( HARRIE s and BIJSSE) A. i 301. Propgldihydro-o-coumaroketone. See o-Hydroxyphenylethgl prop I ketone. I’-Propyldili;r droisoindole and its hydro- chloride (BROMBERQ). A. i 580. Propylene oxidation of by palladinised copper oxide (CAMPBELL) A. ii 171. action of acetic chloride on (KONDA- POFF) A. i 462. Propylene bromo-. See Allylic brom- ide. aa-dibromo- (VALENTIN) A. i 79. cliloro-. See Allvlic chloride. aa-dichloro- (VA~ENTIN) A. i 79. a&dichloro- (SZENIC and YAQGE- iodo-. See Allglic iodide. oxide action of zinc dust on (KLIN- SELL) A. i 51. GER and LONNES) A. i 375.Propylene-i/~-t~hiooarbarnide (GADA- MER) A. i 425. i 415. action of bromine on (GADAXER) A. bromo- (GADAMER) A. i 414. MANN LECTURE). T. 687. ethylic salt anil and anilic acid of ( BENTLEY PERKIN and TEORFE) T.. 273. iso-Propylfuran-a-naphthaquinone pre- paration of (HOOKER) T. 1370,1372. Go-Propylfuran-B-r aplt thaquinone pre- paration of (HOOKER) T. 1369 1376. szine obtained from by the action of o-tolylenediamine (HOOKER) T. 1378. is=o-Pi~op~Iglutaranilic acid (PERKIN) T. _ _ 1497; P. . _ 1896 170; (EEINPE PropyleneLhmine discovery of (EOF- 60- Propy l e t hane t ricarboxy I ic acid A. i 124. barium sulphate (QPTRGEL) A. i. iso-Progylglutolactonic acid ( FITTIG and WOLFF) A. i 136. action of aqueous alkalis on (FITTIQ and WOLPF) A. i 136. non-identity of with terpenylic acid (FIrrIa and WOLPF) A.i 135. 5-iso-Propylheptan-2-onoic acid ; it8 etliylic salt semicarbazone oxime. and phenylhydrazone (VON BAE- PER) A. i 247. acid and its sodium and silver salts (UAEYER and VILLIGER) A. i 622. Prop~lcyrZoliesane (propylhexahydro- benzene Ziexahyd?.o-n-cumene) tri- bromo-derivative from (TCHITCHI- BABIN) A. i 331. 4-iso-Propylc,ycZohexenecarboxplic acid (tedmhyciroeumilz~ c acid) bromo- (POX BAEYER and VILLIQER) A. i 622. iso-Yropylhydroxy glutaric acid (FITTIG and WOLFF) A. i 136. Propylic alcohol action of light on (RICHARDSON and FORTEF) T. 1351; P. 1896 164. heat of evaporation of (BECKMAKN FOCHS and GERNHARUT) A ii 237. normal action of chlorine on (BROCHET) A. i 114. bromide magnetic rotatory power and relative density of (PEXPIN) T.1063 1173.1237. ether dzchloro- unsymmetrical (BRO- unsymmetrical action of water nitrosoferroeyanide (HOFXANN) A. i ;so-Propylic alcohol action of light on (RICHARDSON and FORTEY) ‘I. 1352 ; P. 1896 164. heat of evaporation of (BECKMAX”. FCCHS and GERNHARDT) A. ii 237. sodium derivative molecular weight of ( BECPMANN and SCHLIRBS) 2-iso-Propylcycloh exadienecarboxyiic CHET) A. i 114. on (BROCHET) A i 114. 269. PERKIN) T. 1507 ; P ,1896 155. and its salts (PERKIN) T. 1495; P. 332. hydrogen sulphate preparation of action of a c e k anhydride on (PER- oxidation of (PYRKIN) T. 1497. etbylic salt (PERPIN) T. 1496. PIN) T. 1496. iso-Propylglut ark anhv dride ( PERKIN). T. 1496 ; P. 1896,170; (HEINEE and PERKIN) T. 1508. action of aniline on (PERKIN) T.1497. Propylia. See Triethylenediamine. Propylideneacetic acid. See Pentenoic acids. iso-Propylideneacetone. See Mesityl oxide. Propylideneanthranilic acid (N~EMER- TOWSKI and ORZECHOWSEI) A. i 187. 68-2992 INDEX OF SUBJECTS. ho-Propylidenefumarylhydrazide ( RAD- benzylidene derivative of (RADEN- iso-Propylidenephenylamidoacetohydr - azide (RADENHAUSEN) A. i 138. Propylidenephthalide (BROMBERG) A i 679. Propylmalonic acid ethylic salt hy- drolysis of (HJELT) A. i 205. action of ethylenic bromide on (BISCHOFF) A. i 129. sodio- ethylic salt action of ethylic a-bromopropionate a-bromobutyr- ate a-hromisobutyrate and a-brom- isovalerate on (BISCHOFF). A. i 467. dso-Propylmalonic acid alkylic salts of action of sodium ethoxide and ethylenic bromide on (BENTLEY HAWORTH and PERKTN) T.162. ethylic salt rate of formation of (BIS- hydrolysis of (HJELT) A. i. 205 action of ethylenic bromide on sodio- ethylic salt action of ethylic a-bromopropionate a-bromo- buky rate a-bromisobutyrate ant1 a-bromisovalerate on (BIS- CHOFF) A i 467. action of cthylic P-iodopropionate on (HEINPE and PERKIN) T. 1506; P. 1896 155 ; (AE- WERS and TITHERLEY) A. i 643 Propylmesitylene synthesis of (TOEL) A. i 16. acetyl derivative of (TOHL) A. i ENHAUSEN) A. i 138. HAUSEN) A.. i 139. CHOFF) A. i 85. 598. (BISCHOFP) A. i 129. amino- (TOHL) A. i 17. 17. dibromo- (TOHL) A. i 1’7. nitro- (TOHL) A. i 17. dinitro- (TOHL) A. i 17. A. i 1’7. (TOHL) A. i 17. p-nitroso-. Propylmesitylenesulphonamide (TOHL) Propplme&rlenesuIphonic acid salts of Propyl-+ nitrole.See Propane p-nitro. o-zso-Propylphenol. See o-Cumenol. m-iso-Propylphenol. See m-Cumenol. iso-Propylplienplacetic acid i-chloro- from d-isopropylphenylglycollic acid (WALDEN) A. i 139. d-chloro- ( WALDEN) A. i 139. BERG) A. i 580. i 570 l’-Propylphttialazine d!-chloi*o- (BROM- 1’-Propylphthalazone (BROXBER~) A. 1’-Propylphthalimidine (BROXBEEG) l-Propylpiperidine y-bromo- hydro- bromide of (GABRIEL and STELZ- NER) A. i ’703. y-chloro- hydrochloride of (GABRIEL and STELZNFR) A. i 703. A. i 579. a-iso-Propylpropme-aaa-triearboxylic acid. See Hexanetricarboxylic acids. 2-Propylpyridine. See Conyrine. iso-Propylquinol (BAYRAC) A. i 606. 3’-Pr~pylisoquinoline and it3 sdts (ALBAHARY) A. i 699. l’-cliloro- and its salts (ALBAHABY) A. i 699. iso-Propylyuinone (BAYRAC) A.i 606. iso-Propylsuccinic acid. See Pimelic acid. Propylsuccinimide velocity of decom- position of by hydrochloric acid (MIOLATI) A. ii 242. 2-Propgltetrahydrop-yridine. See y- Coniceine. Propylthiocarbimide py-dibromo- (DIXOK) T. 1’7; P. 1895 21 5. action of alcoholic ammonia on (DIXOW) T. 18 22; P. l895* 215 216. action of aniline on (DIXON). T. 17. action of organic bases on (DIXON) T. 26 ; P. 1895 216. action of methplic ethplic and propplic alcohols on (DIXON); action of methylamine on (DIXON) action of silver chloride on (DIXOX) Propylthiourea dibromo- (DIXOX) T. a-Propylvaleh acid. See Octoic acids. Propylvalerolact~one. See Octolactone. isso-Propylvalerolactone. See Octolact- Propyroin. See Ethyl a-hydroxypropyl Protaminc (KOSSEL) A. i 582. Protea mellifera constituents of Proteacin.See Leucodrin. Proteaic acid and its lead salt (HESSE) Proteic acid nature of (PAAL and Proteid from malt (OSBORNE and CAMP- from plant-aeeds (SCHULZE and WIN- from white of egg by sction of Eorm- T. 31-33 P. 1895 217. T. 854; P. 1896 100. T. 20 ; P. 1895 215. 18 23 ; P. 1895 215. one. ketone. (HESJE) A. i 495. A. i 496. SCHILLING). A i 399. BELL) A. i 715. TERSTEIX’) A i 616. aldehyde (BLux) A i 659.INDEX OF SUBJECTS. 993 Proteids formation of in plants from different organic compounds (LoEw) A. ii 56. formation of from asparagine in plants (KINOSHITA) A. ii 54. formation of and of carbohydrates in plants (SAPOSCHNIKOFF) A. ii 537. of the almond peach-kernel walnut and other plants (OSBORNE and CAMPBILL) A. i 715. of barley (OSBORNE) A i 455.of cotton seeds (OSBORNE andVoR- HEES) A. ii 210. of grain (RITTEAUSEN) A. i 716. of hops (BEHRENS) A. ii 207. of the kidney-bean (OSBORNE) A. i 454. of malt (OSBORKE and CAMPBELL) A i. 714. of peas and vetches (OSBORNE and CAMPBELL) A. i 715. of the potato (OBBORNE and CAMP- BELL) A. i 715. of rye meal (OSBORNE) A. i 399. from wheat meal rye meal barley meal oat meal maize meal (KJEL- DAHL) A. i 583. of muscle-plasma (YON FURTE) A. ii 48. of urine (MORNEP) A. ii 120. action of nitrous acid on (LAND- STEINER) A i 584. amount of arginine formed from various (HEDIN) A. i 194. absorption of from the small intes- tine (FRIEDLANDER) A ii 536. metabolism influence of muscular work on (KRUMNACHER) A. ii 377. feeding experiments with on sheep {LEHMANN) A.ii 262. vegetable constitution of (FLEU- RENT) A. i 11 2. amount of nitrogen as in nodules (STOKLASA) A. ii 205. poisonous effect of on algse and m- fusoria (BOKORNY) A. ii 669. colour detections of (LAXDSTEINER) colour detection of with nitrous acid and phenols (LANDSTEINER) A. 1 ii 284. separation of in beerwort (SCEJER- I XING) A. ii 631. I Proteids. See also :- I 1 A. ii ,284. I Abrin. I Albumin. Albumin egg-. Albumose. Amandin. Avenalin. Proteids. See :- Bynedestin. Bynin. Casein. Caseinogen. Conglu tin. Oorylin. Deamidoal bumin. Deamidogl utinpeptone. Deamidopropeptone. Deamidopeptone. Denuclein. Deuteroproteose. Edestin. Excelsin. Qelatin. Gliadin. Globulin Globulin from malt. Glutin peptones. Gorgonin. Heteroproteose. Hordein. Legumin. Leucinimide.Leucosin. Myoproteid. Peptones. Phaselin. Phaseolin. P hy cocyanin. Propeptone. Yroteose. Yrotoproteose from malt. Ricin. Serum albumin. Tuberin. Vitellin. Protein substance! presence of 8 6 & reserve material in plants (LoEw) A. ii 58. Proteose in barley (OSBORNE) A. i 455. in the pea and vetch (OSBORNB and CAMPBELL) A. i 715. presence of two forms of in diastase (OSBORNE) A. i 399. Deuteroproteose from malt (OSBORNE and CAMPBELL) A. i 714. Heteroproteose from malt (OSBOBNE and CAMPBELL) A. i '7L4. Protoproteose from malt (OSBORNE and CAMPBELL) A. i 714. Proteosomea formation of in partly dead leaves (DAIKUHARA) A ii 55. connection of with active albumin (LoEw) A. ii 59. action 01 ammonia on (LoEw) A. ii 58. detection of in plants (LoEw) A. ii 58.994 INDEX OF SUBJECTS.P T O ~ M ~ vzclguris inversion of cane sugai by (F’ERMI and MONTESANO) A. ii 493. Proteuin. See Leucodrin. ProtoclLtechuic acid oxidation of (BER- TBAND) A i 534. bromo- oxidation of (ZINCKE) A. i 308. Protocatechuic aldehyde ; its phenyl- hydrazones and oxinie (WEG- SCHEIDER) A. i 612. Protogelatose conversion of gelatin into (DASTBE and FLORESCO) A. i 196. Protophyscihydrone formula of (HEs~E) A. i 60. Protoproteose. See Proteose. Yroustite from New South Wales (LIVERSIDQE) A. ii 658. Precms piasardi dyes of ( WEIGFEBT) A. i 388. Pseudobrookite f rom Transylvania (FRENZEL) A. ii 112. PsoFomic acid in lichens occurrence of (ZOPP) A. i 104. PteEea frifoliata arginine in (SCHULZE) A ii 383. Ptyalin solubility of in alcohol (DASTRE) A. i 395.Pulegenic acid amnionium salt amide nitrile and hydrochloride of the methglic salt (WALLACE) A. i 310. Pulegenonitrile (WALLACH) A. i 310. base obtained by tlie reduction of and its carbamide (WALLACH) A. i 310. iso-Pulegol (TIEMANN and SCHMIDT) A. i 383. Pulegone constitution of (WALLACE) 2-chloro- (VON BAEPER) A. i 445. bisnitroso- (YON BAEPER) A. i ioonitroso- (VON BABPER) A i 445. iso-Pulegone oximes and semi- carbazons from (TIEMANN and SCHMIDT) A i 383. Pulegoneamine and its hydrochloride carbamide and phenylcarbamide (WALLACH) A. i 310. Pulegoned initrosy lic acid (VON B AEP ER) A. i 445. Pulegoned ioxime hydrate (TON BABYER) A. i. 415. fumpkin-seed cake. See Agricultural chemistry ( Appendix). Pump simple form of force ( KREIDEP) A i 310. 445. A.iii 161.A. ii 630. Purpurin detection of in wines (BELAR) Purpuroxanthin acid compound of (PERKIN) T. 1441; P. 1896 16’7. Pyrargyrite from Broken Hill N.S.W. (SMITH) A. ii 30. Pgrazoie (CURTIUS) A. i 339. Pyrazole series isomerism in the Pyrazoline action of bromine 011 Pyrazolone and ita hydrochloride and ( KNORE) A. i 321. (CURTIUS) A i 339. sodium salt (KNORR) A. i 260. A. i 260. zone of ( KNORR) A. i 260. MANN) T. 139G. l’. 1896 166. 4-oxime and its silver salt (KNORR) phenylhydrazone and p - tolylbydm- 5-Pyrt~zolone-3-carboxylie acid (RVHE- ethylic salt (RUHEMANN) T. 1394 ; Pyrhydrindoue tetrachloro- (ZINCKE and WIEDERROLD) A. i 502. Pyridine constitution of (HOFMANN LECTURE) T. 223. magnetic rotatory power &e. of (-PERKIN) T. 1115 1214 1245. action of iodine on (PBESCOTT and TROWBRIDC+E) A.i 186. Pyridino cobaltous chloride (REIZEN- STEIN) A. i 316. tetraiodide (PRESCOTT and TROW- BMDGE) A. i 186. hydrogen pentiodide (PBESCOTT and TROWBRIDQE) A. i 186. mercuric hjdroxide (PESCI) A. i nitrate (PEscr) A. i 388. siriphate (PESCI) A. i 388. 388. i 316. NER) A. i 464. 316. BRIDGE) A. i 186. 388. mercurochloride (PESCI) A i nickelous chloride (RE IZENSTEIN) A. peculiar platinoclilorides of (WER- Pyridine ethiodide (PRESCOTT) A. i ethyl triiodide (PRESCOTT andTBow- methiodide (PRESCOTT) A. i action of iodine on (PBESCOTT and 316. TROWBEIDGE) A i 186. metbjl di- tri- and pent-iodide ( PRESCOTT and TROWBRIDGFE) A i 186. propiodide (PRESCOTT) A. i 316. isopropiodide (PRE~COTT) A. i 316. derivative of bromo-4-cumeaol and its hydrobromide.See Pseudocumenol. from casein (COHN) A. i 658.INDEX OF SUBJECTS. 99 5 Ygridine dibi*omo- preparation of (HOPMANN LECTURE) T. 723. frabromo- formation of by oxidation of tetrabromotropinine (WILL- STATTER) A. i 709. J’piclineacetone chloride and pJienj1- hpdrazide of (KNUTTEL) A. i 497. Ppridincacetoxime chloride of its platinochloride and aurouhloride (KKUTTEL) A i 497. :it*otyl derivative ot its platino- chloride and aurochloride (XNUT- UEL) A i 497. y. ndinc-3 4-dicarboaylic acid. See inclionieronic acid. Pyridine-3-sulphonic acid preparation of from pyridine ( W m D s ~ a n c l MUR- \I \”) -&. i 104. l’yriiidone as-dichloro- (ZINCKE and M~IDEEHOLD) A. i 501. Pyrites nickeliferous from Sudbury Canada (GOODWIN) A ii 109. Ygrit es. See Iron pjrites.Pproairiaric acid. See &-DipEenyl- butyric acid. Pjro:* urite from Wordmark Sweden (SJijGREN) A. ii 110. l’yroclilore from the Urals (CIXRUST- JCHOPF) A. ii 5t;7. Pgrocatechin. See Catecliol. Yyrocinc4ionic wid. See Dimethyl- Pprogallol magnetic rotatory power Jrc. of (PERKIN) T. 1127 1185 1240. barium salt of (GODEEFBOP) A. i 357. frichloro- and its triacetate (Brf- TRIX) A. i 651. maleic acid. l’prolevulinic acid ( RAYXANN and SULC) A. i 459. wtion of sulphurie acid on (RAY’MANN Pjromeride froin Jersey spherulites and matrix o€ (HYYDXAS and B o l r r ” ~ ~ ) h. ii 614. I’protartaramide wtiori of potassium hypobromite 011 ( WEIDEL and ROITHNER) A. i 470. (nz r tlhyls u ccin ic acid) specific refractive power of (LADENBUIW) A.. i 4fi4 l’grotartaric anhydride refraction equivalent of (ANDERLINI) A.ii 229. niagnetic rotatory power and relative density of (PERKIN) T. 1063,1173 1237. reduction products of (FICHTER and HERBRAND) A. i 463. f’yrotartaric nitrile (EULER) A i 145. and gum) A i 459. 1 ’ y r() tart ar ic acid Pyrotartarimide (methytsuccih ;mi&) velocity of deconiposition of by hy- drochloric acid (MIOLATI) A. ii 242. Pyrotart,aronttphthil ( BOETTINBER) A i 443. Pyrota t.iryl-a-naphthalide (BOXTTIN- GER) A.. i 446. PJ roxanthine dibromo- tetrabromide of (VORLANDER and HOBOHX) A i 604. Pyrcxene. See Augite. Pyrrhoarsenite (SJOGRRN) A. ii 11% Pjrrliotite from Hungary (PBLFP) A. after cuprite f roin Russia (JERE- artificial (BIXCA) A. ii 306. magnetic behaviour of (ABT) A. 2 nickeliferous from Canada (HOFF- estimation of iu pyrites (CONE) A.Yjrroline ijolation of from coaf-tar (HOFXANN LECTURE) T. 597. Pyruvic acid condensation of with paraforinaldehyde ( KALTWASSER) h. i 670. benzoyl derivative of hydrazone of (voa PECBXANN) A i 680. Pyruvic acid allylic salt action of aniline and phenylhydrazine on (SIMON) A . i 86 86. amylic salt condensation product of with ariiline (SIMON) A. i 86. active amjlic salt action of aniline on (SIMON) A. i 85. isoanij lic salt preparation and phenyl- hydi-azone of (SINON) A. {is 86. action of aniline on (SIMON) A i 85. condensation of with aniline and p-toluidine (SIMON) A. i 86. benzglic salt and its phenylhydrazone (SIMON) A. i 86. action of aniline on (SIMON) A. i 85 86. ethylic salt action of aniline and p-toluidine on (SIMON) A.i 85. action of ethylic 8-brornisovalerattt on (PERKIN and THORPE) P. 1896,156. pma-Pyruvic acid (MULDEE) A. i Pyruric-B-naphthil (GASSMANN) A. i ii 657. MBEFF) A. ii 566. 656. MANN) A . ii 191. ii 543. 281. 487.996 A. i 507. Quinenine (chinine) hydrolvtic decom- position of (KOENIGS) A.; i 63. Quinethoil. See 3-Ethosyquinoline. INDEX OF SUBJECTS. Quartz in gypsum from Jena (ZSCHIX- colour of (WEINSCHENK) A. ii separation of from other varieties of Quartz-keratophyre from Wisconsin (WEIDMANN) A. ii 314. Quassin quassole from (MERCK) A. i 59. Quassole from quassin (MERCK) A i 59. Quedracho colorado the colouring matter and other constituents of (PERKIN and GUNNELL) T. 1303 ; P. 1896 158. SQuercetin colouring matter of Cra- tcegus osyacantha (PERKXN and HUMMEL) T.1570; P. 1896 186. existence of in Cheiranthzts cheiri (PERKIN and HUMXEL) T. 1568; P. 1896,185. .occurrence of in outer skins of the bulb of the onion (PERKIN and HUMMEL) T. 1295; P. 1896 144. constitution of acid componnde of (PERKIN) T. 1444; P. 1896 167. Quercetin hydrochloride analysis of (PEEKIN) T. 1441; P. 1896 167. monomethyl ether existence of iso- rhametin in Cheiranthus chtv'ri and its acetyl derivatives (PERKIN and HUMMEL) T. 1569 ; P. 1896 186. tetramethyl ether acid compound of (PERKIN) T. 1443; P. 1896 167. Quercetin dibromo- non-formation of acid compounds of (PERKIN) T. 1443; I?. 1896,167. Quercetin-group of natural yellow colouring matters (PERKIN) T. 1441 ; P. 1896 167. means of distinguishing members of of natural yellow dye-stuffs (PEL KIN) T.1445; P. 1896 168. *Quercitol action of bromine water on (KILIANI and SCRAPER) A. i 586. oxidation of with potassium perman- ganate and nitric acid (KILIANI and SCHAFER) A. i 586. LQuinacridine ( NIBMENTOWSKI) A. i 261. probable isomeride of (NIEMBN- TOWSKI) A i 261. MER) A. ii 528. 654. silica (LUNGE) -4. ii 275.INDEX OF 3UBJECTS. 99 4 Quinoline 1-amino- and its acetyl derivative (CLAUS and SETZER) A. i 498. 3-amino- and its methiodide and acetyl and benzoyl derivatives (CLAW and SCHNELL) h. i 320. 4-amino- and its acetyl derivative (CLAUS and SETZBR) A. i 498. 2 4-diamino- and its salts (CLAUS and DEWITZ) A. i 654. 2 3-dibromo- and its platinochloride and methiodide (CLAUS) A. i 254. 3 4-dibromo. and its platinoch1orid.e and methiodide (CLAUS) A.I 254. 1 2 R-tribromo- and its hydro- chloride and platinochloride (CLAUS)? A. i 254. 2 3 4-tribromo- (CLAUS) A. i 255. 2 3 3’-trihromo- and its platino- chloride and methiodide (CLAUS) A. i 255. 3 4 3‘-tribromo- and its platino- chloride (CLAUS) A. i 254. 2 3-bromamino- (CLAUS and SCHNELL) A. i 320. 4 l-bromamino- acetyl derivativc of (CFAUS and SBTZER) A. i 498. 3 3 -bromamino- ~CLAUS and SCHNELL) A i 319. 2 3-dzbromamino- (CLAUS) A. i 254. 2 1 l-dibromamino- (CLAUS and SETZER) A. i 498. dibromo-3-amino- (CLAUS and SCHN~LL) A. i 320. 4 3‘ 3-dibromamino- and its hydro- bromide {CLAOS and SCHNELL) A. i 320. 1 3 4-dibroms;mino- (CLAUS end SIZTZER) A. i 498. 2 3 4-dibromamino- (CLAUS) A i 255. 3’ 3-bromonitro- and its methiodide (CLAUS and SCHNELL) A.i 319. 3‘ 1 3-bromoclinitro- (CLAUS and HARTMANN) A. i 392. 3’ 1 4-bromodinitro- (CLAWS and HARTMAKS) A. i 391. 3’ 2 4-bromodinitro- (CLAUS and HARTMANN) A. i 392. 2 3 l-dibromonitro- and its platino- chloride (CLAW) A i 254. 2 3 4-dz%romonitro- and its methiodide and platinochloride (CLAUS) A. i 255. 3 4 l-dibromonitro- and its platino- chloride (CLAUS) A. i 254. 2’ 4-chloronitro- (CLAUS and SETZER) A. i 498. Quinoline l-nitro- preparation of (CLAUS and SETZER) A. i 498. 3-nitro- hydrobromide and dibromicle (CLAUS and SCHNELL) A. i 319. 4-nitro- preparation of (CLAUS and SETZER) A. i 498. 1 3-dinit1-0- (CLAUS and HARTMANY) A. i 398. 1 4-dinitro- and its hydrobromide (CLAUS and HARTMANN) A. I 391. 2 4-dinitro- and its hydrochloride and platinochloride (C‘LAUS and HARTMANN) A.i 392. 3 l-nitramino- and its methiodide and platinochloride (CLAUS and HARTMANN) A. i 392. 4 1-nitramino- and its methiodide and platinochloride (CLAUS and HARTMANN) A. i 391. DEWITZ) A i 654. 2 4 l-dinitramino- (CLAUS and iso-Quinoline a-iodo- and its meth- iodide platinochloride dichromate and picrate (EDINGER) A. i 502. Quinoline-red preparation of (HOF- MANN LECTURE) T. 627. Quinoline-blue composition of (HOF- MANN LECTURE) T. 619. Quinolinephenazine 1 Z-dichloro- (ZINCKE and WIEDERHOLD) A. i 502. 2 4-&uinoliiiequinone 1 2-dichloro- and its hydrochloride (ZINCKE and WIEDERHOLD) A 1,501. 2‘-Quinolylacetic acid and its platino- chloride (EINHORN and SHERMAN) A. i 61. metliylic and ethylic salts of (EINHORN and SHERMAN) A.i 61. 2’-Q uinolylacrylamide ( EINHORN and SHERMAN) A. i 61. 2’-Quinonylacrylic acid (EINHOPN and SHERMAN) A. i 61. ethylic salt of (EINHORN and SEER- MAN) A i 61. 2f-Quinoiylglyceric acid and its auro- chloride (EINHORN and SHE~MAN) A. i 61. ethSlic and methylic s a l t of (EINHORN and SHFRMAN) A. i 61. 2’-Qiiinolylpropionamide (EINHORN and SHEKMAN) A i 61. 2‘-Quinol~lpropionic acid and its plat- inochloride (EINHORN and SHER- MAN) A. i 61. 2’-Quinolylpropylic alcohol (EINHORN and SHERMAN) A. i 61. Quinone preparation of ( HOFXANN LECTURE) T. ’700. action of potassium hydroxide and ethoxide on (ASTRE) A. i 153.!rM INDEX OF SUB.JRCTS. Quinone behaviour of towards phenyl- hgdrazine (~~CPHSRSON) A. i 28. condensation of with thiophenol (TROEGER and EGQERT) A i 562.potassium derivatives of (ASTKE) A. i 18. potassium liexoxide (ASTRE) A. i 154. tlipotassium hexoxide (ASTRE) A. i 154. Quinone tetrachloro-. See Chloranil. hexachloro- (BARRAL) A. i 91. Quinonedimalonic acid dichloro- ethylic balt of (JACKSON and GRINDLEY) d. 1 19. Quinonedinaphthylhemiacetnl and its sodium salt (JACKSON and OEJ- SLAQER) A. i 294. constitution hydrolysis and reduction of (MCPHERSON) A. i 28. Quinoneoxime effect of on the freezing point of dilute eoda solution (GOLD- SCHBEIDT and GIRARI)) A. i 475. o-Quinonedioxime (benzene-o-dioxime) and its auhydride (ZLXCKE) A. i 430. Quinonemonophenglbenzoylhydrazone Quinones list oE. See Ketones. Quinonoid derivatives (ZINCKE) A i 214. t,?uinoxaline 2‘ 3’-dichlol.o- (HINSBERCI and POLLAK) A.i 394. Quinoxalophenazine and its sulphate (HINSBIERO and POLLAG) 8.. i. 394. q,;iroguite from Spain (NXVARRO) ii 430. A. R. Racemic acid. See Tartaric acids. Racemic compounds tlieory of (WINTEER) A ii 140. Ilacemism (‘~RAUBE) A i 526. Raffinose action of lead acetate on the rotatory power of (SVOBODA) A i 406. Rape seeds efiect of chemical sub- stances on germination of (SIGX~XD) A. ii 441. Rspic acid non-identity of with oleic actinn o f phosphorus triiodide on acid (ZELLNER) A. i 593. (ZELLNER) A. i 592. Rate of chemical change. See Velocity. Rathite from the Binnenthal ( B ~ u x - HAUER) A. ii 659. Xeaction of oxygen and hydrogen con- ditions regulating the (GAUTI~~E and H ~ L I E R ~ A. ii 416. between hydrogen peroxide and liydr- iodic acid velocity under varying conditi‘ns of the (HARCOUBT and ESSON) A ii 238.Reaction ot tho first order a reversible (KUSTER) A xi 158. Reactions of the first order (intramole- cular changes in oximes) (LEY) A ii 243. of the second order (decomposition of aridiiiiides by acids) ( MIOLATI) A. ii 242. brought about by light (NAXIAS) A ii 459. in gases explnnntion of abnormal (STORCH) A ii 296. polymolecular acceleration of by acids (NOYES). A. ii 470. determination of the order of (NOYES and SCOTT) A. ii 158. Reactions mixer for accelerating Refractive poa er. See Light. Rrfractometer. Set; Light. Rennin action of (EDMVNDS) A ii 489. presence of in different parts of t h e body (EDMUNDS) A. ii 489. (GEEGOE) A i 44. BOR) A. i 44. BOR) h. i 44. (MARKOWNIXOFF) A. ii 297. Resacetophenone constitution of ethyl ether (KOSTAKECKI and TAM- diethyl ether (KOSITANECXI and TAN- Resacetophenone bromo- (FRIED- LANDER and RUDY) A. i 607.Reseda Iuteola luteolin the colouring matter of (PERKIN) T. 206; P. 1896 37. Resews (BAuR) A. i 57. Resin. See Rosin (colophony). Nesin jalap estimation of (SP~BTH) Resin from Sagapen (HOHENADEL) A. Resin sandarac constituents of Resins from Mecca bdsam (BAvR) Resorciiiol magnetic rotatorv power &c. of (PERKIN) T. 10k4 1129 1130 1258. heat of solution of in mater and ethy- lic alcohol (SYKYENS) A. ii 411. freezing points of dilute solutions of Resorcinol in red grapes (SCSTEGNI) A. ii 123. effect of on the freezing point of dilute sods solution (GOLDSCHMIDT and GIRARD) -4. i 475. action of on ammonium hgdrogen- o-sulpho-p-tolunte (JOWES) .~4.i 50. A. ii 50U. i 58. (BALZER) A. i 493. A. i 58. (WILDJCEJIANR’) A. ii 351.INGEX OF SUBJECTS 999 Rasorcinol condensation of with chloral (HEWITT and POPE) T. 1265; 1896 150. eondensation of with cliloral hydrate (HEWITT and POPE) T. 1266; P. 1896,150. condensation of with phthalic chloride (PAWLEWSKI) A i 50. Hesorcinol dibromo- diethyl ether (JACESON and DUNLAP) A. i 355. tribroino- (JACKSON and DUNLAP) diethyl ether (JACKSON and DUN- sodiwn derivative of (JACKSON and bromodinitro- (JACKSON and DEN- tribromonitro- diacetate (JACKSON dietlivvl ether (JACKBON and CAL- trichloro- action of phosphorus pentachloride on (ZAHARIA) A. i 646. compound of with nitrosodimethyl- aniline. See Ditnethylanrline. dinitro- diethyl ether (JACKSON and trinitro- ( HOHENADEL) h.i 58. A i 356. LAP) A i 355 356. DUXLAP) A. i 355. LAP) A. i 355. and DUNLA~J) A. i 358. YERT) A. i 473. DUNLAP) A. i 355. beharionr of ethyl ether of towards hjdrazine hydrate (PIJEGOT~I) A. i 363. dioxime effect of on the freezing points of dilute soda solution (GOLDSCHMIDT and GIRAPD) A. i 475. oxime effect of on the freezing points of dilute soda solution (GOLDSCHMIDT and QIRARD) A. 1 475. tbio- (VOSWINKEL) h. i 3’79. GEit hio- preparation of ( SP APE) T. Besorcinolantipjrinc (PATEIN and DEFAE) A i lb8. Respiration cutaneous in the frog (REID) A. ii 4’2;. of certain plants (ZIEQ-ENBEIN) A ii 265. of plants effect of abundant appliea- tion of nitrogen on (MULLER) A. ii 54. of seeds influence of larcase on (REP-PAILHADE) A.ii 327. Xespiratory exchange of inhabitants of the tropics (EIJKMAN) A. ii 661. in marine invertebrates (VEBXON) A. ii 195. Sespirat ory movements relation of blood-gises to (PILEHNE and 100. KIONKA) a. ii 118. Retene fluorsscence of gaseous ( WIEDE- Retzian from h’ordmark Sweden Reuniol identity of with rhodinol individuality of ( H ~ s s i ) A i 382. Rhamnazin acid coml>oiind of (PER- EUS) T. 1441; P. 1896 167. iso-Rhamnetin the getlow colouring matter in Cheiratathus eheiri (PERKIW and HUMMEL) %’. 1569; P. 1896 186. Rhaninohexonic acid (FISCHER) A. i 526. iso-Xhamnolactone oxidation of (FISCHEB and UEBBORN) A. i 587. Rhamnonic acid actioii of pyridine o n (BISCHER and HERBORN) A i 58’7. oxidation of (FISCHEB and HER- BORN) A. i 588. brucinesdt (E’tsCHEB an6 HERBORN) A.i 587. iso-Rhamnonic acid (’E’ISCHER arid HERBOXN) A. i 587. phenylhydrazids ( FISCHER and brucine salt (F~SCHER and HE]$- lactione of reduction of (FISCHEX Rhamnosamine inetlljlic alcoholate (DE BREYN and VAN LEENT) A. i 119. Rhamnose crystallised anhydrous rotatory powerot dissolved and super- oxidation of (FISCHICE and HEif- action of bromine wafer on (FISCHER MANN and SCHMIDT) A. ii 86. (SJ~GREN) A. ii 35. (EBDXANN and HUTH) A. i 198. HEtLBOtlh’) A. i 587. BORN) A. i 587. and HERBORN) A. i 58’7. (FISCHER) A. i 272 2’73. fused (GERNEX) A. ii 287. BOBN) A. i 588. and UERBOBN) A. i 537. Khamnose-a-ali~lhydrazone (VAN EKENSTEIN and DE BEUPN) A. i 588. Rhamnose-a-amylhgctrazone (VAN EKENSTEIN and DE BBUYRI) A. i 588. Rlmmnose-a-benzjlliydrazone (VAN EEBXSMIN and DE BRUYN) A.i 588. Rhamnosebenzylmercaptal (LAW- REXCE) A. i 272. Rhainnose-ethplenrmercaptal (LAW- RENCE) A. i 272. Rhamnose-a-ethplliydrazone (VAN EEEXSTEIN and DE BHUYN) A . . i 588. Rhamnosenaphthylhydrazone (VAN EEENSTEIN and DE RRUYN) A i 588.1000 JNDEX OF SUBJECTS. iso-Rhnmnose (FISCHER arid HER- BORN) A. i 587. action of dilute hydrochloric acid on (FISCHER and HERBORN) A i 588. action of hydrogen cyanide o? (FISCHER and HERBORN) A 1 588. phenylhydrazone and osazone of (FISCAER and HERBORN) A. i 588. iso-Rbamnose-ethylmercaptal (FISCHER and HERBORN) A. i 588. .Rhodamine obtained from hemimellitic anhydride and m-diniethylamino- phenol (GRAEBE and LEONHARUT) A. i 438. Zhodinaldehyde (BARBIER and Bou- constitution of (BARBIER and BOU- semicarbazone and oxime of (BARBIER Rhodinaldoxime conversion of into menthoneoxime (BARBIER and BOUVEAULT) A. i 491.Rhodinic acid its rhodinylic salt (BAR- BIER and BOUVEAITLT) A. i 446. Rhodinol identity of with citronellql (TJEMANN and SCHMIDT) A. 1 384. oxidation of and constitution of (TIE- MANN and SCHXIDT) A. i 384; (BARBIER and BOUVEAULT) A. i 446. acetate (BARBIER and BOUVEAULT) A. i 446. action of dibasia acids on (ERDMANN and HUTH) A. i 198. compoiind of with camphoric acid (ERDMANN and HUTH) A. i 198. diphenylurethane (EBDMANN and HUTH) A. i 198. Khodium rate of diffuRion of through lead ( ROBERTS-AUSTEN) A. ii 592. solubility of carbon in (MOISSAN) A. ii 609. Xhodophosphite from Sweden (IGEL- STROM) A. ii 308. Rhodusitc from Bosnia (FOULLON) A.ii 483. Hhubarb stems and wine amount of acid in (OTTO) A. ii 539. 7 t h ~ ~ coriaria the colouring matter of (PERKIN and ALLEN) T. 1299 ; P. 1896,157. typhina red dye of (WEIGERT) A. i 388. Rhyolite from Jersey spherulites and matrix of (HYNDXAN and BONNEY) A. ii 614. VEAULT) A i 446 VEAULT) A. i 492. and BOUVEAULT) A i 491. Rice imported into France composition of (BALLAND) A. ii 212. Richterite (SJ~QREN) A. ii 115. Riciu poisonous effect of on alglx! and infusoria (BOKORNY) A. ii 669. Ricinin preparation of (SOAVE) A. i detection of (SOAVE) A. i 386. Ricinin bromo- (SOAVE) A. i 381. chloro- (SOAVE) A i 387. Ricininic acid and sa1Os (SOAVE) A. i bromo- (SOAVE) A. i 387. Ricinus conamuais edestin the proteid in (OSBORNE and CAMPBELL) A. i 716. Rickets elimination of calcium and magnesium in (DE KONINCK) A.ii 50. Riebeckite from Ireland (SOLUS) A. ii 310. Ring compounds nomenclature of (KICHTER) A. i 349. Rontpen rays. See Light. Rosaniline (VON GEORGIEVICS) A. i 442. discovery of (HOFXANN LECTURE) T. 609 ; P. 1893,138. constitution of (HOPYANN LECTURE) T. 613 6E9. coloured base of (TON GEORGIEVICS) A. i 690. action of alkyl iodides on (HOPMA” LECTURE) T. 616. detection of in wines (BELAR) A ii 630. Magenta distinction of from “ acid magenta ” (CAZENEUVE) A. ii 630. p-Roaaniline colourless and coloured forms of (VON GEORGIEVICS) A. i 441. Rosaniline dyes action of sunlight on (OGLOBIN) A. i 649. Rosanilines acid (PRUD’HONME) A. i 376. Roseine. See Rosaniline. Rosemary oil analysis of (HIRSCH- Roses oil of (BARBIRR and BOU- 386.387. SOHN) A. ii 223. composition of (BERTRAX and G ~ D B - guaiacum resin tolu balsam rtnd copaiba balsam (HIRSCHSOHN) A. ii 505. Rosin oil estimation of in m i n e d oil (KLIMONT) A. ii 224. Rosinduline acetyl derivative of (KEHRYANN and HERTZ) A. i 509. VEAULT) A. i 446. MEISTEB) 8.. i 381. Rosin (colophony) detection of inINDEX OF Rosinduline carbonate (KEHRXANN and HERTZ) A. i 509. hydroxide formula of (FISCHER and HEPP) A. i 323. hydrate (KEHRXANN and HERTZ) A. i 509. iso-Rosinduline and its hydrochloride platinochloride and nitrate (KEHRMANN and HERTZ) A. i 510. hydroxpazonium base of and its sulphate chloride and platino- chloride (KEHRMANN and HERTZ) A. i 510. Eosolic acid detection of in wines Rosotoluidine (BARSILOWSKY) A. i Rotation magnetic.See Light mag- Rotatory power. See Light. Royal College of Chemistry history of Rubidium chlorate electrolytic con- ductivity of solutions of (BAuR) A. ii 144. (BELAR) A. ii 630. 358. netic rotatory power. (EOFXANN LECTURE) T. 580. ferrate (MOESER) A. ii 251. permanganate molecular weight of solid (FocK) A. ii 160. sulphate constitution of double salts containing (TUTTON) T. 519 ; P. 1896 71. cadmium sulphate density and opti- cal behaviour of (TUTTON) T. 445. cobalt sulphate density and optical behariour of (TUTTON) T. 424. copper sulpliate density and optical behaviour of (TUTTON) T. 437. ferrous sulphate density and optical beliaviour of (TETTON) T. 391. magnesium sulphate density and optical behaviour of (TUTTON) T. 361. manganous sulphate density and optical behaviour of (TUTTON) T.399. nickel sulphate density and optical behariour of (TUTTOU) y'. 411. vanrtdium alum (YICCINI) A. ii 305. zinc sulphate density and optical behariour of (TUTTON) T. 379. Ruby. See Corundum. Bumex nepalensis (Wall ) constituents constituents of root of (HESSE) A. of (HESSE) A i 573 i 315. Rumicin (HESSP) A. i 573. Russula cyanoxantha arid R. furcata osidiqing ferment of (BOURQUELOT and BERTRAND) A. ii 383. tyrosinase the soluble ferment in (BERTRAND) A ii 571. SUBJECTS. 1001 Ruthenium uitrosochloride. action of reducing agents on (BRIZABD) A. ii. 478. dou'ble salts containing silver and (BBIZARD) A. ii 566. estimation of electrolytically (SMITH and HARRIS) A. ii 223. Rye effect of chemical substances on germination of seeds of (SIGMUND) A.ii 441. meal proteids from (OSBORNE) A. i 399; (KJELDAHL) A. i 583. S. Saccharic acid velocity of lactone forma- tion of (HJELT) A i 597. acid potassium salt action of form- aldehyde and hydrochloric acid on (EENNEBERG and TOLLENS) A. i 645. iso-Saccharin methylene derivative (HENNEBERG and TOLLENS) A. i 645. action of formaldehyde and hydro- chloric acid on (HENNEBERG and TOLLENS) A. i 645. Saccharinic acid (DE BRUYN and VAN EKENSTEIN) A. i 116. SaccAaro my ces apicu la tus in d iffereme of towrtrds cane sugar (FISCHER and LI'YDNEB) A. i 196. reducing power of (NASTUKOFF) A. ii 202. cereaisia enzymes in (BAu) A. i 453. pastorianzcr reducing power of (Nag- TUKOFF) A. ii 202. Safflorite from Nordmark Sweden (SJOGREN) A ii 109. Safranine discovery of (HOFNANN LEC- detection of in wines (EELAR) A.ii Safranines constitution of (BROXBERG) A i 580; (FISCHER) A. i 628. Safranol formation of from pheno- safranine (FISCHER and HEPP) A. i 50. Safrole synthesis and constitution of TURE) T. 625. 630. (MOUREU) A. i. 477. i a-nitrosite prepdra'tion of (ANOELI) A. i 295. ko-Safrole synthesis of (MELDOLA WOOLCOTT and WRAY) T. 1321 ; (M.OUREU) A. i 477. constitution of (MOUBEU) A. i 477. nitrosite (ANGELI and RIM IN^ A. i 477.1002 INDEX OF SUBJECTS. iso-Ssbfrole nitrosite compound of with piperidine (ANQELI and RIM IN^) A. i 477. compound obtained from by heat- ing with piperidine (ANGELI and RIMINI) A . i 4i7. Sagapen (HOHEVADEL) A. i 58. Bagaresinotnnnol arid its tLcetyl and benzoyl derivatives ( EOHENADEL) A. i 58.Sabin hydrolysis of hp acids (NGYES decoinposit i J t i of by emulsin (TAX- detection of { ~ ~ O R M U A N E K ) A ii 402. Salic~laldehyde condensation of with acetoplienone (HABLICR and Kos- TANECKI) A i 239. magnetic rt)tstorp power &c. of compound of‘ with aluminium chlor- ide (PERRIEW) A. i 354. condensation of with acetone (COR- NELSON and KOSTANECKI) A. i 2m. coiidensation of with o-aminobenzyl- amine ( B n s c i r ) A. i 508. iYaIicvlemide decomposition of with sodium 11) pochlorite (CORINCK) A. i 364. preparation of aniline from (HOF- Salicylic acid (DE CONIXCK) A. i 473. in PoZugaZa root (SCHNEEGAKS) A. ii 328. absorption by d k of dilute (WALKER and APPLEPARD) T. 1346; P. 1898,147. action of iiiirous acid on (LAKD- STEINER) A i 584. compound of with antipyrine (PATEIN and DUFAU) A j 650.Salicylic acid sodium ’ E;alt water of crystalli+ation of (ROMPN) A. i 550. estimation of the sodium salt of in present- ot ‘‘ ichthyol” (HOFMAN) A ii 519. Sslicylic acid p-~cetaiiiinophenylic salt detection of (DRAQENDORFF) A.. ii 230. etliylie salt. rotatory power $c. of (PRRKIN) T. l126,112?,117C 1238. melting point of the (v. SCHNEI- DEB) A.. ii 290. I molecutar volume of in organic 1 EolventJ (YICOL) T. 143; P. 1 1895 237. A. i 435. and HALL) A. it 159. MANN) A.. ii 244. (PERKIN) T 1126,1200 1243. MANX hCTURE) ’j’. 6%S. benzoic derivative of (LXMPRICHT) Salicylic acid guaiacol salt detection of methylic salt magnetic rotatorr powers &c. of the ( PERKIN) T!. 1126 1227,1176 1338. compound of with aluminium chloride (PELZRIER) A.i 354. in Po Zygala root (SCHNEEGAN s 1 A. ii 328. a-naphtliylic salt detection of (DEA- GENDORFF) A ii 279. B-naphthj lic salt detection of (DRA- QENDORFS) A. ii 279. phenylic sait cornponnci of with aluminium chloride (PERRIER) A. i 354. tolylic salts detection of (DRAGEN- DORFF) A. ii 280. Salicylic acid detection of iu beer (SCHOEPP) A. ii 227. Sulicylic acid Lhio- methylic salt (VOS- WIXEEL) A. i 378. Saligenin cornpound of with antipyrine (PATEI~ and DUFAU) A. i 651. Salivih of dog and horse absence of thio- cjanates in (MTTNK) A. ii 50. Salivary glands effect3 of extirpation of (SCHAFER and MOORE) A. ii 438. Salinine (KOSSEL) A. i 582. Salriion prot arnine from spermatazoa of Salt deposits of Argentina (SCHICKEN- Salts action of metnllic on the lartic fermentation (CHASSEVANT) A.ii 122. ethereal action of hydrazine on (Cun- TIUS) A. i 339. poieonous effect of various on a l p rtird infusoria (BOKORNY) A it 6‘6s. Salvadorite from Chili (HERz) A. ii. 368. Samarium group a new element of the (DEMAR~AY) A. ii 475. Saniarskite from the Uratls (CHRI~T- SCHOFF) A. ii 567. Saiidaraooiicr acid its salts and rtcetyl and benzoyl derivatives (BALZER) A. i 493. Sandstone Berea grit analyaes of (MA- BEHY and DUNN) A. i $29. Santalenic acid (CHAPMAN and BUR- Santalal oxidation of (CHAPMAN and Santal-wood oil analysis of (PARRY) Santonic acid specific rotation of (AN- mono- and di-acetyl derivatives of (DRAGENDOEFF) A. ii 278. (KOSSEL) A i 582. DANTZ) A. ii 480. GESS) P. 1896 140. BURGESS) P. 1896 140. A. ii 400.DREOCCI) A i 182. (FRANOESCOKI) A i 377.INDEX OF SUBJKCTS. 7 003 kso-Santonic acid and its methylic and ethylic salts (FRANCESCONI) A. i 3’78. met@-Santonic acid and its oxime and acetyl derivative (FRANCESCONI) A. I 3’78. ethylic salt of and its oxime (FRAN- CESCONJ) A. i 3;s. Santonide (FEANCESCONT) A. i 3‘78. Santonin specific rotation of (ANDRE- OCCI) A. i 182. reduction of (ANDHEOCCI) A. i 183. meta-Santonin (iso-santonm) and its oxime (FRAN( ESCOKI) A. i 3’77. I-Santonous acid its methylic and ethylic salts and benzoyl derivative (ANDHEOCCI) A. i 184. a-bronio- and its ethylic salt (ANDRE- OCCI) A i 184. sodio- ethplic salt of (ANDBEOCCI) A. i 184. Santonous acid racemic methylic and Scopolamine and its salts properties of a new alkaloid in comniercial (HESSE) Scopoleine of tropic acid and its acetyl benzojl and cinnamoyl derivatives ( ~ I E K c K ) .A.. i 65. Scopolib~ ntroToides scopolamine in (LEBOLDT) A. i 514. A. i 656. ( J ~ E R c K ) A. i 65. A i 65. japonica scopolamine in (MERCK). Scopoligenine and its salts and nitroso- derivative (LUBOLDT) A i 615. Scopoline and its salts (LUBOLDT) A. i 515. Sebacic acid from the oxidation of dehydroundecylenic acid (KRAFFL‘) A. 1 665. Secale. See Agricultural chemistrj. (Appendix .) Secrztion causes of in the kidne! (TAXMANN) A. ii 618. from trachea acticn of drugs on (CALVEL~T) A ii 667. Seeds effect of alkaloids on the ger- mination of (Mo~,so) A. ii 3%. ungupko from i’dano fatty acids front (HI~ERT) A i 688. occiirrence of philothion and laccisc in germinating (REP-PAILEADE) A.ii 326. phosptiorised constituent of plant (SCEULZE and WINTEBSTEIN) i. i 516. Seeland it e from Carinthia ( BRUNLEC H - NER) A. ii 256. Selenanthrene dioxide. See Diphenylrne diselenoxide. Selenium :- Bydrogcn selenide formation and dissociation of (PELABON) A il 96. heat of formation of (P~LABON) d. ii 96. action of carbonyl chloride 011 (BESSON) A. ii 359. Selenic! acid preparation of (MRTL- NER) A. ii 642. reduction of by hydrochloric acid and by potassiuul bromide ( G O O C ~ and SCOVILLE ; GOOCH and EVANS) A. ii 125. reduction of by hydriodic acid (GOOCE and HEYNOLDS) A. ii 124. estimation of (GOOCH and PEIRCH) A. ii 334. Selenious acid reduction of by hydr- iodic acid (GOOCH and &EY- NOLDS) A. ii 124. estimationof (GOOCH and PEIRPR) A.ii 334.1004 ISDEX OF SUBJECTS. Sefenium detection of arsenic in the presence of (DAWYDOW) A. ii 219. estimation of gravimetrically (PEIRCE) A. ii 673. Selenodiace tic acid electrolytic condttc- tivity of solutions of (Lov~N) d. ii 413. Seniianiline. See Phenylenediamine. Semicarbazide (CURTIUS) A. i 340. preparation of (‘~‘HIELE and HEUSER) liydrochloride (CURTIOS and HELDEN- Seminaphthalidine. See Naphtfiylene- Senarmontite from Sardinia (LOVISATO) SePicitc from Bohemia ( HIBSCH) A. ii from British Columbia (HOFFMANN) Serpierite from Laurion (FREXZEL) Serpentine origin of (KONINCK) A. ii from Zermatt (ASTON and BONNEY) after aniphibolite from New South action of dry hydrogen chloride on nickel-bearing from Zermatt (ASTON Serum method of rapidly dcsiccating Serum-albumin.See Albumin. Sesame oil oxidisability of (BISHOP) Sesqulterpene from oil of lignaloes ( BARBLEX and BOUVEAULT) A. i 55. SPIVEY and EASTRRPIELD) T. 568 ; Y. 1896,’76. Setaria gerrnan potash and phosphoric acid required by (SMETS and SCHREI- BER) A ii 384. Sheep. See Agricultural chemistry. (Appendix.) Shonkinite from Montana (WEED and PIRSSON) A. ii 192. Silicate rocks barium and strontium in (HILLEBRAND) A. ii 191. Silicon ci jstttlliaed (DE CHALMOT) A. i i 560. action of on metals (VIQOUROUX) d. ii 600. action of on silver at high tempera- tures (MOISSAN) A. ii 174. Silicon tetrachloride action of potns- sium bromide on (SNAPE) A. ii 641. A. i 208. EEICH) A. i 143. diamine. A. ii L83. 534. A. ii 258. A. ii 111. 481. A. ii 612. Wales (JAQUET) A. ii 534.(LIXDER) A ii 369. and BONNEY) A. ii. 611. (MARrIE) d. ii 263. A. ii 399. CI,H from Charas (WOOD Silicon tetrachloride action of sodium and p-bromodimethylaniline on (COXBSS) A. i 417. Silicon chloroform preparation of from copper siiicide and hydrogen chloride (COMBES) A. i 416. action of aniline on (COXBES) A. i 416. action of sodium and p-bromodi- methylaniline on (COMBES) A i 417. Hydrofluosilicic acid estimation of in hydrofiuaric acid (STAHL) A. ii 621. Silicon oxide (silica) an artificial form of (RINNE) A. ii 368. solubility of in spring water (ED- WARDS) A. ii 246. Silicates optical properties of earthy and oompact (LACROIX) A ii 187. a new mineral (CES~RO) A. ii 481. containing fluorine analysis of (REICH) A. ii 531. decompoeition of by boric mid (JANNASCH) A.ii 219 ; (JAN- NASCH and HEIDENREICH) A. li 576. decomposition of by hydrofluoric acid (ALLEN) A ii 575. estimation of water in (JANNASCEB and WEINGARTEN) A. ii 272. separation of barium sulphate from (DE KONINQH) A. ii 275. separation of qoartz from (Lois~x$ A. ii 275. Silicon estimation of in aluminium (MOISSAN) A ii 339. Silk absorption of dilute acids by ( WALRER and APPLEYARD) T. 1334 ; P. 1896 147. Silkworm conversion of fat intoglycogel- in (COIJVREUR) d. ii 31’7. Sillimanite. See Fibrolite. Silver extraction froin lead by electro- lysis of (TOMMASI) A. ii 603. silver chloride cell temperature coeE- cient of the E.X.F. of (Lov~N) A. ii 635 specific heat of (BARTOLI and STRAC- CIATI) A. ii 145. melting point of (HOLBORN and WIEN) A. ii 87.diffusion of in rnercwy (ROBERTS- AUSTEN) P. 1896 219. so?ubility and rate of diffusion of in mercury (~~UMPHREYS) T. rate of diEusion of through tin ( a R ~ ~ ~ ~ ~ ~ - d ~ ~ A ii 592. action of nitric acid on (HIGZEY and DAYIS) A. ii 560. 247; P. 1896 9.ISDEX OF Silver action of on silicon a t high tern- peratures ( MOISSAN) A4. ii 174. Slilver-alloys with cadmiurn zinc tin antimony melting points of (GAUTIER) A. ii 646. with gold solubility of in potassium cyanide solutions (MACLAURIN) T. with aluminium (GAUTIER) A. ii Silver amidoferrocyanide ( HOFXAXX) amidosulphonate (DIVERS and HACIA) chloride fused electrolysis of (LO- BESZ) A. ii 23. solubility OF in potaesiuni cyanide (COHEN) A. ii 167. solubility of in sodiuni tliiosulph- ate (COHEN) A. ii 167. solubility of in tellurium tetra- chloride (KNIGHT) A.ii 613. cltlorate action of nitric oxide on (AUDEN end FOWLER) A. ii 1’72. clirornate action of nitric oxide on (AUDEN and FOWLER) *4. ii 172. hydroxide electrochemical prepara- tion of (LOREXZ) A. ii 647. sodium irnidosulpkonates (DIVERS and HA~A) T. 1626. iodate action of nitric oxide on (AKJDEX and FOWLER) A. ii 172. mercuric iodide decomposition of by heat (BAuR) A. ii 146. meteplumbate (GSiiTZNER) A. ii 248. nitrate electrical conductivity of solutions of in acetone (LASZ- CZYNSPI) A. ii 555. electromotive force required to olectrolyse (JAHN) A ii 230 231. electrolysis of a! solution of in ace- tone (LASZCZYNSKI) A. ii 556. velocity of the reaction of ethylic iodide on in alcoholic solution (CHININELLO) A.ii 354. magnesium nitrite (SPIEQEL) A. ii 360. ruthenium iiitrosobromide and nitro- sochloride ( BEIZA~~D) A. ii 566. oxide reaction of hydrogen peroxide with (RIEGLER) A. ii 471. action of nitric oxide on (AUDEN and B?WLER) A. ii 172. peroxide (SULC) A. ii 521. elcctrodes in galvanic cells (TOWER) A ii 142. peroxpitrate (MULDER and HER- INGA) A. ii 561. VOL. LXX. ii. 1276 ; P ,1896 149. 602. A. i 69. %. 1647; P. 1896 181. SUBJECT 5. 1005 Silver pernianganate action of nitric oxide on (ATDEN and FOWLER) A. ii 172. ii 644. ii 473. sodium pyraphosphate (STAXCIE) A. thiopyrophosphate ( FERRAXD) A thiophosphite ( FERRAND) A ii 41s. silicide (CHALXOT) A. xi 362. sulphate product of the electrolysis of an ainmoniaeal solution of (.GROSS) A. ii 472. action of nitric oxide on (ATDEN and FOWLER) A.ii 172. sulphide action of infra-red rays on (RIGOLLOT) h. ii 3. electrochemical preparation of (LORENZ) A. ii 6423. electrolytic experiments with (GRoss) A. ii 521. physical change produced by gently heatirig (SPRING) A. ii 290. double sulphide of gold and (MAC- LAURIN) T. 1271; P. 1896 149. cyanide compounds of x-ith cyanides of the alkalis and alkaline earths (VARET) A. i 633. cpnoform (SCHMIDTXANX) A i 458. Silver detection of microchemicdly (TEAUBE) A. ii 578. estimation of by Bay-Lussac’s method (HOITSEMA) A. ii 624. estimation of in copper and copper matte (SMXTE) A. ii 76. separation of from gold by volatilisa. tiou (RICHARDS) A. jii 674. separation of from zinc nickel and cobalt electrolytically (QXITR and WALLACE) A. ii 220.Skin causes of respiratory exchange Skleroklase. See Sartorite. Slag basic crystalline constituents of (CARNOT) A. ii 522. effect of on germination (CLATJDET and CROCHETELLE) A. ii 442. estimation of citrate soluble phos- phoric acid in (WAGNER) A ii 448; (Passoru) A. ii 5’75; (DUB- BEES) A. ii. 673. estimation of phosphorus in by citraf e process (MACH and PASSON) A. ii 389. See also Agricultural chemistry (Appendix). Slag tin analysis of (BAILEY) A ii Smaltite from Sardinia (LOTISATO) Silver allylide (KEISER) A i. 458. through the (REID) A. ii 42. 451. A ii 183. 691006 r N m x OF SUBJECTS. Soap analysis of (SPAETH) A. ii 400. detection of in lubi*icnnts ( SCRWBITZCB and LTNGWITZ) A. ii 400. estimation of plienol in (Fmmsirs and HAKIN) A. iC 550. Soapy behaviour Gf as crystalloids and colfoids (I(R4FPT and WIGLOW) A.i 80. bchavionr of with water (KRAFFT and XIGLOW) A. i SO. Sobreritritol oxiclation of and its hydrate (GINZBERG) A. i 44.6. Sobrerol constitution of (TILDES) T. 1014. oxidation of and its diacetate (GIXZ- BERG) A. i 446. from t rih y d roxymen than e (G I s z - BERG) A. i 447. Sobrerone. See Pinol. Soda-berzeliite from Lbngban Su-eden Sodaiitc from Canada Urals and Africa (LUQUER and VOLCIENTNG),A. ii 37. HORXE) A ii 117. 190. (SJOGREN) A ii 113 from Naples (B’RAXCO) A ii 313. from North Scotland (TEALL a.nd formula of (RAMMELSBERG) A. ii Soda-richterite from LPngban Sweden (SJOGREN) A. ii 114. Sodioacetoscetic acid. See Acetoacctic acid sodio-. Sodioace t ylacetone. See A cet ylacetoa e sodio-. Sodiccyanoform.See Cyanoform sodio-. Sodiodesmotroposan tonous acid. See Desmotroposantonous acid. Sodiodimethylpropanetricarboxylic acid. See Dimetliylpropanetricarboxylic acid sodio-. Soctioethylmalonio acid. See Ethyl- malonic acid sodio-. Socliomaionic acid. See Malonic acid sodio-. Sodiomethglmalonic acid. See Xethyl- iiialonic acid sodio-. Soctioisopropglmalonic acid. See iso- Propylmalonic acid sodio-. So lioisopropylpropanetricarboxylic wid. See iso-Yropylpropanetricarb- oxylic acid sodio-. 8odiosantonous acid. See Z-Santonous acid. Soilium fluorescence spectrum of the vapour of ( WIEDEMANN and spark spectra of the salts of (DE GRAMONT) A. ii 585. presence of in aluminium (NOISXAN) A. ii 301. SCHMIDT) A ii 346. odium - Sodamide synthesis with derivatives of (BLACHER) A.i 38. odium salts action of on c-oagulatlon of milk and blood (RINGER) A. ii 49. mnidosulphonate preparation of from sodium nitrite (DITERS and XAGA) T. 1646. clectrolytic conductivitj- of (SAIL- RBI) T. 1657; P. 1896 181. selenoarsenate (SZARVASP) A. ii 98. ~iionoselenoarsenatc (SZARTASY) A‘ ii 98; (WTErxLmD and RUXPF) A ii 473. osyselenoarsenate (CLEVER and MUTHNANN) A. ii 19. thioselenoarsenate (OLEVER and MUTHXANN) A. ii 19. thioareenate (McCAY) A ii 359. rnonothioarsenate ( WEINLAND and RUMPF) A. ii 473. ditliioarsenate (WEIKLIND and RUMPF) A ii 473. selenoarseiiite (CLEVER and MUTE- XANN) A. ii 19. thioantimonate preparation of (PRUNER) A. ii 565. bromide thermochemical data of the compound of mercuric cyanide with cmborate formation of in uaturc (TANATAR) A.ii 419. freezing points of dilute solutions of (LOOMIS) A. ii 352. mEgnesium carbonate (SCHULTES) A ii 610. chlorocarhonate (SCHULTET) -I. ii. 610. chloride heat of solution of (\-ox STACEELBERG) A. ii 589. freezing points of aqueoub solu- tions of (PONSOT) A ii 412. freezing points of dilute solutions of (ABEGG) A. ii 588. influence of pressure on the solu- bility in<water of (VON STACKZL- BERG) A. ii 638. See also dgricultmral ehemistr? (Appendix)’. hydrosulphide estiniation of in pre- sence of the sulphide (DOBRINCK and SCHBAXZ) A. ii 672. hydroxide heat of combination of with water in the liquid and solid states (PICKEEING) A. ii 148. Fapour pressures of in ethylic alcohol solution and the products obtained by evapomtion (LES- COEUR) A. i 114.estimation of in presence of the sulphide ( DOBRTNER and SCHRANZ) A. ii 673. (VARET) A. ii 88.WDEX OF SUBJECTS. lo07 Sodium imidosrrlphonstes ( DIVEXS and IXAGFA) %. 162 1 ; Y. 1896 179. barium iniidosulphonates (DIVERS and HAGA) T. 1622. calcium imidosulphonate (DIVERS and RAGA) T. 1626 j P. 1886 179. mercury iniidosulphonates (DIVERS aud HAQA) T. 1629 ; P. 1896 1’19. silver imidosulphonate (DIVERS and strontium imidosulphonate (DIVERS and HAGA) T. 1625; P. 1896 1’79. iodide thermooheniical data of the action of mercuric cjanidc on (VABET) A ii 148. molybclate electrolysis of (STATEN- ~IAGBN and ENGFELS) A. ii 28. iodomolybdate (CHR~TIEN) A. ii 651 nitrate thermal expansion of solu- tions of (DE LANNOY) A ii 233. freezing points of dilute solutions of (Looms) A ii 352.effect of on germination (CLAUDEL and CROCHETELLE) A. ii 442. See also Agricultural chemistry (Appendix). peroxide formation of in the electro- lysis of solutions of sodium hydr- oxide (RICHARZ and LOXNES) A. ii 586. monohydrogen phosphate dissocia- tion pressure of hydrated (MULTBLER- ERZBACH) A. ii 295. hydrogen phosphate hydrated tran- sition point of (BAoR) A. ii 146. silver pyrophosphate (STAFGFE) A. ii 644. triphosphate (STANGE) A. ii 643. copper triphosphates (STANGE) A. ii 643. fei*rous triphosphate (STANGE) A ii 643. 1 ead (STANGE) A. ii 644+. manganese triphosphate (STANGE) A. ii 643. magnesium triphosphate (STANGE) A. ii 643. triphosphide and its ammonia com- pound (XUUOT) A. ii 20. persulphate molecular formula of (L~WESHEEZ) A. 5,149.selenide (CLEVER and MUTHXANN) A. ii 19. sulphate freezing points of dilute solutions of (LOOMXS) A ii 352. H90A) T. 1628 triphosphat e -pyropliosph st t e Sodiuin sulphstr lydrated depression of the melting point of (L~~WEX- mmzj A. ii 149. Tiscosity of aqueous solutioons - of (D’ARcY) ‘l‘. 999; P. 189€l 104. condition of in solution ( D’ARcY) T. 993; P. 1896,lM. double salt of amidosulphonir acid nnd (DIVEBS and EAGA) T. 1646. sulphidc estimation of in p~-cscnce of’ the bydrosulphide (DOB~~IXER and SCERAXZ) A. ii ti?%?. estimation of in presence of the hydroxide (DOBRINER and SCHRANZ) A. ii 673. sulpliides oxidation of by electrolysis (DURXEE) A. ii 559. thiosulphate solubility of in alcohol (PARMENTIER) A. ii 359. metatungstate physical propcrtks of (SOBOLEPF) A ii 478.ammonium psratungstates (HAL- LOPEAN) A. ii 652. phosphododecstungYtste phjs?cal properties of (SOBOLEFP) A. ii 477. Sodium aminoferrocyanicle (HOFXANB) A. i 518. and the products of the action of nitrogen oxides on (HoFNAx’P~) A. i 69. antimoniomccate (HENDEXSOX and BARR) T. 1453 ; P. 1896 168. srsenite ferrocyanide (HOFMAXN) A. i 518. chromothiocyanate a;bsorption E ~ I I C - trum of (MAGNANINI) A. ii 345. ethoxide vapour pressures of in ethylic alcohol solution and t i e products obtained by evapora6on (LESC~EUR) A. i 113,114. Trisodium ferrocyanide ( I~OFXANX) A. i 517. action of ammonia on (HOFXANN) A i 518 519. action of nitric oxide or sodium nitrite on (HOHXANN) A. i 518. Sodium molybditartrate (HENDCRSOH and BARR) T. 1465; P. 1cB13B 169. nitroferrocyanide (raitropmcsside) ac- tion of sodium amalgzm of gas- eous ammonia and of the et%yL amines on (HOFMANN) A.i 6!l 70. action of hydroxylamine a d sodium hydroxide on (Hm- XANN) A. i 519. 69 -21033 ISDES OF SVBJECTS. Sodiurfi iiitroferrocyanide (nitropvus- side) action of phenylhydrazine on (HOPMANN) A. i 517. action of potassium cyanide on (Ho-~wAxN) A. i 519. action of sodium arsenite on (HOF- XANN) A i 518. adion of sodium hydrogen sulpliite on (HOFXANX) A. i 197. nitrosoferrocyanide probably contains an osimido-group ( HOFMAR”) A i 269. action of .sodium hydroxide on ( HOPMANN) A. i 269. o h t e boiling points of alcoholic solutions of (ERAFFT and STRUTZ) A. ii 467. running together and healing of crystals of (LEHMANN) A. ii 160. tl iorymate electrical conductivity of solutions of in acetone (LASZCZYXSEI) A.ii 555. electrolysis of a solution of in ace- tone (LASZCZYNSKI) A. ii 556. tungstitartrate (HENDERSON and BARR) T. 1456 ; P. 1896 169. Sodium estimation of in aluniiniuni (MOISSAN) A ii 339. estrniation of in fire-clays manures Rcc. (CAMERON) A. ii 392. Soj:k bean. See Agricultural chemistry (Appendix). SOIIQ. See Agricultural chemistry (Appendix). Solid solutions. See Solutions solid nil4 Ifeat freezing point. Solvthihty mathematical treatment of (VAN LAAR) A. ii 154. t15 temperatures near the freezing point of the solvent (ARCTOWSKI) A. ii 353. iiifluence of pressure on (TON STACEELBERG) A. ii 637. of substances under pressure apparatus for determining the (WALTER) A. ii 297. of solids in gases (ARCTOWSEI) A ii 635.of optically active substances in active solvents (TOLLOCZKO) A. ii 636. ul optical isomerides (WALDEN) A. ii 553. af nietals and alloys in mercnry (HUMPHREYS) T. 1679; P. 1896 220. of mixed crystals (XTORTENBEKER) A. ii 13. of ammonia in water a t different temperatures (KOHOWALOPF) A. ii 351. . Solubiiitg of carbonic anhydride in aniline (KONOWALOFF) A. ii 351. of ether in watcr diminution pro- duced by dissolving foreign snb- stances in the etber of the (Tor,- LOCZKO) A. ii 636. of nitrous oxide in water and in solutions of sdts (GORDON) A. ir 154. of silver and of copper in memnry (HUXPHREYS) T. 247; P. 1896,9. Eloluhon dynalnical condition of mole- cules in ( FITZGFEKSLD) ‘I? 902. Solution theory of dyeing (WALKER and APPLEPARD) T.‘ 1348; P.1896 147. Solutions mathematical treatment of the properbies of (VAN LALR) A ii 154. potential difference between dilute (TOWER) A. ii 586. theory of the conductivity of dilute (BEPETOFF) A. ii 348. influence of pressure on the electrical conductivity of (TAMXANH) A ii G. apeciac heat of (TAMMANX) A ii 289. determination of the freezing point of (WILDERMANN) A. ii 589; (Pow- SOT) A. ii 636. density of very dilute (KOHLEAUSCTI) A. ii 89. adiabatic changes in the volumes of (ROGOYSKI and TAMMANN) A. ii 514. changes of volume during the forma- tion of dilute (JONES) P.,1895,179. connection between pressure and the volume of (TAMXANR) A. ii 13. colloidal theory of (KBAFFT) A. ii 468. separation of pure ice from dilute (ZOPPELLARI) A. ii 514. condition of sodium sulphate in aqueous (D’ARcY) T.993; P. 1896,104. of organic substances magnetic rotn- tory power of (PERKIN) T. 1052 ; P. 1896 122. of salts connection between concen- tration and conductirity of (VAN’T HOFF)? A. ii 143; (STORCH) A 11 288; (KOHL- RAUSCH) A. ii 295. thermal expansion of (DE LANNOT) A. ii 233. influence of on water of cz-ystal- lisation (BRAUNS) A. ii 111. influence of acids on the proteolvtic digestion of (DASTRE) A.; ii 118.IXDEX OF SUBJECTS. 3 009 Solutions solid furmation of in freez- ing point determinations (GAR- ELLI) A. ii 292. formed by non-isomorphous sub- stances (GARELLI) A. ii 469. influence of the constitution of organic substances on the for- ination of (GARFLLI) A. ii 157. See also Heat freezing point. 8ophora angustifolia matrine the alkaloid of (PLUGGE) A.i 68. speciosa occurrence of cjtisine in and other plant of same natural order (t’LFictGe) A. ii 61. Sorbic acid discovery of (HoFnfAxN Sorbinooe action of oxalic acid on Sorbitol tviacetone derirative of Sorbose formation of by miwobes (BER- Sorboseainine (DE BRUYX an3 TAX LBEBT) A. i 586. Sorbus non-existence of eorbose in juice of various varieties of (BERTRAND) A. ii 494. Sow-beans alcoholic extract from (RITT- JIAUSEN) A. i 416. Sparteine Constitution of (IIERZIG and MEYER) A. i 68. Speci6c gravity. See Density relative. Specific inductive capacity. See Elec- Spectrum. See Light. Spergula arcensis potash and phos- phoric acid required by (SMETS and SCHREIBER) A. ii 384. Spermatozoa separation of thymin f coin ( KO~SEL) A.ii 537. Sperrylite from Ontario (WALKER) A. ii 366. Spessartite From Bodenninis Bsraria ( WEINSCHENK) A. ii 310. Sphane from thc ’&pol (SOLTMANK) A. ii 374. Spherulites and matrix of rocks (HYND- XAX and BONNEY) A ii 614. Sphingosine ( ~‘HVDICHUM) A i 400. Spirit rectified estimation of fusel oil 111 (GLASENAPP) rl. ii 27’7. Spirits estimation of alcohols and LECTURE) T. 6913. (KIERXAYER) A. i 145.. (SPEIER) A. i 7‘7. TRSXD) A ii 494. tricity dielectric constant. Spirqqgrcz cieteetioii of a proteid stib- stance in cells of (LOEU) A ii 58. Epocliositc from Nordmnrk Swedcn ( KORDEKSRTOLD) A. ii 255. Squash edestin the proteid in (Os- BORSE and CAXPBELL) A i 716. Stac1i;rdrine and its constitutioii and derivatives (JAHXS) A. i 712. Slnchys tzdert f era s tach ytlri ri e f ,*om (JAIINS) A j 712.Stonl,cos,} S tannie. See under Tin. Starch formation of from sagw in plants (GRUSS) A ii 50. potato- hydrolysis of (Bu~ow) A i 273. aetioii of diastase on (ULRICII) A. i 336 ; (MITTELXETER) A i 336. action of diustase on in chlorotorm solution (BULOW) A. i 2’7 k. attion of glycerol on (ZULKOWKKT and E’RABZ) A. it 120. action of glyoxylic acid on (Bo’~:~TITJ- GER) A. i 5. influence of on metabolism (W1cxx and WEISKB) A ii 535. reducing power of on ammoninml silver nitrate (HENDERSON) T. 151; P. 1896 9. Starch. See also -4gricultural chemis- try (Appendix). Starches. See also :- Otrlic inulin of ; Glycogen ; I :3 d i n ; Stearamide (DIXON) T. 1602. Yteeric acid from rapic acid (ZELLLXER) A. i 593. from tariric o‘r stearolic acids (AR- ~ A U D ) A.i 522. action of light on (RICHARDSON a ~ d FORTEP) T. 1349. action of sulphur on (ALTSCHYL) A . j 126. lxhariour of alkali salts of with ~ a t e r (KRAFFT and WIULOW) A. i 80. Stearic chloride action of lead tb io- Stenrolic acid (BEEREND) A i $10. Jecorin ; S tarch . cyanate on (DIXON) T. 1599. action of phosphorus and hydrioclic ac.id on (ARXAVD) A. i 522. UUCClIUpVGllG bljA.L?gV l l V l l l U C i & L I # I b * volatile acids in ( D u c ~ A n x ) A ii ’ palustre (HJELT) A i 248. 504. 1 Stenroxylic acid,constitutionof (SPIECH- estimation of fusel oil in (STUTZER 1 of wine estimation of aldehyde in i S. salirifolia existence of gsulthe- rase in (BOTEQUELOT) A. ii 540. E R W ; . ~ N ) A.,’ i 410. ] G O 3 and MAUL) A. ii 504. 8tesr.vlbenzidide (DIXOX) T.1602 (MEDICUS) A. ii 505. Spirma ulmaria S. filipendda and anti the action of silver nitrate on Q 6-S t earyl-a-naphtli~lthiocarbam~de (D~soa) T. 1601 ; P. 1896,223. I3 010 INDEX OF SUBJECTS. $teai~1-a-nsphthyluI;ea (D~xos) T. f G Q l ; P. 1896 223. *t-Steai$-v-phenjlbenzylthiourea and &ion of silver nitrate on (DISON) T. 1602 ; P. 1898,233. a-Stearjl-6-phenjlbenzylurea ( DISOX) T. 1602 ; P. 1896 223. Xtcarylthiocarbimide (DIXOX) T. 1599. action of ammonia benzylamine henzylaniline a-naphthylamine phenylhydrazine piperidine o-tolu . idhe and m-xylidine on (DIXON) Y. 1601 1602. ab-Stearyl- o-tolylthioearbamide and the iwtion of silver nitrate on (DIXOK) T. 1600; P. 1896 223. Sr mql-o-tolylurea (DIXON) T. 1600 ; Y. 189e 223. as-S tea9 1-m-xyly lthiocorbamide and tfic action of silver nitrate on (YIXON) T.1600; P. 1886 223. wh-StearS1-m-xylylurea (Drxox) T. 1601 ; I?. 1896 223. Sfeel. 8ee Iron. Stcphanite from Broken Hill K.S.W. (SNITR) A. ii 30. Starculz'a pCantanzifoZia occurrence of amban in the mucilage of (YOSEX- XUTBA) A ii. 60. Xtrreocaulic acid occurrence of (ZOPP) A i 204. Stereocaulon occurrence of stranoric acid in different species of (ZOPF) A. i 103. Sternbergite from Broken Hill N.M.W. Stibetbyl. See TriethylRtibine. Shibnite capillary (LASPEYRES and KAISEE) A. ii 660. from Queensland (LIVERSIDGE) A SJ ilbene (d@henyZpthp?ene) msguctic rotatory power &c. of (PERKIN) T. 1150,1225 1246. a arid P-dibromide (WISLICENUS and ~ E L E R ) A. i 98. dihromide action of sodium benzene- enlphinate on (OTTO) A.i 24% S! ilbeuedisulphonic acid nitroso- re- duction of with ferrous sulplzate anil oxidation of with cliromic acid (Frs- trim and Hmr) A i 51. Slilbttc from the Caucasus (ZEXJAT- (SMITH) A. ii 30. ;I; 657. SCHENSPY). a.. ii. 369. from Thurih& ' (~ROMME) A. ii 870. Stinkstone. See Anthraconite. Sf,ii*rer autopneumatic (BREARLES) A. Stotnwh digestion in (SJo&ursT) A ii; 671. ii 483. Stomach causes of the formation of gases of human (WIssm) A. ii Straw carbohydrates of barley- (CROSS REVAN and SMITH) T. 1604; Y. 1896 174. Straws existence of xglose-formal in the eellulose of cereal- (CROSS BETAS and SXITH) T. 815; P. 1896 96. Stromeyerite from Broken Hill N.S.W. (SXITH) A. ii 30. Strontianite from Ontario (HOFTMAX~) A. ii 259. Strontium in rocks (HILLEBRAKD) A.ii 191. compounds purification of (S~RES- SEN) A. ii 380. salts influence of on blood coagula- tion (HORNE) A. ii 437. bromide thermochemical data of flle (*ompound of mercuric cyanide anil (VARET) A. ii 88. oxybromide thermocheniieal data of (TASSILLY) A. ii 465. iiuidosulphonates (DITICRS and HAGA) T. 1622; P. 1886 1'79. iodide hydrated thermochemicnl data of (TASSILLY) A il 350. thermochemical data of the action of mercuric cyanide on (VARET) . A. ii 148. niobate (LARSSON) A. ii 664. nitrate thermd expansion of solu- tions of (DE LANNOY) A. ii 233. oxide (drontia) crystallised (BR~'- GELMANX-) A. ii 167. Strontium estimation of volumetrically by alkalis (RUOSS) A. ii 500. separation of calcium and barimii from (DUPASQUIER) A. ii 450. Stvophanthus a glucoside from species of (FRASER and TILLIE) A..i 366. hi.spidzts seed oil analpis of (MJOES) 9. ii 506. Strychnine effect of on the germination seeds (Mosso) A. ii 326. effect of on plant development (OTTO) A ii 311. sulphur compound of ( HOFMAXLU LECTURE) T. 519. Sti~jchnine detection of (iMAX9Ic- WICZ) A. ii 344; (FORM~NEK) A. ii 401. detection of in corpses (SPAETH) A. ii 506. estiniation of nitrogen in by the absolute metbod (DUNSTAN and CARR) P. 1896 43. acid in (KOEPPE) A. ii 376. 196.INDEX OF SUBJECTS. 1011 Sturgeon protarnines from the sperm of (KOSSEL) A. i 582. ‘ Sturine (KOSSEL) A. i 582. Styrene (cinnanzeae) magnetic rotatory power Qc. of (PERPIN) T,. 1143 1149 1226,1246. nitrosite amaonia derivative of (Sox- MER) A. i 295. nitrosite and its hydrochloride (SOX- MER) A.i 295. P-dtyrene nitrosite and its silver salt (SOMNER) A i 295. Stjryl methyl ketone (benzylideaeacet- o m ) magnetic rotatory power &c. of (PEREIN) T. 1145,. 1229 124’7. reductioii of (HARRIES and ESCKES- BACH) A. i 306. Suberic acid azoimide of (CURTIUS and CZEMM) A. i 464. lirdrazide of (CURTITS and’ CLEMX) A i 464. Sublimation in the cathode-light -racuum (XRAFFT and WEILANDT) A. ii 635. velocity of iodine (ARCTOW&) A. of mercury haloid salts (ARCTOW- Substance C4H,N303 from hydroxyl- amine and glyoxal (MIOLATI) A i 276. C,HsN2SBr from the action of bro- mine on allylthiourea (DIYON) action of caustic alkali on (DIXON) C,H?N,ST from allylthiourea and iodine (DIXON) T. 25; I?. 1895 216. action of caustic potash on (DIXOS) T.26 ; P. 1895 216 action of silver chloride on (DIXON) ii 636. SKI) A. ii 635. T. 19; P. 1895 215. T. 19. r T. 25. C,H8N,SC11 from C,H,PU’,SI and silrer chloride (DIXON) T. 25. CcHcOs from action of oxalic acid on levulose (DULL) A. i 121. C,H,N,O from acetoneoxime and hydroxylamine hydrochloride (Jo- VITSCIIITSCH) A. i 79 C;HSN3O3 from sulphuric acid ancl 4 5-oximidometh~lisoxazolone (JOVITSCHITWIZ) A. i 82. CjHSN2 from formaldehyde and ex- cess of ph enplhpdrazine (WALKER) T. 1282. action of sodium ’ethoxidt! ancl sodium on (WALKER) T. 1283. action of excess of forinaldehj-de on i (n-ALI\IER) T. 1884. i Substance CjHl,N,O from the hydro- bromide of ethjlic hexahydroantlir. anilate amide (EINHORN and BULL) A. i 472. CSHlOO9 from dihydroxymaleic acid and hydrogen bromide in presence of acetic acid ( FEXTON) T.559. CsH14iY202 from the action of heat on liydrazidodiisobutric acid (THIELE and HEUSER) A. i 341. C8Hl~0 derived from imbutaldehyde (FRANKE) A. i 404. CBHIFOI froni the action of alcoliol and zinc dust on dibromodipropyl- isopropylic alcohol (OBERREIT) A. i 666. CJI1?Oe,C2H,O3 i- H20 from gly- oxylic acid and glucose (Bom- TINGER) A. i 6. CsH1eN,Q4 from the action of hydm- zinc hydrate 011 ethylio succin- ainidoacetite ( RADCSIIAUSEN) A. i 13s. C9HcN20 from hippurylazoimido (CURTICS) A i 38. CloHJoO or c,0~r1202 from oil of aniseed (BOUCHARDAT and TARDY) A. i 380. C1,-,H13X06 from trans-r-camphanic acid (KIPPING) T. 961. Cl,H,,O from the action of sulphiiric acid on cthylic a-acetyl-al-isobut,yl- succinate (AUWERS and SCHIFFER) A.i 646. C10H1603Bi:_? from oxymenthylic acid and bromine (BECICXANN and MERRLANDEB) A. i 312. Cl,H,;Br3O from Z-nzenbhone and bromine (BECKMANN and MEHR- LAKDER) A i 312. ClOHl8O2 derived indirectly from iso- butaldehyde (KoHN) A. i 10. CcH1206,2C,H,0 from levulose and glyoxylic acid (BOETTIBGXR) A. i ti. C10H2002 from the cthereal oil of Pker Lomong (PEIXEXANN) A. i 493. CloH200.1 f r o z the action of potash on isovaleraldehycle (KoHN) A. i 461. Ci3Hi604Cu obtained from the a-cop- per derivative of ethylig hpdroxp- metliylenephen~lacetate (WISLI- CENTJS) A. i 554. oxime conversion of into dihydr- oxyacetyldimethylnaphthalene and behmiour of towards ammonia (CormE and WILSXORE) T. 300 ; I?. 1896 47. C14H1604 from diacetylacetone,1012 IXDEX OF SUBJECTS.Substance Cl4HI6N4 froiu methene- hydrazone and ethplic acetate (WALKER) T. 1286 1287. C14Hl,BrN,05 from the oxidation product of camphoric acid and its calcium salt (BALBIANO) A. i 493. C,;Hlo04 from the root of Xm2e.r nepalensis (HESSE) A. i 315. Cl5Hl6.N4 preparation of two iso- meric forms of from formaldeliyde and phenylhydrazine (WALKER) T. 1280,1281. CIBH16NJ from phenylhydrazine and methylene dimethylic ether (GOLD- SCHXIDT) A. i 543. C16H1204 from the root of Bunzex Bepalensis (HESSE) B. i 315. C16hr18N4 from ethyl-o-phenylene- diamine and its hydrochloride arid carbonate (KEHRMASN and HERTZ) A. i 509. CI6Hl8N40 from phenylhydraziiie and methylene dimethylic ether and its hydrochloride (GOLD- SCHMIDT) A. i 543. Cj6HlSN4O from C,H,N and form- aldehyde (WALKER) T.12S4. C16H26’N204 from etliylic wetoacetate and piperszine (ROSDALSKY) A. i 257. ClfiH3202 derived from isobutalde- hyde (BRANKE) A. i 404. C,7H20x@ from the action of diazoben- zene chloride on hexamethjlene- tetramine (DUDEN and SCHARFF) A. i 123. C18H120B from a-hydrindone and bromine (REVIS and KIPPINO) P. 1895,214. C18H13Br02 from monobromohydrin- done (REVIS and KIPPINO) P. 1895,214. CI8Hl6O4 from the root oE Xuwex nepalensis (HESSE) A. i 315. C,,Hl,N2Br2102 from the action of alkalis on 4 l-bromhydroxyquinol- ine methiodide (CLAW and MOHL) A. i 697. C,,HlgNO4 formed by the oxidation of bebirine (SCHOLTZ) A i 710. C18HB0 from Coneolvuks orizabezcs (KROXER) A. j 385. CI9Hl2N2O3 from o-chlorobenzene- azosalicylic acid (HE WITT and ~~TEVENSON) T.1261 ; P. 1896 149. CjgHl6O4 from benzoyldiacetjfme- thane and benzvic chloride (CLAISEN and FALK) A. j 560. C2aH18N2S204 obtained by the action of etliylenic bromidc on diphenyl- s ulphon e -m-pheny lenediamine ( RINSBERO and STRUPLER) A i 48. Substance C2oH1oN2O3 from the ronden - sation of ethylic pyruvate with an]- line (SIMON) A. i 86. CP0H30O2 from arr-dibromocamphor (RETIS and KIPPIX@) P. 1896 ‘77. C21HlG04N4 from o-nitrobenzalde- hyde and o-rtminobenzylaminc (BUSCH) A. i 509. C*2H?4N203 from ethylic pyruvate andp-toluidine (SIXON) A i 86. C,HZ4N4O from acetophenonehydr- azone and formaldehyde (WALKER) T. 1286. C,13&N20 from the condensation of aniline with isoamylic pyruvate (SIMON) A. i 86. Cg4HI5X3O5 + +H,O from cyano- benzyline and nitrous acid (HER- FELDT) A i 393.c+?$HlgN5 from p-phenylenediamine and apoaafranine (FISCHER and HEPP) A. i 324. C,,H,N,O from bisnitrosodimethyl- naphthalene (CANNIZZARO and ANDREOCCI) A. i 489. C,,H20N20 from the condensation of allylic pyruvatc with aniline (SINON),’A. i 86. C,,H1,N3O0 from o-chlorobenzeneazo- salicylic acid (HEWITT and STE- VENSON) T. 1260; P. 1896 149. CEBHnN203 from the condensation of aniline with benzylic ppuvate (SIXON) A. i 86. C,jW30N203 from the condensation of p-toluidine with isoamylic pyruvate (SINON) A. i 86. CZfiHl6O2 from tetraphenylenepina- Colin on oxidation (KLINOER and LONNES) A i 691. Cs6HIR0 from benzylic acid (KLINGER and LONNES). A. i 3’75. C2fiHls02 from the oxidation of the hydrocarbon C2,Hls (KLINGER and LONNES) a4.i 691. C26H1807 from the reduction of euxanthonc ( MANN and TOLLENS) A. i 449. C2;H,$N4 from henzylideneliydmzone and formaldehyde (WALKER) T. 1285. Co8H121N303,. from tetraphenjldi- hydropyridazine (SXITR and RAN- SOM) A. i 322. C,H,20 from substance C,H,O2 on reduction (JAPP and LANDER) T. 744.INDEX OF S tiby tan ce C,3H,20 from an hFd race - tonedibenzil on redlietion (+JAIT and LANDER) T. 745. C:yHa.202 from the reduction of cthylic anbydrodibenzilacetoacetate (JAPP and LANDER) T.. 744. C‘&J!1302 from tetraphenyldi . hvdropyridazine (SMITH and RAS- sou) A. i 322. C:3,,IT22N,C12 from o-amhodiphenyl- :mine and benzoic acid (KRHX- XAKN and BCRGIIN) A. i 631. C,,u[*,O from the reduction of ethylic anhydrodibenzilacetoncetatc (Jdrr and LaNDER),‘r.,744; P.1895,146. C&~602 from the oyidation of bi- diphenplethylene (GRAEBE ancl 1-0s MANTZ) A i 442. S u bs t i t uen t s in the or t ho - posi t ion “ pro- tecting inffuence ” of ( MELDOLA ancl Snc~cinamic acid bromo- action of alco- liolrc ammonia on (PIUTTI) A. i 669. STRESTFEILD) P. 1896 51. Z-bromo- (W-~L~EN) A. i 139. Succinamide action of potash and bromine on ( WEIDEL and ROITII- NER) A. i 470. action of sodium hypochlorite on (DE CONINCK) A. i 282. Succinanil (D~NLxP) A i 431. dibromo- (AUWEHS SCEIFFER and SINQAOF) A. j 644. Succinanilic acid dibromo- and the action of heat on (AUWER.;,SCHIPFER and SIEGEOF) A. i 644. Succinethylimide velocity of decompo- sition of by hydrochloric acid (VIOLATI) A. ii 242. Succinic acid from cnniphene (XARSH and OARDNER) T.84 ; P. 1895 206. free non-occurrence of. i n gedanite (HELx) A. i 57. heat of electrolytic dissociation of (KORTRIGHT) A. ii 463. Publimatioii temperature of under small pressure ( KRAFFT and DYas) A. ii 83. action of uranium nitrate on (FAY) A i 465. absorption by silk of dilute (WALKER and APPLEYARD) T. 1346; 1’ 1896 14’7. Succinic acid metliylamides of action of nitric acid on (FRANCHIUOXI) A. i 602. ethylic salt molecular volcme of in organic solvents (NICOL) T 143 ; P. 1895 23’7. (ERRERA) A i 286. action of hydroxylamine on SUBJECTS. 102 3 Succinic acid ethjlic salt peroxydiox- ime (JOVIT~CIXITSCE~) A. i 82. Succinic acid halogen substitution pro- ducts of conrersion of into the cor- responding m a h acids (nTALDES) A. i 205. bromo-,rotatory power of themcthylic ethylic propylic and isobutylic salta of (WALDEN) A.ii 137. I-bromo- and d-bromo- preparation of from asparagine and aspartic acid (WALDEN) A. i 205. niethylic salt .(WALDEN) A. i 139. dibromo- etlirlic salt &ion of sodium etlioxicle on (MICHAEL and BUCHER) A. i 85. conversion of into ethylic ethoxy- fnmarste (MICHAEL and BDCHER) A. i 539. iso-dibromo- conversion of into di- bromo- (MICIIAEL) A. i 132. chloro- rotatotag power of the me- tliylic ethylic propplic isobutylio iLpd riinylic salts ok (WALDEN) d. ii 137. t-vhloro- from asparagine ( WALEEN) A. i 139. d e i tro- and inactive chloro- rotatoq power of the Iteevo- and inactive amylic salts of (WAT~DHN) A. ii 1x9. dich1L)rO- (MICHAEL and TISSOT) A. i 132. Ilyilrothio- (ANDREASCH) A. i 90.Succinic acids substituted relative volatility of (AUWERS and SCHLOS- S I ~ ) A. i 631). iso-Succinic acid. See Methylmalonic acid. Succinic anhydride refraction equivalent of (ANDERLINI) A. ii 229. action of anthrftnilic acid on (AURERS and HARGER) A. i 641. action of secondary bases on (AUWERS a~nd HARGER) A. i 640. act ion of carhamide and thiocarbanil- ide on (DnxLar) A i 4’11. action of hydroxylamine on (ERRERA) A. i 209. reduction products of (FIGHTER and HERBRAND) A. i 463. Succinic chloride c’hloro- rotatory power of (WALDEN) A. ii 137. Saccinic peroxide and the action of phenylhydrazine on (VANINO and TBIELE) A. i 597. Xuccinimide (DUNLAP) A. i 471. heat of solution of in water nnd ethylic alcohol (%?EYERS) A. ii 411. velocity of decomposition of by hydro- chloric acid (MIOLATI) A.ii 242.1014 INDEX OF SUBJECTS. Succinimide action of sodium liypo- chlorite on (DE COSINCK) A. i 282. compound of with potassium iodide and iodine (PIIJTTI) A. i 364. Succinimidoacetic acid identity of with succinylamidoncetic acid (RADER- HAUSEN) A i 137. Saccinite difference between gedanitc and (HELM) A. i 57. Succino-o-carboxyanilic acid (AIXERS and HARGER) A. i 641. Succino-o-carboxyphenylamide (AIJ- WERS ar,d HUGER) A i 641. Snccinodiphenylaminic acid (AUWESS and HARGEE) A. i 641. S~iccinoethylanilic acid (AUWERS and HARGER) A. i 641. Succinoethylanilide (AX WERS and HARGER) A. i 641. .C uccinomethylanilic acid (BUWERS and HARGER) A i 641. Succinomethylanilide (BUTTERS and HARGER) A i 641. Succino-a-naplitlialide diacetji dei*i.os- tive of (BOETTINGER) A.i 443. Succino-8-naphthalide ( CASSXANN) A. i 487 ; (AGWERS and HAROEH) A. i 641. Succiiio-a-iiaplithil ( BOETTIXGEE) A i 443. Succino-/i?-naphthiI (GASSXANF) A i 487; (ABCWERS and ZARGER) 4. i? 641. S:uceino-/3-naphthilic acid (Ac WERS and dibyomo- (AUWERS SCHIFPER and Snccino-o-nitranil (AUWERS and HAR- GER) A. i 641. Succioo-p-nitranil (AUWERS and RAR- GER) A i 641. duccino-o-nitranilie acid (ATIWEXS nnd HARGER) A. i 641. Swcino-p-nitranilic acid (AUWERS and Succinotetraplienyldiamidc ( AU WERS Succino-p-tolil (AUWERS and XARGER) Succino-p-tolilic acid (AUWERS mid tltbromo- (AUWERS ~CHIFFER and HUGER). A. i 641. SINGHOF) A. i 644. IIARGER) A. i 641. and HAROER) A. i 641. -I. i 640. HARGER) A. i 64.0. SINGHOF) A i 644. 8uctino-~-tolylamicic (AIJWERS and Sntcinuric acid (DUNLAP) A.i 471. Sricciiiylacetoxylamine (ERRERA) A . i Siiecinylamidoacetic acid ethylic salt Sticcinplazoimide (Ct-RTI~S) A i 35. IIARGER) A. i 640. 209 286. ( RPDENRAUSEN) A. i 137. Succinylliydroxamic acid (ERRERA) A. i 209 386. Suceinylhydroxylamine and the action of alcoholic ammonia on (ERRERA) A.? i 209. (GOUKFEIS) A. ii 49. Succinyltropeine (MERCK) A i 65. Suprarenal capsules toxic substance in Sugar as a source of muscular energy (SEEGEX) A ii 487. in the blood influence of ligaturing the intestinal arteries on (TAXGL and HARLEY) A ii 47. formation of in the liver (MOSSE) A. ii 617. causes of formation of in liver after death (PATT) A. ii 665. absence of in normal urine (JOHS- SON) A. ii 199. in h q ~ ( BZHRENS) A ii 207.presence of in Pangiurn edtde(T~*:rB) in fruit juices (KREMLA) A. ii 62. formed in the autodigestion of Feast (SALKOWSKI) A ii 202. effect of on germination of plants (PRIANISCHKIKOFF) A. ii 380. test for in urine (JOHNSON) d. ii 199. estimation of in blood (REID) A. ii 678. Sugar cane- (suepose) action of lead acetate on the rotator? power of (SVORODA) A. i 406. heat of solution of in water(SrEYEas) A. ii 411. freezing points of aqueous solutions of (PONSOT) A. ii 412. freezixg points of dilute solutions of (JONES) A. ii 155 ; (WILDER- MANN) A ii 351 ; (ABEGG) A. ii 5%. density of very dilute solutions of (KOHLRATTSCH) A. ii 90. oxidation of (HICKS) A. i 136 137 ; (PiiIPsos) A. i 137; (SEARLE and TANKARD) A. i 137. action of glyoxylic acid on (BOETTIN- GER>; A.i 5. action of oxalic acidon (KIERXAPEB) A. i 144. fermentation of with different yeasts (HIEPE) A. ii 320. hydrolysis of (O’SULLIVAS) A i 314. hydrolysis of under pressure by acids (ROTEXUKD) A. ii 594. inversion of by salts (LONG) d. ii 414. inrersion of by micro-organisms (FERMI and MOETESAXO) 9. ii 493. A,. ii 327.INDEX OF SUBJECTS. 1015 Sugar cane- digestion of (BOURQUELOT and GLEY) A. ii 315. reducing power of on ammoniacd silver nitrate (HENDERSON) T. 150 ; P. 1896,9. Sugar cane- estimation of (O’SULLI- TAN) A i 334. estimation of in malt (JALOWETZ) A. ii 225. estimation of in syrups &c. ( YP) A. ii 342. Beet sugar estimation of pentoses and pentosans in (STIBT) A. ii ’79. Sugar invert- action of limewater on (WINTER) A. i 11. estimation of influence of the two lead acetateson the (BORNTRAUER) A.ii 278. Sugar-bush (Proten meZZifera;) ton- Sugars raw estimation of cry stallisable sugars in (STROHXER and STIFT) A. ii 505. and beet sugars estimation of water in (GUNNING) A. ii 453 Sugars fermentation of by Fried- liinder’s pneumococcus (GRIV- BERT) A ii 322. action of alkalir on (DE BILUXN and T A N EKENSTEIN) A. i 116. transformation of by lead hydroxide (DE BRUYN and TAN EKENSTEIN) A. i 588. behaT-iour of solutions of wikh basic lead acetate (SVOBODA) A. i 406. ammoniltcal derivatives of (DE BRUI-N and VAN LEENT) A. i 118 119. compounds of aminoguanidine with the ( WOLFF) R. i 78 79. conipounds of with merceptans (LAW- RENCE) A. i 272. Adonitol. Araban. Arabinose. Arabitol. Cane-sugar (sucrose).Dextrose. Diglucose. Dulcitol. is0 -Dulcitol. Fructose (lerulose) . Galactan. Galactose. a-Oalaheptose nncl @-galaheptose. Galaoc tose. Glucoheptitol. Glucose. Glycerose. Lactose. stituents of (HESSE) A. i 495. Sugars. See alro :- Sugars. See :- Lerulose. Lyxose. Maltose and isomaltose. Mannan . Mannitol. Mannose and d-mannose. Xetaiwaltose. Methyltetrose. Raffinose. Rhsninose and isorliamnose. Sorbitol. Volemitol. Xylose. Sullu. See Agricultural cliemis try (Appendix). 3-Sulphamidobenzamide 6-bromo- (BOETTINGEB) A. i 438. ’ 3-Sulphamidobenzoic acid 5-broiiw. sodium salt of (BOETTING’EB) A. i 438. p-Sulphamidobenzoic acid (REXSEF hnd MUCKENPUSS) A. i 481. iso-p-Sulphamidobeiizoic acid a& it@ barium salt (REMSEN and MXXKEN- FUSS) A. i 482. p - Sulphaminebenzoic chlo’ride phos- phochloro- (REMSEN HART~AN? and MUCKEXFUSS) A.i 3’72. p-Sulphanilic acid absorption by silk of dilute (WALKER and APPLETARD) T. 1346 ; P. 1896 14?. estimation of (BRENZINGER) A. ii 396. estimation of in presence of. m-sulplr- anilic acid (BREXZINGER) A.,’ ii 397. p-Sulplianilidobenzoic acid and its salts (RENSEN HARTMAN and MUCKEX- FUSS) A. i 373. Su1l)hanisic acid preparation of (HoF- MANN LECTURE) T. 697. Sulplrates. See under Sulphur ’ Sulphides. See under Sulphur! * Sulphites. See under Sulphur. Sulpho-derivatives poisonous effect of on algre and infuvoria (BOSORN.P) -1. ii 669. 3-Sulplrobenzoic acid 4-broii?o- di- chloride of (BWTTIXOER) A. i 1 372. 1 I ethjlic hydrogen salt of (BOITTIS - Q-ER) A i 372. ’ 1 p-Sulphobenzoic acid and its ammonium 1 salt (BVBISEN and MTJCKENFVSS) I A i 482.I acid ammonium salt of (REXSEN HARTMAN and MUCEENFVSS) A. 1 i 372. ’ . I I Sulphocnrbanilide preparation U ~ ~ R Q F - ’ MANX LECTURE) T. 649,652. ‘ i 5-bromo- (BOETTINGER) A i 43s.1016 IXDEX OF SUBJECTS. 3-Sulphochlorobenzoic acid 5-bronio- (BOETTINQER) A. i 438. 3-Sulphochlorobenzoic chloride 5- bromo- (BOETTINQER) A i 438. Sulphohy drazimethylenecarboxylic acid behaviour of potaseium ethylic salt of towards diazobenzene acetate and diazobenzene (VON PECHMAXN) A. i 678. Sulphohydrazimethy lenedisulphonic acid potassium salts of (TON PECH- XANN and MANCK) A. i 15 16. Sulplional as a cause of h~ematopor- phyrinuria (GARROD and HOPKINS) A. ii 264. Sulphonaphthalene-1 4’-dicarboxyrlic acid barium salt (MoRo) A.i 568. S ulphonaphthylphosphinic acid from the sulphonic acid of a-naphthylic phosphate (REVERDIN and KAUFF- XANN) A. i 176. aB-Sulphonedipropionic acid (Lov~N) A i 413. B-Snlphonedipropionic acid and its ethylic salt (LovRN) A. i 412. Sulphonefluorescein action of bromine and of phosphorus pentachloride on (WHITE) A. i 49. Sulphones. See :- Allyl-a-naph th ylsulphone. Benzenesrilphoneasparagine. Benzenesulplroneglycocine. 4-Cumenesulphoneglycocine. 1 2- Dihydrox-jphenyl-p-phenyl- 1 4-Dihydroxyphenylsulphone. /3-Dinaplithylpropylenedisulphone. Diphenyldisulphonedimethyl-p- phenylenediamine. 2 5-Diphenyldisulphone-p-phenyl- enediamine. Diphen ylenedisulphone. Diphenylene sulphide snlphone. Diphenylsulphone-o-aminophenol. Diphenylsnlphonediethylethylene- Dipheny lsulphone-ethylenediamine.Diphenylsnlphone-ethylene-o- Diphenylsulphonemetliylene-o- Diplienylsulphone-o-phenylene- Diphenjlsulphone-m-phenylene- Diphenylsulphonetrimethylene- Methanesulphonepropionic acid. p-Methy lsulphonefluorescein. b-Naphthy lallylsulphone. /3-Naphthylbromopropylsulphone. #3-Naphth y lhy droxy propylsulphone. sulphone. diamine. phenylenediamine. phenylenediamine. diamine. diamine. pheny lenediamine. Sulphone. See :- P-Naphthy liodopropylsulphone. B-Naphthylphenylpro pylenedi- Phens zyldiphenyldisulphone. P henazylphen ylsulphone. P henyltolylsulphone. Piperazine-1 4-diphenyldisulphorre. Sulphonefluorescein. Tetraplienyldisulphone- o-phenylene- o- and p-Toluenesulphonegly cocines. p -Tolylhydroxymethylsulphone. 1 2 3-Trihydroxyphenylsulphone.Trimethylene-~-din~~hthylsulphone. B-Trinaphthylally ltrisulphone. 1 3 4-Xylenesulphonealanine. 1 3 4-Xylenesulphoneglycocine. o-Sulpho-p-toluic acid ammonium hydrogen salt of action of resorcino? on (JONES) A. i 50. Sulphur origin of Sicilian deposits of (SJOQREX) A. ii 111. native from Michigan (SHERZER) A. ii 182. molecular weight of in different solvents (OENDORPF and TER- BASSE) A. ii 357. epcctrum of the flfiame of (BoHN) A. ii 140. a supposed decomposition of (GROSS) A. ii 472. Amidosulphonic acid preparation of (DIVERS and HAGA) T. 1637; P. 1896,180. formation of by reduction of ni- trososulpliates (DIVERS and HAQA) T. 1815 ; P. 1896 1’iO. electrolytic conductivity of (QA- KURAI) T. 1656; P. 1896 181. and its salts effect of heat 0x1 (DIVERS and HAQA) T.1650 ; P. 1896 181. action of on plants and animals (LoEw) T. 1662; P. 1896 182. Sulphur chloride action of poiassium bromide and iodide and ethylic iodide on (SNAPE) A. ii 641. Hydrogen sulphide action of carb- onyl chloride on (BESSOX) A. ii 359. action of sulphuric chloride on (BESSON) A ii 417. Sulphides detection of in presence of polysulphides sulphites sulph- ates and thiosulphates (BLOX- AM) A. ii 72. mineral microchemical +eactions of (LEMBERQ) A. ii 430. sulphone. diamine.ISDES OF SCIZJGCTS. 1017 8ulphur :- Sulphides inorganic estimation of sulphur in (JANNASCH and LEH- NERT) A ii 542 ; (JANNASCH and HEIDENREICH) A. ii 671. estimation of in cvanide working solutions (BETTE~) A. ii 277. Polysulphides action of on nitro- genous organic compounds (lm- SCHLAGER) A.ii 574. detection of in presenre of sulph- idev sulphates thiosulphates and sulphites (BLOXAN) A. ii 7 2 . ~midosu~phonic acid salts of (DIVER* and HAGA) T. 1620; P. 1896 179. Sulphur nitride preparation and pro- perties of (SCHENCK) A. i 427. acids containing nitrogen and (WAG- NER) A. ii 599. Ni trosod isulphonic (oxy szc Zp h azo t ic) acid (HANTZSCH and SEXPLE) A. ii 95 ; (SABATIER) A. ii 599 641. Dinitrosulphonic (nitrox~:yszc7p~~uro.zls) acid (HANTZSCH) A. ii 96. Nitrososulphuric acid reduction by sodium of the salts of (DIVERS and HAGA) T. 1610 ; P. 1896.179. Sulphurous anhydride (sulphur di- oxide) oxidation of in presence of water (DIXON) T. 779. influence of in coal-gas flames on quantitative estimations (MUL- DER) A.ii 333. estimation of in carbolic poa ders (DE EORINGR) A. ii 275. estiniation of in products of com- bustion of coal-gas (DENNSTEDT and AHRENS) A ii 217. Sulphites detection of in presence of carbonates and sulphates (GIA- COMELLT) A. ii 124. detection of in presence of sulph- ides polysulphides thiosulph- ates and sulphates (BLOXAN) A. ii 72. detection of in presence of sulph- ates and thiosulphates (SMITH) A. ii 71. Tliionyl bromide (BESSON) A.. ii 358. clilorobromide (BESSON) A. ii 358. Sulphuric acid electrocapillary phenomena between mercury and dilute (GouY) A. ii 143. density of very dilute solutions of (KOHLRAUSCH) A. ii 90. heat of combination of with w.ateP i n the liquid and solid states (PICKCRING) A. ii 148. S111~’1111l.~ - S,tlpliurie acid breaks in the lieat of solution curve of‘ (PICKERIAG) A.ii 155. freezing points of aqueous ~ 0 1 ~ ~ - tions of (PONSOT) A. ii 412. freezing points of dilute solutions of (WILDERXANN) A. ii 353. absorption of moisture by (HA~~c) P. 1896 34. .al,sorption b r silk of dilute (WAELPER and APPLEYARD) action of copper on ( BASKERTILLE) A. ii 474. acceleration of the action of hydriodic acid on hydrogeii peroxide by ( HARCOUET and ESSOK) A. ii 238. use uf in nitration (HOFMA~T LECTUEE) T. 695. methylamides of action of nitric acid on (FRAR’CHIMONT) A i 602. estimation of!. photometrically *(HINDS) A. 11 574. estimation of by means of potns- siuni permanganate (MORSE aud CHAMBERS) A. ii 388. estimation of arsenic in (HATTCS- SAUR) A. ii 390. estimation of in products of Corn- bustion of coal-gas (DENKSTEDII and AHRENS).A ii 217. estimation of in hydrofluoric a c d (STAHL) A. ii 621. estimation of in leather (BALT~AXD and MALJEAN) A. ii 499. fuming estimation of suiphuric anhydride in (DOBRINEE and SCHRANZ) A. ii 672. Sulphnric anhydride estimation of in fuming sulphuric acid (DOBRI~EX and SCHRAXZ) A. ii 67.2. Sulphuric chloride action of eoinc hydrides on (BESSOX) -4 11 417. Sulphatcs conversion of into chlorides (JANNASCH) A. 1 1 574. precipitation of by barium chlorictc. (LOSGE) A. ii 672. detection cif in presence of c:trb- onates and sulphites (GIACO- MELLI) A ii 124. detection of in presence of sul- phides sulphites polysulphidcb and thiosdphates (BLOXAJI) A. ii 72. detection of in presence of eirf- phites and thiosulphates (SMITH) A.ii 171. ‘l‘. 1346; P. 1896 147.1018 ISDES OF SUBJECTS. Sulphur :- Persulphu~ic acid formation of bx electrolysis of sulphuric acid (ELBS and SCH~SHERR) A ii 519. apparatus for showing the forma- tion of (ELBs) A ii 519. estimation of with ferrous sul- phate (BERTHELOT) A. ii 70. Tliiosulphates detection of in presence of sulphides polysul- phides sulphntes and sulphites (BLOXAM) A. ii 72. detection of in presence of sul- phstes and sufphites (SMITE) a ii 71. standaidisation of by iodic acid Yolythionic acids molecular volume electrical conductivity yiscosity molecular refraction and electro- motive force with different elec- trodes of the nalts of (HERTLEIN) A. ii 353. Sulphur ,estimation of in non-rolatile substances (MABERP) A ii 36’7. estimation of in inorganic sulphides (JANNASCE and LEHNERT) A ii 542; (JANNASCH and HEIDEN- REICH) A ii t71. estimation of in coal and gas (XABEI$Y).A ,G 387. estimation of in refined copper (HEATH) A. ii 497. estimation of in copper ores and pyrites (KELLER and MAAS) A ii 498. estimation of in iron apparatus for (READ) A ii 274. cstirnation of in cast-iron or steel (BOUCHIR) A. ii 671. estimation of in white cast-iron (,PHISLIPS) A ii 4B8. estimation of in pig-iron (AUGHT) A. ii 543. estimation of in pyrites (AsB~TH) A. ii 71; (LUNQE) A. ii 498; (#LADDING) A ii 622. estimation of in zinc (FuxH) A. ii 274. estimation of in organic compounds (MABERP and BYERLEY) A. i 329 ; (AsB~TE) A. ii 448. estimation of in .oil of mustard (FOERSTEE) A 11,452. Sumach myricetin the colouring matter of &‘EXKIN and ALLEN) T.1299; P. 1896,157. Sunflower edestin in (OSBORNT and CAMPBLLL) ’A i 716. Superpbmphates. See Phosphorus and ,4gricultural chemistry (Appendix). (FRIIEGLER) A. ii 673. Surface tension efFects on broken crystals of their (LEENAXX) A. 11 160. S~enite fiom Nolitam (WEED am? mica- from Saxony (HENDESSON) Sylvanite from Cripple Creek Colorado (PEAECE) A. ii 612 613. Symbiosis and assimilation of nitrogen relation of (STOKL~SA) A 11 201. Symmetry and asymmeti-y molecular (CROTH) A. ii 159; (LADEXBURG) A. ii 244. Sympjr orwarpos raceinos us detection of proteosomes in (LoEw) A. ii 5%. ‘ I Syntagmatite ” (ADANS and HAR- RINGTON) A. ii 374. Syrups estimation of levulose in estimation of sucrose glucose and Systematic chemistry L. Meye~’a papers on (BEDSOS) T.1421; P. 1896,119. PIUSSOX) A. ii 192. A. ii 533. (WILEY) A. ii 342. gelose in (PY) A ii 362. T. Talc from New Mexico (PACKARD) -1. from Ontario (HOXFXANN) A. ii 258. Tallo~~ estimation of the acetyl num- bers of (SPAETE) A. ii 454. Tannage chrome analysis of used liquors from (HEAL and PROCTOR) A. ii 393. Tannic acid opticd activity and coil- stitutional formula of (SCHIFF) A. i 370. TsLiinin in bark of Hy&a 98agi (PER- KIN and HUNHEL) T. 1294; P. 1896,145. non-formation of in fungi (NAU- XANN) A. ii 538. use of in dyeing (HOFNANN LEC- TURE) T. 608. estiination of by copper (Rnoss) A. ii 501. estimation of in wine (MANCEAU) A. ii 282. Tanning matter estimation of (PROC- TIER) A. ii 403. Tantalrte from Finland (CHRUST- SCHOFF) A. ii 56’7.Tantalum fluoride (PICCINI) A ti 178. sepamtion of niobium from (PEN- NINGTON) A. ii 305. temperature for the respiration of (ZIEGENBETN) A. ii 265. ii 530. Taraxacurn o$cinaZis optimumIXDEX OF SUBJECTS. 1019 Tariric acid action of phosphorus and hydriodic acid .on (ARXAUD) A. i 522. Tarnowitzite from Silesia (TRAUBE) A. ii 255. Tartar; estimation of in wine (Hsils) A ii 583. Tartar cream of analysis and coinpo- sition of (ALLEN) A. ii 584. Tartaric acid formation of by oxidation of cane sugar (PHIPSON) A. i 137. freezing points of dilute solutions of (ABEGG) A. ii 588. absorption by silk of dilute (WALKER and APPLEYARD) T. 1346; I?. 1896 147. and alkali tartrates action of on rarious salts (DE LA SOURCE) R. i 206 207. action of foimalclchyde and hydro- chloric acid on (HENNEBERG and TOLLEETS) A.i 645. oxidation of in presence of ferrous iron (FENTON) T. 546; P. 1896 67. Tartaric acid cesium and rubidium salts rotatory power of in the ci*ystalline and solid states (TRAUBE) A. ii 509. lead potassium salt constitution of (KAHLENBERB) A. ii 6. ferrous salt behaviour of in air (FENTON) T. 547. ethylic salt beha-riour of towards phenylic isocyanate (HALLER) -4.) i 33. &sodium compound action of ethylic chloride on ( MULDER) A. i 281. Tartaric acid detection of by resorciiiol (DEIVIG~S) A. ii 80. detection of in presence of nitrates nitrites and chlorates (DEB IG I&) A. ii 332. estimation of in wine (HAAS) A ii 583. (FISCHER) A. i 526. yotatory power of the ( WAZDEN) A. ii 139. Z-Tartaric acid preparation of by means of the cinchonine salt (MARCKWALD) A.i 207. ueeso-Tartaric mid rotatory power of the amylic salt of (WALDES) A. ii 633. Tartaric acid Racemic acid amylic salt rotatory power of (WALDES) A. ii 633. lsevo-arnylic salt rotatory power of the (WALDEN) A. ii 139. d-Tartaric acid confiquration of Iavo- and inactive amplic salts Tartaryl-a-naplithdide tetracctyl deri- vative of (EOETTIKGER) A4. i 413. Tnrtrtryl-P-naphthalide acetyl and di- acetyl derivatives of ( G ~ s s ~ ~ s x ) A i 487. Tartrazin behariour of towards cliazo- compounds (GNJSHN and BE~DA) >x.. i 678. Tartronamide and the biuret read5on (SCHIFF) A. i 632. Tartronylurea. See Dialuric acid. Tartryltartaric acid decomposition products of (MULDER) A. i 281. Tartryltropeine ( MERCK) A4. i 65.Taurocliolic acid crystalline prepzra- tion of from ox-bile (RICHTER) A i 111. Tautomerimn (MARCKWALD) h. i 29 ; (TON PECHMANN) A. i 31. Tea extract isolation of adenine t.heo- bromine and a new base from (KRUGER) A. i 450. estimation of caffeine in (PETIT and TERR 4 ~ ) A. ii 629. Teeth composition of the enamel of (TOXES) A ii 315. Tellurium atomic weight of (STAVDEN- XAIER) A. ii 97. atomic weight of Japanese (CrizsA- S H I G ~ ) T. 881; P. 1896,151. position of i n the periodic sptem (RETGERS) A. ii 520. Telluric mid prepamtion of (STAU- DENMAIER) A. ii 96. Tellurium minerals from Cripple Creek Colorado (PEARCE) A. ii 612 613 ; (KNIGHT) A ii 613. Tellurium separa,tion of from copper residues (WHITEHEAD) A. ii 164. Temperature. See Heat. Tennantite from Selzburg (SCIIWTIGER and GUBIBEL).A ii 431. Tenorite after cuprite from Russia (JEREX~EFP) A. ii 566. Tension of saturated rapoui.. See Heat rapour pressure. Te!)hrite nepheline-leucite- from Bo- hemia (HIBSCE) A. ii l l ? . Terbia a probable new element in (DE BOISBAUDRAN) A. ii 249. Terebic acid refraction equivalent of (ANDERLINI) A. ii 229. from a-pinonic acid (TON BAEYER) A. i 308. from the oxidation of sobrerit;ritol (GINZBERG) A i 446. from terpenylic acid (MAELA and ‘TIEXANN) A. i 385. Terephthalic acid from the oxidation of camphene (MARSH and GARDNER) T. 84 j P. 1899,206.1020 ISDES OF SUBJECTS. Tcrephthdic acid ethylic salt magnetic rotatory power &c. of (PERKIS) T 1132,1178 1238. fetmbromo- (RZTPP) h. i 618. tetrachlo~o- (Rrm) A i 618. teiriodo- (RuPP) A i 618.Tei~epl~tlialylazoim~c acid ethglic salt (CURTIUS and DAVIDIS) A. i 681. Terephthalylazoimide (CURTIU~ aJ id DATIDIS) A. i 681. Tcr~plitlialylhydrazide hydrochloride formylidene isopropylidene and benzylideiie derivatives of (CVRTIUS and DAVIDIS) A. i 681. Tere ph thalylhgdrazinescetoacetic acid cthylic salt (CURTIUS snd DAVIDIS) A i 681. Terephthalylb~draziiiic acid ethylic salt hydrochloride sodium and benzylidene derivatives of (CURTIUS and DAVIDIS) A. i 6S1. Terpene CI0Hl6 from Charas (WOOD SPIVEY and EASTERFIELD) T. 541 ; P. 1896 $6. Tcrpene hydrate from limonene hydro- chloride (KREXERS) A. i 1?7. A‘-’-Terpene 1-bromo- (VON BAEYER and BLAU) A. i 53. nitrosobromide (VON BAEYER and compounds from (TON RAEYER Terpenes from oil of lignaloes (BAR- BIER arid BOUVEAULT) A.i 55. behaviour of towards trichloracetic acid (REYCHLER) d. i 308. A4 8-Terpenol acetate nitrosobromide (VON BAEYEE and BLAU) A. i 53. compounds from (VON BAEYEE and BLAU) A. i 53. nitrosochloride compound from (VOX BAEYER and BLAU) A. i 54. Terpenone C10HEc160 from bismtroso- tetrshydrocarvone and its semicar- bazone (VON BAEYER) A i 248. Terpenylic acid (FITTIG and WOLFF) from oxidation of sobreritritol (GIUT- from pinoylformic acid (VOS BAESEX) oxidation and constitution of (~“~IXLA BLAU) A. i 53. and BLAU) A. i 53. 9.. i 135. BERG) A. i 446. A. i 621. and TIEXANX) A. i 3S5. Terpin hydrate from carveiic Terpmeol conversion of into dipentene and terpinoiena (WALLACH) A i 572. nitrosochloride behaviour of towards halogen hydrides (VOX BAFT-CIL) A. i 246.(REYCHLER) A.. i 308. Terpineol nitrosocnloride conversion of into liydroxyclihydrocarvorirue ( WAL- LACH) A. i 671. Tcrpinolene from terpineol ( vcTA4~~~c-ri) A i 572. Tetrabenzoylfisetin (PERKIN and Qn - NELL) T. 1305; P. 1896 15s. Tetrabenzoylluteolin (PERPIS) T. 210 ; P. 1896 3’1. exo-Tetracetodiamido-p-xylene (Lrs- TIG) A i 164. Tetracetylsconine preparation and hydrolysis of (DUNSTAN and CARX) I?. 1895 178. Tetracetpldibromoluteolin ( PEHGIS) q’. 210 ; P. 1896 37. Tetracetylethane ? from sodioacetyl- acetone (ZANETTI) A. i 249. Tetracetylfisetin (PERKIN and G n - NELL) T. 1305; P. 1896 158. Tetracetyl-8-gahctocliloral ( HANRIOT) A. i 519. Tetracetylluteolin (PERKIN) T. 210 ; P. 1896 37. Tetracetylrhamnonic nitrile and tlr c action of silver oxid3 on it (FISCHER) A.i 525 526. (ERRERA) A. i 286. ( BOETTINGER) A. i 443. Tetracetylsuccinylhydroxamic acid Tetracetyl tartar.yl-a-naphthalide Tetrseetylxjlose (BADER) A. i 33G. ‘ietradecjlaeetylene. See IIexadec? 1- Tetragophosphite from Svc-eden (IGXX- Tetrahedrite from New South W~tlcs argenti€eroua ti-om Broken Hill Te trahy droace tophenone. See cy clo - Hexenyl methyl ketone. Tetrahydro-1 3 5-carvacrol. l-Methpl-3-isopropylcyeZohexen-~-ol. Tetrahydrocarveol active from phel- landrene nitrite ( WALLACH and l i ~ n - BIG) A. i 101 phellandrene (WALLACH and ULH- BIG) A. i 101. inenes. STROX) A. ii 305. (LIVERSIDGE) A. ii 657. N S.W. (SXITH) A. ii 30. See Te trahydrocarvone derivatives f roin Tetr:Lliydrocarvonebisnitrosylic acid from bisnitrosotetrah ydrocamonc (TON BAEYER) A.i 248. bromo- (TON BAEXER) A i 246. Teti-ahydrocarvylamine actire from phellandrene nitrite its hydro- diloride carbamide phenylcarb- ainide and acetyl dcrivativc (’1”s~- LACH and BERBIG) A. i 101. atid ‘other salts (KONEK TON NOR- FT ALL) A. i 395. Tetrahi drocinchonidme nitrosonityitcISDES OF SCBJECTS. 103 z Tet rah y dro- m - c rc sol. 1 - 31 e t hy1- eyelohexen 01- 5. Tet:*ahydrocumic acid. Sec 4- iso-pro- p j leyrlohexenecarboxylic acid. ‘i‘ctraliydro-rl/-cu~~ienerarboxylic acid. See Campholenic acid. Tetrahydrocymene. See 1 4-Methyl- ~~ropylcyclohexene. Tetrahj dro-1 3-dirnethyl~henetliyloic- 4-acid. See Campholenic acid. Tet:diydronsphthalene-1 4’-dicarb. oxylic acid barium and calcium salts nr-Tetrahydro-a-naphthylilmine mag- netic rotato1.y power &c. of (PERKIS) T.1104 1106 1213 1245. nt-Tetrahydro-8-naplitli~laminc mag- netic rotatoi-y powcr &c. of (PERKIN) T. 1104 1106 1213 1245. methylpiperidone ( BENEDICERTI) A. i 4S8. Tetrahydro - 8-naphth j loxamia acid (BENEDICENTI) A i 498. S ec (hIORO) d. i 568. l-~-Tetrahydronapl1tli~-l-3-c~anotri- Tetrahydro-a-naphthylpiperidine and its hrdrochloride mercurochloride and f;?rrocpanide &c. (ABEL) A. i; 254. Tetrahydro-8-naphthylpiperidine and its hydrochloride piatinochloride aurochloride and picrate (RoTH) A. i 497. Tetrahydrophthalic acids. Sce cycEo- Hexenedicarboxylic acids. Tetrahydroquinacridine ( NIEXEN- TOWSKI) A i 261. Tetrahydroquinidine nitrosonitrite (KONEB TON NORWALL) A. i 395. Tc trahydroquinine and its acetyl deriva- tive (LIPPNANN and FLEISSNER) A.i 63. nitrosonitrite (KONEP TON NOR- WALL) A. i 395. Tetrahydroquinoline magnetic rotatory power &c. of (PERKIN) T. 1117 1214,1245. Tetrahydrotoluene. See Methyleyclo- hexene. Tetrahydroxgdecoic acid (KROXER) A,. j 386. 2 4 2’ 4’-Tetratiydroxydiphenyl- acetic acid (HEWITT aiid POPE) T. 1268,1269 ; P. 1896 151. lactonc of and its triacetjl deriva- tive (HEWITT and POPE) T. 1267 1269; I?. 1896 151. Tetrahydro-1 3 5-xjlenol. Tetrahydro-p-xylic acid [3 41. See See 3 5-Dimethylcyclohexenol. FOL. LXX. ii. 3 4-Dimethj lr; clohexenecarboxj lic acid. Tetrallylanimonium liydrosicle (OR- LOFF) A. I 634. (ORLOPF) A. i 634. aluminium alum action of h c ~ t on chroniiuni slnm (ORLOFF) A. i ($3 1. tetrarnctliyltetraphenyletliyle,7e (GATTERNANN) A.i 1’73. 5 5 5 5-Tetramethoxy-4 4 4 4- 4 4 4 4-.l”tmtnethoxytetrapllenpl- oxide (GATTERXANN) A. i 173. 5 5 5 5-l‘etrametliox~tetraphen~l- ethylene. 4 4 4 4-tetraciiioro- Tetramethylacetoriedicarboxylic acid ethylic salb (PRTRRXKO-KRIT- SCIIENKO PISSARSCHEWSICT and Te tramethSldiamino-a-azonaphthaienr- reduction of j its picrate (COEX) A. i 100. ethylene (GA~TERSIANN) A. i 173. (GATTERTYX-~XX) A i 1’73. HERSCHKOWiTSCH) A. i 135. Tc tramethyl~niinodiphecoxazimiuru chloride EN 0 NMe2C1 = 1 2 4 ; N 0 NMeJ = 1:2:4] (MOHLAU and UHLXAKS) A. I 168. iodide [N 0 NMe,l = 1 2 4; N 0 NMe = 1 2 41 (D~OHLAU and UHLMAXN) A. i 168. Tetramethy laminotetraphenylethylenc Tetramethyldiaminot riphenylcarbinol (GATTERXABN) A i 174.dichloro- salts of the colour base derivedfrom (GNEHMand BANZIG EX) A. i 433. nitro- reduction of ( PRUD’HOXXE) A. i 484. action of heat on (HOFMANN LEC- TURE) T. 666. iodide preparation o€ (HOFXANN LECTUXE) T. 666. l’etramethylaniline nitrile and iso- nitrile obtained from (HOFMANN LECTURE) T. 710. Tetramethylapionol ( CIAMICIAN and SILBER) A i 603. Tetramethylazoxyaniline (BORNSTEIN) A. i 541. Tetramethylbenzene. See Durene. Tetramethylbeuzoic acids (CLAUS) A. i 230. srym-Tetramethylhenzoylpropionic acid (MuHR) A. i 232. Tetramethyldehydrobrazilin ( HERZICI) A. i 379. Tetmmethyldehydrohsematoxylin and its acetyl derivative (HEBZIO) A. i 379. Tetramethyldiaminotriplienylmethane Tetramethylammonium hydroxide 70I022 PSDES OF SUBJECTS. 3 5 3’ 5’-Tetrametliyldipheiiyl 2 2’-diamino- and its salts mcl di- xcetyl derivative (KERSCEBAUX) A.i 16% Tetraniethyldi~henjliinide and it5 picratc (KERSCHBUJY) A. i 162. 2 7 2’ 7’-Tetramethyldiuantli~1ei~c (GURGEKZAKZ and KQSTANECPI) A . i 52. (GURGEKJAXZ and KOSTAXECKI) A i 52. ’Tetrsiiie:hylene-l 3-dioxaljlic acid. See cyclo-Butane-1 3-dioxalylic acid. ‘ ~~tralllcthFlethy1ene. See Hexylenes. ‘ ‘I‘ctrameth~letli~lenel~tic acid. Sec B-H jdmxytetramethylpropionic acid Te t~ameihyloxsmide action of iiitric acid on (FBANCIIIMONT) A i 602. Tetvaiiicthylpropylpseudonitrole. See Heptztizediisopropylmeth~~e y-nitro- y-niti*mo-. Tetramcthyipjrazine and its salts (BRANDES and STOEHR) A. i 5%. Tctramethylsuccinamide (THIELE and HEUSER) A i 342. Tetramethyisuccinic acid (THIELE and HEUSER) A.i 342. benzidine derivative of (AUWERS SCRIFFER and SCRLOSSEB) 8. i \6 $0. o-phenylenediamine derivatire of (AUWERS SCHIFFEB and SCELOS- S E E ) A. i 640. Tetn-stm~tlzylsuccinic acid ethylic salt {TEEELE and HEUSER) A. i 342. hydrogen ethylic salt (AEWERS SCHIPFER and SCHLO~SER) A. i 640. methylic salt ( AVWERS SCHIFFER and SCHLOSSEX) A. i 640. hydrogen metliylic salt (AUWERS SCHIPPEX and SCHLOSSER) A. i QlB. Tetram&hylsuoinic anhydride ( THIELE and HEWEE) A. i 342 ; (AUWERS ScarFmm and SCHLOSSER) A. i 640. Teti-amethylsuccino-&naphthil (AVWERS SCHIPFEB and SCIILOS- SER) A. i 640. ‘TctraniethylsuccinonitriIe (THIELE and HEUSEB) A. i 342. Tc(ra~ncthylsucciiio-p-tolil (AUWERS ESCBEPBEP and XCRLOSSER) A. i tr-eo. bfctramines discovery of ( HOPXSNW LECTURE) T.687. IL’etram-ylammoniom hydroxide action of heat on ( KOFMANX LECTURE) 3 f%6. 4 5 4‘ 5‘-Tetramethyldixanthylenc Tetr3iniSlanimonium iodide ( HOFMAW Tetrapheuoxgquinol (JACKSOS and Tetraplisiiosyquinone (J~CKSOW and 1 3 4 6-Tetral~lieiiyl~lil~~drop~ricl- LECTURE) T. 666. GRISDLIIY) A. i 166. GRINDLET) A. i 1%. aziqe benzoyl derirntii e of mtl ndditivc product with nitrous acitl (SMITH and RAXSOW) A. i 322. TetraptienSldipheny leiiepropane (KLIHGEI~ n1id LONNES) A i 375. Tetrapheiiylclipl~eiiylencpropylcne oxidt- (KLINGE~L and LONXES) A. i 375. Tetraph etiylcliplienyleiietrioxymethgl- ene (KLIivaEIt and LONNES) d. i 375. Teti~4glienyldisulphoiieortlioplieny Iene- diairtine ( HINSBERG and STRUPLFR). A. i 47. Tetraphenylene- e thy lene. See Bid i- phenylene-ethylene.Tetraphenylene-ethylene dioxides. See Dixanthylenes. Tetraphenylenepinaeolin. See Bidi- phenylene-ethylene oxide. Tetraphenylmelztmine preparation of (BOFMAKX LECTURE) T. 716. Tetraphenyly -tolyldiguanide its hydro- chloride and platinociiloride (MARC]% - WALD) A. i 30. 4 4< 4 4-Tetral~ropoxytefraphenyl- ethylene (GATTERMANN) A. i 173. Tetrapjridine cobaltous chloride (REI- nickelous chloride (REIZEXSTEIN) A Te tra-o- tolylphenyldig uanide its hFdro - chloride and platinochloride (HARCP- WALD) A i 31. Te trazine derivative C1 4H32K402 f row ethylic diphenylcarbazidocarboxylate (RuPE) A. i 429. Tetrazole electrolytic conductivity of solutions of (BAuR) A ii 144. and its sodium and barium derira. tives (THIELE and INGLE) A. i 108. &amino- and its cyanste and acetyl and benzoyl derivatives (THIELI and INGLE) A.i 107. Teti*azones (CURTIUS) A. i 339. Tetrazotic acid amino- electrolytic con- ductivity of in solution (BAuR) A. ii 144. elcctrolytic conductivity of solu- tions of the sodium salt of (BAuR) A. ii 144. Tztrazylazoimide its silver and ani- monium derivatives (THIELE and INGLE) A. i 107. ZENSTEIN) A. i 316. i 316.IXDEB OF SUBJECTS. 1023 ‘letraz~lhydrazine hydrochloride action ‘ of potassium cyanate and of aceto- phenone on (THIELE and INGILE) A. i 107. Tetraz~lsemi~arbazide (THIELE and IR’GLE) A. i 107. 4 4 4 4-Tetrethoxytetraphenyl- cbtliane (GATTERMANN) A. i 173. 4 4 4 4-Tetrethoxytetmphenyletliyl- ene (GATTERXANN) A. i 1’73. -5 G 5 5-Tetrethoxy-4 4 4 $-tetra- nieth~ltetraphenyletliyl~ne (GATTER- XAKN) A.i 173. 5 5 5 5-Tetrethoxytetra~~heii~lethyl- ene 4 4 4 4-tetrachloro- (GATTER- MASS) A i 1’73. Tet re tliylaminodiph enoxaziniium chlor- ide LN:O :NEt,CI = 1 2 4 ; X 0 NEtz = 1 2 41 (MOHLAU :~nd U i x L x A r w j -4. i 168. iodide [W 0 hTEt21 = 1 2 4 ; N O :NEt = 1 2 4 ] (MOH- LAU and UHLMANN) A. i 168. Tetrethylammonium hydroxide dis- covery of (HOFXANN LECTURE) T. 665. action of heat on (HOFJIANN LEC- TURE) T. 666. action of ethylic iodide on (E-IoF- BEAWN LECTURE) T. 666. iodide discovery of (HOFMAXN LEC- TURE) T. 664. action of zinc ethyl on (LACE- MANN) A. i 460. lpiiodide (LACHMANN) A. i 460. Icti*ethyldiamino-a-azonaphthalene and its picrate (Conx) 4. i 100. T‘ctrethylphosphonium hydroxide pre- I’aration of ( HOFMANN LECTUR~) ‘I.672. iodide discovery of ( IIOFMANX LEC- preparation of ( HOFXANN LEC- TURE) T. 602. TURE) T. 672. Tetrethglth~odiaminc (SCHENCP) A i 427. Tetric acid (tetriizic acid ntethglfetr- onir acid) (WOLFF) A. i 87; (PREER) A. i 277 278. action of nitrous acid on (WOLFF and SCHWABE) A. i 524. oxidation products of ( WOLFF) A. i 87. Tctpic acid anilide of and its nitroso- derivatives (WOLFF) A. i 87. lmizoyl derivative (PREER) A. i 278. Tetric acid bramo- and its decomposi- tion products ( WOLFF) A. i 87. Tct ric chloride ( FREE~L and MILLER) nitroso- (WOLFF) A i 88. I%. i 278. Tetrinic acid. See Tetric acid. Tetrolic acid. formation of from zinc and a@-dichlorocrotonic acid (SZEXIC and TAGOESELL) A i (32 * action of water on (DESGBEZ) A.i 2. hydrazone and benzoyl derivative of (WOLFF and SCHWABE) A i 523. oxinie of (WOLFF and SclcWAUEj A. i 524. ‘retronic acid broaio- ( WOLFF and SCHWABE) A. i 526. action of nitrous acid on (IVorxP and SCHWAEE) d. i 524. reduction prodkct of ( WOLFF anc7 SCXWABE) A i 523. clibromo- action of ammonia on (WQLFF and SCHWABE) -I. i 524. (WQLFF and SCHWABE) A i 523 Tlmllium solution and diffusion of in mercury (HUMPBREPS) T. 1681 ; P. 1886 220. rapour density of (EILz) A. ii 152. a new mineral (lorandite) containing (EEENNER) A ii 30. phpological action of (CURCI) A. ii 491. Tliallium hydroxide electrochemical preparation of (LORENZ) A. ii 617. peroxide electxocles in galvanic cells (TGWER) A. ii. 142. pertliiomolybdate (HOFMANN) A.. ii Thallous fluoroxyhypomolybdattte Tetronic acid (WOLFFj A.i 87. spontaneons decomposition of 476. (MAURQ) 4. ii 248. 248. fluoroxymolybdate (MAL-RO) A. ii Thauinasite from New Jersey (PEx- FIELD and PRATT) A ii 36’7; (PI- SANI) A. ii 530. Thenardite (?) from Argentina (SCHICK- ENDANTZ) A. ii 480. Theobromine action of potassium liydroxide on (FISCHER) A. i 12 13. compound of with adenine in tea ( K R U G E ~ ) A. i 450. behaviour of in the organism (AL- BAWESE) A. E 319. physiological action of (ALBANESE) A. ii 492. periodides preparation and properties Of (SEAW) T. 102; P. 1805 1’77. ’70-21024 ISDEX OF SUBJECTS. . (TOHL and NAHKE) A. i 690. &nitro- silver salt of (MEYER) A i 419. Thiophen.r_unaldoxime acetate velocity of formation of nitrile and acetic acid from (LEY) A. ii 243. PThiophencarboxylic acid electrolytic conductivity of solutions of (Lovkx) A.ii 413. Thiophenetyltetmhydroquinazolines. Theobromine estimation of in presence of caffeine (DENIG~S) A. ii 387 Theophylline production of from chlorotheophylline and bromotli eo- phylline (FISCHER and AcH) A i 263. bromo- (FISCHER and Am) A. i 263. chloro- its sodium and silver deriva- tives (FISCHER and Acn) A. i 263. Thermochemistry. See Heat. Thimthrene. See Diphenylene bisulph- dioxide. See Dipheriylene disulph- Thiazoline p-hydrosulphide (GABRIEL and STELZNER) A. i 121. Thiazolyl p-sulphide (GABRIEL and STELZNER) A. i 121. Thiazylpropionic acid p-amino- me- tliylic salt (CONRAD and XREICH- GIAUER) A. i 409. Thienyltyiphenylmethane (WEISSE) A . bromo- (WEISSE) A. i 565. chloro- (WEISSE) A.i 665. iodo- (WEISSB) A. i 566. Thiethylimine (LENGPBLD and STIEG- LITZ) A. i '79. Thiobiazoline deriratives of ( BUSCH) A. i 190. Thiocarbanil magnetic rotatory power &e. of (PERPIP:) T. 1124 1204 1244. Thiocarbamides symmetrical disubsti- tuted action of alkali on (DIXON) T. 857 ; P. 1896 100. Thiocarbanilide behaviour of towards phenylhydrazine ( WALTHER) A. i 54s. Thiocarbimides aliphatic action of mercuric chloride on (PONZIO) A. i 636. ethereal synthesis of (HOPMAXX LEGTUBE) T. 711. Thiocarbonic anhydride (DUNLAP) A. i 4'71. Thiocarbonylacetoacetic acid (EVMER- LING) A. i 127. ethylic salt action of lead oxide on (EMMERLING) A i 127. . dibromo- and tribromo- (EXMER- LING) A. i 127. Thiocyanates absence of in the saliva of dog and horse (MuNK) A.ii 50. Thiocyanobenzenediazclniuni chlorides. See Benzenediazonium chloride thio- cyan o- . Thio-ether C15HIB02NS (BRUGCIE- M-~XN) A. i 356. ide. oxide. i 565. ofy'hxoN) T. 861. " Thiosinnammoniurnoxydhpdrat bromo- " (.I)IxoN) T. 21. Thio-derivatives. See :- Acetic acid. Allophanic acid. Benzamide. Benzoic acid. Benzoic acid thiocamide. PBenzylcrotonic acid and P-benzyliso crotonic acid. Benzyloxyberizaldeli yde. P-Benzy lpropylene. Carbanilide (s-Diphenylthiocarb- amide) . o- and p-Cresols (o- sndp-Tolyl- mercaptans). Cyanuric acid. 'Dehydrotoluidine. Dimethylamine. Dimethyluramil. Diphenylamine. E ugenol . Formanilide. Q uaiacol. Hydantoinacetic acid. Malic acid. Men tho1 . Methoxyphenyltetrahydroquinazol- ine. Naphthamide. Naphthol (4-Naphthyl mercaptan}. Naphthyltetrahydroquinazoline.Phenol (Phenyl mercaptan). Phenoxy butyramide. Phenylcarbamic acid. Phenglcarbazinic acid bisulphide. Phenylcarbimide. Phenylsemicarbctzide. Ph eny Ite trahydroqiiinazolines. Piperidine. Quinol.IXDEX OF Thio-derivatives. See :- Resorcinol. Salicylic acid. Sinamine (Allylthiocarbamide) . Thymol. Tri-anisaldeh yde. Tri-benzaldehyde. Tri-benzoylvanillin. Tri-cumaldehyde. Tri-dimethylgentisic aldehyde. Tri-formaldehy de. Tri-gentisic aldehyde. Tri- methylvanillin. T’ri- piperonal. Tri- t olualdeh y de . Tri-vanillin. Tiratnil. Verstrole anilide ii 186. carbide (MOISSAK and ETARD) A. niobate (LARSSON) A. ii 564. nitrate commercial examination of (FRESENIUS and HINTZ) A. ii 677. oxide new source of (PHIPSON) A. ii 422. dioxide action of phosphorus penta- chloride oh (SMITE and HARRIS) A.ii 179. Thorium separation of cerium from (FBESEXIUS and HINTZ) A. ii 677. separation of from yttrium lantha- num and neodymium (FRESENIUS and HIKTZ) A. ii 677. T/121j obtusa effect of lime and mag- nesia on development of (LOEW and NONDA) A ii 446. Thyme oil analysis of (HIRSCHSOHS) d. ii 223. Thymic acid barium salt and properties of (KOSSEL and NEUMANN),-A. I 658. Thymin separation of from sperma- tozoa (KOSSEL) A. ii 537. Thymol from dibromomenthone (BECK- MAKN and EICKELBERO) A. i 313. magnetic rotatory power &c. of (PERKIN) T. 1064 1132 1183 1239. effect of on the freezing point of dilute soda solution (GOLDSCEMIDT and GIRARD) A i 474. crystalline form of (POPE) P. 1896 142. compound of with aIuminium chloride (PERRIER) A.i 354. Thorite from Norway (SCIIXELCK) A Thorium minerals in Norway (SCHMELCK) A. ii 186. ii 423. SUBJECTS. 1023 Thyinol amino- from hydroxydiliyciro- carvoxime ( WALLACH) A. i 571. y-amino- and its hydrochloride and ace tr1 and bcnzoyl derivatives ( PLANCHEB) A. i 358. substance obtained from by con- densation with 92-benzaldehyde (P?AIWHER) A. i 358. nitramino- (SODERI) A. i 359. benzoate (SODERI) A. i 359. tliio- (VOSWINKEL) A. i 379. TLymoquinonequinolhemiacetal (JACX- SOT and OENSLA~EE) A. i 294. Tbymotic acid ni?ro- (HEPL and MEYER) A. 1 146. Thymus gland presence of iodine iii (BAUMANN) A. ii 487. Thymylic amylic ether (WELT) A. i 333. Thyreo-antitoxin separation and pro- perties of (FRANKEL) A. ii 119. Thyroid gland prGsence of iodiiie in the (BAUMANN) A.ii 263 487. iodine compounds of ( BAIJMAXN aad Roos) A. ii 487. extraction of thyreo-antitoxin from (FRANKEL) A. ii 119. Thyroiodin . (BAUMAKN) A. ii 263 48? ; ( BAUMANN and Roos) A. ii 487. properties and compounds of (BATT- XANN and Roos) A. ii 487. physiological action of (Roos) A ii 488. Tiffanyite (KuNz) A. ii 306. Tin specific heat of (BARTOLI and STBACCIATI) A. ii 145. rate of diffusion of in mercury (HUMPHREYS) T. 251 ; P. 1896 9. .reins formation of (GATJTIER) A. ii 529. Tin-alloys with copper (FOERSTER) A. ii 177. solution and diffusion in mercury of (HUXPHBEYS) T. 1682; P. 1896 220. u ith lead solution and diffusion of in mercury (HUMPHREYS) Y. 1681 ; P. 1896,220. (GAUTIEB) A. i; 602. (UAUTIER) A. ii 646. Tin dioxide crystalline forms of (ARZRUNI) A.ii 307. Orthostannic acid electrochemical preparation of (LOREKZ) A. ii 647. Tin thiophosphide (GRAXGER) A ii 365. with nickel and aluniinium with silver welting points of1026 ZNL1EX OF Tin sulphide electrochemical prepara- tion of (LORENZ) A. ii 648. physical change produced by gently heating (SPRING) A ii 290. Stannic salts action of nitric peroxide on (THONAS) A ii 365. bromide heat of combination of with water in the liquid and solid states (PICGERING) A ii 148. chloride preparation of (LORESZ). A. ii 28. iodide (THOJIAS) A. ii 608. Stannous chloride velocity of the reaction between ferric chloride and (NOYES and SCOTT) A. ii 158. I i n detection of arsenic in when lead is preeent (DE KONINQH) A. ii 273. estimation of (JANXASCH and LEH- NERT) A.ii; 548; (BROOKS) A. ii. 579. estimation of by ?Aectrolysis (Es- estimation of in alloys with ‘lead antimony and arscnic (ANDREWS) d. ii 501. separation of mercury from (JAK- NASCH and LEHNEBT) A. ii 546. Tin-slag analysis of (BAILEY) A ii Tissue formatioh’of in plants (cRo.;~ BEVAN and SXITH) T. 1605; P. 1896 174. connective mucin from (CITITTESDLS and QIES) A. i 456. Tissues estimation of urca in (KAT-I’- XANN) A. ii 130; (SCH~NDOBFF) A. ii 131. Titanium crystallised ( L k v ~ ) d. Ji 304. I Titanium alloys of with aluminium (MOISSAN) A. ii 602. Titanium fluoride (PICCIXI) A. ii 178. potassium fluorides (MARCHETTI) A ii 20. dioxide separation of femic oxide from (FRENZEL) A. ii 112. Titanic acid estimation of volimetri- cally in ores (WELLS and MIT- CHELL) A.ii 502. . GELS) A ii 276. 451. Titanium silicide ( & l a v ~ ) A. ii 304. ctmium alum (PICCINI) A. ii 365. Titanium detection of (PENNIXGTO~) A. ii 306. estimation of precautions in (HILLE- BRAND) A. ii 222. interference of in the estimation of phosphorus ( PATTINSON and PAT- TINSON) A. ii 389. SUBJECTS. Tobacco estimation Gf rcmiiiouia and nicotine in (KISSLING) A. ii 401 ; (VBDRODI) A. ii 630. See Agricultural cheiuis- ~~kPco’} try (Appendix). Tolane. See Ltiphenylacetylene. Tolidine estimation of (TAUBEL) -1.- ii 507. p-Tolilbenzoin preparation of (911 L- LER and PLOCHL) A. i 60% Toluene discovery of in coal-tar (Hol- MANN LECTURE) T. 693. separation of from coal-tm naphth (HOPMANN LECTURE) T. 598. magnetic rotatory power &c.. of (PERPIN) T.1064 1082-10S5 1125,1191,1241. heat of evaporation of (MAISHALT and RAMSAY) A. ii 349. Toluene triamino- and its salts (PILYER and BRENEE) A i 639- o- and p-bromo- magnetic rotato1.v power &c. of (PEGKIN) T. IW-~! 1131,1203,1243. 3 4-bromiodo- (HIRTZ) A. i 531. 4 2-bromiodo- (HIBTZ) A. i 531. 2 4 6-bromiodonitro- (HIRTZ) A.. i 531. bromo-m-iododinitro- (m. p. 133- 141’) (HIRTZ) A i 531. p-bromo-w-nitro- (HANTZSCH and SCHULTZE). A. i 672 dibromotrinitro- rednction of (PALXER and BRENKE) A. i 539. o- and p-chloro- magnetic rotatoI*j power &c. of (PERKIN) T. 1131 1203,1243. 3- p - m- chloro- (DE CONISCX) -i i 473. m-iodo- pr,duct of the action of bromine on (HIBTZ) A. i 531. y-iodoxy- preparation of (WILL- OERODT) A i 533. o-nitro- melting point of (v.SCZXJ:[- DER) A. ii %90. o- and p-nitro- magnetic rotatory powers &c. of (YEREIN) T. 1095 1131,1162 1181,1239. preparation of (HANTZSCH mid SCHULZE) A,. i 353. isomerism of (HANTZSCE aiid SCHULZE) A. i 353. e.ro-nt-dinitro- and its sodium and potassium derivatives (HOLI~E- XANN) A. i 148. compound of with ammonia (HOLLEMAXN) A. i 147. 430. 430. exonitro- (HOLLENAKN) A. i 148. 1 2 3-dinitroso- (ZIKCKE) A. i 1 3 4-dinitroso- (ZINCEE) -I.. i,INDEX OF o-'rol tieneazo-o-creset oil reduction of (JACOBSEN HERER HEXBICH and SC~XWARZ) 8. i 25. o-Tolueneazo-meresetoil reduction of (JACOBSEN HEBER HESRICH and SCHWARZ) A. i 26. i~~-Tolueneazo-o-cresetoil reduction of (sACOBSEN HEBCR HENRJCH and SCHWARZ) d. i 26. m-Tolueiieazo-nt-crcsetoil reduction of (JACOBSEN HRBER WSNIXICH and SCHWARZ) A i 27.p'l'olueneazo o-wesetoil reduction of (JACOBSES EIEBER 1 I l S R I C H and SCHWARZ) -I. i 26. y-Tolueiieaz~-~~~-cresetoil reduction of and stiibszonium base of product (JACOBSEX BEBER HENRICH and .Scrrwauz) A i 27. ~IEBER .€IE~~RICII aiid SCIWARZ) A. i 26. IIEBER HENRICH and SCHWARZ) -1. i 26. ~IEBER XEX-RICR and SCHWARZ) -L i 27. IIEBER HCXRICIT and S'CHWARZ) A il 3T. o-'~olueneszophenetoil reduction of (dAcoBsES DUSTERBEHN KLmx and t i t - ColuenesLoplicnetoil reduction of (JACOBSEX DUSTERBEHN KLEIR' and SCHKOLNIK) A. i 25. p-'~olueneazopheiietoil reduction of (JACOBSES DUSTERBEHN KLEIN and SCHKOLFIP) A. i 25. y-'l'olueneazophenol benzyl ether re- duction of (JacossEN DUSTER- BEAN KLEIN and SCHKOLSIP) A. i 25. iaobut,yl etliei; reduetion of (JACOB- SEN DUSTEEBEHN KLEIN and SCHKOLNIK) A 1 25.o-Tolucneazo-m-cresol (.JACOBSEX lrZ-Tolucneazo-o-~~e~ol (JACOBSEX ~~~-'Lbiuenca~o-i~z-c~*esol (JACOBSEN 11 -'l!olucncazo -m-cresol ( JACOBSEN SCHKOLKlK) 9. 1 24. p'l'oluened iazoamidobenzenesulplioiiic :kcid sodium disodium calcium barium and toluidine salts 221. a-Methylphthalic acid. 684. (SCHBAUBE and BRITSCH) A. i 1 3 4-Tolueuedicarboxylic acid. See ~~-Tcluenedisnlplio~ide ( XEYER) A. i p-Toluenesuiphinic acid electroljtic conductivity of solutions of (fiovk~) A. ii 413. aniline and ammonium salts of (MEYER) A. i 684. p-Toluenesulphonamide dichloro- SUBJECTS. 2027 ( KASTLB KEISER and BRADLEY) d. i 555. o-Toluenesulphoneglycocinc cfectrofy- tic conductivity of solutions of' (Lov~N) A,.ii 413. y-Tolueuesulphoneglycociii~ clectrolg- tic conductivity of solutions of (Lov~N) -4. ii 413. ,o-loluic acid ethylic salts magnetic rotatory power of (PERKIY) Y. 1096 ZC97,1130 1177,1238. THIELE) A i 597. i G18. o-l'oluic peroxide (VANINO and m-Toluic acid tetrachloro- ( RUPP) A y-Toluic acid from turlnerole ( JACI~SOB and WARREN) A. i 357. ethylie salt magnetic rotattory power of (PERKIN) T. 1096 1097 1130 1177 1238. letrachloro- (RuPP) A. i 618. o-'l'oiuidine refraction equivalents of a t different temperatures (PsE- magnetic rotatory power of (PERK~K) T. 1104 1131 1155 1150 1810 1245. amidomlphonate (PAAL and Jd- NTCKE) A. i 235. estimation of water in (DOBRIEIBB and SCHEANZ) A. ii 403. m-Toluidioe magnetic rotatory powers p-Toluidine discovery of (HOFMANN preparation of (HOFMANN LECTURE) refraction equivalents of at different.temperatures (PERKIN) T. 4; P. 1895,199. magnetic rotatorypower of (PERPIN) T. 1131 1155 1159 1209 1245. heat of solution of in cthylic alcohol chloroform and tolucne (SPEYEHS) A ii 411. action of cyanogen on (1ioFxAi-w LECTURE) T. 590 619. oxidation product of (BARSILOWSRP),. d. i 357. colouring matter obtained by oxids- tion of (HOFMANN LECTURE) T. 605. y - Toluidino amidosul phonztc ( PAAL and JANICr;E) A. i 235. y-Toluidine estimation of water in (DOBRINER and SCHRAXZ) A. ii 403. Toluidines estimation of. i n aniline PIX) T. 41; P. 1895 199. &C. Of (YERKIN) T. 1131 1210 1245. LECTURE) T. 646. T. 597. (DOBRI~EIC and SCHR~NZ) A ii 402.P 02 s ISDES O F SUBJECTS. o Toluidopsulp1:obenzoic acid and its barium salt ( REMSEX HARTMAN and MUCKENBUSS) A.i 373. wz-Toluido-p-sulphobenzoic acid and its barium salt (REXSEN HARTMAN and MUCPENPUSS) A i 373. 27-Toluido-p-sulphobenzoic acid and iLs barium stilt ( REMSEN HARTMAN and MUCKENFUSS) A. i 373. o-Toluidotoluquinone ( JACOBSEN EE- BER HENRICH and SCHWARZ) A. i 26. nz-Toiuidotoluquinone (JACOBSEN IIE- BER HENRICH and SCHWARZ) A i 26. p-Toluido-p-~lSlaposaf ranine ( FrsciiEa and HEPP) A. 1 324. o-'Poluonitrile magnetic rotatory powers ckc. of (PERKIN) T. 1096 1137 1206,1244. p-Toluonitrile prcpnmtiori of (HOP- magnetic rotatory power of ( PcnKm) o-Toluoylalanine heat of combustion of (STOHMANN and ScHMIDT),A.,ii 466. p-'l'oluoylalanine heat of combustion of (STOHMANN and sCH3IifDT) A. ii 466. Toluquinone trichloro- ( ELBS and RRUNNBCHWECLER) A.i 2 14. 0-Toluric acid heat of combustion of (STOHMAKN and SCHNIDI') A. ii 466. m-Toluric acid heat of combustion nf (STOHMANN and SCHMIDT) b. ii 466. y-Toluric acid heat of coinbiistion OE (STOHMANN and SCHXIDT) A. ii 460. p-Toly1 o-acetoxystyryl ketone ( KOSTA- XECKI) A. i 2 4 ~ . p-Tolgl a-coumnryl ketone (KOSTA- XECKI) A. i 240. p-'l'oljl o-hydroxystvryl ketone and its acetyl deiivative' and dibromide (KOSTAKECKI) A. i 240. p-Tolyl methyl ketone condensation of with benzaldeliyde (KOSTANECPI and RossBAcJi) A. i 688. pTolyl styryl ketone ( KOSTARECKI and ROJSBACH) A i 688. +Y'olylacetit! acid sodium salt of tetrabromide (BUCHNER) A. i 230. bromine on (Drxox) T. 8.52; P. 1896 99. zc-o-'l'olylaminopenthinzoline y-bromo- ( DIXON) T.2s ; Y. 1895 216. a-p-Tolylnminopenthiazoline y-bromo- (DIXON) T. 27; P. 1895 216. MANN LECTURE) T. 70.5. T. 1096 1137,1206,1244. (t3UCHXER) 8. i 230. 0. I'olylull~lthiocarbamirte action of p-Tolylbenz!ilidcne methyl ketone. See Tolylca;biniide preparation of (HOP- a6-o-'l'olylcarboxgetlij It liiocnrbamide (DORAS) T. 327 ;* P. 1896 74. ah-p-Tolylcarboxyetliylthiocarbamide (DORA4N) T. 328 ; P. 1896 74. Tolylencdiamine discovery of (HOP- l\Ih?iX i,ECl'VRE) %'. 658. p-'i10iyl-3-etiioxy-o-phenylenediami~e its azimide and its stilbazonium base (JACOBSEN DUSTERBEHN KLEIS and SCEICOLXIP) A. i 25. nt-l1olyl-5-ethos~-o-plien~lenediamirie its hydrochzoride azimide stilbazon- ium bnse methenyl derivative witli its nitrate (JACOBSEX I)USTERBENN KLEIN and SCHKOLSIK) A.i 23. o-Tolyl-6-ethoxy-1 3 4-tolyleiiedi- amine its hgdrochloride thiocarb- ongl compound and stilbazoniuin base (JACOBSEX HEBER HENRICH and SCIIWARZ) A i 26. ~n-Tolyl-6-ethoxg-1 3 4-tolglenedi- amine it3 nzimide and stilbazonium base (JACOBSI~N HEBCE IIEXRICR and SCWVVAEZ) A. i 26. p-Tolyl-b'-ethox~-l 3 4-toljlenecli- aniine its aziwide thiocarbonyl coni- pouiid and stilbazonium stlvo (JA- COBSBN HEBER HENRICH and SCEWARZ) A. i 26. (WHEELER and BOLTWOOD) A. i 478. ( KOSTAXECKI and PODRA JANSKT) A. i 689. p-Tolylglyoxjlic acid and its etliylic salt (BOUYEAULT) A i fi16. hydrazone of ( BOXTEAL-LT) A i 650. p-Tol11 styryl ketone. MA" LECTURE) y. 71s. o-Tolylforrnimido-ethylic ether p-Tolylfurfurylidene methyl ketone p-Tol~lhydroxgmetli\ laulpltone (MEPER) A.i G84. Tolglic ethereal salts extractioil of ( DRAQENDORFF) A. ii 278. 0-'l'olylic anijltc ether (WELT) A. i mcrcaptnn (VOSWISKEL) A i 378. imthylic ether magnetic rotatory power of (PERKIN) T. 1127 1128 1130 1159 1187 1240. nz-Ti)lylic aniylic ether ( \YELT) A. i 333. iiiethylic etlicr niagiietic rotatory 333. power Of (PERKIN) T. 1127,1128 1130,1159 1187 1240. p-Tolylic a1l-j-lic ether magnetic rota- tory power &c.. of (PERKIX) T. 1141 1276 1247. amylic ether (WELT) A. i 333.IXDES OF p-Tolglic nierclcptan (TOSWIFHEL) A. i 378. mesit-j-lie sulphide (BOERGEOIS) A. j 18. niethylic ether magnetic rotatory powers &c. of (PERKIX) T. 1127 1128 1130 1159 1187,1240. 0-xylylic sulphide (BOURGEOIS) A. i 18. m-xylylic sulphide (BOL%GEOIS) A.i 18. p-xylylic sulpliide (BOURGEOIS) A. i 18. 442. Tolylketoindene (SCHUYTEX) A. i y-Toljlmethylnitramine o-nitro- (PIS- diiodo- (SCHUYTEN) A. i 442. NOW) A. i 161. dinitro- (RONBURGH) h. i 4'78. SUBJECTS. 1029 Triacetoxyiij-droxydiphenylaeetic acid (HEWITT and POPE) T. 1267; P. 1896 151. Triacetyl-leucodrin (HESSE) A. i 495. Trianilinephosphine hydroxide (MICIIA- ELIS and SILBEBSTEIN) A. i. 344. oxide (MICHAELIS and SILBERSTEIF) A. i 344. (WKRNEB) A. i 227. Tri-anisaldehyde m-nitrotrithio- dinitrotrithio- (WBRNER) A. i 22'7. Triazoacetic acid and hydrolysis of (CURTIES) A. i 338. Triazole compounds (ANDREOCCI) A. i 221. 1 2 3-Triazoledicarboxylic (ZINCRE and HELXERT) A. i 550. Tri-benzaldehyde a-trithio-o-bromo- acid (w6RNE.R). 8.. i. 226. y-TolylmetiiyInitrosamine ;.nitro- &nitro- (ROMBERGH) A.i 4'78. (PINBOW) A. i 161. a-&-itliio-p-Gomd- '(IWRXER) A. i 226. p-Tolyl-o-phenylenediamine (FISCHER) i P-21.itliio-o-bronio- ( 'CVORNER) A. i p-Tolplsuccinimide action of barium p-trithio-p-bromo- (WORNER) A. i A i 628. i 226. hydroxide on (AUWERS and HAH- ' 227. --\ A c n n i T..:h __"_ ,,,.,l.,~,,,,~,~",v,l,m ___ _-_ - hyd;ochloric acid (MIoLATIj A ii 242. o-Tolylsulphamic acid ammonium salt T~ibenzoyl-~-galactoch~orai ' (HAX- Tribenzojlmetliane a- and 8- forms of RIOT) A. i 519. -2 /n. ._ - - - A T- ___-___ \ A nor i / C Y - _I___ _..- 1 fl.-\ A 2 CFCI 01 {KAAL &IlU JANlCJLfirJ A. I L33. p-Tolylsulphamicacidandits amnionium salt (PAAL and JANICEE) A. i 235. 3'-o-Tolyltetrahydroquinazoline (BUSCH) A. i 507.3'pTolylte trahy droquinazoline (,Bnscrr) A. i 507. o-lolylthiourea (DIXON) T. 858. Topaz from New South Wales (LITER- SIDGE) A. ii 658. synthesis of (REICH) A. ii 531. A. ii 188. of (CALTERT) A. ii 667. Tourmaline froin Bohemia (KATZER) Trachea action of drugs on the secretion Tmchjte from East Lothian (HATCH) tridymite- from Lyttelton N.Z. Transition point. See .€€eat transition Trehalose digestion of (BOURQUELOT Treniolite from Sigrio (CANAVAL) A. Triacetonaminoxime (HARRIES) A. i 'Triacetone-d-glucoheptitol (SPEIEB) A Trizlcetotetrazylhydrazine (THIELC and A. ii 116. (M-ARSHALL) A. ii 193. temperature. and GLEY) A. ii 315. ii 483. 318. i 77. IR'QLE) A. i 107. {tiLAlbfin tlllU EALiL) A. 1 G a p . benzoate of and its anilide (CLAISEX and FALX) A. i 560. p-bromobenzoate of and its a-napli- thoate (CLAISEN and PALIi) A.i 560. Tribenzoylmcthane p;bromo- (CLAISEK and PALIE) A. i 509. Tribenzojltrimethylenetriamiiio (DUDEN and SCHARFF) A. i 124. Tribenzoylvanillin trithio- ( WORNER) 1 1 A.? i 226. j a-Tribenzyltetrazylhydrazine (THIELE 1 I /3-Tribenzyltetrazylliydrazine (THIELE ' Tricarballylic acid ( BISCHOFF) A. i 468. TricarbonylFiperazino (ROSDALSIET) ~ A. i 257. Trichlorhydrin action of silver eerotat e T1.i-cumaldehyde m-nitrotrithio- (WORNER) A. i 227. a-ti*ithio- ( WORNER) A. i 226. B-trithio- (WORKER) A. i 226. Tri-dimethylgentisic aldehyde a-trithio- ' (WORNER) A. i 226. ' B-tritiiio- (WGI~NEB) A. i 226 j Trjdyniite-trachjte from Lyttelton K.Z. and INQLE) A. i 110. and INGXE) A. i 110. on (MARIE) A. i 347. (MARSHALL) A.ii 193.1030 ISDES OF Triethylaniine discovery of (HOFXANN iiction of ethylic bromide on (HOF- action of ethylic iodide ou (HOFMANN partial oxidation of (DE HAAS) A. clibromide action of zinc ethjl on action of heat on (KOFMANN LEC- TURE) T. 666. ‘l‘riethylcarbinol. See Heptylic alcohol. ICriethylchrysaniline discovery of (HOFXANN LECTURE) T. 622. Triethyldiethylenetriamine discovery of (HOFMANN LECTURE) T. 687. Triethylenediamine (HOFMANN LEC- TUXE) T. 684. TPiethylenetria2nine discovery of and its salts (BOE’MANN LECTURE) T. 686. Triethylmelaniinc preparation of (HOF- MANX LECTURE) T. ‘716. Triethylphosphine preparation of LECTURE) T. 661. MASN LECTURE) T. 663. LECTURE) T. 664. i 122. (LACEXASK) A. i 460. TI ieth ylarnylarninonium hydroxide (HOFNAB” LECTURE) T.602 671. absorption of oxygen by (JOEISSEN) A. i 589. action of carbon tetrachloride on (HOFMANN LECTURE) T. 680. action of ethylic chlorncetate on (HOFXANN LECTURE) T. 681. action of etliylenic dibromide on (.HOPNANN LECTURE) T. 678. action of iodoform on (HOFMANN LECTURE) T. 680. action of sulphur compounds 011 (HOFNANN LECTURE) T. 674. compound of with carbon bisulphide and its derivatives (HOFXANN LCC- TZ-RE) T. 675. compouud of with phenylthiocarb- imide and its derivatives (HOF- MANX LECTURE) T. 6’76. Triethylphosphine oxide prrparation of (HOFMAXN LECTURE) T. 672. compound of with platinic chloride (HOFMANN LECTURE) T. 674. compound of with zinc iodide ( HOFXANN LECTURE) T. 674. oxychloride preparation of ( HOF- sulphide preparation of ( EOFMANN Triethylrosaniline compound of with ethylic iodide (HOFMANN LECTURE) T.617. ‘I‘riethyltriethylenetrislmine discovery of (EOFXANN LECTURE) T. 687. XANS LECTURE) T. 674. LECTURE) T. 675. SUBJECTS. Trietliylvii~ylphosphoniuin hydroxide preparation of ( HOFMANN LECTURE) T. 678. Trifolium. See Agricultural chemistry (Appendix). Tri-geutisic aldehyde Zrithio- ( WOR- NER) A. i 226. Trihydroxybenzophenone. See Alizarin yellow A. Trihydroxybutane tertiarx iiitro- (HENRY) A i 4. Trihydroxy glutaric acid anhydride of (BADER) A. i 336. E-Triliydroxyglutnric acid (FISCIIER). A. i 526. Trihydroxylamine liydriodide of and the action of lieat on (~UNSTA;?; and GOULDING) T. 810; Y. 1896 73. Trihydroxymenthane behaviour of towards acetic anhydride (GI> b- BERG) A. i 447. (HINSBER~ and HIMMELSCHEIN) A 1 685.1 3 4-Trihydroxyquinolinc 2-cldoro- and its hydrochloride (ZLNCKE and WIKZHEIMER) A. i 499. 1 2’ 2-Trihydroxyquinoline (DIAMANT) A. i 105. ‘I‘nhydroxyterpane (TON EAEPER and BLAU) A. i 54. Trihydroxyxanthone dimethyl ether synthesis of (KOSTANECBX and ‘IAXBOR) A i 369. 1 3 4-Triketoliydroquinoline 2-di- chloro- hydrate of and its hSdro- chloride (ZINCPE and WINZHEIYER) A. i 499. Trimellitic acid from methylpurpuro- santhiii (SCHUXCK and MARCH- LEWSKI) T. ’70; P. 1895 203. Trilnethoxycoumarin (BIGFINELLI) *4. i 370. Trirnethoxycouiuarin-p-cai~boxylic acid and its methylic salt (B~GINELLI) A. i 370. Trimethylacetic acid. See Valerie acids. Trimethylacrylic acid. See Hexeiioie acids. Trimethylallylammonium chloride ac- tion of heat on (HOFNANN LECTURE) T.670. Trimethyl.isoallyleie. See Hexinenes. Trimethylallyltliiocarbamide dibromide (GADAMER) A i 141. Trimethylamine action of lialogens on (RENSEN and NORRIS) A. i 336. action of iodine on in presence of alkali (DEL~PINE) A i 589. behaviour of with Nessler’s reagent (DEL~PINE) A. i 589. 1 2 3-TrihydrouyphenylsulphoneISDES OF Trimethylamine partial oxidation of (DE HAAS) A. i 122. salt of action of iodine and alkali iodide on (DEL~PINE) A. i 589. and NORRIS) A. i 336. A. i 336. i 336. PIWE) A. i 589. Trimethplamine dibromide (REXSEN dichloride (REMSEN and XORRIS) diiodide (REXSEN and NORRIS) A. hydrochloride and pierate (DELL- 'I'riinethylapionolic acid (CIAMICIAN and SILBER) A i 608. 'l'rirnethylazoxyaniline (B~RNSTEIB) A i 542.2 3 4-Trimethylbenzaldehyde ptiration of (LUCAS) A. i 418. f 3 4-Trimethylbenzaldoxirues (T~ucAs) A. i 418 1 2 3-Trimethylbenzenc. mellithene. I 3 4-Trimethylbenzene. 21 - Cumene. I 2 3-Trimethylbenzoic arid. See Prehenitylic acid. 2 4 6-Trimethylbenzoic acid. See Mesitylenecarboxglic acid. Tritiiethglbenzoic acids preparation of (LUCAS) A. i 418. (Is- Trimethyl benzoylpropionk acid (HuHR) A. i 331. Triniethylbromethylalumonium brom- ide preparation of (I~OFJIANN LEC- TURE) T. 680. chloride crystalline form of ( HOF- 'I'rimethylchrysaniline discovery of (HOFMANN LECTURE) T. 622. Trimethylcyanuric acid (SCHIFF) A. j 530. 'L'i.inietliyldeliydrobrazilin aiid its acetyl derivative (HERZIG) A. i 379. I'rimethylene. See cycZo-Propane. 'Ci~imethylene-~-dinaphtbylsulphone (TEOEBER and ARTXANN) &4.i 570. Trimethylenephenylenedianiine (HINS- BERG) and STRUPLER) d. i 48. dinitroso- (HINSBEBG and STRU- PLER) A. i 48. 'L'rimethyienepiperylium bromide and its salts (GABRIEL and STELZNER) A i 703. Trimethylenetriamine tribenzoyl de- rivative of (DUDEN and SCRARFF) A. i 124. triamino- (DUDEX and SCHARPF) A. 1 123. triorthohydroxybenzj lidene de- rivative of (DUDEN and SCHARFF) A i 123. pre- See Hemi- See Triinethylisobutylammoniun~ platino- XANN IiECTURE) T. 671. SUBJECTS. 1031 Trimethylenic glycol (NOYES and WAT- 1 3 5 2-Trimethylethglbenzsne KINS) A. i 115. (et?gEmesityZew) synthesis of (TOHL) A. i 17. dibromo- (TO~IL) A i 17. dinitro- (Yc~HL) A i 17. sdphonic acid salts of (TOEL) d. i 17. 1 3 5 2-Trimethyletliylbenzene- Trimethyletliylene. See Amylene.aaal-Ti~imethylglutsraiiilic acid (8;~-ERS and ZIEGLER) A i 643. aaa,-lrinietliylgiutaric acid ( AL-WJWS slid ZIEGILER) A. i 643. aaa,-Trimetliylglutaric anhydride bronio- (AUWEBS and ZIEGLEI:) il. i 643. SCHIPPER and SINGHOP) A. i 663. action of aniline on (AEWERS SCHIFFER and SINGHOF) A. i 643. wtion of bases on (AUWERS a$'P-T14methylglutaric acid ( PERKIX and THORPE) P. 1896 156; (AUWERS and Z~EGLEE) A. i 643. ethjlic salt ( PERKIN. and THORPE) P. 1896 156. au~-Trimetliyl~luta~ic acid Fbronio- ethylic mlt and action of alcoholic potassium cyanide on ( PEREIX ancl TEORPE) P. 1896 156. Trimethylh~tt~atoxylin acetyl derira- tives of (HEBZIG) A i 379. 2 4 6.Trimetliglhexahydrop~ridiiic. See Copellidine. 1 2 5-Trimethylcyclohexane (ZELINSKY and XEFORMATSKY) A.i 210. nitro- labile form of (KONOWALOFF) A. i 676. k.etohexa~7zethyZene) (ZELINSKY and REFORMATSKY) A. i 130. (ZELIESKY and REFORMATSPY) A i 130. l'rimetlijlhydrox~lainine hydriodide of ( DUNSTAN and GOULDIKG) T. 839 ; I?. 1896 72. Trimet hyl-3- h y dros y t e trah ydronaph- thylanimonium chloride. picrate aurochloride and ~)latinochloi*ide (BAMBERGER ancl LODTER) A. i 100. 1' 3' 3'-Trimethyi-2'-indolinone and its platinochloride aurochloride mercuroehloridc (BRUNNER) A. i 625. Trim et h y lcijcZo 1 I exm one ( trime thg Z- action of nascent hydrogen on1033 IKDEX OF SUBJECTS. 1’ 3’ 3’-Trimethylindolium hydrox- ide and its hydrochloride sulphate mercurochloride and platinochloride (BRTJKNER) A. i 625. dibromo- (BRCX~ER) A.i 625. dinitro- (BRUNKER) A. i 625. Trimethyliodethylammonium iodide (GABRIELand&STELTZNER) A i 121. Trimethylketohexaniethylene. See TrimetltylcycZohexanone. 2 4 6-Trimethylmandelic acid (METER and SOHK) A. i 434. 2 2 4-Trimethylpentane.3-ol-l-nl. See Hydroxyoctoic aldehydes. 2 2 4-Triniethylpentsnc-1 3.diol. 9 e e Octylenegly cols. 2 2 4-lrimethvlpentaue-3-oloic acid. See IIydroxyoEtoic acids. Tritnetliylphospltine preparation of (HOFXAPU” LECTURE) T. 671. Tiiulethplpimelic acid synthesis of (ZELIRSKP and REFORMATSKY) A. i 130. tlicgano- etliylic salt (ZELINSKY and REFORMATSKY) A. i 130. 2 2 6-Trimethylpiperidine 4-a1nino- and its salts and acetyl derivatires (13ARICIES) A. i 318. a@-Trimethylpropionic acid. See Trin~etliylpr~pylammonium platino- Hexoic acids.chloride crystalline form of ( HOF- MAXN LECTURE) T. 671. Trimetiiylisopropylammoniuni chloride action of heat on (HOFHAKX LEC- TURE) T. 670. Trimethylpyrazine and its salts (BRANDES and STOEHR) A. i 576. 2 4 6-Trimethylpyridine. See Col- lidine. Trimethylpjrogallol magnetic rotatory power &c. of (PERKIN) T. 1064 1127,1189 1241. Trimethylpyruvic acid (GLUCKSMAXX) A i 333. 1 3 2’-Trimethylquinoline condensa- tion of with opianic acid (XENCKI) d. i 2.36. Trimethylrosaniline methochloride (HOFMANII LBCTURE) T. 625. @-Trimethyluric acid (FISCHER and AcH) A. i 12. 8-Trinaphth ylallpltrisulphone (T.EOEC.ER and ARTMANN) A. i 570. Tyinitrides decouiposition of‘ (PERA- TONER and ODDO) A. ii 245. Trioxymethylene use of for dicinfection (BROCHET) A.i 345. Triphenj Icarbinol formation of from ethylie oxalate and bromobenzene (FEET) A. i 93. 2 4 5-Triplienyl-4 5-dihydroglyox-. aline (FFIST and ARNSTEIS) a. 1 259. 2 3 5-Triphenyl-5 6-dihydropyrazine ( FEIST and ARNSTEIN) A. i 258. 3 4 6-Triphenyldihydropyridazine (SMITH) A i 322. Triphenylethanolone. See Diphenyl- hydroxjacetophenone. Triphenylethanone. Se2 Diphenyl- ace tophenone. Triphenylguanidine discorery of (IIor- MANN LECTCRE) T. 686. action of cyanogm on (HOFXASN LECTTJRE) T. 715. Triphenylmelamine preparation of (HOFMANN LECTURE) T. 716. Triphenylmethane refraction equivalent of (ANDERLINI) A. ii 229. magnetic rotatory power &c. of (PERKIN) T. 1085 1086 1152 1195 1230 12-42. p-nitro-diamino- reduction of ( YRUD’HOMME) A.i 307. Triplienylmethane dyes constitution of (VAUBEL) 4. i 242. Triphenylphosphine and its cliloride (HOFMANN LECTURE) T. 683. 1 3 4-Triphenylpyrazole (SMITE and RANSOM) A 1,322. 3 4 6-Triphenylpyridazine (SYITII) A. i 322. Triphenylrosaniline constitution of ( KOFMANN LECTURE) T. 614. Tr~phenylrosanilinesulphonic acids dis- covery of (HOFMAEN LECTERE) T. 616. TriFheaylstibine its chloride ar,d liydr- oxide (HOFXAXN LECTURE) T. 683. Triphenylvinylic alcohol action of hy droxylamine hy drochloride on (BILTZ) A. i 690. Triphosphonium triiodide preparation of (HOFMANN LECTURE) T. 680. Triphglite optical properties of (PES- FIBLD and PRATT) A ii 184. Tripiperonal a-trithio- ( WORNER) A. /3-trithio- ( ~ORNER) A. i 226. Tripropylamine ptt.rtia1 oxidation of (DE HAAS) A.i 122. Triresorcinol ( HXSSE) A. i 153. hydrobromide (HESSE) A i 153. hydrochloride (HESSE) A. i 152. diacetyl derivative of (HESYE) A. i Triresorcinol bronio- and its hydro- ietrabromo- and its peutahjdrobrom- heptabromo- (HESSE) A. i 153. i 226. 153. bromide (HESSS) A 1 153. ide (HESSE) A. i 153.INDEX O F SljBJECTS. 1033 +-Tropeine benzoyl derirative of and its salts ( WILLSTATTER) &4. i 452. ( WILLSTATTER) A. i 327. Fropinonephenylhydrazone (WILL- Tropinic acid from dihydroxytropidine (WILLSTATTEE) A. i 65. constitution of ( WILLSTATTER) A i 267. action of phosphorus and hydriodic acid on (CIAMICIAN and SILBER) A. i 513. d-Tropinic wid and its methylic salt its methiodide and other derivatives ( WILLSTATTER) A. i 265. propylic salt and its niethiodide ( WILLST~TTER) A.i 267. i-Tropinic acid its derivatives and salts (WILLSTATTER) A. i 263. methylic salt and its methiodide and other derivatives ( WILLSTATTER) A. i 265. oxyfluoride (PICCINI) A. ii 178. potassium oxyfluorides ( MARCHETTI) A. ii 20. Tungstic acid salts with rare e a r t h (HITCHCOCK) A. ii 526. Sletatungstic acid physical propei*ties of (SOBOLEFP) A ii 478. Paratungstates of sodium potassium and ammonium (HALLOPEBE) A. ii 652. Iodotungstic acids and their salts (CHR~TIEN) A. ii 652. Phosphododeeatungstic acid physical properties of (HOBOLEPF) A ii 477. Tungstozirconic. See Zirconotung- ] stis.1034 INDEX OF SUBJECTS. Tungsten Tungstitartaric acid salts of (HEKDERSOX and BARR) T. 1456 I?. 1896 169. Tnracin absorption spcctruni of (GAw- GEE) A.i 714. Turacoporphyrin absorption spectrum identity of v itli ht~rnntoporpli~i~in Tnriucrole properties and formula of (JACKSON and WARREX) A i 387. Turpethic acid (KROXER) A. i 386. ‘I’urpet’fiin from Ipoaiux itwpethum (KROMER) A I 386. the soluble ferment found in dahlia beetroot &c. (BEETRAND) A ii 571. Tyrosin oxidation of by a soluble fer- ment tgrosinase (BERTRAKD) A. ii 571. detection of (LANDSTEIXER) A. ii 284. of (GAMGEE) A. i 714. (GAMGEE) A. i ‘714. U. ZXex europms occurrencc of cy tisine in (PLUGCIE) d. ii 61. ‘‘ Ultramarine ” from New Mexico (PACKARD) d. ii 530. Umbelliferone from Sugapen resin (HO- IIENADEL) A. i 68. Unclecolic acid. See under Hende- cenoic acid. ;so- Undecylamine. See iso-Hendecyl- amine. Undecjlenic acid. See Hendecenoic acids.Unsaturated compounds classification of (MICHAEL) A. i 133. TIrac~-1-2-hydro~ulpliide 3-amino- and its ammonia compound and acetyl tlerirative (WEIDEL and NIENILOW- SKI) A. i 105. sn-Cramidobenzoic acid and its metli$ic salt (ZIXCICE and HELMERT) A. i 548. +%-arniiio- and its salts (ZINCKE’ and HELMERT) A. i 548. 4-nitro- and its salts (ZINCKE and HELSIEET) A. i 548. p-Unmidobenzoic acid and its salts (ZINCPE and HELMERT) A. i 549. 3-aniino- and its salts (ZINCKC and HELMERT) A. i 549. 3-nitro- and its salts (ZINCPE and HELNERT) A i 549. dinitro- and its ammonium salt (ZIKCKE and HELXERT) A. i 549. 3 4-U1.amidobenzoyl-l-carboxylic acid. See Diketotetrahgdroquinazoline-2- carbosylic acid. 9%-Uramidodibenzoic acid and its mc- t h y k salt (ZINCKE and HEGMER’L‘) A.. i !48.y-Uramidodibenzoic acid and its salts (ZINCIEE and I~ELXERT) A i 549. Uramil thio- (FISCHER) A i 141. action of hydrochloric and nitric acids 011 (FISCHER) A. i. 141. action of potassium ryanate 011 (FISCHER) A i 14% metallic salts of (FISCHER) A. i 141. methyl derivative action of potas- sium cyanate 011 (FISCHER) A. i 143. Uraninite spectrum of gns from (LOCK- PER) A. 11 596. Uranium prepAration and properties of (MOISSAN) A. ii 525. temperature of sparks detached b j steel from (CHESNEAU) A. ii 407. Uranium alloys of with alnminiuni Uranium salts. action of on organic acids in presence of light (FAY) A. i 465. thermochemistry of (ALoY) A. ii 590. carbide (NOISSAN) A. ii 364. oxynitride (SXITH and MATTREWS) niobate (LARSSON) A ii 564. dioxide (SXITH and MATTHEWS) A ii 177.potassium sulphate phosphorescent radiations from ( BECQTTEREL) A ii 406. Uranyl cesium chloride (WELLS awl inolybdate (HITCHCOCK) A ii tungstate (HITCHCOCK) A ii Ui-ea in animal organs (SCH~NDORFF),. A. ii 318. distribution of between corpuscles and plasmaof blood (SCH~RDORFF) A. ii 375. formation of by ferment action (RICHET) A. ii 119. cormation of in the fermentation of uric acid (G~RARD) A. ii 668. products formed in the fermentation of (ADENEP) A. ii 326. action of polysulpliides on (AUF- SCELAGER) A. ii 57’4. Urea estimation of by the hppobromite process (ALLEN) P. 1896 31. (MOISSAN) A. ii 602. A ii 177. BOLTWOOD) A. ii 108. 526. 526.ISDEB OF SUBJECTS. 1033 Urea estimation of in blood and tissues (KAUFXANN) A. ii 130; (SCHOS- DORFF) A.ii 131. Urea. See also Carbamide. t-yethane heat of solution of in water methylic etliylic and propylic alcohold chloroform and toluene (SPETEBS) A. ii 411. decomp3sition of with sodiuin hypo- chlorite (CONINCK) A. i 364. action of phosphorus trirhioride on (LACHXAXN) A. i 601. benzoyl derivative of (TON PECH- MANX and VANINO) A. i 33. Ui-ethane nitro- (THIELE and LACII- MASN) A. i 208. nitroso- (THIELE and LACHXAXN) A. i 208. Urethaneacetic acid and its ethylic salt) (HANTZ~CH and METCALF) A. i 521. nitro- (HANTZSCH and METCALF) A. i 521. nitroso- ethylic salt (HASTZSCH and METCALF) A. i 521. Urcthanes (CURTIUS) A. i 340. Gric acid in wing-scales of PieridBc (HOPPINS) A ii 198. new synthesis of (E’ISCHER and ACE) A i 12. solubilities of (SMALE) A.ii 490. action of ammoniuin sulphide on ( FISCHER) A. i 142. fermentation of by micro-organisms (G~~RARD) A. ii 668. influence of food containing nuclein on the secretion of (UXBER) A ii 666. uuclein as a source of in the body (WEINTRAUD) A. ii 488. source of in urine (CAMERER) A. ii 379. sottrees of in urine and fteees (WEIB- TIUUD) A. ii 490. action and excretion of in rabbits and dogs (EBsTEIXand NICOLAIER) R. ii 379. itrates precipitation of within and without tlie body (MORDHORST) A. ii 491. Kric acid separation of from alloxuric bases (KRUGER) A. ii 281. estimation of in urine (KRUGER) A ii 281 ; (RITTEB) A. ii 343. cstiniation of by Fehling’s solutioi? (RIEGLER) A. ii 222’. +-Uric acid /it-thio- (FISCHER) A i action of fused oxalic acid on K-rine causes of secretion of (TAX- 142.(BISCHER) A. i 142. MANN) A. ii 618. Urine influence of atropine on the se- cretion of (WALTI) A. ii 666. influence of the administration of acids on (DUXLOP) A. ii 484. excretion of calcium salts in tlie (REY) A. ii 489. excretion of iron in the (TIRMASN) A. ii 487. of the insane epiguaninc a new brw found in (KRUGER) A i 62. extraction of uobilin from (GARitou and HOPXINS) A. i 712. presence of acetone in (ABRSX) A. ii 264. presence of dbuniose in duriiig feret. (XREEL and MATTHES) A. ii 667. presence of ammonia in during fevers (RUMIT ; HALLERVOEDEK) A. ii 3’79. presence and amount of arnmonia in during disease (RUMMPF) A. ii 618. presence and amount of alloxuric bases in during nephritis (ZULZER) A. ii 667. presence of alloxuric substances in.during disease (BAGINSPY and SOXMERFELD) A. ii 491. pi*escnce or absence in of indican and indoxylglycuronic acid ( DAIBEB) A.,ii 491. presence of lactose isonialtose and &xtrose in (LEMAIRE) A. ii 490. presence of pentose in (SALKOWSKI). A. ii 490. presence and aiuomt of oxalic acid in (DUNLOP) A. ii 263. absence of sugar in normal (Tons- s ~ N ) A. ii 199. precipitation of creatinine from b- lead acetate (COLLS) A ii 666. proteids of (MORNER) A ii 120. separation of pigments of by means of phenol (KRAMIJI) A ii 666. solubility of uric acid in (SMALE) A. ii 490. sources of acetone in (WEIXTRAUD) A. ii 490. sources of lmmatoporphyrin in (STOKVIS) A. ii 537. source of oxalic acid in (DI-XLOP) A. ii 263. source of phosphoric acid in (CAMEBER) A ii 3’79; (WEIS- TRAUD) A ii 488.sources of uric acid in (CAXERER) A . ii 379; (\vEINTR-4UD) A. ii 483 490; (UXBER) A. ii 666. sources of xaiithine bases in (CAMERER) A. ii 879. A. ii 344. Uiine detection of nlbiimin in (JOLLI .)1036. TSDEX OF SUBJECTS. Tjririe detection oi crcntinitie in (DE CONINCK) A ii 132. detection of mercury in (JOLLES) A. ii 77. detection of pentoses i n (TOLLEXS) A. ii 504. Ehrlich‘s diazo-reaction in (Hsw- LETT) A. ii 284. estimation of acetone in (GEELXUY- DEN)! A. ii 679. estimation of acidity of (L~PINOIS) A. ii 397. estimation of chlorides in ( D E ~ I G ~ ) A. ii 3%. estimation ofcreatinine in (KOLISCII) A. ii 283. estimation of d-glucose in (Lons- STEIN) A. ii 128. estimation of small quantities of glucose in (BUCHNER) A.ii 225. estimation and detection of mercury in (JOLLES) A ii 77. estimation of urea in by the hypo- bromite process (ALLEN) P. 1896 31. estimation of uric acid in (KRUOER) A ii 281; (RITTER) A. ii 343. estimation of xantho-uric derivatives in (DENIG~S) A. ii 887. Urino-mucoid separation of from urine (MORNER) A. ii 120. Urobilin nature and sources of (TOLLES) A. ii 51. chemical and optical properties of (GARROD and HOPKINS) A i 713. absorption specLrum of (GARROD and HOPKINS) A i 713; (GAN- GEE) A i 714. extraction of from urine (GARROD and HOPKINS) A i 712. Urtica wens and U. dioica constituents of (GIUSTINIANI) A ii 495. Usnic acid in lichens occurrence of (ZOPF) A. i 101. V. Vacuum tubes method of filling nitli gases (YOUNG and DARLING) A. ii 3. Valency of gases connection between the dielectric constant and (LANG) A.ii 144. VALERALDEHPDES :- iso-Valeraldehyde act ioti of alcoholic potash on (KoHN) A. i 461. (HoHN) A. i 10. condensation products from TALERALDEHYDES :- iso- Valeraldehyde condensation of vrith 8-hydroxy-a-iiaphthaq~iin- one (HOOKER) T. 1356. Methylethylacet aldehyde (IPATIEFP) A i 402. Valeranilide (SPILZICHINO and CONTI) Valerian oil of hydrolysis of (OLI- Paleriana oflcinalis (OLIVI~RO) A. i VALERIC ACIDS :- A. i 432. VIBRO) A i 492. 492. Valerie acid formation of by tlie action of light on amylic alcohof (RICHARD~ON and FORTEY) T 1351; P ,1896,165. melting and solidifying points of (MASSOL) A i 4%. absorption by silk of dilute (WALKER and APPLEYARD) T. 1346 ; P. 1896,14?’ ethylic and auiyiic salts molecular volume of in organic solvents (NICOL) T.1K3 j P. 1895 237. Valeric acid a-bronio- ethylic salt action of alcoholic potash on (PERKIN and GOODWIN) T. 1470. action of quinoline on (PERKIN and GOODWIB) T. 1470. iso-Valerie acid (iso-propylacetx acid) (HJELT) A. i 598. melting and solidifying points of (MASSOL) A. i 4.08. iso-Valeric acid crotonylic salt (CHA- RON) A. i 662. diisobutylacetylenic salt density of (ANDERLINI) A i 203. iso-T’aleric acid a-bromo- ethplic salt action of iinely divided silver on (AUWERS and SCHLOSSER) A. i 639. Methylethylacetic acid (a- methyl - biityric acid; Aydrotiglic aczd) (FIGHTER and HERBRAND) A. 1 463 ; (CIAXICIAN and SILBER) A. i 596. specific rotatory power of (GTJYE and ROSSI) A. ii 85. separation into optically active com- ponents (SCHUTZ and MABCK- WALD) A i 203.salts of? specific rotatory power of solutions of the (GUYE and ROSSI) A ii 85 (BENTLEY HAWORTH and PER- ethylic salt (BENTLEY HAWORTH and PERKIN) T. 174; P. 1898 36. Methylethylacetic acid y-bromo- KIN) T. 174.ISDES OF SIJBJECTS. 1037 VALERIC ACIDS :- Methylethylacetic acid y-bromo- ethylic salt action of ethylic so- dioisopropylmalonate on (BE h’ T- LEY HAWORTH aiid PERKIN) T. 162. y-chloro- anilide of (BENTLEY HAWOBTH and PERKIN) T.,175; P. 1896 37. Trimethylacetic acid msthylamides action of nitric acid on (FRANCHI- MONT) A. i 602. iso-Valeric anhydride refrNtion equiva- lent of (ANDERLINI) A. ii 229. VALERIC CHLORIDE :- Methylethylacetic chloride y-chloro- (BENTLEY HAWORTH and PER- KIN) T. 175 ; P. 1898 37.iso-Valeroin. See Butyl a-hldroxy amjl ketone. VALEROLACTONES :- Vaterolactone (SPENZER) A. i 128. u- Methylbutyrolactone ( BENTLEP HAWORTH and PERKIN) T. and the action of hydriodic acid on (FICHTER and HEBBRAND) A. i 463. action of hydrobromic acid on (BENTLEY HAWORTR and YER- KIN) T. 174; P. 1896,36. action ol phosphorus pentachloride on (BENTLEY HAWORTR and PERKIN) T. 174 ; P. 1896 37. y-Valerolactone refraction equivalent Valeronitrile preparation of (HOFMANN LECTUBE) T. 696. ivo-Valcrophen on e - o-carboxylic (BROMBERG) A. i 580. iso- t aleroylmalic acid rotatory power of the methylic ethylic propylic and isobutylic salts of (WALDEN) A. ii 136. Valeroglmandelic wid rotatory power of the ethylic salt of ( WALDEN) A. ii 138. iso- Valerylid?neacetoacetic acid eth.rlic salt of (KXOEPENAGEL) A.i 210. iso-Valerylidenebisacetonedicarbox ylic acid ethylic salt of (KNOEVENAGEL) A. i 212. iso-Valerylphenylsemicarbazide (WID- MAN) A. i @%?. Valve convenient form of Bunsen (KREIDER) h. ii 161. Vanadiferous coal from Peru (TOBRIGO Y MECA) A ii 252. Vw-iadiam preparation of (XOISSAN) A. ii 608. Vanadium-alloys with iron copper and aluminium (MOISSAN) A. ii 609. VOT,. LXX. ii. 173 ; Y. 1896 36. of (ANDERLINI). A. ii 229. acid Vanadium carbide ( MOIPSAN) A. ii ammoilium alum (PICCINI) A ii caesium alum ( P r c c r m ) A ii,.303. rubidium alum ( PICCINI) A 11 305. Vanillic acid synthesis of (~AJANS) A i 369. Vanillin synthesis of (FAJANS) A i 368. Vanillinacetic acid (GASSYANN) A. i 425. TTaso-motor nerves action of on meta- bolism ( ~ A N G L ) A.ii 43. Vapour density. dee Deiisity. Vapour prcssure. See Heat. Tapour pressure of hydrated salts. See Heat dissociation pressure. Vegetable matter dead decomposition of (BREAL) A. ii 670. Velocity of a reversible reaction of the first order (KUSTER) A. ii 155. Velocity of change of alkyl ammonium cyanates into the corresponding carbamides (WALKER and AFPLE’- YARD) T. 193 ; P. 1898,12. of syn- into anti-aldoximee (LET) A. ii 243. of anissynaldoxime acetate into the nitrile and acetic acid (LEY) A . ii 243. of benzsynaldoxime acetate into the nitrile and acetic acid (LEY) A. ii 243. of p-bromobenzytddoxime acetate into the nitrile and acetic acid (LEY) A. ii 243. of p-chlorobenzsynaldoxime acetate into the xiitrile and acetic wid (LEY) A. ii 243.of diazoamide into amidoazo-com- pounds (GOLDSCHMIDT and REIN- DERS) A ii 515 556. of p-iodobenzsynaldoxime acetate into the nitrile and acetic acid (LEY) A. ii 243. of thiophen~ynaldoxime acetate into the nitrile and acetic acid (LEY) A ii 243. produced by enzymes (TAXMANKC) A. ii 24%. Velooity of decomposition of acids con- taining s u l p h r and nitrogen ( WAGNEB) A. ii 470. of allyleuccinimide by hydrochIoric acid ( MIOLATI) A. ii 242. of benzylsuccinimide by hydrochloric acid ( MIOLATI) A. ii 248 of ethylsuccinimide by hydrochloric acid ( MIOLATX) A. ii 242. of glutariniide by hydrochloric acid ( XIOLATI),. A ii 242. 608. 304. 713038 ISDES OF SUBJECTS. P'elocity of decomposition of metliFl- succinimide by hydrochloric acid (MIOLATI) L\.? ii 242. of phenylsuccinimide by hydrochloric acid (MIOLATI) A.ii 242. of potassium hypiodite (NOYES and SCOTT) A 11 158. of propylsuccinirnide by hydrochloric acid (XIOLATI) A. i i 242. of pyrotartarimide by hydrozhlork acid (NroLaTr) A. ii 242. of succinimide by Lydrocl~loric acid (MIOLATI) A. ii 242. of p-toly lsucc*inimide by hydrochloric acid (MIOLATI) A. ii 242. Velocity of etherification acceleration ofthe by hydrochlorie acid (TAFEL) A. ii 470. of chloracetic acids (LICHTY) A. ii 557. in presence of acids (GOLDSCHJIIDT) A. ii 638 ; (PETERSEN) A i i 638. Velocity of hydrolyeis of methylic and ethylic acetates in alcoholic solution (GENNABI) A. ii 413. of salicin by acids ( ~ O Y E S and HALL) A. ii 150. of sugar and ethereal salts by acids under pressure (ROTHMUND) A.ii 591. - Velocity of inversion of sugar by salts (LONG) a. ii 414. Velocity of lactone formation in acids of the sugar group (HJELT) A. i 596. Velocity of oxidation of hydriodic acid mathematicnl theory of the (WAR- DER) A. ii 297. Velocity of rcsction in gases (STORCII) A ii 298; (Conex) A. ii 593. of ethplic iodide and silver nitrate diusdvctl in methylic and in etliylic alcohols (CIIIMINELLO) A. ii 354. between ferric and stannous chlorides (BOXES and SCOTT) A. ii 158. between hydriodic and bromic acids (Kox-ES and SCOTT) A. ii 15s. of hrdrogen peroxide and hydriodic acid (KCYES and SCOTT) A. ii ii 238. of potassinin iodide and chloratc in acid solutiori (SCIILUNDT) A ii 297. Vei-atraldehyde preparation of ( BOGTEAVLT) A. i 649. 158 ; (IfARCOL-lLl' and &SON) d.hydrazone (BOT;TEAVLT) A i 630. Verstranilide (URUQOEXASN) A i ' 356. Veratric acid. Sec Dimethylproto- Yeratrine action of cn the embryocic cstechuic acid. heart (Pic61xKIxG) A ii 46. 'Verakrole benzoyl derivative of aud iks phenjlh~drazone (BRuoaEnsasN) A. i 356. bromo- (MOUREL-) A. i 426 tetrabromo- ( BRUGGEXANN) A. i tetracliIoro- (BBUOGEMABN) A. i diiodo- (BR~GOEXANN) A. i 356. dinitro- ( BRUOGBXANN) A i 356. tliionnilide (BRuGamxANx) A. i Verrttronitrile ( MOUREU) A. i 426 'Veratroylcarboxylic acid and its etliylic salt (BOUVEAULT) A i 616. Veratroylglyoxylic acid hydrazone (BOIXEAULT) A i 650. Veratrylamine and its platinochloride and benzoyl derivative (MOURETT) A. i 426. Vermiculite from Styria (CANATAL) A ii 483. FernCx caseosa coiiiposition of (RUPPEL) A ii 199.Vesuviaii. See Idocnse. Vetch prote'ids of the (OSLIORXE and CAXPBELL) A. i 715. Vetches. See Agricultiiral Chemistry (~4ppeudis). Fibrio Metschnikouii inversion of cane-sugar by (;ti'ERnfI and BIOSTE- SANO) A. ii 493. Ficiafaba germinatioii of ( PRIAEISCIG optimum temperature for respiration satiw aitrogenoua constituents of Vicin is a gliicoside not an alkaloid Vine red dye oi leaves of (WEIGERT) Vinegar estimation of chlorides in Tin3 lamine preparation of (GABRIEL action of boiling mster on (GABRIEL action of carbon bisulpliide on 356. 356. 356. NIXOFF) A. ii 350. O f (ZIEGENBEIN) A. ii 265 (~CHTLZE) A ii 208. (RITTIUESEN) A. i 696. A. i 858. (DENIQ~S) h ii 386. and STELZNER) A. i 321. aid STELZNER) A i 121. (GABRIEL and STELLNER) R. i 181.oxalate (GABRIEL anit STELZNER) A i 121. Vinyldiace tonsminosiine A. i 318. Vinylic bromide (BENTLET EAWORTH and PERKIN) T. 165; (HAWORTH and PERKIY) T 175. Vinj Ipicolinic acid P-clichloroxp- lac- tone of (ZISCKE and 'F~rINLUEINEU) d. i 3W. ( I3anx I ES),ISDES OF SUBJECTS. 1,039 1 79. Volume critical. See Critical volume. Volume of ethylic alcohol rapour coiiiiection between temperature pressure and (BATELLI) A ii 150. Volutnc of solicls simp:e apparatns for measuring the (GUOLIELXO) A. ii 344. 1 1'inylc.yclopropane anrl its oxiclstioii aB-dtbromo-(exo) (GL-STATSO>) A (FL-STAVSOK) A. i 669. i. 669. VinZ'j~Yridinccarbos~lic acid didiloro- (ZIXCKE and WIEDERHOLD) -4 i 602. trichloro- (ZIXCKE and WIEDER- HOLD) A. 1 502. Vinyltriniethylenc. See Vinyleyelo- propane.Violaniline discovery of (H OFMANN LECTCRE) T. 610. Violuric acid electrolytic dissociation and colour of (DONNAN) A. ii 405. Viscosity of aqueoris solutions of sodium sulpliate (D'ARcY) T. 999 ; P. 1896 104. of argon and helium (RAYLEIGli) A. ii 599. of solutions of the salts of the pol$- tliionic acids ( HERTLEIN) A ii 353. T'itellin non-occurrence of in the almond (OSBORKE and C-mrBELL) A i 716. F%is pentaphylla occunence of galactan in (YO~$IIKM~RA) 8.. ii 60. Tolume of sulyhates of potassium rubidium and czzsium i n combina- tion prith other sulphates (TCTTON) T. 497 ; P. 1896 71. Volumes molecular and atomic solu- tion (TEAITBE) A. ii 152. Volumes niolecular determination of inolecular weight by means of (TRAUBE) A. ii 411. in dilute solutions ( KOHLRAVSCH) A.ii S9. of gases I;. MeTer's investigations OIL (BEDSON) T. 1423; P. 1896 119. of solitls and liquids extension of the laws of Avagadro and Gsy Lusaac to the (TRAUBE) A. ii 235. of the double sulphates of potassium rubidium and cesium (TUTTON) T. 457 ; P. 1896 68. of the salts of the polythionic acids (HERTLEIN) A. ii 353. of organic compounds (TRAUBE) il. ii 354. of hydrocarbons ( TI~ACBE) A. ii 153. of ethviic and anivlic benzoatcs in orgabic solrents (NICOL) T. 143 ; P. 1895 237. of ethjlic butyrate in organic SOlvcllts (RKCOL) T. 143 ; P. 1895 237. of etlivlic and amplic formates in or- ganic solreiits (NICOL) T. 143 ; P. 1895,237. of ethylic inalonate in organic sol- rents (WICOL) T. 143 ; P. 1895 237. of ethylic oxalate in organic sol- vents (NICOL) T. 143 ; P.1895 237. of ethylic salicylate in organic sol- vents (EICOL) T. 143; P 1895 237. of ethylic succinate in orgmir eol- Tents (KICOL) T. 143 ; P. 1895 237. of etliylic and nlvylic aler rates in or- ganic solvents (NICOL) T. 143 ; P. 1895 237. of methylic butylic and amylir acetates in organic solvents ( NICOL) T. 143 ; P. 1895 237. inination of molecular weights by means of (TRAK-BE) A. ii 153. of organic compounds (TRAUBE) A. ii 354. Vortex atoms (FITZGERALD) T. 880 ; Volumes molecular solution deter- I?. 1896 25. 71-21040 ISDES OF W. Wallflon-er Fellow colouring matters of the (PERKIX and HUMXEL). T. 1566 ; P. 1896,185. Walnut- proteids of the (OSBORNE and CAMPBELL) A . i 716. Water constitution of (BRUIXL) A. ii lG3. composition of by volume (TEOXSEN) A. ii 471.vapur apparatus for demonstrating the volumctrio cornposition of (FREER) A. ii 558. rate of formation of from electrolytic gas (COHEN) A. ii 593. electrolysis of (SOKOLOFF) A. ii 510. influence of temperature on the magnetic rotatory power of (PER- XIN) T. 1060; Y. 1896,122. e!ectrolytic dissociation of in the pure state and mixed with alcohol (LOWENEERZ) A. ii 587. specific heat of at different tempem- tures (DIETERICI) A. ii 232. heat of evaporation of (BECKMANN FUCHS,and@ERNHABDT) A.,ii 237. influence of on the combination of cwbonic oxide and oxygen (DIXOS) of crystallisation in organic salts and saline solutions (BRAUBS) A. Water of infiltration losses of nitrogen in (SCRMESINO) A. ii 69. Water mineral argon in gases from (KELLAS and RAMSAY) A.ii 655. occurrence of argon-and helium in (KAYSER) A 11 19; (Bou- CHARD) A. ii 117. fluorine in (CASARES) A. ii 42. Tarirttion in composition of at different periods ( FRESENIUS) A. ii 435. enclosed in gypsum from Sicily (SJOGREN) A ii 110. from Albano gases of ( NASINI and ANDEBLINI) A. ii 366. from Austria (JOHN and EICH- LEITER) A. ii 252. from Bavaria (SCHWAGEB and GUMBEL) A. ii 431. from Bungonia N.S.W. (CURRAX) A. ii 5344. from Canada (HOFMANN) A. ii 191 259. bituminous containing ammonia from Clarmont ( PABYENTIER) A ii 193. T. 776 ; P. 1896,55. (SALZER) A. ii 415. ii 111. SUBJECTS Water mineral hot springs of Bdipsos and Gialtra Greece (DAMBER- OIS) A ii 535. from Grrlicia Spain (CASARES) A. ii 42. from Ischl Upper Austria (DIE- TRICH) d. ii 435.from Landeck L. Meyer's investiga- tion of (HSDSON) T. 1413. from Lake Corangitmite Victoria (CRAIG and W~LSMORE) A. ii 194. from Liebwerd Bohemia (HIBSCH) A. ii 534. of the Knaresborough dropping well (BURRELL) T. 536; P. 1896 73. from Nashville Illinois (STEIOER) A. ii 194. from Nassau (PRESENIUS) A. ii 435. from the Victoria spring Nassan (FRESENIUS) A. ii 315. from 6rtiri Hungary (NEUBIANN) A. ii 615. from near Rome (FELICIANI) A. ii 615. from the Soap Lake W:whington (STEIGER) A. ii 194. from Styria (REIBENSCHUR) A. ii 435. from Taos New Mexico (HILLE- BRAND) A. ii 194. from the Tranvvaal (COHEN) -4. ii 436. sulphuretted argon and helium in (TROOST and OUVRARD; Bon- CHARD) A. ii 298. natural occurrence of argon and helium in (KAYSER) A. ii 19 ; (JIOUREU; TROOST and OUV- BARD; BOUCHARD) A ii 298.colouring matter of source com- position and estimation of (RICHARDS and ELLMS') A. ii 340. and polluted fermentation changes in (ADENIEY) A. ii 323. occur~*ence of iodine in (LECCO) A. ii 579. from Persia examination of (NAT- TEBER) A. ii 68. rain chlorine in (PASSEBINI) A. ii 69. of the Eansas River and its tribu- taries (BAILEY and FRANKLIN) A. ii 615. of the Seine quantity of nitrates in (SCHLOESIXGF) A. ii 496. of the Pacific (C'RABRX~) A. ii 117. potable nitrates in (SCHUESIBO) A. ii 541.ISDES OF SUBJECTS. 104 1 Water appamtus for estimating the absorbent power of the soil for (BEESON) A. ii 496. examination of microscopically (DIB- DIN) A. ii 341. detection of lead and copper in (.ECIELINQ) A. ii 549. estimation of in silicates (JANNASCE and WEIXQARTEX) A.ii 272. estimation of in superphosphates (DE EONINO-H) A. ii 5-11. estimatiou of the colour of (HAZEN) A. ii 548. estimiltio2 of carbonic anhydride in (MEILL~RE) A. ii 391. estimation of small quantities of lead in ( A N T O X Y ~ ~ ~ BENELLI) A. ii 549. estimation of nitrites in (GILL and RICHARDSON) L4. ii 340. estimation of dissolved oxygen in (ROXIJK) A. ii 579. Water-gas explosive mixtures of air and (CLOWES) P. 1895,201. Wax :- Beeswax cerotic and melissic acids from (MARIE) A. i 347. estimation of wax subsLitute in (BUCHNER) A. ii 486. Weighings reduction of to a vacuum (SALONON) A. ii 640. Weld luteolin the colouring matter of (PERKIX) T. 206; P. 1896,37. Wemerite. See Scapolite. Whale-meal feeding experiments with (SEBELIEN) A.ii 197. Whale oil analysis of (SCHWEITZER and LUNGWITZ) A ii 399. Wheat effect of chemical substanccs on the germination of seeds of (SIG- MUND) A. ii 441. Wheat. See also Agricultural Chemistry (Appendix). Wheat-mea1,proteids from ( KJELDAHL) A. i 503. Wild marsh rosemary oil from (HJELT) A. i 248. ,Willyamite from Broken Hill N.S.W. (PITTMAN) A. ii 31. Wiluite. See Idocrase. Wine cause of the bouquet of (MUL- LER) A. ii 201. effect of alum in (SESTINI) 8. ii 342. sweet relative proportions of glucose &c. in (KONIG) A. ii 79. Thubarb amount of acid in (OTTO) A. ii 639. enltivation of pure wine yeast and its use in the manufacture of (MULLER) A. ii 201. mannitol fermentation in Picilian (BASILE) A. ii 127. Wine detection of boric acid in (VIL.LIERS and FAYOLLE) A. ii 75. detection of foreign colouring mstters in (BELAR) A. ii 630. detection of fluorine in (NXVI~BE a d HC~BEBT) A. ii 497. estimation of volatile acids in (JAY) A. ii 397. estimation of alcohol and total solids in by an optical method (RIEGCLER) A. ii 224. estimation of alum in (GEORQES) A. ii 451. estimation of chlorides in (DENIG~) A. ii 386. estimation of glycerol in (LABORDE) A ii 37; (PARTHEIL) A. ii 78. estimation of tannin in (MAKCEAU) A. ii 282. estimation of tartar and tartaric acid in (HAAS) A. ii 583. Witherite from Przibram (HOFXANN) Wollastonite in slags (HEBERDEY) A. Wood products of the distillation of Wood-pulp detection of in paper Wool-fat composition of (DARM- STAEDTER and LIFSCHUTZ) A. i 346 522. hydrolysis of (DARZMSTAEDTER and LIFSCHUTZ) A.i 198. analysis of ( ULZER and SEIDEL) A. ii 628. Woollen fibre action of alcoholic hydro- gen cliloride and sodium nitrite on (CURTIUS) A. i 337. Wort. See Beer wort. Wurtzite from Mies Bohemia (BECKE) A. ii 108. A. ii 610. ii 371. (BARILLOT) L4. i 462. ( WOLESKY) A. ii 505. x X rays. See Light. Xanthine in young plants of T;icia; sativa (SCHULZE) A. ii 208. bromo- action of potash on (FIS- CHER) A. i 13. Heteroxanthine constitution of (KRUGER and SALOMON) 4. i 191,200. physiological action of (KRUaFa and SALOMOB) A. ii 200. Xanthine-bases sources of in freces ( WEINTRALUD) A. ii 490. sources of in urine (CAXERER) A ii 379. Xanthone preparation of (JEITELEB) A. i 435.1012 ISDEX OF' SUBJECTS. Ysnthone action of ztcctic acid and zinc dust on (GURGESJAKZ and KOSTA- NECPI) A.i 52. Xmthone group of yellow colouring matters (PERKIN) T. 1440; P. 1896 167. Xantho-uric derivatives estknation of in urine (DEPSIG~S) -4. ii 387. Xenotime from North Carolina (EAEINS) A ii 39 from Norway (ERDXANN) A. ii 570. Xenylamine. See Diphknyl pamino-. Xiphonite from Etna (PLATANIA) A. Xylan (zuood gum) action of acetic chloride on (BADER) A. i 335. acetpl and benzoyl derivatives of (BADER) A. i 335. nitrates (BADER) A. i 335. o-Yylene mngnetic rotatorv powers &c. of (PERKIX) T. 1130 1159 1192,1193 1229 1241. compound obtained by the action of ozone on (RENARD) A. i 147. m-Xylene magnetic rotatory powers &c. of (PER~KIX) T. 1130 1159 1192 1193,1229 1241. heat of evaporation of (NARSHALL and RAMSAY) A ii 349.m-Xylene 4 5-dichloro- (KLSGCS) A. i 291. 4-chloro-5-nitro- (KLAGES) 9. i 291. 4-chloro-2 5-dinitro' (KLAGES) A. i 291. 5-chloro-2 4 6-trinitro- (KLAGES) A. i 291. 4 B-dinitroro- (ZINCPE) A. i 430. p-Xylene magnetic rotatory power S-c. of (PERKIX) T. 1130 1159,1192 1193,1229 1241. tetrachloro- (RuPP) A i 618. m-Xyleneazophenetoil reduction of (JACOBSEN and SCHKOLNIK) A. i 27. oi-Xyleneazophenol (J&ossEK and SCHPOLNIK) A. i 27. 1 3 4-Xylenesulphonealanine electyo- lytic conductivity of solutions of (LovBN) A. ii 413. m-Sylene-%-sulphonamide Fi-chloro- (KLAQES) A. i 291. 1 8 4-Xylenesulphoneglycocine elec- trolytic condnctivity of solutions of (Lov~N) A. ii 413. m-X~Iene-2-sulphonic acid 5-chloro- (KLAGES) A. i 291. ~~z-Xylene-2-sulphonic chloride 5-chloro- (KLAQES) A.i 291. 1 3 4-Xyleno1 trihromo- mono- and di-bromide (AX-WERS and CAXPEX- XAU~EN) A. i 424. ii 259. Sylic acid (2 4-dimethsylbenzoic arid) (BOUTEAFLT) A. i 649. p-xylic acid (3 4-dimethylb~iizo;c cictd) reduction of ( ~ ~ E N T L I E + and PERKIX) P. 1896 79. 1 3 4-Xylidine behaviour of towards acetaldehyde ( MILLER and PLOCHL) A. i 534. colouring matter obtained by oxitla- tion of (HOFMAXX LECTURE) Y. 605. 2 5- dinitro- and its acetyl derivative (KLAGES) A. i 291. S-iOdO- and its salts 2nd tlcetrl deri- vative and nitrile from ( KEKSCH- BAUM) A. i 162. 1 3 5-.Xplidine 4-chloro- and its betizoyl derivative (&AGES) A. i 291. dichloro- and its bcnzogl derirsbive (ICLAQES) A. i 231. Xylidiae-red discovery of ( UOFMASS LECTURE) T.620. Xylonic acid (FISCEER and BROX- BERG) A. i 349. 112-Syloquinonc 4-chloro- (KTAGES) &4. i %91. Xjlose from cocoa-nut shells (DE HAAS and TOLLEKS) A. ii 64 existence of foi.mal derirntives of in cereal celluloses (CROSS EEVAT and SMITH) T. 804; P. 1896 96. identification of in soluble producte of the acid hydrolysis of cellulose (CROSS BEVAN and SXITH) T. 811 ; P. 1896 96. action of acetic anhydride on (BADER) A. i 336. action of alcoholic aiiimonia on (DE BRUYN and VAN LEEKT) A i 119. action of dilute alkalis on (DE BRUPN) A i 116. action of nitric acid on (BIDS%) A i 336 405. Xyloee-n-allylhydrazone (VAN Eliss- STEIN and DE BRUYN) A i 588. Xyloseamine (DE BRUYN and TAX LEEYT) A. i 119. Xylose-a-ainylhydrazone (>-AX EKEX- STEIS and DE BRUYN) A. i 55% Sylose-a-benzylhydrazone (VAN EKZS- STEIN and DE BRUYN) A.i 58s. Xylosebenzylmercaptal (L AWRENCE) A. i 272. Yvlose-etliylenemercaptal (LSWREXCE) A i 272. X~losz-ct-ethylhydrazone (VAN EKEN- STEIS mil DE BRUYN) A. i 58'3. XvvlosenaplitliSlliydrazone (TAX EKXS- STEIS and n13 l-)RrYX) A i 588. X;flo~etriniethyleuc~~icrcaptal ( LAW- RESCE) A. i 272.ISDES OF Xy loso trih jdrox y glu t aric acid in act ire and laevo- (FISCIIER and HERBOBK) A. i 587 588. anhydride (&4DER) -I. i 403. Xyloylpropionic acids. See Ilimethgl- benzoylpropionic acids. p-Xylyl ketone prepmttion of (CON- STOCK) A. i 613. m-Sylylncetic acid froin i-campholenic acid (GVERBET and B I ~ A L ) A. i 652 Xylylcax*bimicle preparation of ( KOF- MASS LECTURE) T. 715. n~-~ie-X~lvlcurbos~etllvlthioc~~rbr~midc (DOGAG) %.3i9; P. 1896 74. m’-;Yylylcsrbosylic acid preparation of (BOUVEAULT) A i 616. in-,YSl~lene-2 5-diamine 4-chloro- and its benzojl derivative ( L~LAGES) A i 291. ~-Yylylenee.rodiamine salts of and its acetyl and benzoyl derivatiws ( LUSTIG) A. i 163. nitro- salts of (LUSTIG) A. i 164. TIG) A. i 163. A i 163. p - Xylylenee.rod iplithalamic acid ( L r S- p -X~lylenee.coflip’ilthillimide ( Lc STIO) nitro- (LCSTIG) A. i 163. salt ( B O ~ ~ W A ~ ~ L Y ) A. i 616. az-Xgl;plglyoxglic acid nncl its cthylic Y. Yeast cultivation of pure wine and its use in the manufacture of wines (XULLER) A. ii 201. enzymes present in ( B s ~ ) A. i 453. ferinentation of fui.furoids by (CROSS BE\?*4S filld SXITH) T. 816 ; P. 1896 96. influencc of oxjgen and hydrogen on fermentation by ( RAPP) A.ii 668. cholesterol from (G~RARD) A i 31. sugar forined in the autodigestion of (SALTCOWSKI) A. ii 202. Yeast apiculated fermentation by (RIETSCSI and HEISELIX) A. ii 53. Yesat elliptical ferment&ion by (RIETSCR aiitl HEISELIN) A ii 53. Yeast wliitr :iiitl rose inversion of cane siignr by ( ! h ~ t x i and I\IOxTE8ASO) A ii 433. Yeasts and fungi fouid on different fermrnt:ition o? cane sugar with dif- rcducing pow”i* of -~LLI’IOUS pure grapes (MWLLER) A ii 201. f‘erentc (~IIEPE) -I. ii 320. (NAST~GOFF) -1 ii 29%. 1043 Yogoite from Montana (XSCD and Ytter spar. See Xenotirne. Yttrium and thorium minerals in Nor- yttrium carbide (PETTI.:1<SSON) -4 ii 25 ; (bforsssx and g r a ~ D ) A. ii 423. iiiobates (LI\KSSON) A. ii 564.oxide new source of ( PIIXPSON) A. colloidd solution of ( DELAPON- sulplmte electrolytic conductivity of aqueous solutions of (JONES) A. ii. 462. Yttrium separation of thorium from PIRSSON) A. ii 192. wag (SCEIMIITLCK) :I. ii 186. ii 42%. TAISE) A ii 562. ( VKE~ESITS and HIXTZ) A ii 677. z. Zeolites cleliydration of and substitu- tion of ammonia for water in &e. (FRIEDEL) A. ii 4SI. Zeorm occnrrence ot in cliffmd licheus (ZOLT) A. i 304. Zeorinin preparation and Ixwpe’rties of (ZOPF) A. i 104. Zinc atomic %\-eight of (RICRABDS and presence of carbon and sulphilr in action of on a pliotograpliic plate boiling point of (LE CHATZLIER) A. rapour density of (BILz) A ii 152. rate of difi’usion of in merrurg ( HUM- PRRETS) ?. 251; P. 1996 9. reduction of solutions of sxlts by ( KIPPESBERGI.:I<) A.ii 522. Zinc alloys with cadttiium solution and diffusion of in inerciq (Hnxpn- RETS) T. 1681 ; P. 1896 220 with copper striict urc r+nd comtitu- tion of (CIX~HPP) d. ii 421. xnechnnical properties of solution wid clitfiision of in inereury (HUXPHI~EYS) T. 1682 ; P. 1896,220. with silver melting points of (GAU- TIE&) R. ii 6-16. Zinc salts physiological action of ( ATHA- NASIU ax1 LANOLOIS) A. it 319. broniicic thermocheinical dats of the coinpound of mercuric cyanide with hjdrarecl ha& carbonate of from ROQEBS) A. ii 21. (FcNK) A ii 247. . (COTISON) A. ii 601. ii 87. (CIIARPY) n. l i 170. ( \TIELET) A. it 88. Spain ( C E S ~ R ~ ) A. ii 47%1044 INDEX OF Zinc chloride fused electrolysis of (LORENZ) A. ii 22. potential difference required to electrolyse fused (LORESZ) A.ii 586. oxychloside (PERROT) A. ii 561. chromato and dichromate (SCHULZE) A. ii 25. hydroxide electrochemical prepam- tion of ( LORENZ) A. ii 647. oxyiodides (TASSILLY) A ii 362. iiiobate (LARSSON) A. ii 564. thiophosphite (FERRAND) A ii thiopyrophosphrtte ( FERRAXD) A. ii sulphate purification of (KNOBLOCH) A. ii 562. energy and electromotive force re- quired to electrolyse (*JAHN) A. ii 230 231. thermal expansion of solutio~is of (DE LANNOP) A. ii 233. dissociation pretsure of hydrated (MULLER-ERZBACR) A. ii 293. solubility of isomorphous mixtures of magnesium sulphate and (STORTENBEKER) A. ii 14. cssium sulphnte density and optical behaviour of (TUTTON) T. 383. magnesium alum from New South Wales (CARD) A. ii 252. potassium sulphate density and opti- cal behaviour of (TUTTON) T.374. rubidium sulpliate density and opti- cal behariour of (TUTTON) T 379. sulphide physical change produced by gently heating (SPRING) A. ii 290. effect of high tomperature on amor- phous (MOURLOT) A. ii 603. Zinc cyanide technical estimation of (BETTEL) A. ii 224. ethobrotuide (LACIIMANN) A. i 460. methyl preparation of from zinc and methylic iodide (IPATIEFF) A i 402. Zinc estimation of electroljtically (NICHOLSON and AVERY) A. ii 627. estimation of volumetrically (STONE) A. ii 126; (LESC~EUB and LE- MAIRE) A. ii 501. 418. 473. SUBJECTS. Zinc estimation of rolumetrically in its ores (DE KONINCK and PROST) A. ii 675. estimation of volumetrically by alkalis (Rnoss) A. ii 500. edtimat ion of volumetrically by potassium ferrocyanide (DE KO- NINCK and PROST) A. ii 675.estimation of i n dried apples (LEG- LER) A. ii 450. estimation of in organic salts (TON RITTER) *4. ii 578. estimation of carbon and sulphur in (FUNK) A. ii 274. separation of qualitatively from iron nickel cobalt chromium m angan- ese and aluminium (HARE) A. ii 127. separation of copper from (MAWROW and MUTHXANX) A. ii 338. separation of manganese and copper from (JANNASCH) A. ii 546. separation of manganese from (JAx- NASCH and YON CLOEDT) A. ii 220. separation of nickel from ( JANNASCH) A. ii 546. separation electrolytically from gold and silver (SMITH and WALLACE) A. ii 220. I‘ Zinkmanganerz ” from Carintliiil (BRUNLECHNER) A. ii 256. Zinnwaldite constitution of (CLARKE) A. ii 38. Zirconium carbide ( MOISSAN and LENG- oxychloride ( VENABLE) A. ii csiePium fluorides (WELLS and FOOTE) niobate (LARSSON) A.ii 5 6 4 ~ oxide new source of (PHIPSOS) A ii 423. dioxide action of phosphorus penta- chloride on (SMITH and HARRIS) A ii 179. Zirconic acid calcium and lithium salts of (VENABLE and CLARKE) A. ii 653. Zirconium sulphite (TENABLE and BASKERFILLE) A. ii 527. Zoisite froin Styria (LOVREKOTI~) A. from Switzerland and the Tyrol FIELD) A. ii 428. 478. A. ii 179. ii 433. ( XEINSCEEKX) A. ii 569.1045 APPENDIX. Agricultural Chemistry. ANIMAL PRODUCTS AND FEEDING EXPERIMENTS. Brushwood as a food for animals (RAMM) A. ii 45. Buckwheat grain as a food for sheep (WICXE and WEISEE) A. ii 198. Butter effect of temperature on the re- fractive power of (BECKURTS and HEILER) A. ii 81. melting point of from different animals (PIZZI) A. ii 120. Butter analysis of by the refractometer and polarising microscope (BE- SANA) A.ii 129. ernminatioii of by the borax process (LEVIN) A. ii,’ 454 estimation of butvric acid in (WIL- estimation of volatile and insoluble acids in ( BEAL) A. ii 129. Cattle feeding experiments 011 (RANBI) A. ii 45 ; (SEBELEIN) A. ii 197; (MALPEAUX) A. ii 662. poisoning of by potassium nitrate and by corn stalks (MAYO) A. ii 254. Cellulose feeding experiments with on Cheese action of alcoholic hydrogen chloride and sodium nitrite on (CURTIUS) A. i 337. experiments on the digestibility of (STUTZER) A. ii 683. Cheese examination of (STUTZER) A. ii 683. extraction of fat from (HENZOLD) A. ii 680. estimation of albumose and peptone in (STUTZEB) A. ii 684. maigarine &c. analysis of (KUITN) A ii 82. Fat feeding experiments with on sheep (LEHMANN) A ii 262.Feeding cukes. estimation of essential oil of mustard in (PASSON) A. ii 678. Feeding rxpe;iments with pumpkin seed and buckwheat grain (WICKE and WEISKE) A. ii 198. Feeding of cattle with whale and herring meal (SEBELIEN) A. ii 197. cox) P. 1895 ‘202. sheep (LEHMANN) A ii 262. Feeding influence of variations in on composition of meat (WOODS and PHELPS) A. ii 44. Fibre crude digestion and food value of (HOLDEFLEISS) A. ii 616. Food or foods effects of different on the production of fat and flesh (LEHMANN) A. ii 262. in relation to brittleness of bones in cattle (KELLNER KOHLER and BARNSTEIN) A. ii 46. brushwood as a for animals (RAMM) A. ii 45. fat and starch as (WICKE and WEISRE) A. ii 535. crude fibre as a (HOLDEFLEISS) 8.) ii 616. pentosans as (WEISKE) A.ii 375. pumpkin seed and buckwheat grain as (WICKE and WEISKE) A. ii 198. sugar as a for cattle (MALPEAUX) A. ii 662. whale and heming meal as a (SEBE- LIEN); A ii 197. Forage brushwood as a substitute for (RAMM) A. ii 45. Hay digestion and food value of (HOLDEFLEISS) A. ii 616. Herring meal feeding experiments with (SEBELIEN) A. ii 197. Milk. See main Index. Poison potassium nitrate as a in cattle (MAYO) A ii 264. corn-stalks as in cattle (MAYO) A. ii 264. Pumpkin seed cake as a food for aheep (WICRE and WEISRE) A. ii 198. Sheep feeding experiments on (WOODS and PRELPS) A ii 44; (WICRE and WEISXE) A. ii 198; (LEHMANN) A. ii 268. Starch feeding experiments with on sheep (LEHMANN) A. ii 262. Sterilisation of milk (CAZENEUTE) A. ii 120. Sugar as a food (STOKVIS MOSSO and as a food for cattle (MALPEAUX) HARLEY) A.ii 44. A. ii 662. 71-431046 INDEX OF SUBJECTS. MANURES. Alumina influence of in reversion of superphosphate (SXETHAM) A ii 364. Bone meal as a manure (MARCKER) phosphates effect. of on different Carnallite effect of on yield and com- position of grass ( MARCPER) A. ii 271. Dung horse- influence of on nitrifica- tion (PAGNOUL and DEB~RAIN) A. ii 329. Guano Peruvian estimation of nitro- gen in (HEIBER) A. ii 21’7. Lime effect of different amounts of magnesia and of on plants (LOEW and HONDA) A. ii 446. action of on nodule bacteria (TACKE) A. ii 439. Quicklime use of as a manure for cui- tiration of Zeguminoseaz ( SALFELD) A. ii 332. Magnesium effect of salts of as ma- nure (LARBBL~TRIER and MAL- PEAUX) A. ii 446. Magnesia effect of different amounts of lime and of on plants (LOEW and HOWDA) A.ii 446. Xanure use of quicklime a8 a for cul- tivation of Legumi?zosea (SALFELD) A. ii 332. pigeon (SCHULZE) A. ii 215. stable decomposition of nitrogen com- pounds in ( JENTYS) A. ii 619. Manures availability of nitrogen in various (JOHNSON and JENKINS) A. ii 620. action of different in formation of sugar in beetroot (SCHNEIDE- WIND and M~~LLER) A ii 539. effect of different on oats and turnips (SCHREIBER) A. ii 66. effect of different on plants (MAR- CKER) A. ii 270. effect of different on rye (RExY) A. ii 670. effect of on the composition and combustibility of tobacco (PATTER- SON) A. ii 211. effect of potash on different soils (WOOD) T. 288; P. 1896,13. increase of crop by potash com- pared with available potash in soil (WOOD) T.289 ; P. 1896 13. cmse of loss of nitrogen in ( BURRI HEBFELDT and STUTZER) A. ii 572. A . ii 270. sods (ULBRICHT) A. ii 68. Manures experiments to avoid loss of nitrogen in ( BURRI HERFELDT and STTJTZER) A. ii 445. phosphate (vox LIEBENBERG) A. ii 214. selection of for particular soils (PAS- SERINI) A. ii 330. Manures artificial analysis of (GRUE- BER) A. ii 74. estimation of nitrogen new distilla- tion tube for (HOPKINS) A. ii 543. estimation of nitrogen in. in Dresence of nitrates (sB~RxAPS) k. ii 125. Peruvian guano estimation of nitro- gen in (HEIBER) A. ii 217. estimation of phosphoric acid in (VEITCH) A. ii 543. estimation of phosphoric acid in gravirnetrically (MEILL~E) A. ii 389. estimation of phosphoric acid in volum c trically (LINDEXANN and MOTTEU) A. ii 388. estimation of phosphoric acid in by the citrate method (RUXYAN and WILEP) A.ii 126; (BERGAMI) A. ii 273. estimation of citmtc-soluble phos- phoric acid in (REITMAIR) A. ii 575. estimation of insoluble phosphoric acid in (BRYANT) A. ii 623. estimation of insoluble phosphoric acid in volumetricdly (EDWARDS) A. ii 273. estimation of potash in as potassium platinocliloridc (WIPI’TON) A. ii 126. estimation of sodium and potassium in (CAMERON) A. ii 392. Manurial value of basic slag as deter. mined by citrate solubility (WAG- NER) A. ii 68. Nitrogen assimilation of by plants (STOKLASA) A ii 204; (AEBY) A. ii 381. assimilation of organic by plants (PAGNOUL) A ii! 67. asairnilation of in plants from nitrates and ammonia (KINO- SHITA) A. ii 55. assimilation of by rye (REMY) A. ii 670. effect of abundant application of on the assimilation and respiration of plants (MULLER) A.ii 54.APPEXDIS. 1047 Nitrogen availability of in various fer- tilisers (JOHKSON and JEXKINS) A. ii 620. cause of loss of in manure (BURRI HERFELDT and STUTZER) A. ii 572. experiments to avoid loss of in manure ( BCJBRT HERFELDT and STUTZER) A. ii 445. decomposition of compounds in manure (JENTYS) A. ii 619. value of in various manures as compared with sodium nitrate (MARCKER) 9. ii 270. Nitrates action of vegetable acids on insoluble phosphates in presence of (LOGES) A. ii 621. . effect of on growth of piants (PTTSCH and VAN Haa~sr) A. ii 212. as manure for rye (REMT) A. ii 670. Phosphorus in various forms as a manure (MXRcmm,) A. ii 270. application of 10 soils os phosphates and superphospiiates ( PAGEOT) A ii 269.Phosphoric acid required for cultirated plants (SXETS and SCREIBER) A. ii 68. result of application of in different forms to oats anti turnips (SCRREIBER) d. ii 66. of basic slug citmte solubifity of the (HOFPMEISTER) A. ii 214. Phosphates insoluble action of vege- table acids on in presence of ni- trates (LOGES) A. ii. 621. assimilation of by r j e (REXT) A. ii 670. application OF crude to soil ( PAGEOT) A. ii 269. bone effect of on different soils (ULBRECIIT) A. ii 68. Phosphates use of to prerent loss of nitrogen a5 ammonia in manures (BURRI HERFELDT and STUTZER) A. ij 445. manuring experiments on (TON Superpliosphates application of to soil (PAGEOT) A. ii 269. effect of oxide of iron and alumina on the revorsion of (SMETHAM) A. ii 384. estimation of vvater in (DE KO- NINGII) A.ii 541. Slag basic action of vegetable acids on in presence of nitrates (LOQES) A. ii 621. application of to soil (PAGCEOT) A ii 269. as a manure (MARCKER) A. ii 2 70. citrate solubility of the phosphoric acid of (EOPFXEISTER) A. ii 214. citrate solubility of as expressing its manurial value (WAGNER) A. ii 68. Pigeon manure (SCHULZE) A. ii 215. Potassium absorption of by plants (LECHARTIER) A. ii 331. as plant food importance of (VON FETLITZEN) A. ii. 269. assimilation of by rye (RENP) A. ii 670. required for cultivated plants (SYETS and SCHREIBER) A. ii 68. salts effect of on the growth of beet- root (MARCKER) A. ii 270. manure increase of crop by com- pared with available potash in soil (WOOD) T. 289 ; P. 1896,13. Sodium nitrate as a manure for beetroot T,IEBENX3CRGI) A.ii 214. ( MARCKER) A. ii 270. PLANTS. Germination chemical changes during (REY-PAILHADE) A. ii 326. changes during of barley (E~RIcH) A. ii 541. effect of chemical substences on (SIG- MUND) A. ii 441. effect of certain substances as manures on (CLAUDEL and CROCAETELLE) A. ii 442. effect of phosphoric acid and phos- phates on (CLAUDEL and CROCHET- ELLE) A. ii 44.2. fermentation during (GRUSS) 9. ii 669. ' Germination of plants (PRIANISCRETI- KOFF) A. ii 380. of seeds effect of alkaloids on (Mosso) A. ii 326. Nitrogen fixation of in Leguminoseco (STOKLASA) A. ii 205. relation of symbiosis and the assimi- lation of (STOKLASA) A. ii 204. as nitrates in plants (SCHULZE) A ii 494. acids injury to plants by (KONI~ and HASELHOFF) A ii 210. Nitrates effect of on a l p ( WYPLEL) A.ii 267.1048 INDEX OF SUBJECTS. Plant food importance of potash as Plants assimilation of nitrogen bv (STOKLASA) A. ii 204 ; (AEBY) A. ii 381. assimilation of organic nitrogen by (PAGNOUL) A. ii 67. assimilation of nitrogen in from nitrates and ammonia ( KIKO- SH~TA) A. ii 55. assimilation of the nutritive matters of the soil by (KOXIG and KASEL- ROFF) A ii 213. effect of different amounts of lime and magnesia on (LOE‘CD and HOSDA) A ji 446. effect of magnesium salts as manure on (LARBAL~TRIER and RIAL- PBAUX) A. ii 446. efect of different manures on (XARCLER) A. ii 2i0. effect of various ni~nures 011 growth of certain (DEHEXAIX) A. ii 3 3 1 . effect of different mineral manures on with reference to nodule bacteria ( ~ A C K E ) A. ii 439. germination of ( L’RIANISCHNIKOFF) A.ii 380. effect of chemical substances on ger- mination of (SIQXUND) A ii 4.41. effect of abundant app1ic:ition of nitrogen on the assimilation and respiratim of ( XULLER) A. ii 54. effect of nitrates on the growth of (PITSCH and VAN HAARST) -!. ii 212. nitrogen as nitrates in (SCHX-LZE) A. ii 494. nitrogen as nitrates in seedlings o€ (XCHULZE) A. ii 494. injury to by nitrogen acids (KONIG &nd HASELHOFF) A ii 210. nutrition of by inorganic substances (BEXECKE) A. ii 578. nutrition of influence of light on the consumption of asparagine in (KINOSHITA) A ii 54. nutrition of influence of methyiic alcoliol in the (KINOSHITA) A. ii 54. nutrition of influence of calcium phosphate and phosphor113 011 the (STOKLASA) A. ii 266. phosphate inannring of (TOE LIEBCS- BERG) A. i t 2l.4. requirements for potash and phosph- oric acid of (SXETS and S c a x m - BEE) A.ii 384. minimum absorption of potassium by (LECHARTIER) A ii 331. (TON FEILITZER) A. ii. 269. I’lmts detection of proteosomes in (Locw) A. ii 58. iclentilic*ation and jsolation of acids in ( LISDPT) A. ii 539. occurrence of albuiliin in spring and autuoin in (DAIKUHAEA) 1%. ii 55. occnrrence of boric acid in (JAY) A ii 327. occurrence ofglutamine in (SCHULZE) A. ii 572. occurrence of maltase in (BOTRQX-E- LOT) A i 111. pectase in (BERTEAWD and XAL- L ~ T R E ) A. ii 267. formation of amides in (TREUB) A ii 328. formation of asparagine in supplied with nitrates and ammonia (KINO- SHITA) A. ii 54. fo:*mation of pentoses in (GOCTZS and PPEIFFER) A ii 443. formation of proteids and carbohydr- ates in (SAroscIxxIKom) A.ii 537. formation of proteids from asparaginc in (KIXOSHITA) A. ii 54. formation of proteids in ancl the part plapd by asparagine in their nutri- tion (Losw) A. ii. 56. formation froni different organic compounds of proteids in ehlo~o- ph~llic (LoEw) A. ii 57. (CROSS BEVAX~ and SMITH) T. proteids from wheat meal and other amount of mbstance solublc in \rater See further Plants in main Index. Barley plant analysis OF (CROSS formation of tissue materi:il in 1603 ; P . 1896,174. meals (KJELDAHL) A i 333. in (GAIx). A. ii 268. Plants individual :- BETAX and SXITII) d. ii 122. assimilation of r itrogen from ni- trates and ammonia in (KIEO- SHITA) A. ii 55. bssimilation of the nutritive matters of the soil by (KONIG and HASEL- HOFP) A. ii 213. changes in during germinabion (EHRICR) A.ii 541. cffcct of magnesium salts and iron sufphate as manure on (LARBA- L~TRIER ancl MAL~’CATY) A. ii 446. effect of various manures on growth clrect of weather on periiianent fibre in (CROSS CLVAS and S ~ T I I ) A. ii 122. of (DEH$RATN) fi. ii 331.APPENDIX. 3 049 Pla.its individual :- r Barlq $el(! of from different I soils (WOOD) T. 285; P. 1896 13. straw carbohydrakes of (CROSS BE~A?s and SYITH) T. 1604; P. 1896 174. Beans assimilation of nitrogen by ( BILLWILLER) A. ii 440. assimilation of tire nutritive matters of the soil by ( I i o ~ r a and HASEL- HOFF) A. ii 213. Beet (Beta uzclgavis) potash and phosphoric acid required by (Smns and sC~IRIEBER) A ii 1 384. root of tlie (MAQ~EXSE) A. ii 328. nutrition nnil formation of sub- stsucc i n sugar in second Tear of gro-vr t h (STROIIXEB BRIEN and STIFT) A.ii 535. Beetroot action of different manures in formation of sugar in (SCHNEIDEWISD aid MULLER) A. ii 533. effect of potassium salts and potas- eium sodium nitrates 0x1 tlie growth of (MARCPER) A. i i 270. estimation of orgmic and inorgnnie acidity simultaneously 111 (SI- DERSKY) A4. ii 397. CmanaZjis sativa potash ancl pltoapho- ric acid required by (SMCTS slid SCHBEIBER) A ii 384. Cereals assimilation of nitrogen by (REXY) A. ii 6'70. Clover eifect of potash manure on (TON FEILITZEN) A. ii 260. Fa6a ualgaris potash and phosphoric acid required by (SMETS :md SCHREIBER) A. ii 354. Parppqrum esczile)ttum potash ancl phosphoric acid required by ( S x ~ r s and SCIIREIBER) A. ii 384. Grailt effect of magnesium salts and iron sulpkate as manure on (LAR- B ~ L ~ T R I E R and MALPE ix-Y) A ii 446.Gmminarece assimilation of the nn- tritive matter of the soil by (KUSIG and HASELIIOFF) A. ii 213. Grass effect of kainite and carnallite on the Tie14 and composition of (!fARCliER) A. ii 273.. Haricots effect of copper oxide on the nutrition of (TSCBIRCH) A. ii 329. Hops composition of (BEHREXS) A. ii 207. accumulation of sugar in the Plants individual :- Indtgoftve formation of indigo iin plants of the (VAN LOOKEREX and TAX DER VEEE) A. ii 307. Leguminosece assirnilation of the nutri- tire matters of the soil by (KOSIG and HASELHOFF) A ii 213. fixation of nitrogen in (STOICLASA) A ii 205. use of quicklime as a. manure f o r cultivation of (SALFELD) A. ii 332. Lupiizus nngustifolia assimilation of nitrogen by (STOICLASA) A ii 802. luteus assimilation of nitrogen by (STOKLASA) A.ii 204. Lupins black Siberian amount of alkaloids in (SCHGLZE) A. ii 211. Maize assimilation of nitrogen from iiitretes and ammonia in (KINO- SHITA) A. ii 55. potash aid phosphoric acid required by (SXETS and SCHRBIBER) A ii 384. Melons composition of diflercnt Moulds assimilation of nitrogen by (YL-RIEWITSCH) A. ii 571. effect of different organic com- pounds in the nutrition of ( LOEW) A. ii 56. (BERSCH) A. ii 384. Mustard aesimilation of nitrogen by Oats assimilation of phosphorus by (SPOKLASA) A. ii 266. effec of potash manure on (TOY FEILITZEK) A. ii 269. identification of various kinds of (EALLAND) A. ii 65. Pnpilionacea nitrogen assirnilation by (BILLWILLER) A ii 440. Pea pi*oteids of the (OSBORNC and CAXPBELL) A. i '715. nitrogen a-similation of (AEBT) d.ii 381 ; ( BILLWILLER) A. ii 440. effect of potash manure on (vox ZiEILIrZEN) A. ii 269. effect of chemical substances on the germination of seeds of (SIQ- XE-KD) A. ii 461. Potatoes egect of magnesium salts and iron sulphate as manure on (LAR- YAL~TRIER and MALPEAUX) d. ii 446. Ry? effect of climate on the as&& lation by ( REMY). d. ii 670. effect of vltrioiis manures 011 (REXY) A. ii 670. effect of potash inanlire on (vox FEILITZEN) A ii 269. ( ~ E B Y ) A. ii 381.1050 IXDES OF SUBJECTS. Plants individual :- Secale potash and phosphoric acid re- quired by (SMETS and SCHREIBER) A. ii 384. Soja beans preparation of tofu and koridofu from (INOIJYE) A. ii 65. Sulla growth of and itu percentage composition (GRANDEAU) A. ii 268. Tobacco combustibility of (CSERHATI) A.ii 444. effect of manures on the composi- tion and combustibility of (PAT- TERSON) A. ii 211. Tviticum mineral nutrition of (BEKECPE) A. ii 572. spelto potash and phosphoric acid required by (SXETS and SCHREIBER) A. ii 384. Tpyolium incarnatum potash and phosphoric acid required by (SYETS and SCHREIBER) A. ii 384. Plants individual :- Trayolium p r a t e w e potash and phos- phoric acid required by (SMETS and SCRBEIBEB) A. ii 384. repens potash and phorphoric acid required by (SYE I s and SCHREIBER) A. ii 384. Vetches nitrogen assimilation of (BILLWILLER) A ii 440. F'icia sat ica nitrogen0 us constituents potash m d phoaphoric acid re- Vine effect of copper salts on the growth of the ( BERLESE and SOS- TEGNI) A. ii 267. Wheat effect of various manures on growth of (DEHBRAIN) A.ii 331. Tofu preparation and composition of (TNOVYE) &4. ii 65. of (SCHULZE) A ii 208. quired by (SMETS and ~SOHREIBE'R) A. ji 384. SOILS. in regard to polluted water (.L~DEXEY) of various manures (M~RCKER) A. rate of in different soils ( MARCILLE) Nitrifying organisms action of on dead vegetable matter (BR~AL) A. ii 670. Nitrates reduction of in arable soil (BR~AL) A. ii 444. h'itrogen transformations of in the soil (PAGNOUL and DEHLRAIN) A. A. ii 325. ii 270. A. ii 669. Nitrogen losses of in waters of infiltra- tion (SCHLCESISQ) A. ii 69. Phosphoric acid soluble of the soil action of lime and magnesia on (SCHBEIBER) A ii 66. Phosphates action of on solubility of the potassium of the soil (PASSERIXI) A. ii 330. Potassium of the soil action of salts on the solubility of (PASSERINI) A.ii 330. Sodium chloride and nitrate action of on the solubility of the potassium of the soil (PAS,SBERINI) A. ii 330. Soil or soils analysis of different (WOOD) T. 289 ; P. 1896 13. analysis of by plants ( LECIEARTIER) A. ii 331. assimilation of the nutritire matters of the by plants (Kow~a and HASELHOPF) A ii 213. effect of bone phosphates on different (ULBRICHT) A. ii 68. effect of copper salts on the (BER- LESE and SOSTEGNI) A. ii 267. Eehaviour of hippuric acid and salts in (POSHIXCRA) A. ir 67. action of lime aiid magnePia on the soluble phosphoric acid of the (SCHREIBER) A. ii 66. action of salts on the solubility of the potassium of (PASSERINI) A ii 330.ERRATA. lO5l Soil effect of addition of to dead vege- table matters (BR~AL) A. ii nitrogen assimilation and bacteria o€ the (STOELASA) A.ji 207. rate of nitrification in different (MARCILLE) A. ii 669. reduction of nitrates in arable (BR~AJ,) A ii 444. Soils acid application of phosphates and superphosphates to (PAQEOT) A. ii 269. American composition of native and cultivated (SNYDER) A. ii 214. exbausted effect of carbon bisulph- ide on (OBERLIPF) A. ii 67. fertile influence of sulphur in form- ing (GRANDEAV) &4. ii 269. Soils Persian examination of (NAT- TERER) A. ii 68. water absorbed by the (BEESON) A.. ii. 496. estimation of calcium and magnesium carbonates in ( MAUZELIUS and PESTERBERG) A ii 219. estimation of lime in (BASTLE and DE CELLIS) A. ii 126. estimation of lime in rapidly (NANTIER) A ii 645. estimation of phoAphoric acid in (WILLIAXS) A. ii 334 ; (KIL- GORE) A.ii 335; (GLADDING) A. ii 33ii. estimation of mailable potash and phosphoric wid in (WOOD) T. 287; Y. 1896,13.

ISSN:0368-1769    

DOI:10.1039/CA8967005755

出版商:RSC    

年代:1896

数据来源: RSC

摘要:

ERRATA. Page 420 586 124 280 610 285 382 ,, 619 ERRATA. VOL. LXII (ABSTR., lS92). Line 18 far “ Bwndite ” read (‘ Brandtite.” 4 ,, “ cyanide ” read (‘ oxide.” VOL. LXIV (ABSTR., 1893). PART I. 8 ,) “ 1892 ” read “ 1891.” VOL. LXIV (ABSTR., 1893). PART 11. 2’ ,, “ C ” Fend ‘( Cu.” 2 ,, ‘‘ Sundite ” read ‘‘ Sundtite.” 11 ,, “ (Ag&u2Fe)S,Sb2S3 ” read (‘ (Ag,Cti2Fe)S,SbzSi.” VOL. LXVI (ARSTR., 189.1). INDEX. 4, col. ii,for ((animal ” read (( vegetable.” * From bottom.1052 ISDES OF SUBJECTS. VOL. LSVIII (ABSTR,, 1895). Page 172 222 505 573 3.6 26 27 43 52 89 147 235 3 13 401 425 7 7 7, PART 11. Line 17 lo* ,, ‘ I silver iodide ” read ‘ I sill-er sulphide.” 2 ,, “ tetnptolwdral ” rend “ tetrahedral.” f o r “K. KOSXAN” rend “HAKS BERNRAED KOSMAWN.” IBDEX. VOL. LXX (ABFTR., 1896).PART I. 25 f o r 811*6--213-5°” read “ 189*5-190°.” 28 ,, “189.5-190”” ,, “ 211.5-2 12.p.” 10, I1 ,, “ orthotolueiieorthocresetoil ” rend “ ortliotolueneazoortho- 9,“ 8” ,, ‘‘ ?neta27he72etoi’2pn~n~helzeioi’l” ,, (‘ metaphe~~eto‘ilazo- 4,” 3” ,, 2 : 3-diethox~ben~o~~ofonnic“ ,, “ 2 : I-dietAox/benzoyl- 12, 13 cresetoX” paruphenetoil .” foi-mie.” ,, ‘‘ 2 : 7 : 2’ : 7’-tetrantetlt~7xn~~~~y~ene” read ‘‘ 2 : 7 : 2’ : 7‘- teiranzethy Zdixanthy lene.” 6 ,, “ S02-CII(COOH)2” ,*cad ‘‘ NO2.CR(CONH2),.” 4” ,, “ C6H9(K03)3” read ‘‘ C6R3(N02)z.” :i 574 ’3 read “‘653.” W” 9 , 3.6“ ,, “ 112etJ~~Iphen;lllZiydra=ineszi Zphomte ” read “ p h e ~ ~ y h e t h y Zh-yds- 18% ,, “ thiosulpltoclilo~ide ” read (‘ thiochloricle.” a~inesitlpha.mnte..’7 5” ,, “ CMe,:CEr*CHMeBr ” ,, “ CMe2Br-CHMeBr.” 11” ,, ‘* oiie etliylic union” rend “.one etllylenin union.” 434 13* 6; 10% ,, “ TPimetliylphenylacetiit acid ” rend “ Trimetl~!-lphenglglp- 436 6 ,, “~Benzjrlidcneniethylliydrnzine ” ‘ I Phenylbenzylidcne- ~netb-~lhgdrazine.” 4.8 16* ,, “ YPH:CH*NH*CGH,CI, ” rend “ ”Ph:CI~.NH.CGH,Cl,.” 531 14” ,, “ 2 : 4 : 3-bromiodonitrotoluene ” read ‘* 2 : 4 : 6-broiniodo- 547 23 ,, ‘ I Hcrncllitene ” read “ IIern~mellithene.” 548 5 ,; .‘ YH2 : NH*WEICONH, : COON ” read 673 4* ,, “CHMe2.CH,.CIfi.CH(SO~).[C€I,~J~CHBle2” 686 17 delete ‘I CISR1GN2S204.” eollic acid.” ni tr~toluene.” “ WH, : NH.COXH, : COOII.” read CHNe,.Cf;f3.CIi(iO~).[CH2~~.CII~~~2.” - _ _ _--- * From bottom.ERRATA.1053 Page Line 693 15-29 The constitution assigned to the two iiaphthylenediamiiiedisul- plioiiic acids should be reversed, the authors having described t l l P 1 : 3’ .. . 3 : 1’-acid as 1 : 3‘. . . 4 : 1: and rice eersn. VOL. LXX (ABSTR., 1896). PART 11. 36 3 T 2 ,) “ T. E. WOLF? ” read “ JOHN E. Womr.” 20* f o r “ Ca ” rend “ CaO.” 110 bottom ,, (( MauzeIiiis ” resd “ Mauzelius.” 197 23 ,, “SEBEBLIEN” ,, “SEBELIEN.” 371 22 ,, ‘‘ Pi*zibram” ,, ‘( Przibrum.” 3’14 17 after “ Hornblellde ” insert “ Hastingsite.” 480 7 for “ FREDERICO SLIICKENDANTZ ” rend “ FEDEBICO SCHrCKEN- 556 10” ), “ Dumorierite ” Yead (‘ Bumortierite.” 2:; 655 25 ), “ Water’’ yead ‘( Waters.” DAXIZ.” t:’} ,, ‘6 JOEN NosxAs LOCKPEB,” i..ead ‘ 6 JOSEPIX SOR-J~AK LOCKX-ER.” ,, 26 ,, (( 1895 ” read ‘‘ 1896.” 7 ) 18” ,, I‘ mineid ” read “ rock.” 653 t.3 ,) ‘‘ ; b j ” g+encZ “ and.” INDEX. 689 1 insert Dixon, 9ugasfus Edtoard; thiocarbiniides derived from complex fatty acids, T., 1593 ; P., 1896, 223. 709 2 ), Hada, Seihachi, how mercurous dnd mercuric salts change into encli other, T., 1667 ; I?., 1896, 182. $24 2 for “ Luxmore ” read ‘‘ Luxmoore.” 808 2 15* 14* f o r “ d-iso-Propylpropane ddld, 4ricarboxylic ” rend a iso- 929 2 top line delete salts,” after ‘‘ Magnesium.” 990 1 3 after (‘ Propionic acid” insert “ 18-iodo-.” Page col. . Propylpropane aalal-tricarboxylic.” -- __-_ - * From bottom. ._ I _ - _ _ _ _ ~ _ -- HARRISOX ANU SONJ. PBlhTEI2J lh #ltDlXAlLY TO HEL XAJEbTY, Y 1 . Y A R I I N ’ S LANE.

ISSN:0368-1769    

DOI:10.1039/CA8967006051

出版商:RSC    

年代:1896

数据来源: RSC