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Neutron electromagnetic form factors

 

作者: J. M. Finn,   R. Madey,   T. Eden,   P. Markowitz,   P. M. Rutt,   K. Beard,   B. D. Anderson,   A. R. Baldwin,   D. Keane,   D. M. Manley,   J. W. Watson,   W. M. Zhang,   S. Kowalski,   W. Bertozzi,   G. Dodson,   M. Farkhondeh,   K. Dow,   W. Korsch,   D. Tieger,   W. Turchinetz,   L. Weinstein,   F. Gross,   J. Mougey,   P. Ulmer,   R. Whitney,   T. Reichelt,   C. C. Chang,   J. J. Kelly,   T. Payerle,   J. Cameron,   B. Ni,   M. Spraker,   D. Barkhuff,   R. Lourie,   S. Van Verst,   C. Hyde‐Wright,   W. ‐D. Jiang,   B. Flanders,   P. Pella,   H. Arenho¨vel,  

 

期刊: AIP Conference Proceedings  （AIP Available online 1992）
卷期: Volume 269, issue 1  

页码: 137-165

 

ISSN:0094-243X

 

年代: 1992

 

DOI:10.1063/1.42992

 

出版商: AIP

 

数据来源: AIP

 

摘要:

Nucleon form factors provide fundamental input for nuclear structure and quark models. Current knowledge of neutron form factors, particularly the electric form factor of the neutron, is insufficient to meet these needs. Developments of high‐duty‐factor accelerators and polarization‐transfer techniques permit new experiments that promise results with small sensitivities to nuclear models. We review the current status of the field, our own work at the MIT/Bates linear accelerator, and future experimental efforts.

 

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