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The ratio of proton electromagnetic form factors via recoil polarimetry at

Authors :
A. Ahmidouch
James J. Kelly
S. Tajima
A. Yu. Semenov
Richard Madey
L. Cole
I. A. Semenova
W. Vulcan
O. K. Baker
S. Danagoulian
G. MacLachlan
S. Churchwell
M. Elaasar
C. E. Keppel
Chenyu Yan
C. F. Perdrisat
V. Tadevosyan
W. Tireman
R. D. Carlini
W. M. Zhang
R. Asaturyan
Y. Sato
E. Crouse
H. Fenker
L. G. Tang
Pete Markowitz
D. Barkhuff
E. Christy
P.E. Ulmer
M. Khandaker
C. R. Howell
Sung-Chul Yang
David Manley
M. Farkhondeh
Brian Raue
C. Yan
N. Savvinov
V. A. Punjabi
H. Mkrtchyan
W. Seo
J. Roche
Brad Plaster
G. R. Smith
S. A. Wood
W. Kim
John C. Mitchell
H. Breuer
S. Wells
A. R. Baldwin
T. Eden
S. Kowalski
L. Yuan
J. Reinhold
F. R. Wesselmann
S. Stepanyan
D. Mack
Xiaofeng Zhu
Hongbo Zhu
K. Garrow
A. Lung
Stephen Taylor
J. M. Finn
L. Gan
Rolf Ent
B. D. Anderson
A. Lai
J. W. Watson
Paul Gueye
B. Hu
M. K. Jones
N. Simicevic
T. Reichelt
A.K. Opper
A. Aghalaryan
Donal Day
Source :
Nuclear Physics A. 764:261-273
Publication Year :
2006
Publisher :
Elsevier BV, 2006.

Abstract

Recoil polarimetry was used to extract the ratio of the proton electromagnetic form factors, μ p G E p / G M p = 0.878 ± 0.064 (stat) ± 0.012 (sys) , at Q 2 = 1.13 ( GeV / c ) 2 from the reaction H 1 ( e → , e p → ) . This was an ancillary measurement in which the proton polarization was determined as part of a larger program utilizing a stand-alone polarimeter designed to measure μ n G E n / G M n . This measurement complements previous recoil polarimetry measurements of μ p G E p / G M p made at the Thomas Jefferson National Accelerator Facility.

Details

ISSN :
03759474
Volume :
764
Database :
OpenAIRE
Journal :
Nuclear Physics A
Accession number :
edsair.doi...........9b08afdf9a5ba1d3525124aa0ac94c88
Full Text :
https://doi.org/10.1016/j.nuclphysa.2005.09.012