		Compilation of Data for Nucleon Sachs Forms
		===========================================

	Data for nucleon Sachs form factors have been compiled in the 
following files:

gep.dat: proton electric form factor
gmp.dat: proton magnetic form factor
gen.dat: neutron electric form factor
gmn.dat: neutron magnetic form factor
ratio_p.dat: mu GE/GM for proton
ratio_n.dat: mu GE/GM for neutron

The format is suitable for the plotting routines I use at UMd.  Each
data set begins with a label of the form DATA--QUANTITY--LABEL
where QUANTITY is replaced by one of the self-explanatory labels: 
GEP, GMP, GEN, or GMN. In addition, GEN2 is used for the square of
GEN when the sign was not determined by the experiment.  The labels
muGEp/GMp or muGEn/GMn are used when the form factor ratio is extracted 
instead of separated form factors or when matching kinematics are 
available for constrution of the ratio.  After the label, the number of
points is given, followed by a listing of Q^2, quantity, uncertainty
where Q^2 is in units of (GeV/c)^2.

Acknowledgments: many of the early data sets were compiled by E. Bruins, 
S. Dutta, and V. Lillard.

GLAZIER04
--------------------
authors: D. I. Glazier et al.
reference: nucl-ex/0410026
quantities: GEN
method: recoil polarization
target: deuterium
laboratory: MAMI, A1
source:
notes: statistical errors

QATTAN04
--------------------
authors: I. A. Qattan et al
reference: nucl-ex/0410010
quantities: GEP, GMP
method: super Rosenbluth
laboratory: JLAB Hall A
source:
notes: 

CHRISTY04
--------------------
authors: M. E. Christy et al
reference: PRC 70, 015206 (2004)
quantities: GEP, GMP
method: Rosenbluth
laboratory: JLAB Hall C
source:
notes: statistical+systematic errors

WARREN04
--------------------
authors: G. Warren et al
reference: PRL 92, 042301 (2004)
quantities: GEN 
method: target polarization
target: deuterium
laboratory: JLAB
source:
notes: statistical errors

MADEY03
--------------------
authors: R. Madey et al
reference: PRL 91, 122002 (2003)
quantities: GEN 
method: recoil polarization
target: deuterium
laboratory: JLAB
source:
notes: statistical errors

BERMUTH03
--------------------
authors: J. Bermuth et al
reference: Phys. Lett. B564, 199 (2003)
quantities: GEN 
method: target polarization
target: 3He
laboratory: MAMI, A1
source:
notes: weighted average includes ROHE99, stat. err., FSI correction

PUNJABI03
--------------------
authors: V. Punjabi et al
reference: PRC preprint
quantities: muGEp/GMp 
method: recoil polarization
laboratory: JLAB
source:
notes:supercedes JONES00, stat. error

XU03
--------------------
authors: W. Xu et al
reference: PRC 67 (03) 012201(R)
quantities: GMN 
method: target polarization
target: 3He
laboratory: JLAB
source:
notes: PWIA analysis, stat.+sys. error in quadrature

GAYOU02
--------------------
authors: O. Gayou et al
reference: PRL 88 (02) 09230118
quantities: muGEp/GMp 
method: recoil polarization
laboratory: JLAB
source:
notes:

GAYOU01
--------------------
authors: O. Gayou et al
reference: PRC 64 (01) 038202
quantities: muGEp/GMp 
method: recoil polarization
laboratory: JLAB
source:

SICK01
--------------------
authors: R. Schiavilla and I. Sick
reference: PRC 64 (01) 0141002(R)
quantities: GEN 
method: uses deuteron quadrupole form factor from t20 and T20
target: deuterium
laboratory: 
source: data table from A. Semenov
notes: 

POSPISCHIL01
--------------------
authors: Th. Pospischil et al
reference: EPJ 12 (01) 125
quantities: muGEp/GMp 
method: recoil polarization
laboratory: MAMI
source:
notes:

ZHU01
--------------------
authors: H. Zhu et al
reference: PRL 87 (01) 081801
quantities: GEN 
method: target polarization 
target: deuterium
laboratory: JLAB
source:
notes: 

GOLAK01
--------------------
authors: J. Golak et al
reference: PRC 63 (01) 034006
quantities: GEN 
method: target polarization 
target: 3He
laboratory: MAMI
source:
notes: corrects BECKER99 for FSI

JONES00
--------------------
authors: M.K. Jones et al
reference: PRL 84 (00) 1398
quantities: muGEp/GMp 
method: recoil polarization
laboratory: JLAB
source:
notes:

XU00 
--------------------
authors: W. Xu et al
reference: PRL 85 (00) 2900
quantities: GMN 
method: target polarization
target: 3He
laboratory: JLAB
source:
notes: Faddeev analysis using Golak calculations

BECKER99 
--------------------
authors: J. Becker et al
reference: Eur. Phys. J A6 (99) 329
quantities: GEN 
method: target polarization
target: 3He
laboratory: MAMI, A3
source:
notes: PWIA analysis

ROHE99
--------------------
authors: D. Rohe et al
reference: PRL 83 (99) 4257
quantities: GEN 
method: target polarization
target: 3He
laboratory: MAMI, A1
source:
notes: 

HERBERG99
--------------------
authors: C. Herberg et al
reference: Eur. Phys. J A5 (99) 131
quantities: GEN 
method: recoil polarization
targer: deuterium
laboratory: MAMI
source:
notes: new pt plus FSI correction to OSTRICK99, includes systematic error

OSTRICK99
--------------------
authors: M. Ostrick et al
reference: PRL 83 (99) 276
quantities: GEN 
method: recoil polarization
targer: deuterium
laboratory: MAMI
source:
notes: includes systematic error

PASSCHIER99
--------------------
authors: I. Passchier et al
reference: PRL 82 (99) 4988
quantities: GEN 
method: polarized deuterium, internal target
laboratory: NIKHEF
source:
notes: 

ANKLIN98
--------------------
authors: H. Anklin et al
reference: PL B428 (98) 248
quantities: GMN
method: ratio
laboratory: MAMI
source:
notes: calibration via PSI tagged neutron beam

MILBRATH98
--------------------
authors: B. D. Milbrath et al
reference: PRL 80 (98) 452; 82 (99) 2221E
quantities: muGEp/GMp 
method: recoil polarization
laboratory: MIT-Bates
source:
notes:       

BRUINS95             
--------------------
authors: E. E. W. Bruins et al
reference: PRL 75 (95) 21
quantities: GMN
method: ratio
laboratory: ELSA
source:
notes:       

ANDIVAHIS94   
--------------------
authors:  L. Andivahis, et al.
reference: Phys. Rev. D 50 (94) 5491
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: SLAC NE11
source:
notes:       

ANKLIN94
--------------------
authors: H. Anklin et al
reference: Phys. Lett. B336 (94) 313
quantities: GMN
method: ratio, efficiency from tagged neutrons at PSI
laboratory: NIKHEF
source:
notes:       

EDEN94
--------------------
authors: T. Eden et al
reference: PRC 50 (94) R1749
quantities: GEN
method: recoil polarization
target: deuterium
laboratory: MIT-Bates
source:
notes:       

MEYERHOFF94
--------------------
authors: M. Meyerhoff et al
reference: PL B327 (94) 201
quantities: GEN
method: target polarization
target: 3He
laboratory: MAMI
source:
notes:       

WALKER94             
--------------------
authors: R. C. Walker et al
reference: PRD 49 (94) 5671
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: SLAC
source:
notes: WALKER94ANALYSIS gives reanalysis of WALKER89 data for muGEp/GMp   

LUNG93
--------------------
authors: A. Lung et al
reference: PRL 70 (93) 718
quantities: GEN2, GMN
method: quasielastic
laboratory: SLAC
source:
notes: both errors in quadrature      

MARKOWITZ93
--------------------
authors: P. Markowitz et al
reference: PRC 48 (93) R5
quantities: GMN
method: efficiency by associated d(gamma,pn)
labortory: MIT-Bates
source:
notes:       

SILL93               
--------------------
authors: A. F. Sill et al
reference: PRD 48 (93) 29
quantities: GMP
method: GEp subtracted assuming GEp = GMp/mup 
laboratory: SLAC E136
source:
notes:      

BOSTED92
--------------------
authors: P.E. Bosted et al
reference: PRL 68 (92) 3841
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: SLAC NE11
source:
notes: superceded by ANDIVAHIS94     

THOMPSON92
--------------------
authors: A. K. Thompson et al
reference: PRL 68 (92) 2901
quantities: GEN
method: polarized 3-He
laboratory: MIT-Bates
source:
notes:       

WOODWARD91
--------------------
authors: C. E. Jones-Woodward et al
reference: PRC 44 (91) R571
quantities: GEN
method: polarized 3-He
laboratory: MIT-Bates
source:
notes:       

BOSTED90
--------------------
authors: P. E. Bosted et al
reference: PRC 42 (90) 38
quantities: GMP
method: 180 deg.
laboratory: SLAC NE4
source:
notes: both errors in quadrature      

PLATCHKOV90
--------------------
authors: S. Platchkov et al
reference: NP A510(90) 740
quantities: GEN
method: deuteron elastic
source:
notes: analysis using Paris potential

WALKER89
--------------------
authors: R. C. Walker et al
reference: PL B224 (89) 353
quantities: GEP, GMP
method: Rosenbluth
laboratory: SLAC
source:
notes:       

ESAULOV87
--------------------
authors: A. S. Esaulov et al
reference: Sov. J. Nucl Phys. 45 (87) 258
quantities: GMN
method: quasielastic
laboratory: Kharkov
source:
notes:       

ARNOLD86
--------------------
authors: R. G. Arnold et al
reference: PRL 57 (86) 174
quantities: GMP
method: GEp subtracted assuming GEp = GMp/mup 
laboratory: SLAC E136
source:
notes: superceded by SILL93; both errors in quadrature   

ROCK82
--------------------
authors: S. Rock et al
reference: PRL 49 (82) 1139
quantities: GMN
method: elastic
laboratory: SLAC
source:
notes:       

SIMON81
--------------------
authors: G. G. Simon et al
reference: NP A364 (81) 285
quantities: GEN
method: elastic
laboratory: Mainz
source:
notes:       

SIMON80
--------------------
authors: G. G. Simon et al
reference: NP A333 (80) 381
quantities: GEP
method:
laboratory: Mainz
source:
notes:       

HOHLER76
--------------------
authors: G. Hohler et al
reference:  NP B114 (76) 505
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: Mainz
source:
notes:       

BORKOWSKI75
--------------------
authors: F. Borkowski et al
reference: Nucl. Phys. B93 (75) 461
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: Mainz
source:
notes:       

BARTEL73
--------------------
authors: W. Bartel et al
reference: Nucl. Phys. B58 (73) 429
quantities: GEP, GMP, GEN, GMN, muGEp/GMp 
method:
laboratory: DESY
source:
notes:       

HANSON73
--------------------
authors: K. M. Hanson et al
reference: PRD 8 (73) 753
quantities: GEP, GMP, GEN, GMN, muGEp/GMp 
method: quasielastic
laboratory: CEA
source:
notes:       

BARTEL72             
--------------------
authors: W. Bartel et al
reference: Phys. Lett. 39B (72) 407
quantities: GEP, GMP, GEN, GMN
method: quasielastic, ratio
laboratory: DESY
source:
notes:       

BERGER71
--------------------
authors: C. Berger et al
reference: Phys. Lett. 35B (71) 87
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: Bonn
source:
notes:       

GALSTER71
--------------------
authors: S. Galster et al
reference: Nucl. Phys. B32 (71) 221
quantities: GEN
method: elastic
laboratory: DESY
source:
notes:       

PRICE71             
--------------------
authors: L. E. Price et al
reference: PRD 4 (71) 45
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: CEA
source:
notes:       

LITT70
--------------------
authors: J. Litt et al
reference: PL 31B (70) 40
quantities: muGEp/GMp 
method: 
laboratory: SLAC
source:
notes:       

BARTEL69
--------------------
authors: W. Bartel et al
reference: Phys. Lett. 30B (69) 285
quantities: GEN2, GMN
method: quasielastic
laboratory: DESY
source:
notes:       

BERGER68
--------------------
authors: C. Berger et al
reference: PL 28B (68) 276
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: backward DESY, forward Bonn
source:
notes:       

BUDNITZ68
--------------------
authors: R. J. Budnitz et al
reference: Phys. Rev. 173 (68) 1357
quantities: GEN2, GMN
method: quasielastic
laboratory: CEA
source:
notes:       

COWARD68
--------------------
authors: D. H. Coward et al
reference: PRL 20 (68) 292
quantities: GMP
method: GEp subtracted assuming GEp = GMp/mup 
laboratory: SLAC
source:
notes:       

ALBRECHT67
--------------------
authors: W. Albrecht et al
reference: PRL 18 (67) 1014
quantities: GEP, GMP
method: Rosenbluth
laboratory: DESY
source:
notes: asymmetric error bars averaged      

BARTEL67
--------------------
authors: W. Bartel et al
reference: PL 25B (67) 236
quantities: GEP, GMP
method: Rosenbluth
laboratory: DESY
source:
notes:       

BEHREND67
--------------------
authors: H. J. Behrend et al
reference: Il Nuovo Cimento 48 (67) 140
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: DESY
source: 
notes: asymmetric errors averaged     

BRAESS67
--------------------
authors: D. Braess et al
reference: Z. Phys. 198 (67) 527
quantities: GMN
method: quasielastic
laboratory: DESY
source:
notes: reanalysis of HUGHES65

GOITEIN67
--------------------
authors: M. Goitein et al
reference: PRL 18 (67) 1016; PRD 1 (70) 2449
quantities: GMP
method: 
laboratory: CEA
source:
notes:       

JANSSENS66
--------------------
authors: T. Janssens et al
reference: PR 142 (66) 922
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: Stanford Mark III
source:
notes:       

ALBRECHT66
--------------------
authors: W. Albrecht et al
reference: PRL 17 (66) 1192
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: DESY
source:
notes: uses data from other expts; asymmetric error bars averaged

BARTEL66
--------------------
authors: W. Bartel et al
reference: PRL 17 (66) 608
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: DESY
source:
notes:       

BENAKSAS66
--------------------
authors: D. Benaksas
reference: PR 148 (66) 1327
quantities: GEN, GMN
method: elastic
laboratory: Orsay
source:
notes:       

CHEN66
--------------------
authors: K. W. Chen et al
reference: PR 141 (66) 1267
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: CEA
source:
notes:       

DUNNING66
--------------------
authors: J. R. Dunning et al
reference: PR 141 (66) 1286
quantities: GEN2, GMN
method: quasielastic
laboratory: CEA
source:
notes:       

FREREJACQUE66
--------------------
authors: D. Frerejacque et al
reference: PR 141 (66) 1308
quantities: GEP, GMP
method: elastic
laboratory: Orsay
source:
notes:       

GROSSETETE66A
--------------------
authors: B. Gorssetete et al
reference: Phys. Rev. 141 (66) 1435
quantities: GEN
method: elastic
laboratory: Orsay
source:
notes:       

GROSSETETE66B
--------------------
authors: G. Grossetete et al
reference: PR 141 (66) 1435
quantities: GMP
method: elastic
laboratory: Orsay
source:
notes:       

STEIN66
--------------------
authors: P. Stein et al
reference: PRL 16 (66) 592
quantities: GEN2, GMN
method: quasielastic
laboratory: Cornell
source:
notes:       

HUGHES65
--------------------
authors: E. B. Hughes et al
reference: Phys. Rev. 139 (65) B458; PR 146 (66) 146
quantities: GEN2, GMN
method: quasielastic
laboratory: Stanford Mark III
source:
notes:       

AKERLOF64
--------------------
authors: C. W. Akerloff et al
reference: PR 135 (64) B810
quantities: GEN, GMN
method: quasielastic
laboratory: Cornell
source:
notes: the sign of the data was taken from the graph     

BERKELMAN63A
--------------------
authors: K. Berkelman et al
reference: PR 130 (63) 2061
quantities: GEP, GMP
method: Rosenbluth
laboratory: Cornell
source:
notes:       

BERKELMAN63B
--------------------
authors: K. Berkelman et al
reference: PL 6 (63) 116 
quantities: GEP, GMP
method: Rosenbluth
laboratory: Cornell
source:
notes:       

DUDELZAK63
--------------------
authors: B. Dudelzak et al
reference: conf. proceedings, Stanford
quantities: GEP, GMP, GEN
method:
laboratory: Orsay
source:
notes:       

DUNNING63
--------------------
authors: J. R. Dunning
reference: PRL 10 (63) 500
quantities: GEP
method: forward
laboratory: CEA
source:
notes:       

GRIFFY63
--------------------
authors: T. A. Griffey et al
reference: conf. proceedings, Stanford
quantities: GEP, GMP, GEN2, GMN, muGEp/GMp 
method:
laboratory: Stanford Mark III
source:
notes:       

KIRSON63
--------------------
authors: K. W. Kirson et al
reference: PR 130 (63) 1549
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
source:
notes: reanalysis of BUMILLER61

STEIN63
--------------------
authors: P. Stein et al
reference: conf. proceedings, Stanford
quantities: GEN, GMN
method:
laboratory: Cornell
source:
notes:       

DRICKEY62
--------------------
authors: D. J. Drickey and L. N. Hand
reference: PRL 9 (62) 521
quantities: GEP, GEN
method: elastic
laboratory: Stanford
source:
notes:       

JANSSENS62
--------------------
authors:
reference: 
quantities: GMP
method:
source:
notes:       

LEHMANN62
--------------------
authors: P. Lehmann et al
reference: PR 126 (62) 1183
quantities: GEP, GMP
method:
laboratory: Orsay
source:
notes:       

BUMILLER61
--------------------
authors: F. Bumiller et al
reference: 
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: Stanford
source: 
notes: calculated from F1, F2

HOFSTADTER61
--------------------
authors: R. Hofstadter et al
reference: PRL 6 (61) 290
quantities: GEP, GMP, GEN, GMN, muGEp/GMp 
method: Rosenbluth
laboratory: Stanford
source:
notes: computed from F1,F2; no error bars for GEN or GMN

HOFSTADTER60
--------------------
authors: R. Hofstadter et al
reference: PRL 5 (60) 263
quantities: GEP, GMP, muGEp/GMp 
method: Rosenbluth
laboratory: Stanford
source:
notes: computed from F1,F2; no error bars
    





    


