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Precise measurement of the neutron magnetic form factor G(M)n in the few-GeV2 region.

Authors :
Lachniet J
Afanasev A
Arenhövel H
Brooks WK
Gilfoyle GP
Higinbotham D
Jeschonnek S
Quinn B
Vineyard MF
Adams G
Adhikari KP
Amaryan MJ
Anghinolfi M
Asavapibhop B
Asryan G
Avakian H
Bagdasaryan H
Baillie N
Ball JP
Baltzell NA
Barrow S
Batourine V
Battaglieri M
Beard K
Bedlinskiy I
Bektasoglu M
Bellis M
Benmouna N
Berman BL
Biselli AS
Bonner BE
Bookwalter C
Bouchigny S
Boiarinov S
Bradford R
Branford D
Briscoe WJ
Bültmann S
Burkert VD
Calarco JR
Careccia SL
Carman DS
Casey L
Cheng L
Cole PL
Coleman A
Collins P
Cords D
Corvisiero P
Crabb D
Crede V
Cummings JP
Dale D
Daniel A
Dashyan N
De Masi R
De Vita R
De Sanctis E
Degtyarenko PV
Denizli H
Dennis L
Deur A
Dhamija S
Dharmawardane KV
Dhuga KS
Dickson R
Djalali C
Dodge GE
Doughty D
Dragovitsch P
Dugger M
Dytman S
Dzyubak OP
Egiyan H
Egiyan KS
El Fassi L
Elouadrhiri L
Empl A
Eugenio P
Fatemi R
Fedotov G
Fersch R
Feuerbach RJ
Forest TA
Fradi A
Gabrielyan MY
Garçon M
Gavalian G
Gevorgyan N
Giovanetti KL
Girod FX
Goetz JT
Gohn W
Golovatch E
Gothe RW
Graham L
Griffioen KA
Guidal M
Guillo M
Guler N
Guo L
Gyurjyan V
Hadjidakis C
Hafidi K
Hakobyan H
Hanretty C
Hardie J
Hassall N
Heddle D
Hersman FW
Hicks K
Hleiqawi I
Holtrop M
Hu J
Huertas M
Hyde-Wright CE
Ilieva Y
Ireland DG
Ishkhanov BS
Isupov EL
Ito MM
Jenkins D
Jo HS
Johnstone JR
Joo K
Juengst HG
Kageya T
Kalantarians N
Keller D
Kellie JD
Khandaker M
Khetarpal P
Kim KY
Kim K
Kim W
Klein A
Klein FJ
Klusman M
Konczykowski P
Kossov M
Kramer LH
Kubarovsky V
Kuhn J
Kuhn SE
Kuleshov SV
Kuznetsov V
Laget JM
Langheinrich J
Lawrence D
Lima AC
Livingston K
Lowry M
Lu HY
Lukashin K
Maccormick M
Malace S
Manak JJ
Markov N
Mattione P
McAleer S
McCracken ME
McKinnon B
McNabb JW
Mecking BA
Mestayer MD
Meyer CA
Mibe T
Mikhailov K
Mineeva T
Minehart R
Mirazita M
Miskimen R
Mokeev V
Moreno B
Moriya K
Morrow SA
Moteabbed M
Mueller J
Munevar E
Mutchler GS
Nadel-Turonski P
Nasseripour R
Niccolai S
Niculescu G
Niculescu I
Niczyporuk BB
Niroula MR
Niyazov RA
Nozar M
O'Rielly GV
Osipenko M
Ostrovidov AI
Park K
Park S
Pasyuk E
Paterson C
Pereira SA
Philips SA
Pierce J
Pivnyuk N
Pocanic D
Pogorelko O
Polli E
Popa I
Pozdniakov S
Preedom BM
Price JW
Prok Y
Protopopescu D
Qin LM
Raue BA
Riccardi G
Ricco G
Ripani M
Ritchie BG
Rosner G
Rossi P
Rowntree D
Rubin PD
Sabatié F
Saini MS
Salamanca J
Salgado C
Sandorfi A
Santoro JP
Sapunenko V
Schott D
Schumacher RA
Serov VS
Sharabian YG
Sharov D
Shaw J
Shvedunov NV
Skabelin AV
Smith ES
Smith LC
Sober DI
Sokhan D
Starostin A
Stavinsky A
Stepanyan S
Stepanyan SS
Stokes BE
Stoler P
Stopani KA
Strakovsky II
Strauch S
Suleiman R
Taiuti M
Taylor S
Tedeschi DJ
Thompson R
Tkabladze A
Tkachenko S
Ungaro M
Vlassov AV
Watts DP
Wei X
Weinstein LB
Weygand DP
Williams M
Wolin E
Wood MH
Yegneswaran A
Yun J
Yurov M
Zana L
Zhang J
Zhao B
Zhao ZW
Source :
Physical review letters [Phys Rev Lett] 2009 May 15; Vol. 102 (19), pp. 192001. Date of Electronic Publication: 2009 May 12.
Publication Year :
2009

Abstract

The neutron elastic magnetic form factor was extracted from quasielastic electron scattering on deuterium over the range Q;{2}=1.0-4.8 GeV2 with the CLAS detector at Jefferson Lab. High precision was achieved with a ratio technique and a simultaneous in situ calibration of the neutron detection efficiency. Neutrons were detected with electromagnetic calorimeters and time-of-flight scintillators at two beam energies. The dipole parametrization gives a good description of the data.

Details

Language :
English
ISSN :
0031-9007
Volume :
102
Issue :
19
Database :
MEDLINE
Journal :
Physical review letters
Publication Type :
Academic Journal
Accession number :
19518944
Full Text :
https://doi.org/10.1103/PhysRevLett.102.192001