Extraction of the Ratio Fn2/Fp2 from Muon-Deuteron and Muon-Proton Scattering at Small x and Q2

Authors :: Adams, MR
Aïd, S
Anthony, PL
Averill, DA
Baker, MD
Baller, BR
Banerjee, A
Bhatti, AA
Bratzler, U
Braun, HM
Carroll, TJ
Clark, HL
Conrad, JM
Davisson, R
Derado, I
Dhawan, SK
Dietrich, FS
Dougherty, W
Dreyer, T
Eckardt, V
Ecker, U
Erdmann, M
Fang, GY
Figiel, J
Finlay, RW
Gebauer, HJ
Geesaman, DF
Griffioen, KA
Guo, RS
Haas, J
Halliwell, C
Hantke, D
Hicks, KH
Hughes, VW
Jackson, HE
Jaffe, DE
Jancso, G
Jansen, DM
Jin, Z
Kaufman, S
Kennedy, RD
Kinney, ER
Kobrak, HG
Kotwal, AV
Kunori, S
Lord, JJ
Lubatti, HJ
McLeod, D
Madden, P
Magill, S
Manz, A
Melanson, H
Michael, DG
Montgomery, HE
Morfin, JG
Nickerson, RB
Novak, J
O'Day, S
Olkiewicz, K
Osborne, L
Otten, R
Papavassiliou, V
Pawlik, B
Pipkin, FM
Source :: Physical review letters. 75(8)
Publication Year :: 1995
Abstract: The ratio of the deuteron to proton structure functions is measured at very small Bjorken x (down to 10-6) and for Q2>0.001 GeV2 from scattering of 470 GeV muons on liquid hydrogen and deuterium targets. The ratio F2n/F2p extracted from these measurements is found to be constant, at a value of 0.935±0.008±0.034, for x

Tools