Abstract
A study of the reaction C12(e,e'p)B11 in parallel kinematics has been made for the missing-momentum region 250<pm<310 MeV/c at incident energies of 379 and 585 MeV. A Rosenbluth separation of the cross sections was carried out to extract the longitudinal and transverse structure functions WL and WT. Calculations that include meson-exchange currents and isobar currents are seen to describe the data better than those using a one-body current only. For the first time, a comparison between the C12(γ,p) cross section and the transverse part of the C12(e,e'p) cross section has been made versus an effective momentum that is defined in such a way as to minimize effects due to differences in final-state interactions. This comparison suggests that it may be possible to describe both reactions in one consistent framework if two-body currents are included.2 MoreReceived 30 November 2003DOI:https://doi.org/10.1103/PhysRevC.71.014607©2005 American Physical Society
Published Version
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