The Study of the D(e,e'p)n Reaction at High Four- Momentum Transfer

D(e,e'p)n reaction mechanism studies at high four -momentum transfer $Q^2$ are very important to understand the dynamics of the two nucleon system at very short space time separation. The E01-020 experiment, carried out in HallA at Jefferson Lab, determined D(e,e'p)n cross sections for several values of constant $Q^2$ over wide range of kinematic settings. Cross sections for several fixed values of missing momentum as a function of the angle of the recoiling neutron with respect to the momentum transfer will be presented for $Q^2$ of 0.8 and 2.1 $(GeV/c)^2$. Experimental momentum distributions for several fixed recoiling angles will be shown as well.