Abstract
The cross section for the (e, e'p) reaction is calculated in a single-particle model, taking into account simultaneously both the effects of short-range correlations and of the distortion of the outgoing nucleon due to its interaction with the residual nucleus. It is shown that for large recoil momenta (q R ≧ 300 MeV/c) the effects of distortions are dominated by the effects of correlations, provided the outgoing nucleon is described by a realistic optical potential.
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