Abstract
A theoretical model for the microscopic description of electron-induced coincidence experiments is developed, which includes final-state interactions within the continuum random-phase approximation. Charge and current interference effects on the angular distributions of the emitted particle are included. The analysis of the recent 12C(e, e′p) data by Calarco et al. exhibits clear effects due to the presence of monopole strength, even though no concentrated monopole resonance is present in the theory.
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