Theoretical analysis of two-body electrodisintegration ofHe3

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Abstract
The theoretical framework of calculating the electron induced two-body breakup reaction He3(e,e’p)d at intermediate momentum transfer is described, where nucleonic final-state interactions are exactly accounted for. A nonrelativistic dynamical description is assumed and the half-off-shell scattering state wave functions needed for such a calculation are determined by solving the Faddeev equations with Padé approximant technique. Local s-wave spin-dependent potentials are used as two-nucleon input.