Abstract
In the framework of a covariant formalism relying on a relativistic deuteron wave function (RDWF) with one nucleon on the mass shell one deals with an exclusive deuteron electrodisintegration process in the impulse approximation. The influence of the off-shell effect of the RDWF on possible analytic and dynamic cross-section factorizations is investigated. Contributions of direct and interference electrodisintegration amplitudes have been calculated taking into account the off-shell behavior of the electromagnetic nucleon vertex. Corresponding results are compared with data on three kinematics of the SaclayD(e, e p)n experiments. It is shown that off-shell effects both of the RDWF and electromagnetic nucleon vertex must be considered properly in order to get reliable information on the high-momentum component of the RDWF.
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