Abstract
The polarization of nucleons, which arises in deuteron electrodisintegration as a function of the angle between nucleon trajectories is considered. In electron scattering by large angles the polarization is affected by the interaction in the final state as well as by the presence of a D-wave component in the deuteron ground state. It is shown that the polarization degree of producing nucleons essentially depends on the choice of radial parts of the deuteron wave-function and the D-wave contribution in the deuteron ground state.
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