Tensor polarized target in the deuteron electrodisintegration

Consideration is given to results of analyzing polarization effects in exclusive electrodisintegration d-vector(e,e'p)n and d-vector(e,np)e' on tensor polarized deuteron target. Calculations were conducted in relativistic impulse approximation, providing for contributions of pole members in s-,t-,u-channels and modified contact member, providing for gauge invariance of j*d→np transition amplitude. Deuteron wave functions for Reid potentials with soft core, Paris potential and relativistic Buck-Gross wave functions were used. Relativistic impulse approximation provides satisfactory description of the data of Novosibirsk experiment on measuring asymmetry of d-vector(e,np)e' cross section of d-vector(e-vector,e'p)n process of tensor polarized deuteron target disintegration by nonpolarized and longitudinally polarized electrons is presented. Sensitivity of various asymmetries to the choice of deuteron wave function was investigated. It is shown that transverse and longitudinal asymmetries of d-vector(e,np)e' cross section depend sufficiently on behaviour of deuteron wave function at small distances. 34 refs.; 10 figs.; 1 tab