Microscopic deuteron potential with spin-orbital and tensor components

Formalism of microscopic calculation of real part of deuteron optical potential including spin-orbital and tensor components is developed. It is realized in frames of two-field convolution model using an accurate wave function of deuteron and is based on Fourier transform and decomposition into longitudinal and transverse components of efficient nucleon-nucleon interactions and nuclear densities. Formalism is realized in DEFOL computer program that permits to use different types of efficient interactions and nuclei-target densities. Formalism and the program are evaluated on examples of 56 MeV deuteron elastic scattering on 12C, 40Ca and 208Pb nuclei. Comparison with the results of phenomenological analysis and analysis in frames of one-fold convolution model is carried out. 20 refs.; 1 fig.; 2 tabs