The nuclear structure effects on multinucleon-transfer reaction cross sections

The method to calculate the mass and charge distributions of deep inelastic-transfer reaction products is suggested. The method allows one to take into account the nuclear structure effects. The obtained equation is coincided with the form of ''master'' equation and its coefficients are determined the single-particle energies and occupation numbers of single-particle states of nuclei. The charge distributions for the reactions 56Fe+196Au, 86Kr+168Er and 132Xe+120Sn products are calculated. The obtained charge distributions contain data on the structure of nuclei participating and producing in reactions. The model describes qualitatively correctly the shape of charge distributions observed. The comparison with the phenomenological model is made