Application of folding model to description of low energy proton scattering on deformed nuclei

On the basis of the folding model formalism a calculation scheme is developed which permits to calculate in a simple way the contribution of exchange and many-particle correlations into interaction of low energy nucleons with deformed nuclei. Differential cross sections of elastic and inelastic excitation 21+ state scattering of 23.95 and 17.5 MeV protons on a 26Mg nucleus target are calculated. Satisfactory description of experimental angular distributions is obtained. The role of exchange and many-particle correlations in forming cross sections of scattering to large angles is studied. The contribution of the direct mechanism into 9.1 MeV proton scattering on 26Mg is calculated. The relation between quadrupole deformation of a nucleus and potential and mechanisns of inelastic proton scattering is analysed