Abstract
Microscopic optical potential of interaction with nuclei is constructed by means of the single-folding model using the nucleon-nucleus optical potentials, which earlier were successfully applied to describing the neutron and proton scattering and are obtained from approximate calculations of the mass operator of the one-particle Green's function with the effective Skyrme nucleon-nucleon forces. The scattering processes are described in a self-consistent approach based on the standard and extended Skyrme forces, which simultaneously provide a satisfactory description of nuclear structure and nucleon-nucleus scattering. The performed calculations reasonably describe experimental data on differential cross sections of the elastic and inelastic -particle scattering on different target nuclei in the mass-number range from to at different projectile energies below or about 100 MeV, as well as the energy dependences of -particle reaction cross sections on nuclei in a wide energy range.
5 More- Received 29 July 2016
- Revised 6 October 2016
DOI:https://doi.org/10.1103/PhysRevC.94.064612
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