
PROGRAM LIBRARY JINRLIB HEACRS, HEATOTAL  calculation of crosssections and potentials of nucleusnecleus interactions in the framework of the high energy approximationAuthor: E.V.Zemlyanaya 

Language: Fortran HEACRS and HEATOTAL are programs for calculation of the differential crosssections of elastic scattering, the total crosssections of nucleusnucleus reactions, the nucleusnucleus potential and the eikonal phase in the framework of high energy approximation. The theoretical approach has been developed in [15] on the basis of the microscopic GlauberSitenko theory. The relativization effects and the Coulomb field influence are taken into account. The model does not contain free parameters. At the intermediate energies (10  100 MeV/nucleon), numerical results are in agreement with the experimental data. Program HEACRS calculates the differential crosssections of an elastic nucleusnucleus scattering with the standard WoodsSaxon potential or an arbitrary external potential. Program HEATOTAL calculates the total crosssections of nucleusnucleus reactions, microscopic phase and potential of nucleusnucleus interaction. The realistic Fermitype distribution of nucleons in nuclei is applied. Alternatively, an arbitrary external density distribution function is available. Sources HEACRS and HEATOTAL and detailed description (in Russian, format .pdf) are submitted. References:
