Investigation of differantial cross sections of (n,x) reactions on nucleus 56Fe and 59Co

Charged particle reactions of neutron entry is so important in many ways for the understanding of fundemental nucleon-nucleus interaction, nuclear structure, nuclear theories, systematic of binding energy and also fission and fusion reactors. In neutron reactions, the differential cross section calculations have been done between 0-100 MeV incident energy for proton, deuterium, tritium and alpha particles which have been occured after reaction. The calculated results were compared with the experimantal data recieved from the EXFOR Library of International Atomic Energy Agency. The calculations were done with TALYS 1.2 nuclear reaction computer code program using emission spectra variables.In this study, the energy dependent differantial cross sections of proton, deuterium, tritium and alpha particles, occured consequenty in the bombardment of 56Fe and 59Co nuclei with neutrons having 0-100 MeV energy, were theoretically calculated. It seems that the differential cross sections calculated are in good agreement with existing experimantal differential cross sections.