Calculation of excitation functions some elements with (3He,p)reactions

The calculation of the cross-section of a nuclear reaction is necessary to know the possibility of the reaction. The calculation of the cross-section makes it easier for some elements to be used as targets. In such cases, cross-sectional calculations are of great importance for the nuclear reactions generated by different means, and are of great benefit from time to time and financially. Determining the cross-section of the reactions was made to understand the events that might be the result of nuclear reaction. Similar studies have been done with different elements and different reactions. The aim of this study is to determine the nuclear reaction cross sections. In this thesis, excitatory functions of 64Zn, 63Cu, 24Mg and 16O target nuclei bombarded with 3He particles in energy ranges of 0-45 MeV were calculated by TALYS 1.8 nuclear reaction code. The experimental cross-sections of the calculated cross sections and the EXFOR library were compared. According to the obtained results, the theoretical and experimental cross-sections of the nuclear cores examined were consistent.