Element of tin investigation of reactions with high energy neutrons

In order to ensure the safety of fission and fusion reactors, all in teractions that may ocur between the material used and the particles should be considered. Cross section data of nuclear reactions; are used in a wide range such as radio isotope production, radiation shielding and material development studies. In this study, the neutronic radiation effects of the tin element, which is used as a coating material in many areas in today's technologies, on the shielding of fusion reactors were investigated. The (n,p) reactions cross sections generated with 14-15 MeV high incident energy neutrons for 112-124Sn target core isotopes were calculated using newly developed semi-experimental formulas in the literature. The results calculated from the quasi-experimental theoretical formulas and the experimental results obtained from the international nucleard library EXFOR were compared with each other and their compatibility was examined. The obtained data were interpreted and evaluated in the results section.