Investigation of reaction nickel of isotopes used as construction materials in fusion reactor technology with pre-equbilium models

In this study, the excitation functions of the reactions formed by proton, neutron and deuteron particles on natural isotopes of nickel core used as building materials in fusion reactors have been analyzed by pre-equilibrium reaction models. Two-dimensional exciton model TALYS 1.8 program, hybrid and geometry dependent hybrid model ALICE / ASH program were used to calculate excitation functions. The obtained findings were discussed and compared with the existing results in the EXFOR (Experimental Nuclear Reaction Data) database. Additionally, informations were given about the product nuclei which were formed in the investigated reactions. The obtanied results can be used to understand effects of the possible reactions which are 58,60-62,64,natNi(p,x), 58,60-62,64,natNi(n,x) and 58,60-62,64,natNi(d,x) used as building material in fusion reactors.