Excitation Function of Charge Transfer Reaction in Different Nuclear

Abstract

In this thesis we have studied excitation function of charge transfer reaction in different nuclear mass region. In the study, calculations of the excitation function of 23 11 Na(p, n) 23 12 Mg, 23 11 Na(n, p) 23 10 Ne, 50 27 Co(p, n) 59 28 Ni, 59 27 Co(n, p) 56 26 F e, 197 79 Au(p, n) 197 80 Hg, and 197 79 Au(n, p) 197 78 P t reactions have been carried out which are selected in different nuclear mass regions. In these calculations the total cross section for each as a function of energy have been obtained. The calculations were done using ALICE-91 based computer code, and exciton model. The calculated results have been compared with experimental data taken from data EXFOR library. Comparison of the experimentally measured values and calculated values show that total cross section varies with respect to the projectile energy, target mass and different parameters. Charge transfer reaction using exciton model gives data which are nearer to the experimental data given in literatures.