Abstract
In the present study, a systematic analysis is made on \({}^{3}\) H and \({}^{3}\) He mirror nuclei. The elastic and inelastic scattering angular distributions of the \({}^{3}\) H and \({}^{3}\) He from \({}^{20}\) Ne and \({}^{24}\) Mg at 33 MeV are investigated within the double folding potential based on the Optical Model. The exchange effect related to nonlocality is taken into account in a form of a correction factor to the real potential and the resulted one is known as local equivalent double folding potential. The imaginary potential has taken to be Woods–Saxon volume shaped. The results are contrasted with each other as well as with the experimental data to give evidence about the importance of these studied items. Also, the reaction cross sections and nuclear deformation parameters are given.
