A comprehensive analysis of 26Mg(3H,2H)27 Mg reaction at 36 MeV

Abstract The angular distribution of the 26Mg(3H,2H)27 Mg reaction at 36 MeV incident energy is reanalyzed by using the distorted wave Born approximation (DWBA) method. Four forms of the optical model potentials such as temperature dependent and temperature independent density distributions, different nuclear potentials, and different nucleon-nucleon interactions are used to determine the effect on the 26Mg(3H, 2H)27 Mg transfer reaction of the entrance channel. These analyses display the similarities and differences of all the approaches which are discussed in this work, and provide alternative density, nuclear potential and nucleon-nucleon interactions.