The theoretical study on multinucleon transfer reactions with a Pb target based on the HYBRID model

Abstract

Based on the HYBRID model, the calculated production cross sections agree well with the experimental data in the reactions \(^{58}\)Ni + \(^{208}\)Pb and \(^{64}\)Ni + \(^{130}\)Te. In the \(^{124,130,136}\)Te + \(^{208}\)Pb reactions, it can be found that as the N/Z ratio of the projectile increases, the target is more likely to pick up neutrons, resulting in a shift of the cross sections of the target-like-fragment towards the neutron-rich side. The effect of the incident energy in \(^{136}\)Te + \(^{208}\)Pb reaction is studied, and it is found that the primary cross section of neutron-rich nuclei is sensitive to the incident energy, and the final cross section of neutron-deficient nuclei is sensitive to the incident energy.