Study of Multinucleon Transfer Mechanisms in 86Kr-Induced Peripheral Reactions at 15 and 25 MeV/nucleon

This paper presents our recent studies of the multinucleon transfer in peripheral collisions reactions near Fermi regime. Specifically, a 86Kr beam at 15 MeV/nucleon with targets 124Sn ,112Sn, 64Ni and 58Ni 25 112Sn. The experimental data were obtained from previous work group MARS spectrometer Cyclotron Institute Texas A&M University. Our current focus is thorough study mass momentum distributions projectile-like fragments. are characterised by narrow quasi-elastic peak broader deep-inelastic peak. We employed two-body kinematics to characterize excitation energies these reactions. also compared model calculations. dynamical stage described either Deep-Inelastic Transfer Model (DIT), or microscopic Constrained Molecular Dynamics (CoMD). de-excitation hot fragments performed Gemini model. Studying will provide us better understanding as how energy different affect mechanism With work, continued efforts regime delineate new opportunities elucidate reaction mechanism(s) rare isotope production may effectively contribute unexplored regions nuclear chart toward r-process neutron drip line.