Transfer angular distributions in ^12,13C + ²³²Th and ¹³C + ^206,208Pb reactions at E_Beam=75 MeV

Heavy-ion reactions, in particular, single nucleon or multi-nucleon transfer, play an important role in understanding the nuclear structure effects. A vast amount of experimental data have been accumulated over the years to address the transfer reaction mechanism as well as to gain insight on the nuclear structure. Nevertheless, multi-nucleon transfer study is of current research interest, in particular, close to the drip lines of nuclear chart. The multi-nucleon transfer angular distributions, in general, are characterized by the target-projectile combination and the beam energy. Relative cross sections for different reactions are predominantly determined by the reaction Q-values, however, the shape of angular distribution is influenced by the nuclear structure effects for which the understanding is still scarce. In the present paper, we report measurements on transfer angular distributions for ¹³C + ²³²Th and ¹³C + ^206,208Pb reactions, and their comparison with earlier measurements on ¹²C + ²³²Th reaction