Inclusive and exclusive breakup studies in 10B+209Bi system

Abstract

Elastic scattering and various particle ($\alpha$, ${}^{6,7}$Li, ${}^{9,10}$Be, and ${}^{11}$B) production angular distributions have been measured with ${}^{10}$B projectile on ${}^{209}$Bi target at 54 MeV beam energy. The optical model calculation was performed for the elastic scattering angular distribution and the reaction cross section was estimated. The $\alpha$ particle production cross section was found to be dominant than other particles production. The sum of measured particle production cross sections and the reported value of complete fusion cross section [1] is found to match reasonably well with the estimated reaction cross section. Charged particle coincidence analysis was also performed to identify various breakup and transfer followed by breakup channels.