Study of transfer reaction channel in ${}^{12}$C + ${}^{27}$Al system

Abstract

The 1p transfer channel in the ${}^{27}$Al(${}^{12}$C, ${}^{11}$B)${}^{28}$Si reaction has been studied at E${}_{lab}$ = 73, 81 and 85 MeV. The finite range distorted wave Born approximation calculations have been performed using phenomenological optical model potential to analyze the angular distributions for 3 transitions populating the 0.0, 1.78 and 4.62 MeV states of ${}^{28}$Si and 2 transitions populating the 2.12 and 4.44 MeV states of ${}^{11}$B via the ${}^{27}$Al(${}^{12}$C, ${}^{11}$B)${}^{28}$Si reaction. The spectroscopic strengths as well as spectroscopic factors have been extracted for all the five states. The extracted strength values are compared with shell model calculations.

8 pages, 8 figures, 3 tables