Theoretical study of deuteron induced reactions on 6,7Li, 9Be and 19F targets

Abstract

The nuclear reactions of the deuteron particles with light nuclei have been extensively investigated in the history of nuclear physics. In this work, the cross-sections of deuteron reactions Li-6(d,n)Be-7, Li-6(d,t)Li-5, Li-7(d,2n)Be-7, Li-7(d,p)Li-8, Li-7(d,t)Li-6, Be-9(d,p)Be-10, Be-9(d,t)Be-8, F-19(d,n)Ne-20 and F-19(d,p)F-20 were studied for the investigation of structural fusion materials. Excitation functions of these reactions were determined by using ALICE-ASH code considering equilibrium (EQ) and preequilibrium (PEQ) effects. The calculated cross-sections, experimental results and TENDL-2011 library data are presented in graphical form.