THEORETICAL ANALYSIS ON ~(52)Cr(d,2n)~(52)Mn~(g,m)
S Wang · 1990
The excitation function and isomer ratio of ~(52)Cr(d, 2n) ~(52)Mn~(g,m) reaction have been analyzed by using the Hauser-Feshbach formalism and exciton model considering the conservation of angular momentum and parity. By summing over the calculated contributions of statistical model and deuteron break-up effects with reasonable parameters for optical model, level density and pre-equilibrium model, a good agreement with experimental data not only for the cross section but also for the isomer ratio is obtained.