(O16,N15) and (C12,B11) reactions onFe54andNi62atE(O16)=104MeV andE(C12)=78MeV

Abstract
The (C12, B11) and (O16, N15) reactions on targets of Fe54 and Ni62 have been studied at bombarding energies far above the Coulomb barrier: E(C12)=78 MeV and E(O16)=104 MeV, respectively. The reaction mechanism appears to be direct and is adequately described with the distorted-wave Born approximation, provided recoil effects are included. A comparison of heavy-ion and light-ion analyses permits j assignments to be made for some levels by utilizing the j dependence of the heavy-ion reactions.