Exact finite-range DWBA description of the 60Ni(16O,12C)64Zn reaction at 60 MeV incident energy

Cross section angular distributions of 60Ni(16O,12C)64Zn reactions leading to three strongly excited states at 60 MeV incident energy and the 16O + 60Ni and 12C + 64Zn elastic scattering at 60 MeV respectively 45 MeV and 54 MeV have been measured using a Q3D magnetic spectrograph. EFR-DWBA calculations assuming the transfer of an α-cluster in its Os ground state are able to describe the general features of the strongly oscillating experimental angular distributions using a surface transparent optical model potential. The optical model parameters used in the DWBA calculations are obtained from fits of the elastic scattering data of incident and exit channels. The importance of correct optical model parameters in the exit channels for relative spectroscopic factors will be discussed and the extracted relative spectroscopic factors will be compared to previous (6Li,d) results. (orig.)