Abstract
A double folding cluster (DFC) model is proposed for the analysis of 12 C+ 12 C elastic and inelastic scatterings. The DFC procedure is performed using the α-clusters structure of 12 C nucleus. Angular distributions of the 12 C+ 12 C elastic and inelastic scatterings in the energy range 70.7–126 MeV were analyzed using the derived DFC potentials in the framework of the coupled-channels (CC) mechanism. Successful descriptions of the data are obtained over the full measured angular range without the need to normalize the DFC potentials. Furthermore, the deduced deformation length and the quadrupole deformation parameter are quite consistent with the corresponding electromagnetic measurements. Subject Index: 223
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