Abstract
New experimental measurements for O-16 + C-12 elastic scattering angular distribution at E-lab = 27 MeV were performed at the cyclotron DC-60 INP RK. The measured data as well as the previous measurements for O-16 + C-12 angular distributions in the energy range E-lab = 20-140 MeV are subjected to detailed analysis using the double folding optical potential. For this purpose, different models of interaction potentials are used, such as the BDM3Y1-Reid and the CDM3Y1-Paris based on the M3Y interactions. The new B3Y-Fetal potentials are also tested, and the efficiency of the DDB3Y1-Fetal interaction to increase the saturation properties of cold nuclear matter was studied in comparison with the well-known BDM3Y1-Reid and CDM3Y1-Paris interactions.