Abstract
The elastic scattering angular distributions of 10,11Be + 64Zn reactions at Ecm = 24.5 MeV are examined by using the semi-phenomenological density distributions and different nuclear potentials. In nuclear potential calculations, the Sao Paulo, DDM3Y andWoods–Saxon potentials are applied to acquire the elastic scattering angular distributions. The imaginary diffusion parameters beside the surface potential are very important in this nuclear interaction. The theoretical results are compared with the experimental data with and without the dynamic polarization potential (DPP) in order to account for the coupling to the breakup channel.
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