Abstract
Effects of coupled channels and breakup channels on calculations of elastic and inelastic scattering have been studied using Code CC for weakly and exotic bound systems 6Li+64Zn, 7Li+64Zn and 6He+120Sn. The interpretation of the experiment results was analyzed by using the Woods-Saxon potential in framework of the optical model, of both the real and imaginary parts. The calculations of the total scattering differential cross section to Rutherford cross section σT/σR was determined with angle center of mass θcm, the elastic scattering differential cross section to Rutherford cross section σel/σR was calculated with energy center of mass Ecm and the elastic scattering barrier distribution Del was calculated with energy center of mass Ecm in uncoupling and coupling channels (CC) have been carried out in order to achieve the maximum consistency with experimental data for the tested systems.
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