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Differential cross sections for the 6,7 Li(p,p) 6,7 Li and 10,11 B(p,p) 10,11 B elastic scattering were measured over the proton laboratory energy range from 300 to 1050 keV. The transfer reaction of the elastic scattering of carbon and oxygen on oxygen and carbon nuclei was studied through different experiments with incident beam of energy 1.75 MeV/ nucleon. Depending on the measured data by us and literature data, we could enhance the potential parameters using ECIS88 Code, as well as SPI-GENOA Code. Good agreement between theoretical and experimental in whole range.

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The investigations of elastic scattering processes near coulomb barrier have an important role in astrophysics studies. Moreover, the elastic scattering process of two particles with difference only in one proton makes an interesting research. The process 11 B( 12 C, 12 C) 11 B is investigated in this study. Theoretical re-analysis of experimental differential cross sections was made within optical model frame. Good coincidence of both theoretical and experimental differential cross section curves at low angles was obtained. The differential cross-section rise at backward angles was discussed. The data for optical model parameters were brought to systematic constitution.