The angular distribution for the elastic scattering of 16 O, 14 N and 12 C on 27 Al was measured at an energy of 1.75 MeV per nucleon in the DC-60 INP NNC (Institute of Nuclear Physics, National Nuclear Centre) cyclotron located in Astana in order to study the elastic scattering mechanism in these nuclear systems. The experimental results were analyzed with the help of the optical potential code SPI-GENOA. Good agreement between the experimental data and the theoretical calculations was obtained by using suitable optical potential parameters. The elastic scattering of 16 O, 14 N and 12 C on 27 Al does not reveal any unusual features or threshold anomaly at this energy.
In this study, the angular distribution of the 16 O+ 10 B elastic scattering was measured at E lab ( 16 O) = 24 MeV. In addition to our experimental data, this nuclear system was theoretically analyzed at different energies to study the dynamics of scattering for this system. The data were analyzed within the framework of the double-folding optical potential model. The values of the spectroscopic factors (SA) for the configuration 16 O→ 10 B+ 6 Li were extracted at the energies at which the effect of the 6 Li cluster transfer on the cross-sections at backward angles is observed.The energy dependence of the reaction cross-section for this system was also investigated.
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