Abstract
Elastic scattering experiments have being performed with low-energy radioactive ion beams produced by the RIBRAS facility in Sao Paulo, Brazil. Here I present the results for elastic scattering of 6 He on several targets and light beams on 12 C target. Special emphasis is given to the analysis of experiments were angular distributions for the elastic scattering of beryllium isotopes projectiles, 7 Be, 9 Be and 10 Be, on a light target 12 C were obtained. These elastic scattering angular distributions have been analysed in terms of optical model using the double-folding Sao Paulo potential. From this analysis, the total reaction cross section were also deduced and compared to the total reaction cross sections for many other light projectiles on 12 C target. The comparison was made in terms of Universal Function reduction method.
Highlights
The possibility of using radioactive nuclear beams has opened an exciting f eld of investigation in nuclear physics
Two facilities, RIBRAS at Sao Paulo, Brazil [1,2], and T winsol at Notre Dame, USA [3] have produced light nuclei radioactive beams such as 6He, 7Be, 8Li, 8B and others
Several experiments to investigate reactions induced by these low-energy light radioactive nuclear beams have been performed at University Sao Paulo and University of Notre Dame
Summary
The possibility of using radioactive nuclear beams has opened an exciting f eld of investigation in nuclear physics. Two facilities, RIBRAS at Sao Paulo, Brazil [1,2], and T winsol at Notre Dame, USA [3] have produced light nuclei radioactive beams such as 6He, 7Be, 8Li, 8B and others. For low-energy beams, one-nucleon or few nucleons transfer reactions are the best options to produce radioactive nuclear due to its high cross sections.
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