Applicability of ⁹Be global optical potential to reactions of ^7,10,11,12Be *

Abstract

Elastic scattering angular distributions and total reaction cross-sections of 7,10,11,12Be projectiles are predicted by the systematic 9Be global phenomenological optical model potential for target mass numbers ranging from 24 to 209. These predictions provide a detailed analysis by their comparison with the available experimental data. Furthermore, these elastic scattering observables are also predicted for some targets out of the mass number range. The results are in reasonable agreement with the existing experimental data, and they are presented in this study.

Description of elastic scattering induced by the unstable nuclei 9,10,11,13,14C *

“…The obtained global OMP gave a satisfactory description of elastic scattering [2]. Also, the global OMP of projectiles has also been achieved [3] and can describe the elastic scattering of isotopic chain Be and B projectiles well [4,5]. Therefore, it would be interesting to investigate if the systematic phenomenological OMPs of and , which are stable nuclei, can describe the elastic scattering of the unstable nuclei .…”

“…Details regarding the theoretical formula of and global OMPs can be found in Refs. [2,3]. Thus, we present only a brief description here.…”

“…, , and are the corresponding diffuseness parameters. In particular, the radius parameter of the real potential is expressed as angular distributions and total reaction cross sections for targets from to below 200 MeV [3,3]. In the following, we apply the obtained and global OMPs to predict the elastic scattering observables for projectiles and compare them with the available experimental data.…”