A theoretical investigation of 9Be + 27Al reaction: phenomenological and microscopic model approximation

Abstract

In this study, we have investigated the elastic scattering of 9Be + 27Al reaction using the phenomenological and double-folding model potentials within the framework of the optical model at different incident energies. In the phenomenological and double-folding calculations, we have used new parameters to explain 9Be + 27Al reaction. In the framework of double-folding model, the nuclear matter densities of 9Be projectile and 27Al target have been folded with the complex energy depending on the effective M3Y interaction. The imaginary potentials have been taken as Woods–Saxon volume shape. The real radius r v and imaginary radius r w parameters have been fixed to 1.2 fm in all the calculations. The cross sections, the potential volume integrals and χ 2/N values have been obtained for nine energies.