Investigation of16O+16O elastic scattering using theα-cluster folding model

Analysis ofO16+O16elastic and inelastic scattering using the optical model a

“…The phenomenological WS2 potential has been used to describe the 16 O + 16 O elastic scattering, and the parameters were obtained by fitting elastic-scattering data [13]. The transition potential used to describe inelastic scattering to the excited states of the target nucleus is directly obtained as a derivative of the WS potential U (r) for λ 2.…”

“…[13] and transition density of the target. The transition density may be obtained microscopically, such as from the shell model or random phase approximation particlehole calculations [17], or macroscopically by deforming the ground-state density distributions [19,20].…”

“…[13], the elastic 16 O + 16 O scattering data at E lab = 250−1120 MeV were fitted by the potential derived from the two different double-folding model M3Y and DFC1 potentials. By considering Eq.…”

“…054606-2 (13), (14), (16), and the corresponding rms radii [13]. 199 where ρ CP r p andρ tr Cλ (r T ) are the ground-state cluster density of the projectile, the transition cluster density of the target, and V α−α is the α-α effective interaction parametrized [13,[27][28][29][30][31] as (12) where V A and V R , respectively, are the attractive and repulsive depths and μ A and μ R are the corresponding range parameters.…”

“…Experimental data on the elastic refractive scattering for light-heavy ions (HIs) are available and stimulate many theoretical calculations [1][2][3][4][5][6][7][8][9][10][11][12][13]. These calculations have seen significant progress in our understanding of the interaction between heavy ions, especially through studies of the elastic scattering of certain combinations of light-heavy ions for which the absorption is relatively weak and refractive effects appear.…”