Elastic and inelastic scattering for the B 10 + Ni 58 system at near-barrier energies

SCARDUELLI, V.; CREMA, E.; GUIMARÃES, V.; ABRIOLA, D.; ARAZI, A.; DE BARBARÁ, E.; CAPURRO, O. A.; CARDONA, M. A.; GALLARDO, J.; HOJMAN, D.; MARTÍ, G. V.; PACHECO, A. J.; RODRÍGUES, D.; YANG, Y. Y.; DESHMUKH, N. N.; PAES, B.; LUBIAN, J.; MENDES JUNIOR, D. R.; MORCELLE, V.; MONTEIRO, D. S.

Physical Review C

American Physical Society

Año: 2017 vol. 96 p. 546101 - 546108

2469-9985

Full angular distributions of the 10B elastically and inelastically scattered by 58Ni have been measured at different energies around the Coulomb barrier. The elastic and inelastic scattering of 10B on a medium mass target has been measured for the first time. The obtained angular distributions have been analyzed in terms of large-scale coupled reaction channel calculations, where several inelastic transitions of the projectile and the target, as well as the most relevant one- and two-step transfer reactions have been included in the coupling matrix.The roles of the spin reorientation, the spin-orbit interaction, and the large ground-state deformation of the 10B, in the reaction mechanism, were also investigated. The real part of the interaction potential between projectile andtarget was represented by a parameter-free double-folding potential, whereas no imaginary potential at the surface was considered. In this sense, the theoretical calculations were parameter free and their results were comparedto experimental data to investigate the relative importance of the different reaction channels. A striking influence of the ground-state spin reorientation of the 10B nucleus was found, while all transfer reactions investigated hada minimum contribution to the dynamics of the system. Finally, the large static deformation of the 10B and the spin-orbit coupling can also play an important role in the system studied.