Investigation of the reaction mechanisms for B 10 + Au 197 at near-barrier energies

GASQUES, L. R.; CHAMON, L. C.; LÉPINE-SZILY, A.; SCARDUELLI, V.; ZAGATTO, V. A. B.; ABRIOLA, D.; ARAZI, A.; CARDONA, M. A.; DE BARBARÁ, E.; DE JESÚS, J.; HOJMAN, D.; MARTÍ, G. V.; PACHECO, A. J.; RAMOS LÓPEZ, D.; ALVAREZ, M. A. G.; FERNÁNDEZ-GARCÍA, J. P.; RODRÍGUEZ-GALLARDO, M.; CUBERO, M.; UMAÑA, L. F.; ACHÍ-PRADO, S.

Physical Review C

APS

Lugar: Nueva York; Año: 2020 vol. 101

2469-9985

The 10B +197Au reaction has been investigated through cross-section measurements for different channels, such as quasielastic and elastic scattering, inelastic excitation of low-lying 197Au states, and one-neutron pickup and one-proton stripping transfer reactions. Experimental angular distributions were obtained for 20 bombardment energies around the Coulomb barrier: 38 =< Elab =< 61 MeV. Coupled reaction channels calculations have been performed in the context of the double-folding São Paulo potential, and details of the data analysis are discussed along the paper. In general, the theoretical calculations provide a satisfactory description of the data.