Abstract
Experimental angular distributions for the elastic and inelastic (projectile and target excitations) scattering, and for the neutron stripping reaction, have been obtained at , 22, 24, and 26 MeV, covering an energy range around the Coulomb barrier MeV). Coupled channel and coupled reaction channel calculations were performed and both describe satisfactorily the experimental data sets. The state inelastic excitation (using a rotational model), as well as the projectile coupling to the continuum plus a tritium particle) play a fundamental role on the proper description of elastic, inelastic, and transfer channels. Couplings to the one-neutron stripping channel do not significantly affect the theoretical elastic scattering angular distributions. The spectroscopic amplitudes of the transfer channel were obtained through a shell model calculation. The theoretical angular distributions for the one-neutron stripping reaction agreed with the experimental data.
3 More- Received 12 May 2017
DOI:https://doi.org/10.1103/PhysRevC.95.064614
©2017 American Physical Society