Angular Distribution and Angular Dispersions of the Dissipative Products in 19 F+ 27 A1 Reaction

Abstract

Angular distributions of fragments B, C, N, 0, F, Ne, Na, Mg and Al induced from the reaction of 19F + 27Al have been measured at the beam incident energy of 114 MeV. The angular distributions and the element distributions at different angles were analyzed to provide an evolution process of the intermediate dinuclear system. The angular dispersion parameters were extracted from the experimental data and compared with the theoretical results. The dynamic dispersions for the dissipative products are not negligible and depend strongly on the charge number Z of the fragments, the deeper dissipation the more dynamic dispersion.