23 de setembro de 2020 | Estruturas Nucleares e Reações, Publicações
G. S. Li, M. L. Liu, D. Patel, Y. D. Fang, X. H. Zhou, Y. H. Zhang, A. Diaz-Torres, C. S. Palshetkar, J. Lubian, N. T. Zhang, J. G. Wang, B. S. Gao, Y. H. Qiang, S. Guo, Y. Zheng, K. L. Wang, K. K. Zheng, R. Li, S. Mukherjee
Physical Review C
10/01/2020
Abstract
Complete fusion (CF) cross section measurement for the weakly bound 9 Be projectile interacting with the intermediate mass target 89 Y has been extended to energies greater than the fusion barrier, by implementing off-line characteristic γ -ray detection techniques. The available experimental data for the 9 Be + 89 Y reaction system were compared with the theoretical predictions, using the PLATYPUS code that is based on a classical dynamical model. By introducing the breakup probability that deduced in the literature from the fitting of the experimental data, the model managed to reproduce the CF cross sections of 9 Be beam with targets of different atomic mass. Through the study, it is revealed that the extended CF excitation function for the 9Be + 89Y system is consistent with the systematical behavior that the prompt-breakup probability at above-barrier energies is roughly independent of the target in the reactions induced by the same weakly bound projectiles.