Systematics of the breakup probability function for 6Li and 7Li projectiles

CAPURRO, OSCAR A.; PACHECO, ALBERTO J.; ARAZI, ANDRÉS; CARNELLI, PATRICIO FRANCISCO FLORENCIO; FERNÁNDEZ NIELLO, JORGE O.; MARTÍNEZ HEIMANN, DIEGO

NUCLEAR PHYSICS A

ELSEVIER SCIENCE BV

Lugar: Amsterdam; Año: 2016 vol. 945 p. 186 - 196

0375-9474

Experimental non-capture breakup cross sections can be used to determine the probability of projectile and ejectile fragmentation in nuclear reactions involving weakly bound nuclei. Recently, the probability of both type of dissociations has been analyzed in nuclear reactions involving 9Be projectiles onto various heavy targets at sub-barrier energies. In the present work we extend this kind of systematic analysis to the case of 6Li and 7Li projectiles with the purpose of investigating general features of projectile-like breakup probabilities for reactions induced by stable weakly bound nuclei. For that purpose we have obtained the probabilities of projectile and ejectile breakup for a large number of systems, starting from a compilation of the corresponding reported non-capture breakup cross sections. We parametrize the results in accordance with the previous studies for the case of beryllium projectiles, and we discuss their systematic behavior as a function of the projectile, the target mass and the reaction Q-value.