6Li direct breakup lifetimes
F.A. Souza, N. Carlin, C. Beck, N. Keeley, A. Diaz-Torres, R. Liguori, Neto, C. Siqueira-Mello, M.M. de Moura, M.G. Munhoz, R.A.N. Oliveira, M.G., Del Santo, A.A.P. Suade, E.M. Szanto, A. Szanto de Toledo
TL;DR
This paper investigates the lifetimes of 6Li direct breakup in the 6Li + 59Co reaction at 29.6 MeV, analyzing alpha-d coincidence data to distinguish between sequential and direct breakup contributions to nuclear processes.
Contribution
It provides a novel semiclassical analysis of 6Li breakup lifetimes, differentiating between sequential and direct breakup mechanisms in nuclear reactions.
Findings
Direct breakup contributes significantly to incomplete fusion.
Lifetimes of breakup components were quantified using a semiclassical approach.
Kinematic analysis identified dominant processes in different angular regions.
Abstract
alpha-d coincidence data were studied for the 6Li + 59Co reaction at E(lab) = 29.6 MeV. By using a kinematic analysis, it was possible to identify which process, leading to the same final state, has the major contribution for each of the selected angular regions. Contributions of the 6Li sequential and direct breakup to the incomplete fusion/transfer process were discussed by considering the lifetimes obtained by using a semiclassical approach, for both breakup components.
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