A microscopic DWBA analysis of (6Li, 6He) reactions |
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Authors: | G. Ciangaru R.L. McGrath F.E. Cecil |
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Affiliation: | Department of Physics, State University of New York, Stony Brook, New York 11794, USA |
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Abstract: | The spin-isospin flip (6Li, 6He) reaction has been studied. The experiment was performed with a 34 MeV 6Li beam incident upon 25, 26Mg and 27Al targets. Angular distributions associated with the lowest states were measured. Microscopic DWBA calculations were performed using Yukawa central and r2. Yukawa (r2 · Y) tensor (μ = 1.0 fm?1) potentials averaged over the 6Li(6He) cluster model wave functions. Knock-on (KO) exchange corrections corresponding to the central interaction are included using the local-energy approximation (LEA) method. The conclusion is that the quasi-elastic process is of major importance in the (6Li, 6He) transition studied in this work. |
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Keywords: | Nuclear reactions |
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