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Three-body treatment of (6Li,d) reactions on 12C and 16O in the bound-state approximation

(6Li,d) reactions, involving the transfer of an alpha cluster on the nuclei 12C and 16O have been studied in the framework of the three-body model. The relevant three-body equations have been solved for a system of three particles, namely alpha , d and 12C (or 16O), to calculate the on-shell amplitudes of the various rearrangement processes using the bound-state approximation (BSA). To see whether such calculations have a bearing on reactions involving the transfer of an alpha cluster, the calculated absolute values of the differential cross sections of the (6Li,d) and (6Li, alpha ) reactions on 12C and 16O have been compared with the corresponding experimental results.