Abstract
The experimental angular distributions for the 5He-transfer reactions 16O(p, 6Li)11C(ground) and 11B(p, 6Li)6Li(ground) at Ep=51.9MeV and analysed in the framework of exact finite-range DWBA formalism with all one-step direct processes. The spectroscopic factors for 16O→5He+11C, 6Li→p+5He and 11B→5He+6Li are calculated by making use of cluster coupling shell model wave functions. Good agreements between theoretical calculations and experiments are obtained for both reactions.
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