Abstract
The (12C, 10Be) and (12C, 9Be) reactions on 58Ni were studied at 77 MeV. New levels were determined for both residual nuclei, 60Zn and 61Zn. For 61Zn, levels and a new ground state mass were also measured with the 64Zn(3He, 6He) reaction. A mass excess for 61Zn of −56333±23 keV was obtained. Angular distributions for the 12C induced reactions are compared with finite range DWBA calculations and found to be insensitive to L− and J-transfer.
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