Abstract
The reactions 64Zn(t, α) 63Cu and 66Zn (t, α) 65Cu have been studied at incident triton energy of 13 MeV using a broad-range multi-angle spectrograph. Angular distributions up to an excitation energy of about 4.5 MeV have been obtained and are analysed by the DWBA theory. The results provide information about the 64, 66Zn ground state configurations as well as the proton hole states in 63Cu and 65Cu. Some evidence is found for inelastic mechanisms affecting the magnitude of pickup cross sections for levels with large collective components.
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