Abstract
Resonances in the reaction 60Ni(p, γ) 61Cu have been studied in the energy region E p ≈ 1550–1950 keV. Decay schemes and branching ratios are presented for 12 resonances and the resonance strength has been determined for most of these. Gamma-ray angular distribution measurements on two resonances yield the following spin assignments (E p ( keV; J): (1668; 5 2 ), (1850; 3 2 , 5 2 ) . Several of the resonances studied are identified as fragments of the analogue states of the ground and first two excited states in 61Ni. M1 transitions strengths to the corresponding antianalogue candidates have been measured.
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