Abstract
Levels in 64,66,68,70Cu that are populated in the 64,66,68,70Zn (t, 3He) reactions at 24 MeV triton energy have been studied. Mass excesses for the lowest states observed in 68Cu and 70Cu are found to be −65576±20 keV and −62982±20 keV, respectively. A multiplet of states, populated with large intensities, is observed to move systematically towards decreasing excitation energy as the neutron number approaches 40. It is concluded that this multiplet has a π p 3 2 ν g 9 2 configuration.
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