Abstract

The γ-rays following the β-decay of 67Cu have been investigated with a high-resolution Ge(Li) detector. The 67Cu was produced by double neutron capture on 65Cu. Gamma rays of energies (and relative intensities) 91.26 (155), 93.25 (360), 184.53 (1000), 208.95 (2.4), 300.22 (15.7) and 393.60 (4.3) keV were observed. The γ-rays have been incorporated in a level scheme of 67Zn with levels (and spins and parities) at 0( 5 2 −), 93.3 ( 1 2 −), 184.5 ( 3 2 −) and 393.5 ( 3 2 −) keV .

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