Abstract
The level structure and the decay properties of low-lying levels in 63Cu have been investigated via the 60Ni(α, pγ) 63Cu reaction at E α = 11.7MeV. Using a Ge(Li) detector, the correlations of twenty-five primary γ-rays in coincidence with protons, stopped in an annular detector at approximatively 180° with respect to the beam direction, were measured. From these measurements, branching ratios, γ-ray mixing ratios and spin assignments have been obtained for most of the levels up to 2.4 MeV excitation.
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