Abstract
In an in-beam study of 15167 Ho84 we have established its high-spin states up to 10 MeV and have suggested spin assignments up to (49/2) at 6.2 MeV. The main decay-cascade proceeds through the yrast states of the πh3 11/2νf2 7/2 and πh3 11/2νf7/2h9/2 5-particle configurations, which are predicted with good accuracy in parameter-free shell-model calculations. States with one proton in d3/2, or involving νi13/2 or νf7/2×3− excitations were also identified.
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