Abstract
The high-spin states of 112In have been investigated with in-beam \( \gamma\) -ray spectroscopic methods using the 110Pd (7Li, 5n)112In reaction at a beam energy of 50MeV. A level scheme with 3 band structures has been established. The backbending associated with the alignment of a pair of g7/2/d5/2 neutrons has been found in the negative-parity yrast band. The configuration for the positive-parity yrare band has been assigned to \( \pi\)g9/2 ⊗ \( \nu\)g7/2 for the lower-spin states, and \( \pi\)g9/2 ⊗ \( \nu\)h211/2(g7/2) for the higher-spin levels.
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