Abstract
The properties of high-spin states in ZXBi have been studied with the ZSPt( B,5n) ZXBi reaction at B energies between 50 and 80 MeV. In-beam measurements of el-ray excitations, el-el-t coincidences, el-ray angular distributions, and pulsed-beam-el timing were performed with Ge detectors to determine level energies, decay schemes, el-ray multipolarities, J/sup / assignments, and isomeric lifetimes. Yrast levels up to J = (33/2) were established including four isomers. The nuclear structure properties of ZXBi are compared with systematic trends for the heavier odd-mass Bi isotopes.
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