Abstract
High spin states in 68Ge and 72Se have been studied via 46Ti(68 MeV 25Mg, 2p) 68Ge and 47Ti(95 MeV 28Si, 2pn) 72Se reactions with the Holifield heavy ion tandem. Gamma-gamma coincidence experiments were carried out in the spin spectrometer and the close geometry Compton-suppressed Ge ball. In 68Ge the three known bands built on 8 + states were found to exhibit crossing transitions, and other new bands were discovered to feed into them. In 72Se only a single positive-parity yrast band is seen to have high spins. Detailed microscopic model calculations have been carried out for 68Ge and 72Se.
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