Abstract
The magnetic moments of several short-lived states in103Rh,1111113Cd and1231125Te isotopes have been measured by the transient field technique. The results, together with those obtained earlier in the1071109Ag isotopes, have been compared to predictions of various models and calculations. In the Z=45, 47 isotopes, the odd proton seems to deform the vibrational core. The data are best explained within the framework of a triaxially deformed nucleus. In the odd neutron isotopes with 50<N<82, and Z=48, 52, weak coupling states coexist with single particle states in a mix of configurations.
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