Magnetic moments of low-lying states in ${}_{}{}^{103}{}_{}{}^{}\mathrm{Rh}$, ${}_{}{}^{111}{}_{}{}^{}$,113Cd, and ${}_{}{}^{123}{}_{}{}^{}$,125Te

The magnetic moments of several short-lived states in ${}_{}{}^{103}{}_{}{}^{}\mathrm{Rh}$, ${}_{}{}^{111}{}_{}{}^{}$,113Cd, and ${}_{}{}^{123}{}_{}{}^{}$,125Te isotopes have been measured by the transient field technique. The results, together with those obtained earlier in the ${}_{}{}^{107}{}_{}{}^{}$,109Ag 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.