Abstract
Multi-shell mixed-configuration calculations employing various effective interactions show that for low-lying states the g-factor in T z = 0 nuclei as well as the average of g-factors of corresponding states in mirror nuclei varies between +0.4 and +0.9 n.m. in rather good agreement with a pure j n description; for excited states in even-even T z = 0 nuclei one finds g θ +0.50 n.m. The results agree well with present experimental data on magnetic dipole moments of ground states and excited states.
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