Abstract
A procedure is proposed by which upper limits to the F-spin purity of 2 + 1 states in even-even nuclei can be estimated by an analysis of experimental g-factors. The procedure, applied to 17 nuclei with 46⩽ Z⩽78, showed that F< F max admixtures up to 10% are not uncommon. A systematic behavior with Z is observed. In the present approach, these admixtures account in part for the observed deviations of the boson g-factors g π and g ν from their “bare” values of 1 and 0.
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