Abstract
The g factors of the 2{sub 1}{sup +},3{sub 1}{sup -}, and 4{sub 1}{sup +} states of {sup 70}Ge have been measured by the transient field technique. The measured value, g(4{sub 1}{sup +})=+0.5(2) is in good agreement with the results of shell-model calculations within the full fp configuration space and with the nuclear g-factor systematics in this region. The measured g(4{sub 1}{sup +}) is consistent with the recently reported positive g(4{sub 1}{sup +}) value for {sup 68}Zn, the N=38 isotone of {sup 70}Ge. The determination of the logarithmic slope of the particle-{gamma} angular correlations is discussed for two typical arrangements of transient field experiments.
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