Abstract
The techniques of low-temperature nuclear orientation and nuclear magnetic resonance on oriented nuclei were applied to 2.9 y 102Rh after recoil implantation into Fe. The combination of both methods yields unambiguously the spin of the oriented state to be I = 6. The zero-field hyperfine splitting of 102Rh Fe was determined to be 285.66 (2) MHz. With the hyperfine field of −556.6(1.2) kG, the g-factor and magnetic moment of 102Rh are deduced to be 0.6733(15) and 4.040 (9) μ N, respectively. The E2 M1 mixing ratio of the 1047 keV transition in 102Ru was determined to be −5.7 (3).
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