Abstract
Nuclear magnetic resonance in the parent level of 57Co in Fe has been studied using the rf-induced change in the asymmetric Mossbauer spectrum caused by nuclear polarization at 50 mK. The sensitivity for detection of NMR is shown to depend on the orientation of the applied magnetic field and on the transition observed. The concept of spin temperature was found to be valid even in the presence of the rf field. The variation of signal intensity with rf power is reported and found to be much smaller than that predicted by theory.
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