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As shown theoretically in a previous paper, the indirect coupling of nuclei through spin waves in ordered magnetic materials can give rise to a mixing of the nuclear-electronic resonance modes. The results of an experimental investigation of this effect in antiferromagnetic KMnF₃ are described. The mixing of modes permits Mn⁵⁵ nuclear magnetic resonance absorption to be detected indirectly by monitoring the antiferromagnetic resonance. Such nuclear absorption has been observed for a range of frequencies between 570 and 685 Mc/sec at 4.2^∘{}K.
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Witt et al. (1964) studied this question.
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