Abstract
The intensities of the various electron spin resonance spectra of Mn2+ impurities in single crystals of NaCl have been studied as functions of temperature, time and impurity concentration. It has been found that the relative intensities of the spectra observed when samples are held at elevated temperatures can be explained by the thermal dissociation of ion-vacancy pairs. The relative intensity of spectra in quenched samples cannot be explained by thermal dissociation and an alternative mechanism is proposed.
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