Abstract
The effect of magnetic field reversal on the transmission of Mössbauer radiation through a crystal as well as on the reaction yield is analysed. This reversal is shown to cause a strong flash of the transmitted radiation intensity followed by oscillations which attenuate over a time of the order of the nuclear lifetime. At the same time, there will be a suppression of inelastic channels and reactions for the nuclei lying near the face surface of the crystal. In contrast, for deep-lying nuclei there is an enhancement of the reaction yield due to a sharp increase of the recoilless radiation intensity in that region.
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