Abstract
After a review of previous work on Mossbauer diffraction and interference phenomena, the principles of the kinematical theory of Mossbauer diffraction are presented. The emphasis is on how the spectroscopic capabilities of the Mossbauer effect can be used to advantage in diffraction studies on materials and condensed matter. Experimental results from Mossbauer powder diffractometry experiments are presented. These results identify the difficulties of Mossbauer powder diffraction experiments, but also demonstrate that a unique chemical environment selectivity is possible for Mossbauer diffraction. Future experiments with Mossbauer powder diffraction require the development of efficient detectors, and some possibilities are suggested.
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