Abstract
AbstractBy means of EPR spectroscopy lattice defects have been investigated, which had been produced in OH− containing LiF by mechanical activation and subsequent irradiation (mainly γ‐irradiation). The structure of irradiation‐induced hydrogen centers shows characteristic differences dependent on the kind of LiF: Hs0 (hydrogen atoms in anion vacancies) are created in mechanically activated LiF powders, whereas Hi0 (hydrogen atoms in interstitial positions) in LiF single crystals. In both the cases also F centers are produced besides other paramagnetic defects. The observed defects can be used for an estimation of the degree of distortion in mechanically activated LiF.
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