Abstract
The results of fast luminescence investigations in ionic crystals of different classes under excitation by pulsed synchrotron radiation (5–30 eV) from the S-60 electron synchrotron using the time-resolved spectroscopy technique are reviewed. The possibilities of time separation for two spectrally mixed luminescence components having different decay times (in nanosecond and microsecond range) are demonstrated. The general characteristics of cross-luminescence in binary and some three-component ionic crystals are discussed, as well as the problems and prospects of their practical application.
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