Abstract
This paper reports on the radioluminescence characteristics of LiF:Mg,Ti induced by 4 MeV linear accelerator electrons. The main emission peak of the luminescence is found at 410 nm, but weaker emission occurs around 320, 360, 460, 520 and 560 nm as well. The relative intensities of the emission bands show a strong dependence on the Mg concentration of the sample. The radioluminescence signal reaches its maximum typically 1.5 ms after the irradiation pulse, and decays with a half-life of 4–6 ms. Both the build-up time and the half-life decreases with increasing Mg concentration. The luminescence yield shows a strong dependence on the irradiation dose.
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