Abstract
The photostimulated luminescence (PSL) and thermally stimulated luminescence (TSL) properties of two new X-ray storage phosphors, Ba2B5O9Br-Eu2+ and Ba5GeO4Br6-Eu2+, are reported and discussed. The PSL measurements show that bromine vacancies act as electron traps and that Eu2+ is involved in the hole trapping. A direct recombination mechanism, suggested by PSL results, is confirmed by TSL measurements. Analysis of the glow curves shows first-order kinetics in combination with low-frequency factors which is characteristic for centre-to-centre recombination.
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