Abstract
The dependence of the total luminescence light emitted under excitation at 90 °K and of the total thermoluminescent glow light after excitation of a KCl:Tl crystal on the photon excitation energy in the range 7.0 to 10.5 eV have been investigated. The role of the displacement of the electron–hole pair components before thermalization in the luminescence and energy accumulation processes is considered. [Russian Text Ignored].
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