Abstract
Thin-film electroluminescent (TEL) structures of the metal-dielectric-luminophor-dielectric-transparent electrode type are the most promising devices for the creation of emission sources. In order to elucidate the processes of energy conversion into emission in luminophor layers, it is necessary to investigate the properties of luminescent films and the physical phenomena that occur in thin-film systems. However, experimental studies of such systems require the development of new methods and measurement tools, since the luminophor in these systems is electrically insulated from the electrodes. In connection with this, the authors conducted theoretical and experimental studies of the nonequilibrium, electronic processes in TEL structures based on zinc-sulfide luminophors.
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