Efficient photoelectric converters of ultraviolet radiation based on ZnS and CdS with low-resistivity surface layers

摘要

The formation of thin high- and low-resistivity layers in the space-charge region of Cu_(1.8)S-CdS and Cu_(1.8)S-ZnS surface-barrier photoconverter structures leads to a considerable increase in photosensitivity and a reduction in the dark tunneling-recombination currents. Highly efficient and stable ultraviolet photoconverters based on CdS and ZnS were obtained, and their electrical and photoelectrical properties were studied. The main operational parameters of the photoconverters are reported.