Abstract
Photovoltage of mono- and double-layer of chalcogenide glass films was studied. The photovoltage consists of the Dember effects, the built-in potential at the interface between electrode and chalcogenide films and “photo-induced” potential barrier. Suitable combination of electrode materials and two chalcogenide films in double-layer structures generated a relatively large photovoltage of 0.5 V as a result of co-operation of these three mechanism.
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