Abstract
The properties of Zinc Selenide (ZnSe) thin films can be considerably varied by altering the concentration of precursor (Zinc acetate). As a starting material (precursor), zinc acetate and sodium selenosulphate were utilized. For solar applications, ZnSe is one of the most promising materials. The structural, chemical, optical, electrical, and photoelectric characteristics of ZnSe thin films were investigated on non-conducting glass substrates using a chemical bath deposition technique with varying concentration of zinc acetate (precursor) in an alkaline solution. Concentration affects the crystallinity, surface morphology, light absorption, photocurrent, and photo sensitivity of the films.
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