This paper is devoted to studying the influence of indium doping on the structure,
morphology, and electrical properties of thermally deposited CdSe thin films as a powerful …

To study the capability of the CdSe thin films to use as an absorber layer in semi-transparent
thin film solar cells, the structural, optical, electrical and photovoltaic properties of thermally …

Present investigation describes the photoelectrochemical studies of electrosynthesized
CdSe and indium doped CdSe (In: CdSe) thin films deposited on stainless steel (SS) …

Using thermal evaporation, thin films of silver-doped CdSe were synthesized on glass
bases. A hexagonal structure with a preference orientation along (100) plane according to …

The utilization of solar energy is an essential aspect in order to sustain in the energy crisis
situation. Semiconductor based photoelectrochemical (PEC) cells are used for it. Herein, a …

Well-packed pristine CdSe and Indium-doped CdSe (In: CdSe) thin films have been
successfully synthesized on a cost-effective stainless steel substrates by simple chemical …

The present work demonstrates a comparison of performance of Cu, In and Ga-doped CdSe
thin films-based photodetectors. Structural, morphological, optical and electrical …

In this work, a thin film of Cadmium selenide is deposited on fluorine tin oxide-coated glass
substrate through a simplified 2-electrode electrodeposition technique. The performance of …

Cadmium zinc sulfoselenide, CdZnSSe, and reduced graphene oxide-cadmium zinc
sulfoselenide (RGO)-CdZnSSe composite-based photoelectrodes are fabricated using a …

Photocatalytic efficacy of copper oxide nanoparticles (CuO Nps) synthesised by a simple wet
chemical route at different pH values ranging from 4 to 10 was investigated. The synthesised …