This research explores the novel photo-response properties of cobalt (Co) doped cadmium
sulfide (CdS) thin films developed using a facile and cost-effective spray coating technique …

In this study, we aimed to improve our understanding of the response mechanisms
associated with the formation of CdS thin films. CdS thin film remains the most valuable …

There are tremendous efforts to realize the idea of employing photoelectrochemical (PEC)
technology for generating chemical energy from solar energy. The most important feature of …

A high-quality buffer layer serves as one of the most significant issues that influences the
efficiency of solar cells. Doping in semiconductors is an important strategy that can be used …

Undoped and F-doped CdS thin films were succesfully grown on the glass substrates by the
spray prolysis method. X-ray diffraction results showed that all the samples had hexagonal …

A simple and inexpensive spray pyrolysis method has been employed to synthesis a
reproducible pure and F: CdS thin films onto a pre-heated glass substrate. The x-ray …

A high quality lanthanum (La) doped cadmium sulfide (CdS) thin films were synthesized
onto a glass substrates by chemical bath deposition. The effects of lanthanum doping …

In the presented work, Ga-doped CdS and (Ga-K)-co-doped CdS thin films are grown on
glass substrates at a temperature of 400° C through spray pyrolysis. Influence of K-doping …

Several novel optical properties of CdS doped with Co are explored using first principle
calculations based on the density functional theory with Hubbard U on-site correction. The …

In this work thin CdS films using glycine as a complexing agent were fabricated by chemical
bath deposition and then doped with silver (Ag), by an ion exchange process with different …