The electrochemical reduction of graphene oxide (ERGO) and electrochemical formation of
ZnO were carried out simultaneously on transparent conductive substrates by one-pot …

Pure and calcium doped lead sulfide (PbS) thin films were prepared by chemical bath
deposition (CBD) method. The effects of calcium doping content on their structural …

Aluminium-doped CdS thin films were grown, using chemical bath deposition, on glass
substrates in an ammonia-free system, with post-deposition thermal annealing at 300° C in …

CdS nano-structured thin films were prepared on glass substrates with chemical bath
deposition technique for different pH values. The effects of pH and annealing on the …

This paper is the third and final part of a short series of articles aimed towards describing
some of the various statistical methods and approaches that have been used in surface …

This computational study is focused on the optical properties of Cu doped CdS for various
supercell configurations. In this regard, Cd atoms are substituted by Cu atoms at various …

This paper aims to optimize the synthesis of in-situ CBD CdS thin films deposited on flexible
substrates. The deposition temperature is a sensitive parameter which strongly affects the …

Iron slag, a byproduct of the wet zinc refining process, contains a substantial amount of
valuable metals such as iron and zinc, making it highly valuable for comprehensive recovery …

CdS quantum size thin films were prepared by chemical bath deposition at various bath
temperatures. The effect of film thickness and stoichiometry on the electrical, optical and …

A mathematical prediction model was developed to predict the band gap of Sb 2 S 3 films
based on the synthesis parameters. For the optimization of process parameters, a …