The release of antibiotics into the aquatic environment enhances the drug resistance
capabilities of microorganisms, as in large water reservoirs, their concentrations are lesser …

The influence of different tin‐amount on the properties of chemically deposited tin antimony
sulfide (TAS) thin films is explored, to establish their suitability in thin‐film solar‐cell devices …

This study aimed to examine the effect of pH value for the Sn–Sb–S solution on the growth of
tin antimony sulfide (TAS) thin films facilely synthesized and deposited on fluorine-doped tin …

In this research, the effect of zinc doping on physical properties of Sb 2 S 3 thin films grown
by the sol–gel dip-coating method, on the glass substrates was investigated. XRD patterns …

Tin antimony sulfide (SnSb2S4) has gained tremendous research attention due to its low
cost, environment‐friendly, and abundant photovoltaic material in recent years. However …

Complexing agents are important in the control of chemical kinetics. Thin films of tin
antimony sulphide (Sn 2 Sb 2 S 5) were deposited on glass substrates and the effect of …

Energy scarcity is ubiquitous, and more acute in developing nations. Diversification of
energy sources toward renewable energy is one of the world major approach in solving this …

Studies on copper zinc tin sulpher selenide (CZTSSe) thin‐film material and its applications
as a base material are intensively being researched since it is an earth‐abundant …

The demand of electrical energy is increasing dramatically due to world population. The
present sources of energy are not sufficient to provide the needs of the world and therefore …

Thin films of chemical bath deposited tin antimony sulphide (Sn 2 Sb 2 S 5) were tuned by
varying the deposition time between 1 and 3 h, and postdeposition heat treatments. The …