Framing effective mitigation steps to resolve the energy crisis directs to the research gap of
existing solar cell technologies. The study utilizes the inherent physiochemical properties of …

Complex copper-based chalcogenides are a significant environmental-friendly functional
material that has great application potential due to their interesting thermoelectric …

Applying photovoltaics to harvest solar energy is in high demand at the global level. In this
study, the modeling tool SCAPS-1D is used to design the cell structure with indium sulfide as …

The intermediate band in CuGa 1-X Sn XS 2 chalcopyrite has been explored through both
theoretical and experimental approaches. Structural and electronic properties of pristine and …

Designing effective strategies for mitigating energy crisis highlights a research gap in current
solar cell technologies. This study explores the inherent physicochemical properties of thin …

The present study represents a modern computational analysis of optoelectronic response
of crystalline, nanostructured copper nitride (Cu x N) semiconducting material fabricated by …

Complex copper-based chalcogenides are among the most important functional materials in
modern engineering and technology due to their diverse physical and physicochemical …