Andere Kunden interessierten sich auch für
![Nanocrystalline Thin Films by Chemical Bath Deposition Method]( "Nanocrystalline Thin Films by Chemical Bath Deposition Method")
Nanocrystalline Thin Films by Chemical Bath Deposition Method33,99 €![Combustion & Chemical Bath Deposition of Nanopowders and Thin Films]( "Combustion & Chemical Bath Deposition of Nanopowders and Thin Films")
Combustion & Chemical Bath Deposition of Nanopowders and Thin Films52,99 €![Bio-Physical Aspects of Human Renal Excretory FLuid]( "Bio-Physical Aspects of Human Renal Excretory FLuid")
Bio-Physical Aspects of Human Renal Excretory FLuid30,99 €![A Study of Copper Indium Di-sulfide Semiconductor Thin Films]( "A Study of Copper Indium Di-sulfide Semiconductor Thin Films")
A Study of Copper Indium Di-sulfide Semiconductor Thin Films36,99 €![Transport in Thin Metallic Films]( "Transport in Thin Metallic Films")
Transport in Thin Metallic Films24,99 €![Beneficial Novel Nanostructured Carbon Materials for Solar Cells]( "Beneficial Novel Nanostructured Carbon Materials for Solar Cells")
Beneficial Novel Nanostructured Carbon Materials for Solar Cells37,99 €![Photovoltaic Solar cells: Benefits, Types, and Installation guide]( "Photovoltaic Solar cells: Benefits, Types, and Installation guide")
Photovoltaic Solar cells: Benefits, Types, and Installation guide29,99 €
This study successfully demonstrated the deposition and characterization of Barium Copper Selenide (BaCuSe) thin films using the Chemical Bath Deposition (CBD) technique. The research highlighted the significant role of deposition parameters-such as pH, temperature, precursor concentration, and annealing conditions-in influencing the structural, optical, and electronic properties of the films. BaCuSe thin films exhibited promising characteristics, including high transmittance in the visible to near-infrared (Vis-NIR) range, strong UV absorption, and tunable optical conductivity, making them suitable for optoelectronic applications. Their potential in photovoltaic cells, transparent conductors, photodetectors, and protective coatings underscores their versatility in next-generation device applications. Furthermore, compared to other chalcogenide materials, BaCuSe stands out for its environmentally friendly composition, higher bandgap for UV absorption, and superior transparency inthe Vis-NIR region. Despite these advantages, challenges remain in optimizing deposition techniques, improving film uniformity, and enhancing long-term stability.