Novel Hydrogen Production Methods
A Global Guide for Commercial Hydrogen Production in Alignment with UNSDGs
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Semiconducting thin film materials are the basic components of photonic, electrical, and magnetic devices. By altering the characteristics of the materials and lowering their size, the fabrication of materials in the form of thin films enables simple inclusion into different. The main advantages of thin film systems are device efficiency and cost reduction. They are often employed to change electrical and optical characteristics, protect surfaces from chemicals, and protect surfaces from abrasion. Due to its beneficial uses in solar energy, semiconductor devices, integrated circuits, magneto-o...
Semiconducting thin film materials are the basic components of photonic, electrical, and magnetic devices. By altering the characteristics of the materials and lowering their size, the fabrication of materials in the form of thin films enables simple inclusion into different. The main advantages of thin film systems are device efficiency and cost reduction. They are often employed to change electrical and optical characteristics, protect surfaces from chemicals, and protect surfaces from abrasion. Due to its beneficial uses in solar energy, semiconductor devices, integrated circuits, magneto-optic memory, light-emitting diodes, multifunctional protective coatings, liquid crystal displays, and other technologies, semiconductor thin-film research is expanding quickly. This review discusses recent developments in photocatalytic nanostructured semiconducting thin films, their deposition, fabrication techniques, controlling of film micro/nanostructures, physicochemical properties, photocatalytic mechanism, and its photocatalytic applications in the fields of energy, including hydrogen generation, CO2 reduction to useful chemicals, and environmental remediation.
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