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- W952783266 abstract "Abstract Over the past decades, with the fast development of global industrial development, various organic pollutants discharged in water have become a major source of environmental pollution in waste fields. Photocatalysis, as green and environmentally friendly technology, has attracted much attention in pollutants degradation due to its efficient degradation rate. However, the practical application of traditional semiconductor photocatalysts, e.g. TiO2, ZnO, is limited by their weak visible light adsorption due to their wide band gaps. Nowadays, the study in photocatalysts focuses on new and narrow band gap semiconductors. Among them, Ag-based semiconductors as promising visible light-driven photocatalysts have aroused much interesting due to their strong visible light responsibility. Most of Ag-based semiconductors could exhibit high initial photocatalytic activity. But they easy suffer from poor stability because of photochemical corrosion. Design heterojunction, increasing specific surface area, enriching pore structure, regulating morphology, controlling crystal facets, and producing plasmonic effects were considered as the effective strategies to improve the photocatalytic performance of Ag-based photocatalyts. Moreover, combining the superior properties of carbon materials (e.g. carbon quantum dots, carbon nano-tube, carbon nanofibers, graphene) with Ag-based semiconductor could produce high efficient composite photocatalyts." @default.
- W952783266 created "2016-06-24" @default.
- W952783266 creator A5029259759 @default.
- W952783266 creator A5030587413 @default.
- W952783266 creator A5043055122 @default.
- W952783266 creator A5062192676 @default.
- W952783266 creator A5078121631 @default.
- W952783266 creator A5078180637 @default.
- W952783266 date "2015-12-01" @default.
- W952783266 modified "2023-09-29" @default.
- W952783266 title "Ag-based semiconductor photocatalysts in environmental purification" @default.
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