Semiconductor Photocatalysis
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Beschreibung
Explains principles of solar energy semiconductor photocatalysis and systematically introduces both traditional and novel photocatalysts, including metal oxide/hydroxide photocatalysts, metal sulfide photocatalysts, and organic and plasmonic photocatalysts. The authors also demonstrate the composition and modification of photocatalysts via examples. It is well suited for laboratory researchers and industrial professionals.
Autor*in
Jiaguo Yu
Themen in »Semiconductor Photocatalysis«
Industrial Chemistry Industrial Chemistry other Industrial Chemistry other WEINERT KÖRPER BLICK OS50
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Table of Content:Chapter 1: The foundmentals of solar energy photocatalysis1.1 Background1.2 History of solar energy photocatalysis1.3 Fundamental principles of solar energy photocatalysis1.4 Applied fields of solar energy photocatalysis1.5 The scopes of this booksChapter 2 The fundamentals of solar energy semiconductor photocatalysts2.1.Classifications of Solar energy semiconductor photocatalysts2.1.1 Besed on the crystal structure2.1.2 Besed on the anion or cation2.1.3 Besed on the band gap2.1.4 Based on the total number of components2.2 Design priciples of solar energy semiconductor photocatalysts2.2.1 Thermodynamic requirements2.2.2 Dynamics requirements2.2.3 Stabilities2.2.4 Environmental compatibility2.2.5 Cost Control of developments2.3 Evaluation of Solar energy semiconductor photocatalysts2.3.1 Characterization of physical properties2.3.2 Characterization of photocatalytic activities2.3.3 Characterization of photoelctrochemical activities2.4 Development tools of Solar energy semiconductor photocatalysts2.4.1 Density functional theory2.4.2 Combinatorial approaches2.4.3 Solid-solution strategiesChapter 3 Metal oxide/hydroxide semiconductor photocatalysts3.1 TiO2 photocatalysts3.2 Fe- and Cu- oxide photocatalysts3.3 ZnO photocatalyst3.4 WO3 photocatalysts3.5 Bi-based photocatalysts3.6 Ge- and Ga-based photocatalysts3.7 layered double hydroxideChapter 4 Metal sulfide semiconductor photocatalysts4.1 CdS-based photocatalysts4.2 In2S3-based photocatalysts4.3 SnS2-based photocatalysts4.4 WS2/MoS2-based photocatalyst4.5 Cu2S-based photocatalyst4.6 Other metal sulfide photocatalystsChapter 5 Meta-(oxy)nitride/(oxy)halide/oxysulfide semiconductor photocatalysts5.1 Ta3N5 photocatalysts5.2 TaON photocatalysts5.3 AgX photocatalysts5.4 BiOX photocatalysts5.5 Metal oxysulfide photocatalystsChapter 6 Meta-free/elements semiconductor photocatalysts6.1 C3N4 photocatalysts6.2 SiC photocatalysts6.3 Si photocatalysts6.4 S and P photocatalysts6.5 Graphene-based semiconductors Chapter 7 Other novel semiconductor photocatalysts7.1 MOFs photocatalysts7.2 Organic semiconductor photocatalysts7.3 Plasmonic photocatalysts7.4 Upconversion semiconductor photocatalystsChapter 8 Modification and composition of semiconductor photocatalysts8.1 Heterostructued semiconductor photocatalysts8.2 Nanostructure fabrication of semiconductor photocatalysts8.3 Cocatalyst-loading semiconductor photocatalysts8.4 Nanocarbon-based composite photocatalystsChapter 9 Conclusion and Prospect
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