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• W356182275 startingPage "45" @default.
• W356182275 abstract "The use of photocatalysis for the photosplitting of water to generate hydrogen and oxygen has gained interest as a method for the conversion and storage of solar energy. The application of photocatalysis through catalyst engineering, mechanistic studies and photoreactor development has highlighted the potential of this technology, with the number of publications significantly increasing in the past few decades. In 1972 Fujishima and Honda described a photoelectrochemical system capable of generating H2 and O2 using thin-film TiO2. Since this publication, a diverse range of catalysts and platforms have been deployed, along with a varying range of photoreactors coupled with photoelectrochemical and photovoltaic technology. This chapter aims to provide a comprehensive overview of photocatalytic technology applied to overall H2O splitting. An insight into the electronic and geometric structure of catalysts is given based upon the one- and two-step photocatalyst systems. One-step photocatalysts are discussed based upon their d0 and d10 electron configuration and core metal ion including transition metal oxides, typical metal oxides and metal nitrides. The two-step approach, referred to as the Z-scheme, is discussed as an alternative approach to the traditional one-step mechanism, and the potential of the system to utilise visible and solar irradiation. In addition to this the mechanistic procedure of H2O splitting is reviewed to provide the reader with a detailed understanding of the process. Finally, the development of photoreactors and reactor properties are discussed with a view towards the photoelectrochemical splitting of H2O." @default.
• W356182275 created "2016-06-24" @default.
• W356182275 creator A5015583702 @default.
• W356182275 creator A5063153103 @default.
• W356182275 creator A5068947671 @default.
• W356182275 date "2014-01-01" @default.
• W356182275 modified "2023-09-24" @default.
• W356182275 title "Photocatalytic Splitting of Water" @default.
• W356182275 cites W144681910 @default.
• W356182275 cites W1552660283 @default.
• W356182275 cites W1964852592 @default.
• W356182275 cites W1965797302 @default.
• W356182275 cites W1967320284 @default.
• W356182275 cites W1967708617 @default.
• W356182275 cites W1967978031 @default.
• W356182275 cites W1968149639 @default.
• W356182275 cites W1968187304 @default.
• W356182275 cites W1969111467 @default.
• W356182275 cites W1969710950 @default.
• W356182275 cites W1974880032 @default.
• W356182275 cites W1975821950 @default.
• W356182275 cites W1975961686 @default.
• W356182275 cites W1979233373 @default.
• W356182275 cites W1980242583 @default.
• W356182275 cites W1981975805 @default.
• W356182275 cites W1982184260 @default.
• W356182275 cites W1982860138 @default.
• W356182275 cites W1984484101 @default.
• W356182275 cites W1984702797 @default.
• W356182275 cites W1985826611 @default.
• W356182275 cites W1986145408 @default.
• W356182275 cites W1986479149 @default.
• W356182275 cites W1986695684 @default.
• W356182275 cites W1987554270 @default.
• W356182275 cites W1989964566 @default.
• W356182275 cites W1991124063 @default.
• W356182275 cites W1993680624 @default.
• W356182275 cites W1994344422 @default.
• W356182275 cites W1995877677 @default.
• W356182275 cites W1996410870 @default.
• W356182275 cites W1996673921 @default.
• W356182275 cites W1996991937 @default.
• W356182275 cites W1997098789 @default.
• W356182275 cites W1997801042 @default.
• W356182275 cites W1998894359 @default.
• W356182275 cites W2000593947 @default.
• W356182275 cites W2000916152 @default.
• W356182275 cites W2001765688 @default.
• W356182275 cites W2002231899 @default.
• W356182275 cites W2002473630 @default.
• W356182275 cites W2005015143 @default.
• W356182275 cites W2009029071 @default.
• W356182275 cites W2011652939 @default.
• W356182275 cites W2013595703 @default.
• W356182275 cites W2015527442 @default.
• W356182275 cites W2015645229 @default.
• W356182275 cites W2015772151 @default.
• W356182275 cites W2017400876 @default.
• W356182275 cites W2020031179 @default.
• W356182275 cites W2021538637 @default.
• W356182275 cites W2022749790 @default.
• W356182275 cites W2026466565 @default.
• W356182275 cites W2026508521 @default.
• W356182275 cites W2030187248 @default.
• W356182275 cites W2030917767 @default.
• W356182275 cites W2032849022 @default.
• W356182275 cites W2034885878 @default.
• W356182275 cites W2034917373 @default.
• W356182275 cites W2034961076 @default.
• W356182275 cites W2035000980 @default.
• W356182275 cites W2035179036 @default.
• W356182275 cites W2036541278 @default.
• W356182275 cites W2038258748 @default.
• W356182275 cites W2038344089 @default.
• W356182275 cites W2038498608 @default.
• W356182275 cites W2038788803 @default.
• W356182275 cites W2039475059 @default.
• W356182275 cites W2039846004 @default.
• W356182275 cites W2039951170 @default.
• W356182275 cites W2040401203 @default.
• W356182275 cites W2041606536 @default.
• W356182275 cites W2041860425 @default.
• W356182275 cites W2042492216 @default.
• W356182275 cites W2045965124 @default.
• W356182275 cites W2046962134 @default.
• W356182275 cites W2047948128 @default.
• W356182275 cites W2048019426 @default.
• W356182275 cites W2050785814 @default.
• W356182275 cites W2051223431 @default.
• W356182275 cites W2052774499 @default.
• W356182275 cites W2053014942 @default.
• W356182275 cites W2057103857 @default.
• W356182275 cites W2057812065 @default.
• W356182275 cites W2057982087 @default.
• W356182275 cites W2061811558 @default.
• W356182275 cites W2062387372 @default.
• W356182275 cites W2062875899 @default.
• W356182275 cites W2063288938 @default.

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