Matches in SemOpenAlex for { <https://semopenalex.org/work/W2947757466> ?p ?o ?g. }
- W2947757466 endingPage "59" @default.
- W2947757466 startingPage "3" @default.
- W2947757466 abstract "Abstract The consumption of fossil fuel energy and the resulting environmental pollution have incentivized scientists to attempt to develop renewable, reliable and continuously available energy sources. Solar water splitting to produce hydrogen is one of the effective ways to solve the energy and environmental problems. Water oxidation (2H 2 O → 4H + + 4e − + O 2 ), as one half of the water-splitting reaction, is the primary reaction of both natural and artificial photosynthesis, thus the development of highly active and robust water oxidation catalysts (WOCs) is extremely important for constructing a sustainable artificial photosynthesis system for solar energy conversion. Molecular catalysts and inorganic nanoparticles, as representatives of homogeneous and heterogeneous catalysts, have their respective advantages and have been widely studied. Moreover, hybrid systems combining the molecular catalysts and inorganic nanoparticles, exhibit unique advantages for water oxidation and bridge the gap between homogeneous catalysis and heterogeneous catalysis. Despite significant efforts made so far, a practically viable catalytic system with sufficient efficiency, stability and low cost is yet to be demonstrated. The present topic mainly focuses on the recent advances on different types of WOCs that are generally screened out by several evaluating approaches, such as chemical water oxidation, electrocatalytic water oxidation and photo(electro)catalytic water oxidation. Furthermore, understanding the water oxidation mechanism, including elucidation of the role of active intermediates during the water oxidation process, is helpful to develop more efficient WOCs." @default.
- W2947757466 created "2019-06-07" @default.
- W2947757466 creator A5011065863 @default.
- W2947757466 creator A5014014148 @default.
- W2947757466 creator A5048201154 @default.
- W2947757466 date "2019-01-01" @default.
- W2947757466 modified "2023-10-04" @default.
- W2947757466 title "Artificial photosynthesis systems for catalytic water oxidation" @default.
- W2947757466 cites W1519008653 @default.
- W2947757466 cites W1760524375 @default.
- W2947757466 cites W1912535658 @default.
- W2947757466 cites W1917664288 @default.
- W2947757466 cites W1918782739 @default.
- W2947757466 cites W1948473998 @default.
- W2947757466 cites W1961714136 @default.
- W2947757466 cites W1963757625 @default.
- W2947757466 cites W1964325629 @default.
- W2947757466 cites W1967251569 @default.
- W2947757466 cites W1970393749 @default.
- W2947757466 cites W1971113415 @default.
- W2947757466 cites W1972494209 @default.
- W2947757466 cites W1973721002 @default.
- W2947757466 cites W1973836541 @default.
- W2947757466 cites W1974659797 @default.
- W2947757466 cites W1977959796 @default.
- W2947757466 cites W1978214441 @default.
- W2947757466 cites W1981768663 @default.
- W2947757466 cites W1982351418 @default.
- W2947757466 cites W1982373014 @default.
- W2947757466 cites W1982685288 @default.
- W2947757466 cites W1982804449 @default.
- W2947757466 cites W1986145408 @default.
- W2947757466 cites W1992464644 @default.
- W2947757466 cites W1993776021 @default.
- W2947757466 cites W1995500119 @default.
- W2947757466 cites W1995877677 @default.
- W2947757466 cites W1996375264 @default.
- W2947757466 cites W1997959318 @default.
- W2947757466 cites W2005967967 @default.
- W2947757466 cites W2011187807 @default.
- W2947757466 cites W2011685920 @default.
- W2947757466 cites W2012407240 @default.
- W2947757466 cites W2012721500 @default.
- W2947757466 cites W2015124676 @default.
- W2947757466 cites W2015530363 @default.
- W2947757466 cites W2015871216 @default.
- W2947757466 cites W2017265384 @default.
- W2947757466 cites W2020973952 @default.
- W2947757466 cites W2022714449 @default.
- W2947757466 cites W2022884415 @default.
- W2947757466 cites W2022977150 @default.
- W2947757466 cites W2023355087 @default.
- W2947757466 cites W2026673235 @default.
- W2947757466 cites W2027388047 @default.
- W2947757466 cites W2028610163 @default.
- W2947757466 cites W2029198215 @default.
- W2947757466 cites W2029443292 @default.
- W2947757466 cites W2029474395 @default.
- W2947757466 cites W2030938880 @default.
- W2947757466 cites W2031330869 @default.
- W2947757466 cites W2033033156 @default.
- W2947757466 cites W2033033166 @default.
- W2947757466 cites W2034521042 @default.
- W2947757466 cites W2035402871 @default.
- W2947757466 cites W2037674962 @default.
- W2947757466 cites W2038225788 @default.
- W2947757466 cites W2038615866 @default.
- W2947757466 cites W2039475059 @default.
- W2947757466 cites W2040634925 @default.
- W2947757466 cites W2042352946 @default.
- W2947757466 cites W2042492216 @default.
- W2947757466 cites W2043124411 @default.
- W2947757466 cites W2045731966 @default.
- W2947757466 cites W2045858258 @default.
- W2947757466 cites W2047391664 @default.
- W2947757466 cites W2048725349 @default.
- W2947757466 cites W2050525065 @default.
- W2947757466 cites W2051077995 @default.
- W2947757466 cites W2051223431 @default.
- W2947757466 cites W2052052591 @default.
- W2947757466 cites W2053026881 @default.
- W2947757466 cites W2055663482 @default.
- W2947757466 cites W2057833130 @default.
- W2947757466 cites W2057863409 @default.
- W2947757466 cites W2058677101 @default.
- W2947757466 cites W2060934397 @default.
- W2947757466 cites W2061524458 @default.
- W2947757466 cites W2062815702 @default.
- W2947757466 cites W2063145122 @default.
- W2947757466 cites W2065018748 @default.
- W2947757466 cites W2065540791 @default.
- W2947757466 cites W2065961397 @default.
- W2947757466 cites W2070035569 @default.
- W2947757466 cites W2070491781 @default.
- W2947757466 cites W2074759453 @default.
- W2947757466 cites W2074880155 @default.
- W2947757466 cites W2075310223 @default.
- W2947757466 cites W2077604889 @default.