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- W2617492892 abstract "Abstract New ternary composites based on three dimensionally ordered macroporous (3DOM) SrTiO 3 (CdS/Au/3DOM-SrTiO 3 ) were prepared and used as photocatalysts in visible light (λ > 420 nm) photocatalytic water splitting for hydrogen evolution. Through optimizing the pore size of 3DOM-SrTiO 3 materials and the loading amounts of Au and CdS, CdS/Au/3DOM-SrTiO 3 (300), templated by 300 nm sized poly(methyl methacrylate) colloids, was found to exhibit a remarkably enhanced photocatalytic hydrogen evolution rate (2.74 mmol/h⋅g), which was 3.2 times as high as that of CdS/Au/C-SrTiO 3 catalyst based on commercial SrTiO 3 . This notably enhanced photocatalytic performance was mainly attributed to the slow photon enhancement effect of 3DOM-SrTiO 3 (300) material, which significantly promoted the light harvesting efficiency of ternary composite for the slow photon region of 3DOM-SrTiO 3 (300) was well matched with the optical absorption band of photocatalyst. Further depositing Pt nanoparticles on CdS/Au/3DOM-SrTiO 3 (300) composite as a co-catalyst, an extraordinarily high hydrogen evolution rate (up to 5.46 mmol/g⋅h) and apparent quantum efficiency (42.2% at 420 nm) were achieved because of the synergistic effect of efficient carrier separation, Au SPR effect, and slow photon effect. Furthermore, these ternary CdS/Au/3DOM-SrTiO 3 composite photocatalysts were very stable and could be easily recycled four times in visible light photocatalytic water splitting experiments without any loss in activity." @default.
- W2617492892 created "2017-06-05" @default.
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- W2617492892 date "2017-10-01" @default.
- W2617492892 modified "2023-10-02" @default.
- W2617492892 title "Ternary CdS/Au/3DOM-SrTiO 3 composites with synergistic enhancement for hydrogen production from visible-light photocatalytic water splitting" @default.
- W2617492892 cites W1705866570 @default.
- W2617492892 cites W1706233195 @default.
- W2617492892 cites W1780831949 @default.
- W2617492892 cites W1918145524 @default.
- W2617492892 cites W1967958933 @default.
- W2617492892 cites W1971859851 @default.
- W2617492892 cites W1974936300 @default.
- W2617492892 cites W1981661828 @default.
- W2617492892 cites W1984473516 @default.
- W2617492892 cites W1984542749 @default.
- W2617492892 cites W1988109352 @default.
- W2617492892 cites W1993943081 @default.
- W2617492892 cites W1996032839 @default.
- W2617492892 cites W1997547964 @default.
- W2617492892 cites W1998860358 @default.
- W2617492892 cites W2004488737 @default.
- W2617492892 cites W2007595894 @default.
- W2617492892 cites W2007631570 @default.
- W2617492892 cites W2011187807 @default.
- W2617492892 cites W2022753142 @default.
- W2617492892 cites W2023278675 @default.
- W2617492892 cites W2029521163 @default.
- W2617492892 cites W2032601389 @default.
- W2617492892 cites W2034790102 @default.
- W2617492892 cites W2039475059 @default.
- W2617492892 cites W2042492216 @default.
- W2617492892 cites W2046076230 @default.
- W2617492892 cites W2047002903 @default.
- W2617492892 cites W2052045087 @default.
- W2617492892 cites W2053031176 @default.
- W2617492892 cites W2053410532 @default.
- W2617492892 cites W2068908844 @default.
- W2617492892 cites W2069933430 @default.
- W2617492892 cites W2072607640 @default.
- W2617492892 cites W2077056123 @default.
- W2617492892 cites W2080000913 @default.
- W2617492892 cites W2089466170 @default.
- W2617492892 cites W2093110497 @default.
- W2617492892 cites W2093391147 @default.
- W2617492892 cites W2093741336 @default.
- W2617492892 cites W2100264757 @default.
- W2617492892 cites W2103942044 @default.
- W2617492892 cites W2112763753 @default.
- W2617492892 cites W2113682803 @default.
- W2617492892 cites W2114765271 @default.
- W2617492892 cites W2127100894 @default.
- W2617492892 cites W2150510466 @default.
- W2617492892 cites W2159789432 @default.
- W2617492892 cites W2162060649 @default.
- W2617492892 cites W2167576508 @default.
- W2617492892 cites W2168892799 @default.
- W2617492892 cites W2186571215 @default.
- W2617492892 cites W2202446772 @default.
- W2617492892 cites W2204641378 @default.
- W2617492892 cites W223568136 @default.
- W2617492892 cites W2262522160 @default.
- W2617492892 cites W2318830133 @default.
- W2617492892 cites W2319641043 @default.
- W2617492892 cites W2325278930 @default.
- W2617492892 cites W2332283981 @default.
- W2617492892 cites W2332583400 @default.
- W2617492892 cites W2334598032 @default.
- W2617492892 cites W2402926023 @default.
- W2617492892 cites W2465307440 @default.
- W2617492892 cites W2469446722 @default.
- W2617492892 cites W2471402882 @default.
- W2617492892 cites W2475558288 @default.
- W2617492892 cites W2480721973 @default.
- W2617492892 cites W2498375526 @default.
- W2617492892 cites W2501769779 @default.
- W2617492892 cites W2508390227 @default.
- W2617492892 cites W2508586615 @default.
- W2617492892 cites W2522500173 @default.
- W2617492892 cites W2523453655 @default.
- W2617492892 cites W2525170431 @default.
- W2617492892 cites W2530050988 @default.
- W2617492892 cites W2556393763 @default.
- W2617492892 cites W2587552340 @default.
- W2617492892 cites W837028232 @default.
- W2617492892 doi "https://doi.org/10.1016/j.apcatb.2017.05.054" @default.
- W2617492892 hasPublicationYear "2017" @default.
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