Matches in SemOpenAlex for { <https://semopenalex.org/work/W3118291427> ?p ?o ?g. }
- W3118291427 endingPage "138337" @default.
- W3118291427 startingPage "138337" @default.
- W3118291427 abstract "The abundant active sites of catalysts are effective means to regulate the directional migration of photogenic carriers and improve the catalytic activity of photocatalysts. The Ni(OH)2 with three-dimensional nano-flower structure was successfully prepared. The three-dimensional nanofloral structure weakened the van der Waals forces between the nanosheets, inhibited the interlamellar superposition, and thus exposed more active sites to improve the activity of photocatalytic decomposition water to hydrogen production. When the addition amount of Bi2S3 is 10%, a solution of triethanolamine at pH 10 after 5 h of simulated sunlight irradiation, in the dye sensitization system the hydrogen production amount of the composite catalyst Bi2S3/Ni(OH)2 is 119 μmol, which is about 12 times that of pure Bi2S3 (12 μmol) and about 2.5 times that of pure Ni(OH)2 (48 μmol). Microstructure, optical, physicochemical properties and structural tests of the photocatalysts are investigated by Brunauer-Emmett-Teller (BET), Ultraviolet–visible (UV–Visible), Photoluminescence (PL) and Electrochemical techniques. Results prove that Bi2S3/Ni(OH)2–10% nanocomposite catalysts increase specific surface area and visible light utilization. The n-n heterogeneous junction is formed, which reduces the composite rate of electrons and holes, and improves photocatalytic split of water to produce hydrogen under visible light irradiation." @default.
- W3118291427 created "2021-01-18" @default.
- W3118291427 creator A5017935956 @default.
- W3118291427 creator A5018742393 @default.
- W3118291427 creator A5020625693 @default.
- W3118291427 creator A5050943724 @default.
- W3118291427 creator A5059349604 @default.
- W3118291427 date "2021-03-01" @default.
- W3118291427 modified "2023-10-16" @default.
- W3118291427 title "Marigold shaped mesoporous composites Bi2S3/Ni(OH)2 with n-n heterojunction for high efficiency photocatalytic hydrogen production from water decomposition" @default.
- W3118291427 cites W144756261 @default.
- W3118291427 cites W1661025176 @default.
- W3118291427 cites W1798584870 @default.
- W3118291427 cites W1897661195 @default.
- W3118291427 cites W1971008178 @default.
- W3118291427 cites W1978553046 @default.
- W3118291427 cites W1978955143 @default.
- W3118291427 cites W1987087713 @default.
- W3118291427 cites W1988177926 @default.
- W3118291427 cites W1994886214 @default.
- W3118291427 cites W2005144971 @default.
- W3118291427 cites W2008080036 @default.
- W3118291427 cites W2008853118 @default.
- W3118291427 cites W2011187807 @default.
- W3118291427 cites W2031942494 @default.
- W3118291427 cites W2036833311 @default.
- W3118291427 cites W2041503170 @default.
- W3118291427 cites W2046120957 @default.
- W3118291427 cites W2066130908 @default.
- W3118291427 cites W2068759705 @default.
- W3118291427 cites W2069931141 @default.
- W3118291427 cites W2073856340 @default.
- W3118291427 cites W2074466629 @default.
- W3118291427 cites W2076101422 @default.
- W3118291427 cites W2088400795 @default.
- W3118291427 cites W2094594346 @default.
- W3118291427 cites W2110540540 @default.
- W3118291427 cites W2134461917 @default.
- W3118291427 cites W2137693261 @default.
- W3118291427 cites W2169170815 @default.
- W3118291427 cites W2187807465 @default.
- W3118291427 cites W2283738129 @default.
- W3118291427 cites W2324576880 @default.
- W3118291427 cites W2334952434 @default.
- W3118291427 cites W2516063821 @default.
- W3118291427 cites W2536517370 @default.
- W3118291427 cites W2556631836 @default.
- W3118291427 cites W2602281305 @default.
- W3118291427 cites W2638963563 @default.
- W3118291427 cites W2749989606 @default.
- W3118291427 cites W2762398283 @default.
- W3118291427 cites W2765264097 @default.
- W3118291427 cites W2765282939 @default.
- W3118291427 cites W2780094271 @default.
- W3118291427 cites W2781793692 @default.
- W3118291427 cites W2784011757 @default.
- W3118291427 cites W2785467902 @default.
- W3118291427 cites W2789879984 @default.
- W3118291427 cites W2792448442 @default.
- W3118291427 cites W2795438965 @default.
- W3118291427 cites W2795967507 @default.
- W3118291427 cites W2805582348 @default.
- W3118291427 cites W2883976866 @default.
- W3118291427 cites W2884295962 @default.
- W3118291427 cites W2884402212 @default.
- W3118291427 cites W2923414133 @default.
- W3118291427 cites W2954259324 @default.
- W3118291427 cites W2971740773 @default.
- W3118291427 cites W3021575882 @default.
- W3118291427 cites W3023189120 @default.
- W3118291427 cites W3024902960 @default.
- W3118291427 cites W3035560651 @default.
- W3118291427 cites W3048875188 @default.
- W3118291427 cites W3093989038 @default.
- W3118291427 cites W931436228 @default.
- W3118291427 doi "https://doi.org/10.1016/j.cplett.2021.138337" @default.
- W3118291427 hasPublicationYear "2021" @default.
- W3118291427 type Work @default.
- W3118291427 sameAs 3118291427 @default.
- W3118291427 citedByCount "18" @default.
- W3118291427 countsByYear W31182914272021 @default.
- W3118291427 countsByYear W31182914272022 @default.
- W3118291427 countsByYear W31182914272023 @default.
- W3118291427 crossrefType "journal-article" @default.
- W3118291427 hasAuthorship W3118291427A5017935956 @default.
- W3118291427 hasAuthorship W3118291427A5018742393 @default.
- W3118291427 hasAuthorship W3118291427A5020625693 @default.
- W3118291427 hasAuthorship W3118291427A5050943724 @default.
- W3118291427 hasAuthorship W3118291427A5059349604 @default.
- W3118291427 hasConcept C104663316 @default.
- W3118291427 hasConcept C104779481 @default.
- W3118291427 hasConcept C113196181 @default.
- W3118291427 hasConcept C124681953 @default.
- W3118291427 hasConcept C127413603 @default.
- W3118291427 hasConcept C159985019 @default.
- W3118291427 hasConcept C161790260 @default.
- W3118291427 hasConcept C178790620 @default.
- W3118291427 hasConcept C185592680 @default.