Matches in SemOpenAlex for { <https://semopenalex.org/work/W3177802007> ?p ?o ?g. }
- W3177802007 endingPage "29939" @default.
- W3177802007 startingPage "29926" @default.
- W3177802007 abstract "Configurational entropy composites of In-doped Zn(O,S)/Zn-doped In(OH)3-xSx has been synthesized with a one-step hydrothermal method and carefully characterized with XRD, XPS, SEM, TEM, DRS, PL, EIS, TPC, CV, and MS analyses. The composites were prepared with different sulfur amounts to obtain the optimum performance of visible-light photocatalytic HER. The primary phases of ZnS and In(OH)3 were formed after the hydrothermal process. However, the results indicated In and O were doped into ZnS lattice and induced lower bandgap values (~2.71–2.84 eV) which are active in visible-light illumination. Simultaneously, the excess Zn and S were also doped to In(OH)3 with lower bandgap values (~3.38–4.63 eV). The variation of bandgap values is due to the hybridization of In 5s5p to Zn 4s4p and O 2p to S 3p orbitals. As a result, In-doped Zn(O,S) and Zn-doped In(OH)3-xSx will be a visible-light active material for photoreaction and a favorable phase for electron transfer, respectively. Furthermore, it is also related to a possible antisite-defect formation with InZn+ to help the electron trapping and enhance the photocarrier separation, leading to an efficient photocatalytic activity. ZI-S1 with additional 5-mmol thioacetamide was found as the catalyst with the highest HER performance which achieved 730 μmol/g·h under visible-light illumination. A plausible photocatalytic HER mechanism is discussed and proposed in this work." @default.
- W3177802007 created "2021-07-19" @default.
- W3177802007 creator A5012938649 @default.
- W3177802007 creator A5028543053 @default.
- W3177802007 creator A5044066004 @default.
- W3177802007 creator A5054453930 @default.
- W3177802007 creator A5062837130 @default.
- W3177802007 creator A5071749061 @default.
- W3177802007 date "2021-08-01" @default.
- W3177802007 modified "2023-10-18" @default.
- W3177802007 title "One-step synthesis of configurational-entropy In-doped Zn(O,S)/Zn-doped In(OH)3-xSx composite for visible-light photocatalytic hydrogen evolution reaction" @default.
- W3177802007 cites W1940496428 @default.
- W3177802007 cites W1966030305 @default.
- W3177802007 cites W1968558720 @default.
- W3177802007 cites W1989117375 @default.
- W3177802007 cites W1996689568 @default.
- W3177802007 cites W2000820240 @default.
- W3177802007 cites W2016811534 @default.
- W3177802007 cites W2030440446 @default.
- W3177802007 cites W2039475059 @default.
- W3177802007 cites W2042492216 @default.
- W3177802007 cites W2063010248 @default.
- W3177802007 cites W2103745892 @default.
- W3177802007 cites W2108627144 @default.
- W3177802007 cites W2118976774 @default.
- W3177802007 cites W2151703332 @default.
- W3177802007 cites W2151945042 @default.
- W3177802007 cites W2167590372 @default.
- W3177802007 cites W2407285178 @default.
- W3177802007 cites W2506694119 @default.
- W3177802007 cites W2509759239 @default.
- W3177802007 cites W2557149757 @default.
- W3177802007 cites W2560708341 @default.
- W3177802007 cites W2564605459 @default.
- W3177802007 cites W2575316286 @default.
- W3177802007 cites W2586527988 @default.
- W3177802007 cites W2605883245 @default.
- W3177802007 cites W2620626500 @default.
- W3177802007 cites W2755082611 @default.
- W3177802007 cites W2762954127 @default.
- W3177802007 cites W2765168790 @default.
- W3177802007 cites W2802961222 @default.
- W3177802007 cites W2883422137 @default.
- W3177802007 cites W2890559374 @default.
- W3177802007 cites W2890844082 @default.
- W3177802007 cites W2893436378 @default.
- W3177802007 cites W2894268901 @default.
- W3177802007 cites W2902680999 @default.
- W3177802007 cites W2917418891 @default.
- W3177802007 cites W2934341048 @default.
- W3177802007 cites W2937022854 @default.
- W3177802007 cites W2939494921 @default.
- W3177802007 cites W2946337163 @default.
- W3177802007 cites W2954500675 @default.
- W3177802007 cites W2960465413 @default.
- W3177802007 cites W2970296536 @default.
- W3177802007 cites W2976191025 @default.
- W3177802007 cites W2977140348 @default.
- W3177802007 cites W2991544652 @default.
- W3177802007 cites W2996942960 @default.
- W3177802007 cites W3011884767 @default.
- W3177802007 cites W3020922875 @default.
- W3177802007 cites W3023347589 @default.
- W3177802007 cites W3036165455 @default.
- W3177802007 cites W3036179516 @default.
- W3177802007 cites W3037259832 @default.
- W3177802007 cites W3040845991 @default.
- W3177802007 cites W3044761232 @default.
- W3177802007 cites W3047511252 @default.
- W3177802007 cites W3048754934 @default.
- W3177802007 cites W3082966186 @default.
- W3177802007 cites W3089215073 @default.
- W3177802007 cites W3093916913 @default.
- W3177802007 cites W3107961318 @default.
- W3177802007 cites W3109221284 @default.
- W3177802007 cites W3110756914 @default.
- W3177802007 cites W3111969298 @default.
- W3177802007 cites W3117856471 @default.
- W3177802007 cites W3134544655 @default.
- W3177802007 cites W3135965258 @default.
- W3177802007 cites W3138631195 @default.
- W3177802007 doi "https://doi.org/10.1016/j.ijhydene.2021.06.145" @default.
- W3177802007 hasPublicationYear "2021" @default.
- W3177802007 type Work @default.
- W3177802007 sameAs 3177802007 @default.
- W3177802007 citedByCount "7" @default.
- W3177802007 countsByYear W31778020072021 @default.
- W3177802007 countsByYear W31778020072022 @default.
- W3177802007 countsByYear W31778020072023 @default.
- W3177802007 crossrefType "journal-article" @default.
- W3177802007 hasAuthorship W3177802007A5012938649 @default.
- W3177802007 hasAuthorship W3177802007A5028543053 @default.
- W3177802007 hasAuthorship W3177802007A5044066004 @default.
- W3177802007 hasAuthorship W3177802007A5054453930 @default.
- W3177802007 hasAuthorship W3177802007A5062837130 @default.
- W3177802007 hasAuthorship W3177802007A5071749061 @default.
- W3177802007 hasConcept C104663316 @default.
- W3177802007 hasConcept C113196181 @default.