Matches in SemOpenAlex for { <https://semopenalex.org/work/W3088045283> ?p ?o ?g. }
- W3088045283 endingPage "14610" @default.
- W3088045283 startingPage "14598" @default.
- W3088045283 abstract "CdS based nanocomposites are well reported for photocatalytic hydrogen evolution reactions because of their favorable band edge potentials. The preparation of well dispersed photocatalyst plays an important role in the enhancement of H2 production efficiency. Among all the other morphologies of CdS, nanorods gained considerable attention due to their channeled charge carrying ability and improved surface area. Herein, CdS nanocapsules, which offer short and extensive charge carrier transport and enlarged surface area, were synthesized via the solvothermal method. Poly(vinyl pyrrolidine) was used as a capping agent for size control and better dispersion. Tungsten oxide nanosheets were synthesized via the hydrothermal route, and CdS nanocapsules were incorporated on the tungsten oxide nanosheets via the wet impregnation method. Photocatalytic hydrogen generation under solar light and simulated solar light irradiations with lactic acid as a sacrificial agent employing the prepared nanocomposite gave impressive and enhanced results, and furthermore the catayst was efficient and stable. The optimized photocatalyst showed a hydrogen production rate of about 146.2 mmol.h–1 .g–1cat. This is the highest rate reported yet for the combination of CdS and WO3.The Z-scheme heterojunction formation between two different morphologies plays a key role in the enhancement of H2 generation." @default.
- W3088045283 created "2020-10-01" @default.
- W3088045283 creator A5009332796 @default.
- W3088045283 creator A5012936911 @default.
- W3088045283 creator A5051946953 @default.
- W3088045283 creator A5052801408 @default.
- W3088045283 creator A5065479719 @default.
- W3088045283 creator A5073505737 @default.
- W3088045283 creator A5079883557 @default.
- W3088045283 creator A5088257399 @default.
- W3088045283 creator A5090698296 @default.
- W3088045283 date "2020-09-25" @default.
- W3088045283 modified "2023-09-27" @default.
- W3088045283 title "Heterojunction of CdS Nanocapsules–WO<sub>3</sub> Nanosheets Composite as a Stable and Efficient Photocatalyst for Hydrogen Evolution" @default.
- W3088045283 cites W1592242171 @default.
- W3088045283 cites W1976247117 @default.
- W3088045283 cites W1981734750 @default.
- W3088045283 cites W1981769154 @default.
- W3088045283 cites W2018956891 @default.
- W3088045283 cites W2030217248 @default.
- W3088045283 cites W2031539447 @default.
- W3088045283 cites W2042492216 @default.
- W3088045283 cites W2050612192 @default.
- W3088045283 cites W2057394157 @default.
- W3088045283 cites W2072261237 @default.
- W3088045283 cites W2080000913 @default.
- W3088045283 cites W2108843142 @default.
- W3088045283 cites W2127100894 @default.
- W3088045283 cites W2143555932 @default.
- W3088045283 cites W2154549178 @default.
- W3088045283 cites W2289798143 @default.
- W3088045283 cites W2319412827 @default.
- W3088045283 cites W2476575042 @default.
- W3088045283 cites W2550958309 @default.
- W3088045283 cites W2759993421 @default.
- W3088045283 cites W2765985623 @default.
- W3088045283 cites W2787892819 @default.
- W3088045283 cites W2790068687 @default.
- W3088045283 cites W2791514427 @default.
- W3088045283 cites W2800321217 @default.
- W3088045283 cites W2857158904 @default.
- W3088045283 cites W2886288587 @default.
- W3088045283 cites W2889672154 @default.
- W3088045283 cites W2890176219 @default.
- W3088045283 cites W2895862456 @default.
- W3088045283 cites W2898437971 @default.
- W3088045283 cites W2899079396 @default.
- W3088045283 cites W2901064185 @default.
- W3088045283 cites W2901646761 @default.
- W3088045283 cites W2909324833 @default.
- W3088045283 cites W2921275266 @default.
- W3088045283 cites W2921484027 @default.
- W3088045283 cites W2922497164 @default.
- W3088045283 cites W2923755493 @default.
- W3088045283 cites W2942437766 @default.
- W3088045283 cites W2942545617 @default.
- W3088045283 cites W2945909469 @default.
- W3088045283 cites W2952144110 @default.
- W3088045283 cites W2952388013 @default.
- W3088045283 cites W2965009837 @default.
- W3088045283 cites W2967015687 @default.
- W3088045283 cites W2978612460 @default.
- W3088045283 cites W2982815403 @default.
- W3088045283 cites W2987634973 @default.
- W3088045283 cites W2991253307 @default.
- W3088045283 cites W2996833694 @default.
- W3088045283 cites W2997547560 @default.
- W3088045283 cites W2999135792 @default.
- W3088045283 cites W3008940127 @default.
- W3088045283 cites W3016390302 @default.
- W3088045283 cites W572223135 @default.
- W3088045283 doi "https://doi.org/10.1021/acs.energyfuels.0c00597" @default.
- W3088045283 hasPublicationYear "2020" @default.
- W3088045283 type Work @default.
- W3088045283 sameAs 3088045283 @default.
- W3088045283 citedByCount "21" @default.
- W3088045283 countsByYear W30880452832021 @default.
- W3088045283 countsByYear W30880452832022 @default.
- W3088045283 countsByYear W30880452832023 @default.
- W3088045283 crossrefType "journal-article" @default.
- W3088045283 hasAuthorship W3088045283A5009332796 @default.
- W3088045283 hasAuthorship W3088045283A5012936911 @default.
- W3088045283 hasAuthorship W3088045283A5051946953 @default.
- W3088045283 hasAuthorship W3088045283A5052801408 @default.
- W3088045283 hasAuthorship W3088045283A5065479719 @default.
- W3088045283 hasAuthorship W3088045283A5073505737 @default.
- W3088045283 hasAuthorship W3088045283A5079883557 @default.
- W3088045283 hasAuthorship W3088045283A5088257399 @default.
- W3088045283 hasAuthorship W3088045283A5090698296 @default.
- W3088045283 hasConcept C126201875 @default.
- W3088045283 hasConcept C127413603 @default.
- W3088045283 hasConcept C150581940 @default.
- W3088045283 hasConcept C161790260 @default.
- W3088045283 hasConcept C171250308 @default.
- W3088045283 hasConcept C178790620 @default.
- W3088045283 hasConcept C185592680 @default.
- W3088045283 hasConcept C191897082 @default.
- W3088045283 hasConcept C192562407 @default.