FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309516554> ?p ?o ?g. }

• W4309516554 endingPage "19566" @default.
• W4309516554 startingPage "19552" @default.
• W4309516554 abstract "Light-driven splitting of water to produce H2 and reduction of molecular oxygen to synthesize H2O2 from water are the emerging environmentally friendly methods for converting solar energy into green energy and chemicals. In this paper, vacancy defect and heterojunction engineering effectively adjusted the conduction band position of Zn3In2S6, enriched the electron density, broadened the optical absorption range, increased the specific surface area, and accelerated the charge carrier transfer and separation of g-C3N4/sulfur-vacancy-containing Zn3In2S6 (CN/Vs-ZIS) heterostructures. As a result, all of the CN/Vs-ZIS heterostructures possessed greatly enhanced photocatalytic activities and the optimized sample 2CN/Vs-ZIS exhibited the highest visible-light photocatalytic performance. The rate of generation of H2 of 2CN/Vs-ZIS under visible light (λ > 420 nm) was 6.55 mmol g-1 h-1, which was 1.76 and 6.06 times higher than those of Vs-Zn3In2S6 and g-C3N4, respectively, and the apparent quantum yield (AQY) was 18.6% at 420 nm. Meanwhile, the 2 h yield of H2O2 of 2CN/Vs-ZIS was 792.02 μM, ∼4.72 and ∼6.04 times higher than those of pure Vs-Zn3In2S6 and g-C3N4, respectively. The enhanced reaction mechanisms for the production of photocatalytic H2 and H2O2 were also investigated. This work undoubtedly demonstrates that the synergistic effects of defect and heterojunction engineering will be the great promise for improving the photocatalytic efficiency of Zn3In2S6-based materials." @default.
• W4309516554 created "2022-11-28" @default.
• W4309516554 creator A5000963442 @default.
• W4309516554 creator A5001284880 @default.
• W4309516554 creator A5021293751 @default.
• W4309516554 creator A5053635823 @default.
• W4309516554 creator A5055139369 @default.
• W4309516554 creator A5062327955 @default.
• W4309516554 creator A5067258753 @default.
• W4309516554 creator A5069388382 @default.
• W4309516554 date "2022-11-21" @default.
• W4309516554 modified "2023-10-14" @default.
• W4309516554 title "Significantly Enhanced Photocatalytic Performance of the g-C₃N₄/Sulfur-Vacancy-Containing Zn₃In₂S₆ Heterostructure for Photocatalytic H₂ and H₂O₂ Generation by Coupling Defects with Heterojunction Engineering" @default.
• W4309516554 cites W1434291151 @default.
• W4309516554 cites W1982575299 @default.
• W4309516554 cites W1986156813 @default.
• W4309516554 cites W2042492216 @default.
• W4309516554 cites W2081226653 @default.
• W4309516554 cites W2116382224 @default.
• W4309516554 cites W2144664554 @default.
• W4309516554 cites W2151833334 @default.
• W4309516554 cites W2292546454 @default.
• W4309516554 cites W2333197797 @default.
• W4309516554 cites W2334650844 @default.
• W4309516554 cites W2499755664 @default.
• W4309516554 cites W2613121365 @default.
• W4309516554 cites W2616187014 @default.
• W4309516554 cites W2670226855 @default.
• W4309516554 cites W2735867714 @default.
• W4309516554 cites W2782678818 @default.
• W4309516554 cites W2784011757 @default.
• W4309516554 cites W2791687623 @default.
• W4309516554 cites W2803493529 @default.
• W4309516554 cites W2811024725 @default.
• W4309516554 cites W2896425793 @default.
• W4309516554 cites W2898376934 @default.
• W4309516554 cites W2914576367 @default.
• W4309516554 cites W2921331107 @default.
• W4309516554 cites W2955062720 @default.
• W4309516554 cites W2969500706 @default.
• W4309516554 cites W2974978733 @default.
• W4309516554 cites W2978696075 @default.
• W4309516554 cites W2979216702 @default.
• W4309516554 cites W2981050519 @default.
• W4309516554 cites W2991086206 @default.
• W4309516554 cites W2995308863 @default.
• W4309516554 cites W2995749454 @default.
• W4309516554 cites W2998800577 @default.
• W4309516554 cites W3000916132 @default.
• W4309516554 cites W3001302713 @default.
• W4309516554 cites W3011535401 @default.
• W4309516554 cites W3020357193 @default.
• W4309516554 cites W3030793002 @default.
• W4309516554 cites W3036033893 @default.
• W4309516554 cites W3043028676 @default.
• W4309516554 cites W3047771530 @default.
• W4309516554 cites W3091989940 @default.
• W4309516554 cites W3097435017 @default.
• W4309516554 cites W3109221284 @default.
• W4309516554 cites W3112992995 @default.
• W4309516554 cites W3114930925 @default.
• W4309516554 cites W3126976427 @default.
• W4309516554 cites W3128254126 @default.
• W4309516554 cites W3132067934 @default.
• W4309516554 cites W3150674220 @default.
• W4309516554 cites W3153825853 @default.
• W4309516554 cites W3159662645 @default.
• W4309516554 cites W3164400977 @default.
• W4309516554 cites W3167505880 @default.
• W4309516554 cites W3174374821 @default.
• W4309516554 cites W3178088496 @default.
• W4309516554 cites W3188108341 @default.
• W4309516554 cites W3191058173 @default.
• W4309516554 cites W3195474908 @default.
• W4309516554 cites W3199399284 @default.
• W4309516554 cites W3200104281 @default.
• W4309516554 cites W3200494581 @default.
• W4309516554 cites W3200747286 @default.
• W4309516554 cites W3211078176 @default.
• W4309516554 cites W3212229069 @default.
• W4309516554 cites W4200014083 @default.
• W4309516554 cites W4205672506 @default.
• W4309516554 cites W4210279075 @default.
• W4309516554 cites W4211184285 @default.
• W4309516554 cites W4221024797 @default.
• W4309516554 cites W4226065832 @default.
• W4309516554 doi "https://doi.org/10.1021/acs.inorgchem.2c03491" @default.
• W4309516554 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36409305" @default.
• W4309516554 hasPublicationYear "2022" @default.
• W4309516554 type Work @default.
• W4309516554 citedByCount "17" @default.
• W4309516554 countsByYear W43095165542023 @default.
• W4309516554 crossrefType "journal-article" @default.
• W4309516554 hasAuthorship W4309516554A5000963442 @default.
• W4309516554 hasAuthorship W4309516554A5001284880 @default.
• W4309516554 hasAuthorship W4309516554A5021293751 @default.
• W4309516554 hasAuthorship W4309516554A5053635823 @default.
• W4309516554 hasAuthorship W4309516554A5055139369 @default.

• next