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• W4283326997 endingPage "2931" @default.
• W4283326997 startingPage "2921" @default.
• W4283326997 abstract "Abstract BACKGROUND Graphitic carbon nitride (g‐C 3 N 4 ) has attracted extensive attention as a typical photocatalyst. However, g‐C 3 N 4 still needs to be modified to obtain enhanced hydrogen production activity. RESULTS Here, SnO 2 /g‐C 3 N 4 composites were prepared by a facile one‐pot pyrolysis method, and showed enhanced visible‐light‐driven photocatalytic H 2 production activities with the highest value of 241 μmol h −1 g −1 , which was about four times that of pure polymeric g‐C 3 N 4 . The facile one‐pot pyrolysis method not only promoted effective coupling between g‐C 3 N 4 and SnO 2 , but also adjusted the photocatalytic performance‐related physicochemical properties of polymeric g‐C 3 N 4 . The reduction of particle sizes of g‐C 3 N 4 promoted the migration of photogenerated carriers to the surface and the introduction of SnO 2 as electron transport material promoted the transfer of photogenerated charge carriers from g‐C 3 N 4 host photocatalyst to metallic Pt cocatalyst, synergistically restraining the recombination of photogenerated carriers. Moreover, the increased specific surface areas and pore volumes enriched the reactive sites and facilitated the mass transfer of reactants, thus accelerating the redox reactions. Furthermore, the enhanced light absorption promoted the generation of photogenerated carriers which was beneficial for photocatalytic reactions. CONCLUSIONS This work provides an effective reference for the application of Sn species in the modification of photocatalysts, especially polymeric g‐C 3 N 4 . © 2022 Society of Chemical Industry." @default.
• W4283326997 created "2022-06-24" @default.
• W4283326997 creator A5005741793 @default.
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• W4283326997 creator A5054835425 @default.
• W4283326997 creator A5059081976 @default.
• W4283326997 creator A5084346870 @default.
• W4283326997 date "2022-07-24" @default.
• W4283326997 modified "2023-10-16" @default.
• W4283326997 title "Facile one‐pot pyrolysis preparation of <scp> SnO ₂ </scp> / <scp> g‐C ₃ N ₄ </scp> composites for improved photocatalytic <scp> H ₂ </scp> production" @default.
• W4283326997 cites W1160683123 @default.
• W4283326997 cites W1794059062 @default.
• W4283326997 cites W1849480212 @default.
• W4283326997 cites W1963742483 @default.
• W4283326997 cites W1973373124 @default.
• W4283326997 cites W1979732856 @default.
• W4283326997 cites W2004189012 @default.
• W4283326997 cites W2017984856 @default.
• W4283326997 cites W2022951513 @default.
• W4283326997 cites W2025438932 @default.
• W4283326997 cites W2029367807 @default.
• W4283326997 cites W2039475059 @default.
• W4283326997 cites W2042492216 @default.
• W4283326997 cites W2047452850 @default.
• W4283326997 cites W2064602758 @default.
• W4283326997 cites W2078107904 @default.
• W4283326997 cites W2086962446 @default.
• W4283326997 cites W2150399639 @default.
• W4283326997 cites W2164955295 @default.
• W4283326997 cites W2290321399 @default.
• W4283326997 cites W2319917126 @default.
• W4283326997 cites W2485549118 @default.
• W4283326997 cites W2487429249 @default.
• W4283326997 cites W2515044502 @default.
• W4283326997 cites W2587681799 @default.
• W4283326997 cites W2732795880 @default.
• W4283326997 cites W2738181828 @default.
• W4283326997 cites W2769585043 @default.
• W4283326997 cites W2796627870 @default.
• W4283326997 cites W2808809884 @default.
• W4283326997 cites W2912140513 @default.
• W4283326997 cites W2912190016 @default.
• W4283326997 cites W2921910176 @default.
• W4283326997 cites W2943956470 @default.
• W4283326997 cites W2953014843 @default.
• W4283326997 cites W2953599168 @default.
• W4283326997 cites W2965836051 @default.
• W4283326997 cites W2971135403 @default.
• W4283326997 cites W2972939183 @default.
• W4283326997 cites W2981442282 @default.
• W4283326997 cites W2986968572 @default.
• W4283326997 cites W2995368115 @default.
• W4283326997 cites W3002120229 @default.
• W4283326997 cites W3006681573 @default.
• W4283326997 cites W3016625685 @default.
• W4283326997 cites W3017200842 @default.
• W4283326997 cites W3029586766 @default.
• W4283326997 cites W3037259832 @default.
• W4283326997 cites W3039283275 @default.
• W4283326997 cites W3041684443 @default.
• W4283326997 cites W3047168352 @default.
• W4283326997 cites W3047255014 @default.
• W4283326997 cites W3048948525 @default.
• W4283326997 cites W3081881186 @default.
• W4283326997 cites W3083680397 @default.
• W4283326997 cites W3088823790 @default.
• W4283326997 cites W3091575520 @default.
• W4283326997 cites W3097091065 @default.
• W4283326997 cites W3104504795 @default.
• W4283326997 cites W3113653920 @default.
• W4283326997 cites W3117620826 @default.
• W4283326997 cites W3118983019 @default.
• W4283326997 cites W3124210760 @default.
• W4283326997 cites W3127866351 @default.
• W4283326997 cites W3135722779 @default.
• W4283326997 cites W3138195707 @default.
• W4283326997 cites W3139258852 @default.
• W4283326997 cites W3145425846 @default.
• W4283326997 cites W3151892518 @default.
• W4283326997 cites W3166003865 @default.
• W4283326997 cites W3170635598 @default.
• W4283326997 cites W3177126341 @default.
• W4283326997 cites W3194545184 @default.
• W4283326997 cites W3194632469 @default.
• W4283326997 cites W3199399284 @default.
• W4283326997 cites W3208600805 @default.
• W4283326997 cites W3212196503 @default.
• W4283326997 cites W3216382220 @default.
• W4283326997 cites W4200273441 @default.
• W4283326997 cites W4200426529 @default.
• W4283326997 cites W4205347199 @default.
• W4283326997 cites W4206613217 @default.
• W4283326997 cites W4210621273 @default.
• W4283326997 cites W4225956632 @default.
• W4283326997 cites W4229379204 @default.

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