Matches in SemOpenAlex for { <https://semopenalex.org/work/W3214728561> ?p ?o ?g. }
- W3214728561 endingPage "120089" @default.
- W3214728561 startingPage "120089" @default.
- W3214728561 abstract "• Multi elemental doped g-C 3 N 4 was prepared by a solid-state method. • 92.9% degradation of naproxen was achieved under visible light irradiation. • Doping increased the Urbach energy of g-C 3 N 4 . • Mechanism for the degradation of naproxen was proposed. The complexity and heterogeneous existence of water pollutants ensures that development of possible large-scale water remediation technologies encompasses mimicking real water compositions. Naproxen (NPX) photocatalytic degradation in the presence of brilliant black and different electrolytes was tested, under visible light irradiation, with rare earth metals (Ce, Er, Gd, and Sm) doped graphic carbon nitride (CN) prepared via one pot solid state method. The materials were characterized with FESEM, TEM, XRD, PL, XPS, BET, UV–vis DRS, TGA, FTIR, and electrochemical techniques. Doping increased the Urbach energy compared to pristine graphitic carbon nitride due to observed shift in absorption towards the visible range of the electromagnetic spectrum, and there was proposed interaction of dopants and CN which decreased photoexcited electrons and holes recombination. The highest degradation efficiency of 92.9% was obtained at 1% loading of Ce, Er, Gd, and Sm metals in CN (1RECN) under visible light irradiation which was ascribed to Z-scheme formation, enhanced visible light absorption and superoxide anion radical’s involvement as the major species based on radical trapping experiments. The 1RECN photocatalyst demonstrated remarkable stability with a 3.4 % efficiency reduction after six photocatalytic degradation cycles. The effective and efficient separation and migration of photoexcited electron-hole pairs resulted in their high photodegradation activity compared to other synthesized composites and pristine CN. The fabricated composites provided an interesting perspective for a highly stable multi-elemental doped CN photocatalysts that could be employed for large scale remediation of different classes of organic pollutants." @default.
- W3214728561 created "2021-11-22" @default.
- W3214728561 creator A5003419338 @default.
- W3214728561 creator A5015301541 @default.
- W3214728561 creator A5020558147 @default.
- W3214728561 creator A5059488442 @default.
- W3214728561 creator A5067831477 @default.
- W3214728561 creator A5078453684 @default.
- W3214728561 creator A5082063717 @default.
- W3214728561 date "2022-02-01" @default.
- W3214728561 modified "2023-10-17" @default.
- W3214728561 title "Multi-elemental doped g-C3N4 with enhanced visible light photocatalytic Activity: Insight into naproxen Degradation, Kinetics, effect of Electrolytes, and mechanism" @default.
- W3214728561 cites W2009783597 @default.
- W3214728561 cites W2030978860 @default.
- W3214728561 cites W2051577897 @default.
- W3214728561 cites W2052588190 @default.
- W3214728561 cites W2058851515 @default.
- W3214728561 cites W2089181672 @default.
- W3214728561 cites W2093591462 @default.
- W3214728561 cites W2138038800 @default.
- W3214728561 cites W2192475558 @default.
- W3214728561 cites W2319627258 @default.
- W3214728561 cites W2344524521 @default.
- W3214728561 cites W2521341169 @default.
- W3214728561 cites W2560790669 @default.
- W3214728561 cites W2595210093 @default.
- W3214728561 cites W2608189077 @default.
- W3214728561 cites W2622683700 @default.
- W3214728561 cites W2654455324 @default.
- W3214728561 cites W2742748643 @default.
- W3214728561 cites W2744576797 @default.
- W3214728561 cites W2757911527 @default.
- W3214728561 cites W2762862566 @default.
- W3214728561 cites W2775700215 @default.
- W3214728561 cites W2788258441 @default.
- W3214728561 cites W2789593134 @default.
- W3214728561 cites W2790028035 @default.
- W3214728561 cites W2801062347 @default.
- W3214728561 cites W2804330912 @default.
- W3214728561 cites W2884146259 @default.
- W3214728561 cites W2887268750 @default.
- W3214728561 cites W2889556588 @default.
- W3214728561 cites W2895655637 @default.
- W3214728561 cites W2896901052 @default.
- W3214728561 cites W2898984669 @default.
- W3214728561 cites W2900097033 @default.
- W3214728561 cites W2902428824 @default.
- W3214728561 cites W2903679797 @default.
- W3214728561 cites W2905665961 @default.
- W3214728561 cites W2907845740 @default.
- W3214728561 cites W2908642819 @default.
- W3214728561 cites W2912845665 @default.
- W3214728561 cites W2914495353 @default.
- W3214728561 cites W2923584436 @default.
- W3214728561 cites W2946485660 @default.
- W3214728561 cites W2948364458 @default.
- W3214728561 cites W2949843941 @default.
- W3214728561 cites W2965081693 @default.
- W3214728561 cites W2966042812 @default.
- W3214728561 cites W2967737719 @default.
- W3214728561 cites W2968058162 @default.
- W3214728561 cites W2969422627 @default.
- W3214728561 cites W2970767929 @default.
- W3214728561 cites W2971272251 @default.
- W3214728561 cites W2980664311 @default.
- W3214728561 cites W2980705529 @default.
- W3214728561 cites W2981889216 @default.
- W3214728561 cites W2985525485 @default.
- W3214728561 cites W2986311361 @default.
- W3214728561 cites W2991869670 @default.
- W3214728561 cites W2996416065 @default.
- W3214728561 cites W2996474183 @default.
- W3214728561 cites W3002111161 @default.
- W3214728561 cites W3004566144 @default.
- W3214728561 cites W3006392429 @default.
- W3214728561 cites W3011291836 @default.
- W3214728561 cites W3028259369 @default.
- W3214728561 cites W3033591065 @default.
- W3214728561 cites W3033785872 @default.
- W3214728561 cites W3034146462 @default.
- W3214728561 cites W3038814301 @default.
- W3214728561 cites W3042798550 @default.
- W3214728561 cites W3043548860 @default.
- W3214728561 cites W3049140197 @default.
- W3214728561 cites W3080165862 @default.
- W3214728561 cites W3081103700 @default.
- W3214728561 cites W3083582942 @default.
- W3214728561 cites W3091970352 @default.
- W3214728561 cites W3097296509 @default.
- W3214728561 cites W3112780997 @default.
- W3214728561 cites W3121574256 @default.
- W3214728561 cites W3126066427 @default.
- W3214728561 cites W3133419572 @default.
- W3214728561 cites W3138889926 @default.
- W3214728561 cites W3173888697 @default.
- W3214728561 cites W3176562886 @default.
- W3214728561 cites W3179119157 @default.
- W3214728561 cites W376699256 @default.