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- W2945855887 endingPage "117759" @default.
- W2945855887 startingPage "117759" @default.
- W2945855887 abstract "To utilize the excellent charge separation efficiency of the g-C3N4/TiO2 photocatalyst and broaden its narrow visible-light absorption range, D35 dye-sensitization was employed to synthesize a novel D35-TiO2/g-C3N4 photocatalyst. Due to the complementary co-absorption ability of g-C3N4 and the D35 dye, the D35-TiO2/g-C3N4 nano-composite exhibits a quasi-full-visible-light harvesting range up to 675 nm, and the simultaneous electron injection from the D35 and g-C3N4 to TiO2 synergistically activates persulfate (PS) to produce the active oxidizing species more efficiently. In the D35-TiO2/g-C3N4/PS photocatalytic system, 10 mg/L bis-phenol A (100 mL) could be completely removed in only 15 min with 0.5 g/L photocatalyst and 2 mM PS under visible-light illumination (λ > 400 nm); meanwhile, nearly 50% of BPA was mineralized into nontoxic substances. Radical quenching experiments and electron paramagnetic resonance (EPR) spectra revealed that OH, SO4−, O2- and h+ all contributed to organics elimination, and the radical process was the main degradation pathway. The efficient photodegradation of other typical micropollutants, such as caffeine, phenol, acetaminophen and methylene blue, indicating that the D35-TiO2/g-C3N4/PS photocatalytic system has a strong non-selective oxidative ability to remove micropollutants. Therefore, it has great potential to be applied in water environment remediation." @default.
- W2945855887 created "2019-05-29" @default.
- W2945855887 creator A5012968406 @default.
- W2945855887 creator A5050186919 @default.
- W2945855887 creator A5052195787 @default.
- W2945855887 creator A5060199244 @default.
- W2945855887 creator A5075380979 @default.
- W2945855887 creator A5090584158 @default.
- W2945855887 date "2019-11-01" @default.
- W2945855887 modified "2023-10-12" @default.
- W2945855887 title "Quasi-full-visible-light absorption by D35-TiO2/g-C3N4 for synergistic persulfate activation towards efficient photodegradation of micropollutants" @default.
- W2945855887 cites W1926950498 @default.
- W2945855887 cites W1974713017 @default.
- W2945855887 cites W1981063638 @default.
- W2945855887 cites W1981709272 @default.
- W2945855887 cites W1989020181 @default.
- W2945855887 cites W1994063627 @default.
- W2945855887 cites W1998367294 @default.
- W2945855887 cites W1999414626 @default.
- W2945855887 cites W2000314009 @default.
- W2945855887 cites W2010278502 @default.
- W2945855887 cites W2012013614 @default.
- W2945855887 cites W2016723688 @default.
- W2945855887 cites W2021562578 @default.
- W2945855887 cites W2023037074 @default.
- W2945855887 cites W2032357971 @default.
- W2945855887 cites W2032652071 @default.
- W2945855887 cites W2033698423 @default.
- W2945855887 cites W2035449570 @default.
- W2945855887 cites W2047573257 @default.
- W2945855887 cites W2049843907 @default.
- W2945855887 cites W2056428176 @default.
- W2945855887 cites W2057140201 @default.
- W2945855887 cites W2058117854 @default.
- W2945855887 cites W2060823998 @default.
- W2945855887 cites W2063027656 @default.
- W2945855887 cites W2075823378 @default.
- W2945855887 cites W2085383676 @default.
- W2945855887 cites W2094731216 @default.
- W2945855887 cites W2110540540 @default.
- W2945855887 cites W2115049872 @default.
- W2945855887 cites W2116327492 @default.
- W2945855887 cites W2127183100 @default.
- W2945855887 cites W2147452015 @default.
- W2945855887 cites W2149029378 @default.
- W2945855887 cites W2167821865 @default.
- W2945855887 cites W2172984449 @default.
- W2945855887 cites W2238211859 @default.
- W2945855887 cites W2266953687 @default.
- W2945855887 cites W2276173105 @default.
- W2945855887 cites W2288892199 @default.
- W2945855887 cites W2313235764 @default.
- W2945855887 cites W2319990331 @default.
- W2945855887 cites W2329227376 @default.
- W2945855887 cites W2333529832 @default.
- W2945855887 cites W2348689834 @default.
- W2945855887 cites W2463098997 @default.
- W2945855887 cites W2510153331 @default.
- W2945855887 cites W2524047915 @default.
- W2945855887 cites W2546372054 @default.
- W2945855887 cites W2549518562 @default.
- W2945855887 cites W2570267522 @default.
- W2945855887 cites W2581395305 @default.
- W2945855887 cites W2589246173 @default.
- W2945855887 cites W2609672420 @default.
- W2945855887 cites W2616301548 @default.
- W2945855887 cites W2741723323 @default.
- W2945855887 cites W2745173450 @default.
- W2945855887 cites W2745548218 @default.
- W2945855887 cites W2746504142 @default.
- W2945855887 cites W2747295046 @default.
- W2945855887 cites W2752206950 @default.
- W2945855887 cites W2753765928 @default.
- W2945855887 cites W2758900152 @default.
- W2945855887 cites W2765231708 @default.
- W2945855887 cites W2767507098 @default.
- W2945855887 cites W2768242864 @default.
- W2945855887 cites W2770125280 @default.
- W2945855887 cites W2777994949 @default.
- W2945855887 cites W2790653776 @default.
- W2945855887 cites W2791498352 @default.
- W2945855887 cites W2794436287 @default.
- W2945855887 cites W2795006085 @default.
- W2945855887 cites W2799292110 @default.
- W2945855887 cites W2799765798 @default.
- W2945855887 cites W2803784655 @default.
- W2945855887 cites W2804672977 @default.
- W2945855887 cites W2805042707 @default.
- W2945855887 cites W2807182287 @default.
- W2945855887 cites W2807770428 @default.
- W2945855887 cites W2850006844 @default.
- W2945855887 cites W2883726431 @default.
- W2945855887 cites W2883771175 @default.
- W2945855887 cites W2886470554 @default.
- W2945855887 cites W2886935387 @default.
- W2945855887 cites W2898969551 @default.
- W2945855887 cites W770838111 @default.
- W2945855887 cites W896626017 @default.