FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2993507967> ?p ?o ?g. }

• W2993507967 endingPage "112289" @default.
• W2993507967 startingPage "112289" @default.
• W2993507967 abstract "Abstract Synthesis of a composite photocatalyst is a good approach to utilize higher portion of solar spectrum and improves separation of electron-hole pairs. Herein, a novel Bi2O3/porous g-C3N4 synthesized using impregnation method showed dramatic photo-activity improvement under irradiation of UV–vis light. Further characterization by X-ray diffraction (XRD), scanning electron microscopy (SEM), inductively-coupled plasma atomic emission spectroscopy (ICP-AES), transmission electron microscopy (TEM), high-resolution transmission electron microscopy (HRTEM), Fourier transform infrared spectroscopy (FTIR) and X-ray photoelectron spectroscopy (XPS) proved the existence of both g-C3N4 and Bi2O3 in which Bi2O3 particles are decorated on porous g-C3N4 sheets. Photocatalytic activity test of Bi2O3/porous g-C3N4 composites shows that 9 wt% Bi2O3/porous g-C3N4 is the best photocatalyst with 84 % of Reactive Black 5 (RB 5) degradation under 120 min of UV–vis light. It was confirmed that the photocatalytic activity improvement are due to the reduction of electron-hole recombination and wider absorption of light which were proven using photoluminescence (PL) and UV–vis diffuse reflectance spectroscopy (DRS), while surface area plays an insignificant role in the photocatalytic performance. In addition, process parameters studies concluded that 9 wt% Bi2O3/porous g-C3N4 worked best in RB 5 with concentration of 10 ppm, pH 5.7 and by using 1 g/L photocatalyst loading. From radicals quenching test, superoxide radical (O2•−) was found to be the most active radical which mineralizes RB 5 by following the mechanism of direct Z-scheme pathway. Lastly, 9 wt% Bi2O3/porous g-C3N4 is stable and preserved its photocatalytic activity up to three times for degradation of RB 5." @default.
• W2993507967 created "2019-12-13" @default.
• W2993507967 creator A5006651256 @default.
• W2993507967 creator A5017780826 @default.
• W2993507967 creator A5036838709 @default.
• W2993507967 creator A5044089052 @default.
• W2993507967 creator A5070920843 @default.
• W2993507967 creator A5075510183 @default.
• W2993507967 date "2020-02-01" @default.
• W2993507967 modified "2023-09-29" @default.
• W2993507967 title "Bi2O3 particles decorated on porous g-C3N4 sheets: Enhanced photocatalytic activity through a direct Z-scheme mechanism for degradation of Reactive Black 5 under UV–vis light" @default.
• W2993507967 cites W1796093284 @default.
• W2993507967 cites W1891040991 @default.
• W2993507967 cites W1958333713 @default.
• W2993507967 cites W1967410007 @default.
• W2993507967 cites W1986474271 @default.
• W2993507967 cites W1995232839 @default.
• W2993507967 cites W1996567632 @default.
• W2993507967 cites W1997321626 @default.
• W2993507967 cites W2007089775 @default.
• W2993507967 cites W2012008565 @default.
• W2993507967 cites W2016064019 @default.
• W2993507967 cites W2020699033 @default.
• W2993507967 cites W2024803076 @default.
• W2993507967 cites W2027262715 @default.
• W2993507967 cites W2029146909 @default.
• W2993507967 cites W2030313025 @default.
• W2993507967 cites W2036642286 @default.
• W2993507967 cites W2042926486 @default.
• W2993507967 cites W2047051883 @default.
• W2993507967 cites W2056114475 @default.
• W2993507967 cites W2062355222 @default.
• W2993507967 cites W2063284088 @default.
• W2993507967 cites W2072397499 @default.
• W2993507967 cites W2073837110 @default.
• W2993507967 cites W2073862810 @default.
• W2993507967 cites W2078534392 @default.
• W2993507967 cites W2086616066 @default.
• W2993507967 cites W2090310105 @default.
• W2993507967 cites W2092530132 @default.
• W2993507967 cites W2094632890 @default.
• W2993507967 cites W2102510397 @default.
• W2993507967 cites W2126927168 @default.
• W2993507967 cites W2140763054 @default.
• W2993507967 cites W2150399639 @default.
• W2993507967 cites W2159789432 @default.
• W2993507967 cites W2267752385 @default.
• W2993507967 cites W2285032700 @default.
• W2993507967 cites W2291267430 @default.
• W2993507967 cites W2300593429 @default.
• W2993507967 cites W2326403770 @default.
• W2993507967 cites W2328021023 @default.
• W2993507967 cites W2400589155 @default.
• W2993507967 cites W2417267538 @default.
• W2993507967 cites W2477932942 @default.
• W2993507967 cites W2483279979 @default.
• W2993507967 cites W2490180997 @default.
• W2993507967 cites W2513946814 @default.
• W2993507967 cites W2523399310 @default.
• W2993507967 cites W2542791227 @default.
• W2993507967 cites W2567484308 @default.
• W2993507967 cites W2569184909 @default.
• W2993507967 cites W2570145184 @default.
• W2993507967 cites W2602541931 @default.
• W2993507967 cites W2734049906 @default.
• W2993507967 cites W2737053497 @default.
• W2993507967 cites W2737707228 @default.
• W2993507967 cites W2741209207 @default.
• W2993507967 cites W2743639589 @default.
• W2993507967 cites W2759147296 @default.
• W2993507967 cites W2770749954 @default.
• W2993507967 cites W2773893457 @default.
• W2993507967 cites W2790978567 @default.
• W2993507967 cites W2792661581 @default.
• W2993507967 cites W2797816573 @default.
• W2993507967 cites W2801388181 @default.
• W2993507967 cites W2803107202 @default.
• W2993507967 cites W2805000440 @default.
• W2993507967 cites W2882827873 @default.
• W2993507967 cites W2883472315 @default.
• W2993507967 cites W2890102614 @default.
• W2993507967 cites W2890234849 @default.
• W2993507967 cites W2890478653 @default.
• W2993507967 cites W2890929156 @default.
• W2993507967 cites W2892521918 @default.
• W2993507967 cites W2893373934 @default.
• W2993507967 cites W2894938506 @default.
• W2993507967 cites W2895253429 @default.
• W2993507967 cites W2897960963 @default.
• W2993507967 cites W2903245937 @default.
• W2993507967 cites W2944607259 @default.
• W2993507967 cites W2944682336 @default.
• W2993507967 cites W2977600605 @default.
• W2993507967 cites W826506566 @default.
• W2993507967 doi "https://doi.org/10.1016/j.jphotochem.2019.112289" @default.
• W2993507967 hasPublicationYear "2020" @default.
• W2993507967 type Work @default.
• W2993507967 sameAs 2993507967 @default.

• next