Matches in SemOpenAlex for { <https://semopenalex.org/work/W3178736021> ?p ?o ?g. }
- W3178736021 endingPage "105996" @default.
- W3178736021 startingPage "105996" @default.
- W3178736021 abstract "In this work, the development of a novel Ag/Ag2O combined g-C3N4/ZnO (g-C3N4/ZnO-Ag2O) ternary photocatalyst was successfully prepared by facile calcination and hydrothermal precipitation method. The crystalline phase structure, surface morphology, chemical compositions, and optical properties of the as-obtained g-C3N4/ZnO-Ag2O photocatalysts (PCs) samples were also characterized by XRD, FT-IR, FE-SEM with mapping, HR-TEM, XPS, UV-Vis DRS and PL spectra exclusively. The photocatalytic enhanced performance of as-obtained g-C3N4/ZnO-Ag2O heterostructured PCs was exploited to aqueous methylene blue (MB) dye and 4-chlorophenol than that of pristine g-C3N4 PCs within 120 mins under visible-light irradiation. The g-C3N4/ZnO-Ag2O composite exhibits a high photo-degradation rate constant and good recycling stability towards the MB dye photo-decomposition. The photocatalytic upgrading performance might be recognized to the synergistic effect at SPR interface of Ag/Ag2O NPs, which superior visible light fascination and separation/transfer of photo-excited charges over the g-C3N4/ZnO heterojunction interface. Besides, the possible Z-Scheme photo-degradation pathway and charge separation mechanism were discussed. Hence, the existing work could probably deliver a novel way to develop highly capable composite PCs for environmental wastewater remediation." @default.
- W3178736021 created "2021-07-19" @default.
- W3178736021 creator A5006066403 @default.
- W3178736021 creator A5011382727 @default.
- W3178736021 creator A5028479638 @default.
- W3178736021 creator A5038817512 @default.
- W3178736021 creator A5043895216 @default.
- W3178736021 creator A5046465140 @default.
- W3178736021 creator A5055517493 @default.
- W3178736021 creator A5070571996 @default.
- W3178736021 creator A5078199924 @default.
- W3178736021 creator A5085032833 @default.
- W3178736021 date "2021-10-01" @default.
- W3178736021 modified "2023-09-27" @default.
- W3178736021 title "Fabrication of Ag/Ag2O incorporated graphitic carbon nitride based ZnO nanocomposite for enhanced Z-scheme photocatalytic performance of various organic pollutants and bacterial disinfection" @default.
- W3178736021 cites W1842857485 @default.
- W3178736021 cites W1967410007 @default.
- W3178736021 cites W2013149351 @default.
- W3178736021 cites W2036355996 @default.
- W3178736021 cites W2061516651 @default.
- W3178736021 cites W2086460377 @default.
- W3178736021 cites W2126927168 @default.
- W3178736021 cites W2176224176 @default.
- W3178736021 cites W2197952220 @default.
- W3178736021 cites W2276173105 @default.
- W3178736021 cites W2308688925 @default.
- W3178736021 cites W2313200550 @default.
- W3178736021 cites W2318286541 @default.
- W3178736021 cites W2319377022 @default.
- W3178736021 cites W2330845752 @default.
- W3178736021 cites W2332921071 @default.
- W3178736021 cites W2342479426 @default.
- W3178736021 cites W2400589155 @default.
- W3178736021 cites W2401906193 @default.
- W3178736021 cites W2462037391 @default.
- W3178736021 cites W2464358706 @default.
- W3178736021 cites W2510153331 @default.
- W3178736021 cites W2559797188 @default.
- W3178736021 cites W2583485718 @default.
- W3178736021 cites W2593531213 @default.
- W3178736021 cites W2740080544 @default.
- W3178736021 cites W2741209207 @default.
- W3178736021 cites W2769922566 @default.
- W3178736021 cites W2785919421 @default.
- W3178736021 cites W2793383529 @default.
- W3178736021 cites W2797452352 @default.
- W3178736021 cites W2800896489 @default.
- W3178736021 cites W2801388181 @default.
- W3178736021 cites W2806537163 @default.
- W3178736021 cites W2808368256 @default.
- W3178736021 cites W2808466410 @default.
- W3178736021 cites W2879434205 @default.
- W3178736021 cites W2885274864 @default.
- W3178736021 cites W2890595558 @default.
- W3178736021 cites W2890844082 @default.
- W3178736021 cites W2891519376 @default.
- W3178736021 cites W2893373934 @default.
- W3178736021 cites W2899620685 @default.
- W3178736021 cites W2901780293 @default.
- W3178736021 cites W2907867267 @default.
- W3178736021 cites W2911680488 @default.
- W3178736021 cites W2920476661 @default.
- W3178736021 cites W2925838368 @default.
- W3178736021 cites W2943076895 @default.
- W3178736021 cites W2962711220 @default.
- W3178736021 cites W2970026903 @default.
- W3178736021 cites W2972003203 @default.
- W3178736021 cites W2979853983 @default.
- W3178736021 cites W2980682555 @default.
- W3178736021 cites W2982633169 @default.
- W3178736021 cites W2984578849 @default.
- W3178736021 cites W2988066862 @default.
- W3178736021 cites W2993989310 @default.
- W3178736021 cites W2997479134 @default.
- W3178736021 cites W2997634384 @default.
- W3178736021 cites W2998735706 @default.
- W3178736021 cites W2999010123 @default.
- W3178736021 cites W2999198708 @default.
- W3178736021 cites W2999437892 @default.
- W3178736021 cites W3000059184 @default.
- W3178736021 cites W3008560660 @default.
- W3178736021 cites W3012209437 @default.
- W3178736021 cites W3012268704 @default.
- W3178736021 cites W3016788167 @default.
- W3178736021 cites W3026826475 @default.
- W3178736021 doi "https://doi.org/10.1016/j.jece.2021.105996" @default.
- W3178736021 hasPublicationYear "2021" @default.
- W3178736021 type Work @default.
- W3178736021 sameAs 3178736021 @default.
- W3178736021 citedByCount "28" @default.
- W3178736021 countsByYear W31787360212021 @default.
- W3178736021 countsByYear W31787360212022 @default.
- W3178736021 countsByYear W31787360212023 @default.
- W3178736021 crossrefType "journal-article" @default.
- W3178736021 hasAuthorship W3178736021A5006066403 @default.
- W3178736021 hasAuthorship W3178736021A5011382727 @default.
- W3178736021 hasAuthorship W3178736021A5028479638 @default.
- W3178736021 hasAuthorship W3178736021A5038817512 @default.