Matches in SemOpenAlex for { <https://semopenalex.org/work/W4319461486> ?p ?o ?g. }
- W4319461486 endingPage "138105" @default.
- W4319461486 startingPage "138105" @default.
- W4319461486 abstract "Developing heterostructure photocatalysts for removing Microcystin-LR (MC-LR) under visible light was of positive significance to control the risk of Microcystins and ensure the safety of water quality. Herein, the Bi2WO6/Reduced graphene oxide (RGO) nanocomposites were prepared via a simple one-spot hydrothermal method for the first time to degrade MC-LR. The optimized Bi2WO6/RGO (Bi2WO6/RGO3%) achieved a removal efficiency of 82.3% toward MC-LR, with 1.9-fold higher efficiencies than Bi2WO6, and it showed superior reusability and high stability after 5 cycles. The degradation efficiency of MC-LR demonstrated a negative trend with the initial concentration of MC-LR, fulvic acid, and initial algal density increased, while MC-LR removal rate for the presence of anions was in the order of Cl− > CO3−2 > NO3− > H2PO4−. The degradation efficiency of MC-LR could reach up to 82.3% within 180 min in the neutral condition. The active species detection experiments and EPR measurements demonstrated that the holes (h+), hydroxide radicals (∙OH), and superoxide radicals (∙O2−) participated in the degradation of MC-LR. The DFT calculations showed that 0.56 of electron transferred from Bi2WO6 to RGO, indicating RGO introduction could prevent the recombination of photoelectrons and holes and was beneficial for MC-LR degradation. Finally, the possible intermediate products and degradation pathways were also proposed by the LC-MS/MS analysis." @default.
- W4319461486 created "2023-02-09" @default.
- W4319461486 creator A5011754083 @default.
- W4319461486 creator A5043005954 @default.
- W4319461486 creator A5045136015 @default.
- W4319461486 creator A5075006621 @default.
- W4319461486 date "2023-04-01" @default.
- W4319461486 modified "2023-10-06" @default.
- W4319461486 title "Visible light-driven photocatalytic degradation of Microcystin-LR by Bi2WO6/Reduced graphene oxide heterojunctions: Mechanistic insight, DFT calculation and degradation pathways" @default.
- W4319461486 cites W1963877576 @default.
- W4319461486 cites W2036376248 @default.
- W4319461486 cites W2047813758 @default.
- W4319461486 cites W2073023818 @default.
- W4319461486 cites W2088791700 @default.
- W4319461486 cites W2093990295 @default.
- W4319461486 cites W2141583665 @default.
- W4319461486 cites W2280605604 @default.
- W4319461486 cites W2313553387 @default.
- W4319461486 cites W2317528274 @default.
- W4319461486 cites W2335700955 @default.
- W4319461486 cites W2343096121 @default.
- W4319461486 cites W2574659301 @default.
- W4319461486 cites W2586685392 @default.
- W4319461486 cites W2760324501 @default.
- W4319461486 cites W2773254244 @default.
- W4319461486 cites W2789659568 @default.
- W4319461486 cites W2792323065 @default.
- W4319461486 cites W2797344004 @default.
- W4319461486 cites W2799547236 @default.
- W4319461486 cites W2800252005 @default.
- W4319461486 cites W2806178419 @default.
- W4319461486 cites W2811050970 @default.
- W4319461486 cites W2901328775 @default.
- W4319461486 cites W2907447350 @default.
- W4319461486 cites W2910683585 @default.
- W4319461486 cites W2911587454 @default.
- W4319461486 cites W2919284109 @default.
- W4319461486 cites W2923947518 @default.
- W4319461486 cites W2927474830 @default.
- W4319461486 cites W2942124086 @default.
- W4319461486 cites W2944339018 @default.
- W4319461486 cites W2972866820 @default.
- W4319461486 cites W2991174922 @default.
- W4319461486 cites W2996029884 @default.
- W4319461486 cites W3037668719 @default.
- W4319461486 cites W3040498684 @default.
- W4319461486 cites W3040858198 @default.
- W4319461486 cites W3041871265 @default.
- W4319461486 cites W3045277828 @default.
- W4319461486 cites W3094705545 @default.
- W4319461486 cites W3120274585 @default.
- W4319461486 cites W3138321054 @default.
- W4319461486 cites W3152669035 @default.
- W4319461486 cites W3154196742 @default.
- W4319461486 cites W3170610882 @default.
- W4319461486 cites W3178915978 @default.
- W4319461486 cites W3184805946 @default.
- W4319461486 cites W3204760725 @default.
- W4319461486 cites W3205997923 @default.
- W4319461486 cites W3215079954 @default.
- W4319461486 cites W3215277675 @default.
- W4319461486 cites W4200249895 @default.
- W4319461486 cites W4200385598 @default.
- W4319461486 cites W4200529172 @default.
- W4319461486 cites W4206315489 @default.
- W4319461486 cites W4210557497 @default.
- W4319461486 cites W4214892774 @default.
- W4319461486 cites W4220685225 @default.
- W4319461486 cites W4225123118 @default.
- W4319461486 cites W4225253942 @default.
- W4319461486 cites W4247006708 @default.
- W4319461486 cites W4281642817 @default.
- W4319461486 cites W4283788630 @default.
- W4319461486 doi "https://doi.org/10.1016/j.chemosphere.2023.138105" @default.
- W4319461486 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36764614" @default.
- W4319461486 hasPublicationYear "2023" @default.
- W4319461486 type Work @default.
- W4319461486 citedByCount "6" @default.
- W4319461486 countsByYear W43194614862023 @default.
- W4319461486 crossrefType "journal-article" @default.
- W4319461486 hasAuthorship W4319461486A5011754083 @default.
- W4319461486 hasAuthorship W4319461486A5043005954 @default.
- W4319461486 hasAuthorship W4319461486A5045136015 @default.
- W4319461486 hasAuthorship W4319461486A5075006621 @default.
- W4319461486 hasConcept C127413603 @default.
- W4319461486 hasConcept C139066938 @default.
- W4319461486 hasConcept C13965031 @default.
- W4319461486 hasConcept C161790260 @default.
- W4319461486 hasConcept C171250308 @default.
- W4319461486 hasConcept C178790620 @default.
- W4319461486 hasConcept C179104552 @default.
- W4319461486 hasConcept C185592680 @default.
- W4319461486 hasConcept C192562407 @default.
- W4319461486 hasConcept C2775896084 @default.
- W4319461486 hasConcept C2779669040 @default.
- W4319461486 hasConcept C2779679103 @default.
- W4319461486 hasConcept C2779851234 @default.
- W4319461486 hasConcept C2780299475 @default.