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• W3162015512 endingPage "23674" @default.
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• W3162015512 abstract "Superwetting materials with excellent anti-oil-fouling performance for the treatment of oily wastewater are urgently demanded in practice. In this work, aiming at effectively separating diverse oil-in-water emulsions, a multifunctional Bi2MoO6/Cu3(PO4)2 nanosheet-coated copper mesh was successfully fabricated by the combination of chemical oxidation and ultrasonic irradiation deposition methods. The resultant copper mesh exhibited superior superhydrophilicity/underwater superoleophobicity and, more importantly, preferable anti-oil-fouling property benefitting from the stable and firm hydration layer. A series of oil/water separation experiments for the highly emulsified surfactant-free and surfactant-stabilized oil-in-water emulsions were conducted, with the respective permeation fluxes of up to 3000 and 700 L·m–2·h–1 and the corresponding separation efficiencies of 99.5 and 98.6% solely driven by gravity. Meanwhile, considering the photo-Fenton-like catalytic activity of Bi2MoO6, the as-fabricated copper mesh exhibited excellent degradation ability toward organic pollutants under visible light irradiation. More importantly, stability tests were performed to evaluate the ability to cope with the harsh environments for practical applications. With the outstanding performances of high separation efficiency, desirable photo-Fenton-like catalytic capacity, and strong stability, the Bi2MoO6/Cu3(PO4)2 nanosheet-coated copper mesh holds promising potential for purifying emulsified wastewater." @default.
• W3162015512 created "2021-05-24" @default.
• W3162015512 creator A5013932942 @default.
• W3162015512 creator A5044769979 @default.
• W3162015512 creator A5068850142 @default.
• W3162015512 creator A5091870299 @default.
• W3162015512 date "2021-05-14" @default.
• W3162015512 modified "2023-10-17" @default.
• W3162015512 title "Superwetting Bi₂MoO₆/Cu₃(PO₄)₂ Nanosheet-Coated Copper Mesh with Superior Anti-Oil-Fouling and Photo-Fenton-like Catalytic Properties for Effective Oil-in-Water Emulsion Separation" @default.
• W3162015512 cites W1893546214 @default.
• W3162015512 cites W1968626253 @default.
• W3162015512 cites W1970323313 @default.
• W3162015512 cites W1974173600 @default.
• W3162015512 cites W1981262705 @default.
• W3162015512 cites W1981620475 @default.
• W3162015512 cites W1986495675 @default.
• W3162015512 cites W2002840134 @default.
• W3162015512 cites W2003067121 @default.
• W3162015512 cites W2006933189 @default.
• W3162015512 cites W2020559453 @default.
• W3162015512 cites W2050626891 @default.
• W3162015512 cites W2055372254 @default.
• W3162015512 cites W2057478005 @default.
• W3162015512 cites W2065136838 @default.
• W3162015512 cites W2069985081 @default.
• W3162015512 cites W2078346439 @default.
• W3162015512 cites W2080760754 @default.
• W3162015512 cites W2081561549 @default.
• W3162015512 cites W2086284659 @default.
• W3162015512 cites W2096159899 @default.
• W3162015512 cites W2126889964 @default.
• W3162015512 cites W2144760704 @default.
• W3162015512 cites W2159016718 @default.
• W3162015512 cites W2208866262 @default.
• W3162015512 cites W2275419265 @default.
• W3162015512 cites W2333753089 @default.
• W3162015512 cites W2336763920 @default.
• W3162015512 cites W2477480003 @default.
• W3162015512 cites W2517076825 @default.
• W3162015512 cites W2592690866 @default.
• W3162015512 cites W2597216974 @default.
• W3162015512 cites W2601241300 @default.
• W3162015512 cites W2610397929 @default.
• W3162015512 cites W2735478820 @default.
• W3162015512 cites W2744410659 @default.
• W3162015512 cites W2751681089 @default.
• W3162015512 cites W2751796051 @default.
• W3162015512 cites W2782091131 @default.
• W3162015512 cites W2791966316 @default.
• W3162015512 cites W2801764810 @default.
• W3162015512 cites W2802307203 @default.
• W3162015512 cites W2885281449 @default.
• W3162015512 cites W2885670781 @default.
• W3162015512 cites W2885878461 @default.
• W3162015512 cites W2892278921 @default.
• W3162015512 cites W2904516151 @default.
• W3162015512 cites W2905961046 @default.
• W3162015512 cites W2907752268 @default.
• W3162015512 cites W2914951517 @default.
• W3162015512 cites W2918462388 @default.
• W3162015512 cites W2943963507 @default.
• W3162015512 cites W2947767306 @default.
• W3162015512 cites W2948688245 @default.
• W3162015512 cites W2962290201 @default.
• W3162015512 cites W2963269461 @default.
• W3162015512 cites W2963648775 @default.
• W3162015512 cites W2971344899 @default.
• W3162015512 cites W2990688322 @default.
• W3162015512 cites W2998690101 @default.
• W3162015512 cites W3005006673 @default.
• W3162015512 cites W3010832975 @default.
• W3162015512 cites W3011449440 @default.
• W3162015512 cites W3013355456 @default.
• W3162015512 cites W3016957041 @default.
• W3162015512 cites W3037346723 @default.
• W3162015512 cites W3042459132 @default.
• W3162015512 cites W3042528351 @default.
• W3162015512 cites W3073867636 @default.
• W3162015512 cites W3080127208 @default.
• W3162015512 cites W3091784781 @default.
• W3162015512 cites W3092843554 @default.
• W3162015512 cites W3127054402 @default.
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• W3162015512 doi "https://doi.org/10.1021/acsami.1c02814" @default.
• W3162015512 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33985327" @default.
• W3162015512 hasPublicationYear "2021" @default.
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• W3162015512 hasAuthorship W3162015512A5068850142 @default.

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