Matches in SemOpenAlex for { <https://semopenalex.org/work/W3161299351> ?p ?o ?g. }
- W3161299351 endingPage "126817" @default.
- W3161299351 startingPage "126817" @default.
- W3161299351 abstract "Smart materials with controllable wettability have become one of the current research hotspots. Among them, the pH-responsive superwetting material is considered an ideal material because of its rapid response process and simple response mechanism. However, the pH-responsive materials reported previously could only perform wettability conversion in a single direction. In order to meet the demands of practical applications, it is indispensable to prepare the pH-bidirectional responsive superwetting material which can flexibly transform wettability in both directions. Based on this, a fluorine free and eco-friendly superwetting fabric with pH-bidirectional responsiveness was prepared by free radical polymerization and the combination of micro-nano hierarchical structure. A series of test results verified that the prepared fabric possessed excellent mechanical durability and chemical stability, satisfactory flux and separation efficiency. In addition, this work also successfully employed the prepared pH-bidirectional responsive superwetting fabric to realize the separation of three-phase oil-water-oil mixture. Surprisingly, the prepared fabric was also proved to be effective for the separation of multiple organic components, which was rarely reported in previous researches. Therefore, such pH-bidirectional responsive superwetting fabric will have broad application prospects in the field of oil-water separation and multi-organic components separation under the actual complex environment. In this paper, a functionalized-fabric with pH-bidirectional responsiveness was obtained by a low-cost, environmentally friendly and simple preparation process. The micro-nano hierarchical rough structure and the sensitive groups of acid and alkaline were integrated on a piece of fabric. The surface of this smart fabric exhibited superhydrophobicity-superoleophilicity in a neutral environment, and would transform into superhydrophilicity-underwater superoleophobicity under external stimulations of acid and alkaline, showing a flexible bidirectional wettability transformation. It was worth noting that the obtained fabric could separate various oil-water mixtures and successfully achieve the separation of three-phase oil-water-oil mixtures. Surprisingly, the resulted smart fabric could efficiently separate two noxious components (phenol and aniline) from the mixed organic phase. Therefore, this functionalized fabric will provide new insights for the application of oil-water separation and organic component separation materials, and can be expanded to the fields of pharmaceutical production, dye industry and chemical processes. • Bidirectional wettability conversion in the entire pH-range. • The fabrics can realize high-flux and high-efficient oil-water separation. • In-situ and continuous three-phase oil/water/oil mixtures separation. • The fabrics can separate multiple organic components (phenol, aniline, anisole). • The fabrics exhibit excellent durability and reusability." @default.
- W3161299351 created "2021-05-24" @default.
- W3161299351 creator A5004483141 @default.
- W3161299351 creator A5011600709 @default.
- W3161299351 creator A5013281409 @default.
- W3161299351 creator A5015635223 @default.
- W3161299351 creator A5026434908 @default.
- W3161299351 creator A5026539772 @default.
- W3161299351 creator A5031073582 @default.
- W3161299351 creator A5031775138 @default.
- W3161299351 creator A5084458302 @default.
- W3161299351 date "2021-09-01" @default.
- W3161299351 modified "2023-10-02" @default.
- W3161299351 title "Eco-friendly superwettable functionalized-fabric with pH-bidirectional responsiveness for controllable oil-water and multi-organic components separation" @default.
- W3161299351 cites W2328569834 @default.
- W3161299351 cites W2582342344 @default.
- W3161299351 cites W2588114149 @default.
- W3161299351 cites W2793360594 @default.
- W3161299351 cites W2856990599 @default.
- W3161299351 cites W2889950269 @default.
- W3161299351 cites W2890422451 @default.
- W3161299351 cites W2893255048 @default.
- W3161299351 cites W2894993211 @default.
- W3161299351 cites W2896189480 @default.
- W3161299351 cites W2898963444 @default.
- W3161299351 cites W2901222458 @default.
- W3161299351 cites W2915220031 @default.
- W3161299351 cites W2937530673 @default.
- W3161299351 cites W2942525897 @default.
- W3161299351 cites W2943404484 @default.
- W3161299351 cites W2947526737 @default.
- W3161299351 cites W2970897846 @default.
- W3161299351 cites W2971815211 @default.
- W3161299351 cites W2981112739 @default.
- W3161299351 cites W2981407220 @default.
- W3161299351 cites W2990427764 @default.
- W3161299351 cites W2994119555 @default.
- W3161299351 cites W2999095234 @default.
- W3161299351 cites W3000228516 @default.
- W3161299351 cites W3010299187 @default.
- W3161299351 cites W3015943027 @default.
- W3161299351 cites W3015994448 @default.
- W3161299351 cites W3016304257 @default.
- W3161299351 cites W3017493870 @default.
- W3161299351 cites W3021479368 @default.
- W3161299351 cites W3022416924 @default.
- W3161299351 cites W3023113576 @default.
- W3161299351 cites W3023296270 @default.
- W3161299351 cites W3026116638 @default.
- W3161299351 cites W3044294735 @default.
- W3161299351 cites W3047025125 @default.
- W3161299351 cites W3047925119 @default.
- W3161299351 cites W3048650331 @default.
- W3161299351 cites W3049438429 @default.
- W3161299351 cites W3082836765 @default.
- W3161299351 cites W3084029975 @default.
- W3161299351 cites W3086366737 @default.
- W3161299351 cites W3087943921 @default.
- W3161299351 cites W3089836393 @default.
- W3161299351 cites W3090462880 @default.
- W3161299351 cites W3091784781 @default.
- W3161299351 cites W3093423659 @default.
- W3161299351 cites W3094615233 @default.
- W3161299351 cites W3094773934 @default.
- W3161299351 cites W3105043129 @default.
- W3161299351 cites W3105884372 @default.
- W3161299351 cites W3118805438 @default.
- W3161299351 cites W3120370358 @default.
- W3161299351 cites W3127602539 @default.
- W3161299351 cites W3139300478 @default.
- W3161299351 doi "https://doi.org/10.1016/j.colsurfa.2021.126817" @default.
- W3161299351 hasPublicationYear "2021" @default.
- W3161299351 type Work @default.
- W3161299351 sameAs 3161299351 @default.
- W3161299351 citedByCount "13" @default.
- W3161299351 countsByYear W31612993512021 @default.
- W3161299351 countsByYear W31612993512022 @default.
- W3161299351 countsByYear W31612993512023 @default.
- W3161299351 crossrefType "journal-article" @default.
- W3161299351 hasAuthorship W3161299351A5004483141 @default.
- W3161299351 hasAuthorship W3161299351A5011600709 @default.
- W3161299351 hasAuthorship W3161299351A5013281409 @default.
- W3161299351 hasAuthorship W3161299351A5015635223 @default.
- W3161299351 hasAuthorship W3161299351A5026434908 @default.
- W3161299351 hasAuthorship W3161299351A5026539772 @default.
- W3161299351 hasAuthorship W3161299351A5031073582 @default.
- W3161299351 hasAuthorship W3161299351A5031775138 @default.
- W3161299351 hasAuthorship W3161299351A5084458302 @default.
- W3161299351 hasConcept C119857082 @default.
- W3161299351 hasConcept C127413603 @default.
- W3161299351 hasConcept C171534860 @default.
- W3161299351 hasConcept C185592680 @default.
- W3161299351 hasConcept C18903297 @default.
- W3161299351 hasConcept C192562407 @default.
- W3161299351 hasConcept C2776061190 @default.
- W3161299351 hasConcept C39432304 @default.
- W3161299351 hasConcept C41008148 @default.
- W3161299351 hasConcept C42360764 @default.