Matches in SemOpenAlex for { <https://semopenalex.org/work/W3090909757> ?p ?o ?g. }
- W3090909757 endingPage "117787" @default.
- W3090909757 startingPage "117787" @default.
- W3090909757 abstract "Organic pollutants are biological toxicity and should be removed from the environment. Membrane separation offers several advantages in organic pollutants removal such as high pollutants selectivity and high solvent permeability. Covalent organic framework membrane is regarded as an emerging porous membrane for nanofiltration owing to their permanent porosity and well-defined pore structure in various organic media. Herein, a self-standing 2D sulfonate anionic COF membrane with nanometer pore size and -SO3Na groups has been successfully prepared. The surface charge combines with nanopore sieving property endow the COF membrane high nanofiltration separation performances and charge-controlled organic molecular separation. The anionic membrane can effectively intercept > 99% of cationic organic pollutants, while maintaining excellent solvent permeability due to its rigid porous structure and high porosity. The density functional theory (DFT) calculation provides further understanding on the charge-controlled separation in ionic nanoporous membranes. Our work may open up a new avenue for developing charged COF membrane for nanofiltration and organic pollutants separation applications." @default.
- W3090909757 created "2020-10-08" @default.
- W3090909757 creator A5007736553 @default.
- W3090909757 creator A5023211477 @default.
- W3090909757 creator A5029695887 @default.
- W3090909757 creator A5053674695 @default.
- W3090909757 creator A5055789447 @default.
- W3090909757 creator A5056021979 @default.
- W3090909757 creator A5060954718 @default.
- W3090909757 creator A5065703220 @default.
- W3090909757 creator A5068260708 @default.
- W3090909757 creator A5091471786 @default.
- W3090909757 date "2021-02-01" @default.
- W3090909757 modified "2023-10-17" @default.
- W3090909757 title "Highly crystalline ionic covalent organic framework membrane for nanofiltration and charge-controlled organic pollutants removal" @default.
- W3090909757 cites W1783465396 @default.
- W3090909757 cites W1992301911 @default.
- W3090909757 cites W2020156565 @default.
- W3090909757 cites W2046034814 @default.
- W3090909757 cites W2047850721 @default.
- W3090909757 cites W2052356798 @default.
- W3090909757 cites W2053837213 @default.
- W3090909757 cites W2119635850 @default.
- W3090909757 cites W2144816638 @default.
- W3090909757 cites W2197459467 @default.
- W3090909757 cites W2237523201 @default.
- W3090909757 cites W2239728965 @default.
- W3090909757 cites W2280473308 @default.
- W3090909757 cites W2308715771 @default.
- W3090909757 cites W2332136976 @default.
- W3090909757 cites W2341179493 @default.
- W3090909757 cites W2417656895 @default.
- W3090909757 cites W2461785295 @default.
- W3090909757 cites W2463801883 @default.
- W3090909757 cites W2464729348 @default.
- W3090909757 cites W2514846801 @default.
- W3090909757 cites W2522247135 @default.
- W3090909757 cites W2548573669 @default.
- W3090909757 cites W2552458388 @default.
- W3090909757 cites W2554444271 @default.
- W3090909757 cites W2567945411 @default.
- W3090909757 cites W2571267086 @default.
- W3090909757 cites W2597771383 @default.
- W3090909757 cites W2616531638 @default.
- W3090909757 cites W2751494779 @default.
- W3090909757 cites W2768016499 @default.
- W3090909757 cites W2768988432 @default.
- W3090909757 cites W2770508768 @default.
- W3090909757 cites W2777311820 @default.
- W3090909757 cites W2785112065 @default.
- W3090909757 cites W2790347891 @default.
- W3090909757 cites W2790372180 @default.
- W3090909757 cites W2793421145 @default.
- W3090909757 cites W2804626515 @default.
- W3090909757 cites W2887319076 @default.
- W3090909757 cites W2888492079 @default.
- W3090909757 cites W2889338851 @default.
- W3090909757 cites W2893837775 @default.
- W3090909757 cites W2896503173 @default.
- W3090909757 cites W2898808922 @default.
- W3090909757 cites W2902812442 @default.
- W3090909757 cites W2938009912 @default.
- W3090909757 cites W2941595753 @default.
- W3090909757 cites W2943402976 @default.
- W3090909757 cites W2951532350 @default.
- W3090909757 cites W2964361496 @default.
- W3090909757 cites W2980320767 @default.
- W3090909757 cites W2983788398 @default.
- W3090909757 cites W2990315419 @default.
- W3090909757 cites W4240582562 @default.
- W3090909757 cites W566085386 @default.
- W3090909757 doi "https://doi.org/10.1016/j.seppur.2020.117787" @default.
- W3090909757 hasPublicationYear "2021" @default.
- W3090909757 type Work @default.
- W3090909757 sameAs 3090909757 @default.
- W3090909757 citedByCount "35" @default.
- W3090909757 countsByYear W30909097572021 @default.
- W3090909757 countsByYear W30909097572022 @default.
- W3090909757 countsByYear W30909097572023 @default.
- W3090909757 crossrefType "journal-article" @default.
- W3090909757 hasAuthorship W3090909757A5007736553 @default.
- W3090909757 hasAuthorship W3090909757A5023211477 @default.
- W3090909757 hasAuthorship W3090909757A5029695887 @default.
- W3090909757 hasAuthorship W3090909757A5053674695 @default.
- W3090909757 hasAuthorship W3090909757A5055789447 @default.
- W3090909757 hasAuthorship W3090909757A5056021979 @default.
- W3090909757 hasAuthorship W3090909757A5060954718 @default.
- W3090909757 hasAuthorship W3090909757A5065703220 @default.
- W3090909757 hasAuthorship W3090909757A5068260708 @default.
- W3090909757 hasAuthorship W3090909757A5091471786 @default.
- W3090909757 hasConcept C127413603 @default.
- W3090909757 hasConcept C146763847 @default.
- W3090909757 hasConcept C178790620 @default.
- W3090909757 hasConcept C185592680 @default.
- W3090909757 hasConcept C192562407 @default.
- W3090909757 hasConcept C2777893391 @default.
- W3090909757 hasConcept C2780471494 @default.
- W3090909757 hasConcept C41625074 @default.