Matches in SemOpenAlex for { <https://semopenalex.org/work/W4301585470> ?p ?o ?g. }
- W4301585470 endingPage "15236" @default.
- W4301585470 startingPage "15228" @default.
- W4301585470 abstract "In order to search effective adsorbents for removal of metal ions in water treatments, three nanoporous organic frameworks, TPPA, TPPA-SO3H, and TPBD-SO3H, with or without −SO3H functionalities were selected and synthesized by the Schiff base reactions of 1,3,5-triformylphloroglucinol (TP) and p-phenylenediamine (PA), p-phenylenediaminesulfonic acid (PA-SO3H), and 2,2′-benzidinedisulfonic acid (BD-SO3H), respectively. Characterizations revealed that both TPPA and TPPA-SO3H possess high crystallinity and porosity, while only amorphous powder with irregular pores of TPBD-SO3H was obtained. The Brunauer–Emmett–Teller surface areas of 425.3 and 297.5 m2/g for TPPA and TPPA-SO3H, respectively, were calculated, while only 45.1 m2/g was detected for TPBD-SO3H. Metal ion adsorption experiments revealed that among all three framework materials, TPPA-SO3H shows the best performances in adsorption capacities, removal efficiency, and adsorption rate to all of the tested metal ions, especially Fe3+, Cr3+, and Cd2+ ions. Compared with the absence of −SO3H functionalities in TPPA and the amorphous nature of the extended framework material of TPBD-SO3H, the high performances of TPPA-SO3H should be ascribed to its synergistic effect of functionalization and crystallinity. This study revealed that besides the functional groups, the crystallinity of nanoporous organic frameworks is also a crucial factor in their applications." @default.
- W4301585470 created "2022-10-05" @default.
- W4301585470 creator A5024278129 @default.
- W4301585470 creator A5032436531 @default.
- W4301585470 creator A5056554030 @default.
- W4301585470 creator A5062972206 @default.
- W4301585470 creator A5078315542 @default.
- W4301585470 date "2022-10-05" @default.
- W4301585470 modified "2023-10-16" @default.
- W4301585470 title "Synergistic Effect of Functionalization and Crystallinity in Nanoporous Organic Frameworks for Effective Removal of Metal Ions from Aqueous Solution" @default.
- W4301585470 cites W1980704616 @default.
- W4301585470 cites W2008817603 @default.
- W4301585470 cites W2014190797 @default.
- W4301585470 cites W2017354934 @default.
- W4301585470 cites W2020664133 @default.
- W4301585470 cites W2027329930 @default.
- W4301585470 cites W2044839636 @default.
- W4301585470 cites W2050863372 @default.
- W4301585470 cites W2113536011 @default.
- W4301585470 cites W2137168276 @default.
- W4301585470 cites W2172032171 @default.
- W4301585470 cites W2289948488 @default.
- W4301585470 cites W2304206528 @default.
- W4301585470 cites W2304963923 @default.
- W4301585470 cites W2313657953 @default.
- W4301585470 cites W2314104383 @default.
- W4301585470 cites W2342420382 @default.
- W4301585470 cites W2409778596 @default.
- W4301585470 cites W2464729348 @default.
- W4301585470 cites W2512434287 @default.
- W4301585470 cites W2525711487 @default.
- W4301585470 cites W2552798319 @default.
- W4301585470 cites W2580930337 @default.
- W4301585470 cites W2594238106 @default.
- W4301585470 cites W2700254573 @default.
- W4301585470 cites W2728140473 @default.
- W4301585470 cites W2765426689 @default.
- W4301585470 cites W2781227562 @default.
- W4301585470 cites W2782843009 @default.
- W4301585470 cites W2789790695 @default.
- W4301585470 cites W2790674057 @default.
- W4301585470 cites W2794817718 @default.
- W4301585470 cites W2794989512 @default.
- W4301585470 cites W2795339847 @default.
- W4301585470 cites W2891019851 @default.
- W4301585470 cites W2902812442 @default.
- W4301585470 cites W2908141928 @default.
- W4301585470 cites W2924652724 @default.
- W4301585470 cites W2927587169 @default.
- W4301585470 cites W2962706586 @default.
- W4301585470 cites W2968602166 @default.
- W4301585470 cites W3000238549 @default.
- W4301585470 cites W3000359002 @default.
- W4301585470 cites W3009216498 @default.
- W4301585470 cites W3010998239 @default.
- W4301585470 cites W3012318535 @default.
- W4301585470 cites W3023123403 @default.
- W4301585470 cites W3027564959 @default.
- W4301585470 cites W3045025318 @default.
- W4301585470 cites W3045903949 @default.
- W4301585470 cites W3048181130 @default.
- W4301585470 cites W3048879481 @default.
- W4301585470 cites W3185024652 @default.
- W4301585470 cites W3187491331 @default.
- W4301585470 cites W3192232776 @default.
- W4301585470 cites W3210224939 @default.
- W4301585470 cites W3216247067 @default.
- W4301585470 cites W4206278589 @default.
- W4301585470 cites W4210672303 @default.
- W4301585470 cites W4214632167 @default.
- W4301585470 doi "https://doi.org/10.1021/acsanm.2c03346" @default.
- W4301585470 hasPublicationYear "2022" @default.
- W4301585470 type Work @default.
- W4301585470 citedByCount "4" @default.
- W4301585470 countsByYear W43015854702023 @default.
- W4301585470 crossrefType "journal-article" @default.
- W4301585470 hasAuthorship W4301585470A5024278129 @default.
- W4301585470 hasAuthorship W4301585470A5032436531 @default.
- W4301585470 hasAuthorship W4301585470A5056554030 @default.
- W4301585470 hasAuthorship W4301585470A5062972206 @default.
- W4301585470 hasAuthorship W4301585470A5078315542 @default.
- W4301585470 hasConcept C115537861 @default.
- W4301585470 hasConcept C127413603 @default.
- W4301585470 hasConcept C145148216 @default.
- W4301585470 hasConcept C147789679 @default.
- W4301585470 hasConcept C150394285 @default.
- W4301585470 hasConcept C178790620 @default.
- W4301585470 hasConcept C179104552 @default.
- W4301585470 hasConcept C179366358 @default.
- W4301585470 hasConcept C184651966 @default.
- W4301585470 hasConcept C185592680 @default.
- W4301585470 hasConcept C199164860 @default.
- W4301585470 hasConcept C42360764 @default.
- W4301585470 hasConcept C46275449 @default.
- W4301585470 hasConcept C48940184 @default.
- W4301585470 hasConcept C544153396 @default.
- W4301585470 hasConcept C56052488 @default.
- W4301585470 hasConcept C6648577 @default.