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• W2037396076 abstract "Poly (N-vinyl imidazole) (PVI) gel-filled nanofiltration (NF) membranes were synthesized by UV-initiated graft polymerization of N-vinyl imidazole (VI) monomer, with and without crosslinker N,Nʹ-methylenbisacrylamide (MBAA) on/in a polysulfone (PSf) ultrafiltration (UF) substrate. A comprehensive characterization of the resulting composite membranes was conducted in terms of surface chemical composition (ATR-FTIR, XPS), surface morphology (SEM), surface charge (zeta potential), surface wettability (water contact angle) and barrier properties (water permeance, neutral solute/ions rejection and membrane stability). From rejection data of neutral solutes, including Vitamin B12 and PEGs, the average pore sizes and pore size distributions of membranes were further determined. These results confirmed the prepared membranes as stable, defect-free, smooth, hydrophilic NF membranes with effective pore size between ~1.5 and 2 nm and water permeance between ~0.5 and 10 L m−2 h−1 bar−1. Moreover, owing to the weak polybase characteristic of the incorporated PVI gel, the membranes would carry slight positive charge in neutral or slightly acidic solution. The small pore size membranes displayed high salt rejections in the order of MgCl2>NaCl≈MgSO4>NaSO4 at near-neutral condition (pH 5.9±0.3).This testified their NF separation capability based on size exclusion, facilitated by Donnan repulsion. At last, by comparison with another reported type of gel-filled NF membranes with microporous substrate, and by applying a gel model, we delivered a qualitative description of the underlying fundamental parameters controlling the performance of such gel-filled membranes. Overall, these novel weak polybase gel-filled NF membranes with desirable nanometers-size pores and potentially tunable charge characteristics could offer great versatility for molecular-level separations." @default.
• W2037396076 created "2016-06-24" @default.
• W2037396076 creator A5005952749 @default.
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• W2037396076 date "2015-10-01" @default.
• W2037396076 modified "2023-10-16" @default.
• W2037396076 title "Preparation and characterization of poly (N-vinyl imidazole) gel-filled nanofiltration membranes" @default.
• W2037396076 cites W1605599607 @default.
• W2037396076 cites W1963930247 @default.
• W2037396076 cites W1966737205 @default.
• W2037396076 cites W1972103123 @default.
• W2037396076 cites W1974236631 @default.
• W2037396076 cites W1976861657 @default.
• W2037396076 cites W1980879174 @default.
• W2037396076 cites W1981407001 @default.
• W2037396076 cites W1982379184 @default.
• W2037396076 cites W1983579920 @default.
• W2037396076 cites W1988407648 @default.
• W2037396076 cites W1993650703 @default.
• W2037396076 cites W1993790504 @default.
• W2037396076 cites W1995000905 @default.
• W2037396076 cites W1995141604 @default.
• W2037396076 cites W1998136602 @default.
• W2037396076 cites W1998353288 @default.
• W2037396076 cites W1999483340 @default.
• W2037396076 cites W2001385017 @default.
• W2037396076 cites W2002896650 @default.
• W2037396076 cites W2003652674 @default.
• W2037396076 cites W2003887967 @default.
• W2037396076 cites W2005252516 @default.
• W2037396076 cites W2011298582 @default.
• W2037396076 cites W2013060854 @default.
• W2037396076 cites W2016555404 @default.
• W2037396076 cites W2018087132 @default.
• W2037396076 cites W2020268700 @default.
• W2037396076 cites W2025894906 @default.
• W2037396076 cites W2028363871 @default.
• W2037396076 cites W2034843125 @default.
• W2037396076 cites W2037672684 @default.
• W2037396076 cites W2039538381 @default.
• W2037396076 cites W2043412872 @default.
• W2037396076 cites W2045135031 @default.
• W2037396076 cites W2045161346 @default.
• W2037396076 cites W2045260522 @default.
• W2037396076 cites W2049526509 @default.
• W2037396076 cites W2054393840 @default.
• W2037396076 cites W2057021698 @default.
• W2037396076 cites W2057914847 @default.
• W2037396076 cites W2061005688 @default.
• W2037396076 cites W2067918087 @default.
• W2037396076 cites W2074209876 @default.
• W2037396076 cites W2074680474 @default.
• W2037396076 cites W2080760754 @default.
• W2037396076 cites W2081320637 @default.
• W2037396076 cites W2081334691 @default.
• W2037396076 cites W2084449785 @default.
• W2037396076 cites W2084774024 @default.
• W2037396076 cites W2086289873 @default.
• W2037396076 cites W2086637807 @default.
• W2037396076 cites W2087174449 @default.
• W2037396076 cites W2089162237 @default.
• W2037396076 cites W2089325169 @default.
• W2037396076 cites W2090554356 @default.
• W2037396076 cites W2092113401 @default.
• W2037396076 cites W2092728647 @default.
• W2037396076 cites W2093033993 @default.
• W2037396076 cites W2093786230 @default.
• W2037396076 cites W2094060247 @default.
• W2037396076 cites W2111243341 @default.
• W2037396076 cites W2114157430 @default.
• W2037396076 cites W2114545573 @default.
• W2037396076 cites W2157322512 @default.
• W2037396076 cites W2169013251 @default.
• W2037396076 cites W2315869805 @default.
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• W2037396076 doi "https://doi.org/10.1016/j.memsci.2015.04.033" @default.
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