Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383215743> ?p ?o ?g. }
- W4383215743 endingPage "121912" @default.
- W4383215743 startingPage "121912" @default.
- W4383215743 abstract "We developed a tough and highly CO2-permeable ion gel membrane composed of a CO2-philic ionic liquid (IL), 1-ethyl-3-methylimidazolium tetracyanoborate ([Emim][B(CN)4]), and an interpenetrating polymer network (IPN) composed of poly(vinylidene fluoride-co-hexafluoropropylene) (PVDF-HFP) and crosslinkable poly(ethyl acrylate-co-N-succinimide acrylate) (poly(EA-co-NSA)). The semi-crystalline PVDF-HFP and IL-philic poly(EA-co-NSA) networks endowed the ion gel membrane with high mechanical strength and good IL-holding properties. The high mechanical strength and good IL-holding properties achieved by the polymer networks provided the ion gel membrane with high and selective CO2 permeability under pressurized conditions at a trans-membrane pressure difference of 250 kPa. In addition, the high CO2 absorbability of [Emim][B(CN)4] provided the ion gel membrane with a CO2 permeability of more than 2500 barrer and a CO2/N2 permselectivity of approximately 20 at an elevated temperature of 80 °C. It was also demonstrated that the CO2 permeability of the IPN ion gel membrane increased with increasing IL content. The IPN ion gel membrane with an IL content of 85 wt% had a CO2 permeability of 2243 barrer and a CO2/N2 permselectivity of 43 at 30 °C. The excellent CO2 permeability and CO2/N2 permselectivity were not changed by physical aging for more than one week." @default.
- W4383215743 created "2023-07-06" @default.
- W4383215743 creator A5018704050 @default.
- W4383215743 creator A5028415062 @default.
- W4383215743 creator A5043932110 @default.
- W4383215743 creator A5046876805 @default.
- W4383215743 creator A5061847535 @default.
- W4383215743 creator A5062121176 @default.
- W4383215743 creator A5072304787 @default.
- W4383215743 date "2023-11-01" @default.
- W4383215743 modified "2023-09-26" @default.
- W4383215743 title "Development of an ion gel membrane containing a CO2-philic ionic liquid in interpenetrating semi-crystalline and crosslinkable polymer networks" @default.
- W4383215743 cites W1450498411 @default.
- W4383215743 cites W1656511176 @default.
- W4383215743 cites W1823555870 @default.
- W4383215743 cites W1964488159 @default.
- W4383215743 cites W1966781307 @default.
- W4383215743 cites W1972002419 @default.
- W4383215743 cites W1982580863 @default.
- W4383215743 cites W1991296379 @default.
- W4383215743 cites W2001006112 @default.
- W4383215743 cites W2009872995 @default.
- W4383215743 cites W2010496690 @default.
- W4383215743 cites W2012146958 @default.
- W4383215743 cites W2015458600 @default.
- W4383215743 cites W2022353023 @default.
- W4383215743 cites W2030091754 @default.
- W4383215743 cites W2030528892 @default.
- W4383215743 cites W2030812686 @default.
- W4383215743 cites W2032720602 @default.
- W4383215743 cites W2033148364 @default.
- W4383215743 cites W2034569459 @default.
- W4383215743 cites W2047352517 @default.
- W4383215743 cites W2050184926 @default.
- W4383215743 cites W2052006456 @default.
- W4383215743 cites W2053042105 @default.
- W4383215743 cites W2057434959 @default.
- W4383215743 cites W2061305384 @default.
- W4383215743 cites W2061666740 @default.
- W4383215743 cites W2078244194 @default.
- W4383215743 cites W2080879439 @default.
- W4383215743 cites W2084505822 @default.
- W4383215743 cites W2085480766 @default.
- W4383215743 cites W2095108228 @default.
- W4383215743 cites W2118844714 @default.
- W4383215743 cites W2122076966 @default.
- W4383215743 cites W2125368238 @default.
- W4383215743 cites W2148619538 @default.
- W4383215743 cites W2153594397 @default.
- W4383215743 cites W2154605528 @default.
- W4383215743 cites W2160730391 @default.
- W4383215743 cites W2312242294 @default.
- W4383215743 cites W2316403938 @default.
- W4383215743 cites W2320901659 @default.
- W4383215743 cites W2323121619 @default.
- W4383215743 cites W2486053001 @default.
- W4383215743 cites W2516629790 @default.
- W4383215743 cites W2536015751 @default.
- W4383215743 cites W2558874533 @default.
- W4383215743 cites W2559985423 @default.
- W4383215743 cites W2575149871 @default.
- W4383215743 cites W2589781222 @default.
- W4383215743 cites W2767433580 @default.
- W4383215743 cites W2802587233 @default.
- W4383215743 cites W2893805577 @default.
- W4383215743 cites W2922260470 @default.
- W4383215743 cites W2933793327 @default.
- W4383215743 cites W2962943764 @default.
- W4383215743 cites W2991751170 @default.
- W4383215743 cites W3049715824 @default.
- W4383215743 cites W3085656383 @default.
- W4383215743 cites W3096241593 @default.
- W4383215743 cites W3118661398 @default.
- W4383215743 cites W3128735899 @default.
- W4383215743 cites W3161169373 @default.
- W4383215743 cites W3189305481 @default.
- W4383215743 cites W3193348338 @default.
- W4383215743 cites W3196106363 @default.
- W4383215743 cites W4221024581 @default.
- W4383215743 cites W4280510760 @default.
- W4383215743 cites W4282974162 @default.
- W4383215743 cites W4286434971 @default.
- W4383215743 cites W4296400655 @default.
- W4383215743 cites W4297140738 @default.
- W4383215743 cites W4318818659 @default.
- W4383215743 doi "https://doi.org/10.1016/j.memsci.2023.121912" @default.
- W4383215743 hasPublicationYear "2023" @default.
- W4383215743 type Work @default.
- W4383215743 citedByCount "0" @default.
- W4383215743 crossrefType "journal-article" @default.
- W4383215743 hasAuthorship W4383215743A5018704050 @default.
- W4383215743 hasAuthorship W4383215743A5028415062 @default.
- W4383215743 hasAuthorship W4383215743A5043932110 @default.
- W4383215743 hasAuthorship W4383215743A5046876805 @default.
- W4383215743 hasAuthorship W4383215743A5061847535 @default.
- W4383215743 hasAuthorship W4383215743A5062121176 @default.
- W4383215743 hasAuthorship W4383215743A5072304787 @default.
- W4383215743 hasConcept C120882062 @default.