FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2943023748> ?p ?o ?g. }

• W2943023748 endingPage "9581" @default.
• W2943023748 startingPage "9574" @default.
• W2943023748 abstract "Tetraethylenepentamine (TEPA) and its derivatives were used to functionalize mesocellular silica foam (MSU-F) supports by wet impregnation for utilization as solid sorbents for CO2 capture. TEPA derivatives were synthesized by introducing various substituents into the amino groups of TEPA. The CO2 adsorption and desorption properties of the solid sorbents were evaluated to assess the effects of substituent introduction. TEPA derivatives with bulky alkyl groups such as 3-pentyl (Pe) substituents drastically enhanced the adsorption and regeneration performance of the solid sorbents, while the introduction of hydroxyalkyl substituents had a negative effect on the CO2 adsorption capacity. The mechanisms governing these effects are discussed in terms of CO2 affinity and diffusivity, depending on the introduced functionality. For a simulant flue gas of 14% CO2, 5% O2, 4% H2O, and balance N2 at 40 °C, MSU-F-supported Pe-TEPA showed a working capacity higher than 4 mmol CO2/g by inert-gas sweeping regeneration at 60 °C with excellent cyclic stability. The results demonstrate that the regeneration performance is greatly improved by chemical modification of the amino functional groups of amine-impregnated solid sorbents. This approach is promising for developing low-energy and low-temperature CO2 capture technologies." @default.
• W2943023748 created "2019-05-09" @default.
• W2943023748 creator A5006536628 @default.
• W2943023748 creator A5009743291 @default.
• W2943023748 creator A5027462327 @default.
• W2943023748 creator A5086240459 @default.
• W2943023748 date "2019-04-29" @default.
• W2943023748 modified "2023-10-18" @default.
• W2943023748 title "Enhancement Mechanism of the CO₂ Adsorption–Desorption Efficiency of Silica-Supported Tetraethylenepentamine by Chemical Modification of Amino Groups" @default.
• W2943023748 cites W1966231391 @default.
• W2943023748 cites W1977797406 @default.
• W2943023748 cites W1980146465 @default.
• W2943023748 cites W1983112958 @default.
• W2943023748 cites W1983416443 @default.
• W2943023748 cites W1985424877 @default.
• W2943023748 cites W1985686080 @default.
• W2943023748 cites W1987022912 @default.
• W2943023748 cites W1989103093 @default.
• W2943023748 cites W2009343444 @default.
• W2943023748 cites W2012754313 @default.
• W2943023748 cites W2014371763 @default.
• W2943023748 cites W2018451338 @default.
• W2943023748 cites W2019824491 @default.
• W2943023748 cites W2019832034 @default.
• W2943023748 cites W2024781209 @default.
• W2943023748 cites W2030142665 @default.
• W2943023748 cites W2042591593 @default.
• W2943023748 cites W2051202327 @default.
• W2943023748 cites W2064411034 @default.
• W2943023748 cites W2072771909 @default.
• W2943023748 cites W2073068249 @default.
• W2943023748 cites W2087359709 @default.
• W2943023748 cites W2092716330 @default.
• W2943023748 cites W2093396192 @default.
• W2943023748 cites W2125674332 @default.
• W2943023748 cites W2127969286 @default.
• W2943023748 cites W2130321631 @default.
• W2943023748 cites W2161787079 @default.
• W2943023748 cites W2163642456 @default.
• W2943023748 cites W2176199508 @default.
• W2943023748 cites W2195955420 @default.
• W2943023748 cites W2225234826 @default.
• W2943023748 cites W2301129799 @default.
• W2943023748 cites W2312496888 @default.
• W2943023748 cites W2314130740 @default.
• W2943023748 cites W2314186007 @default.
• W2943023748 cites W2316375337 @default.
• W2943023748 cites W2316399426 @default.
• W2943023748 cites W2316955640 @default.
• W2943023748 cites W2317350522 @default.
• W2943023748 cites W2317810476 @default.
• W2943023748 cites W2320593622 @default.
• W2943023748 cites W2320801998 @default.
• W2943023748 cites W2322949946 @default.
• W2943023748 cites W2324840585 @default.
• W2943023748 cites W2328105223 @default.
• W2943023748 cites W2332828562 @default.
• W2943023748 cites W2333200482 @default.
• W2943023748 cites W2333879002 @default.
• W2943023748 cites W2334187970 @default.
• W2943023748 cites W2339704813 @default.
• W2943023748 cites W2345840161 @default.
• W2943023748 cites W2437782986 @default.
• W2943023748 cites W2510984897 @default.
• W2943023748 cites W2512898243 @default.
• W2943023748 cites W2512920130 @default.
• W2943023748 cites W2521427380 @default.
• W2943023748 cites W2559977351 @default.
• W2943023748 cites W2567606926 @default.
• W2943023748 cites W2593022340 @default.
• W2943023748 cites W2746930261 @default.
• W2943023748 cites W2765666073 @default.
• W2943023748 cites W2767356996 @default.
• W2943023748 cites W2768753232 @default.
• W2943023748 cites W2774060477 @default.
• W2943023748 cites W2806183742 @default.
• W2943023748 cites W2889593683 @default.
• W2943023748 cites W2897958999 @default.
• W2943023748 cites W4246438352 @default.
• W2943023748 cites W867644752 @default.
• W2943023748 doi "https://doi.org/10.1021/acssuschemeng.9b01064" @default.
• W2943023748 hasPublicationYear "2019" @default.
• W2943023748 type Work @default.
• W2943023748 sameAs 2943023748 @default.
• W2943023748 citedByCount "19" @default.
• W2943023748 countsByYear W29430237482019 @default.
• W2943023748 countsByYear W29430237482020 @default.
• W2943023748 countsByYear W29430237482021 @default.
• W2943023748 countsByYear W29430237482022 @default.
• W2943023748 countsByYear W29430237482023 @default.
• W2943023748 crossrefType "journal-article" @default.
• W2943023748 hasAuthorship W2943023748A5006536628 @default.
• W2943023748 hasAuthorship W2943023748A5009743291 @default.
• W2943023748 hasAuthorship W2943023748A5027462327 @default.
• W2943023748 hasAuthorship W2943023748A5086240459 @default.
• W2943023748 hasConcept C115537861 @default.
• W2943023748 hasConcept C127413603 @default.
• W2943023748 hasConcept C131779359 @default.

• next