FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383343013> ?p ?o ?g. }

• W4383343013 endingPage "11829" @default.
• W4383343013 startingPage "11822" @default.
• W4383343013 abstract "An amino-functionalized polyhedral oligomeric silsesquioxane (NH2-POSS) was grafted onto molecular chains of a chlorinated alkane-activated polybenzimidazole (CPBI) matrix to fabricate mixed matrix membranes (MMMs) for highly efficient CO2/CH4 separation. The nanocages NH2-POSS contributed significantly to the improvement of the CO2 separation performance. The following explanations were given as the primary causes: first, the nanocages NH2-POSS constructed low-resistance transport pathways for accelerating CO2 transport in MMMs. Second, the amino groups of NH2-POSS provided carriers for CO2, benefiting the improvement of CO2 selectivity. Moreover, the introduced nanocages NH2-POSS reduced the face to face packing and strong hydrogen bonding between CPBI molecule chains to enhance CO2 permeability. As a result, the CO2/CH4 separation performance of CPBI/NH2-POSS MMMs was significantly improved. In particular, compared with the pure CPBI membrane, the CO2 permeability and CO2/CH4 separation factor of CPBI/NH2-POSS-6 MMM were increased by 196.9 and 248.2%, respectively. This work suggested that an efficient strategy for CO2/CH4 separation involved the construction of low-resistance transport pathways by nanocage fillers." @default.
• W4383343013 created "2023-07-07" @default.
• W4383343013 creator A5008716470 @default.
• W4383343013 creator A5019800661 @default.
• W4383343013 creator A5041104309 @default.
• W4383343013 creator A5044826704 @default.
• W4383343013 creator A5054709496 @default.
• W4383343013 creator A5056465234 @default.
• W4383343013 creator A5056709272 @default.
• W4383343013 creator A5089998823 @default.
• W4383343013 date "2023-07-06" @default.
• W4383343013 modified "2023-09-23" @default.
• W4383343013 title "Low-Resistance Transport Pathways in POSS/CPBI Mixed Matrix Membranes for Efficient CO₂ Separation" @default.
• W4383343013 cites W1967053436 @default.
• W4383343013 cites W1970393504 @default.
• W4383343013 cites W1975698033 @default.
• W4383343013 cites W2059875892 @default.
• W4383343013 cites W2069867287 @default.
• W4383343013 cites W2399563443 @default.
• W4383343013 cites W2610693789 @default.
• W4383343013 cites W2615415670 @default.
• W4383343013 cites W2619317896 @default.
• W4383343013 cites W2745497284 @default.
• W4383343013 cites W2808974862 @default.
• W4383343013 cites W2883211882 @default.
• W4383343013 cites W2887377583 @default.
• W4383343013 cites W2892054088 @default.
• W4383343013 cites W2900609830 @default.
• W4383343013 cites W2907027640 @default.
• W4383343013 cites W2936263879 @default.
• W4383343013 cites W2965365214 @default.
• W4383343013 cites W2970803284 @default.
• W4383343013 cites W2980969587 @default.
• W4383343013 cites W2990207892 @default.
• W4383343013 cites W2996302664 @default.
• W4383343013 cites W2999559565 @default.
• W4383343013 cites W2999733159 @default.
• W4383343013 cites W3011263939 @default.
• W4383343013 cites W3037420350 @default.
• W4383343013 cites W3095832844 @default.
• W4383343013 cites W3126505788 @default.
• W4383343013 cites W3129708874 @default.
• W4383343013 cites W3176796589 @default.
• W4383343013 cites W3178331993 @default.
• W4383343013 cites W3185956917 @default.
• W4383343013 cites W3203093437 @default.
• W4383343013 cites W4205903798 @default.
• W4383343013 cites W4206775392 @default.
• W4383343013 cites W4207049287 @default.
• W4383343013 cites W4214554393 @default.
• W4383343013 cites W4221097524 @default.
• W4383343013 cites W4224213194 @default.
• W4383343013 cites W4224273733 @default.
• W4383343013 cites W4224274216 @default.
• W4383343013 cites W4225120942 @default.
• W4383343013 cites W4280494984 @default.
• W4383343013 cites W4280571551 @default.
• W4383343013 cites W4280586443 @default.
• W4383343013 cites W4281255761 @default.
• W4383343013 cites W4282825495 @default.
• W4383343013 cites W4282940835 @default.
• W4383343013 cites W4283696208 @default.
• W4383343013 cites W4294926943 @default.
• W4383343013 cites W4295202949 @default.
• W4383343013 cites W4296198220 @default.
• W4383343013 cites W4306787034 @default.
• W4383343013 cites W4308620401 @default.
• W4383343013 cites W4313550082 @default.
• W4383343013 cites W4313593434 @default.
• W4383343013 cites W4313731517 @default.
• W4383343013 cites W4318426239 @default.
• W4383343013 cites W4318999791 @default.
• W4383343013 cites W4319066365 @default.
• W4383343013 cites W4320914855 @default.
• W4383343013 doi "https://doi.org/10.1021/acsanm.3c01733" @default.
• W4383343013 hasPublicationYear "2023" @default.
• W4383343013 type Work @default.
• W4383343013 citedByCount "0" @default.
• W4383343013 crossrefType "journal-article" @default.
• W4383343013 hasAuthorship W4383343013A5008716470 @default.
• W4383343013 hasAuthorship W4383343013A5019800661 @default.
• W4383343013 hasAuthorship W4383343013A5041104309 @default.
• W4383343013 hasAuthorship W4383343013A5044826704 @default.
• W4383343013 hasAuthorship W4383343013A5054709496 @default.
• W4383343013 hasAuthorship W4383343013A5056465234 @default.
• W4383343013 hasAuthorship W4383343013A5056709272 @default.
• W4383343013 hasAuthorship W4383343013A5089998823 @default.
• W4383343013 hasConcept C118792377 @default.
• W4383343013 hasConcept C127413603 @default.
• W4383343013 hasConcept C128355301 @default.
• W4383343013 hasConcept C159985019 @default.
• W4383343013 hasConcept C161790260 @default.
• W4383343013 hasConcept C178790620 @default.
• W4383343013 hasConcept C185592680 @default.
• W4383343013 hasConcept C192562407 @default.
• W4383343013 hasConcept C2779063765 @default.
• W4383343013 hasConcept C32909587 @default.
• W4383343013 hasConcept C41625074 @default.

• next