Matches in SemOpenAlex for { <https://semopenalex.org/work/W2462617293> ?p ?o ?g. }
- W2462617293 endingPage "7434" @default.
- W2462617293 startingPage "7427" @default.
- W2462617293 abstract "Hierarchical porous polymer systems are increasingly applied to catalysis, bioengineering, or separation technology because of the versatility provided by the connection of mesopores with percolating macroporous structures. Nuclear magnetic resonance (NMR) is a suitable technique for the study of such systems as it can detect signals stemming from the confined liquid and translate this information into pore size, molecular mobility, and liquid–surface interactions. We focus on the properties of water confined in macroporous polymers of ethylene glycol dimethacrylate and 2-hydroxyethyl methacrylate [poly(EGDMA-co-HEMA)] with different amounts of cross-linkers, in which a substantial variation of hydroxyl groups is achieved. As soft polymer scaffolds may swell upon saturation with determined liquids, the use of NMR is particularly important as it measures the system in its operational state. This study combines different NMR techniques to obtain information on surface interactions of water with hydrophilic polymer chains. A transition from a surface-induced relaxation in which relaxivity depends on the pore size to a regime where the organic pore surface strongly restricts water diffusion is observed. Surface affinities are defined through the molecular residence times near the network surface." @default.
- W2462617293 created "2016-07-22" @default.
- W2462617293 creator A5000240062 @default.
- W2462617293 creator A5033113202 @default.
- W2462617293 creator A5064965957 @default.
- W2462617293 creator A5071459912 @default.
- W2462617293 creator A5074435485 @default.
- W2462617293 creator A5079246360 @default.
- W2462617293 creator A5083483342 @default.
- W2462617293 creator A5089316019 @default.
- W2462617293 date "2016-07-11" @default.
- W2462617293 modified "2023-10-09" @default.
- W2462617293 title "Enhanced Surface Interaction of Water Confined in Hierarchical Porous Polymers Induced by Hydrogen Bonding" @default.
- W2462617293 cites W1516711056 @default.
- W2462617293 cites W1684558192 @default.
- W2462617293 cites W1762087798 @default.
- W2462617293 cites W1958144426 @default.
- W2462617293 cites W1964281923 @default.
- W2462617293 cites W1969945879 @default.
- W2462617293 cites W1975137326 @default.
- W2462617293 cites W1976729937 @default.
- W2462617293 cites W2002956108 @default.
- W2462617293 cites W2004712789 @default.
- W2462617293 cites W2009873171 @default.
- W2462617293 cites W2012852236 @default.
- W2462617293 cites W2013348880 @default.
- W2462617293 cites W2015148937 @default.
- W2462617293 cites W2017560781 @default.
- W2462617293 cites W2018763655 @default.
- W2462617293 cites W2018965851 @default.
- W2462617293 cites W2025111661 @default.
- W2462617293 cites W2029072607 @default.
- W2462617293 cites W2038809098 @default.
- W2462617293 cites W2038841950 @default.
- W2462617293 cites W2045732212 @default.
- W2462617293 cites W2050120453 @default.
- W2462617293 cites W2059655191 @default.
- W2462617293 cites W2066085728 @default.
- W2462617293 cites W2071172293 @default.
- W2462617293 cites W2071234282 @default.
- W2462617293 cites W2075347720 @default.
- W2462617293 cites W2075706969 @default.
- W2462617293 cites W2076014229 @default.
- W2462617293 cites W2076959355 @default.
- W2462617293 cites W2090748133 @default.
- W2462617293 cites W2108913095 @default.
- W2462617293 cites W2126535632 @default.
- W2462617293 cites W2127349624 @default.
- W2462617293 cites W2134673969 @default.
- W2462617293 cites W2157369473 @default.
- W2462617293 cites W2173993448 @default.
- W2462617293 cites W2226018809 @default.
- W2462617293 cites W2266565767 @default.
- W2462617293 cites W2298033515 @default.
- W2462617293 cites W2317519950 @default.
- W2462617293 cites W2318533698 @default.
- W2462617293 cites W2319829599 @default.
- W2462617293 cites W2324018822 @default.
- W2462617293 cites W2469131862 @default.
- W2462617293 cites W2951083774 @default.
- W2462617293 cites W2951604992 @default.
- W2462617293 cites W4211145022 @default.
- W2462617293 cites W4213022346 @default.
- W2462617293 cites W4254033716 @default.
- W2462617293 cites W605288344 @default.
- W2462617293 doi "https://doi.org/10.1021/acs.langmuir.6b00824" @default.
- W2462617293 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27341270" @default.
- W2462617293 hasPublicationYear "2016" @default.
- W2462617293 type Work @default.
- W2462617293 sameAs 2462617293 @default.
- W2462617293 citedByCount "16" @default.
- W2462617293 countsByYear W24626172932017 @default.
- W2462617293 countsByYear W24626172932018 @default.
- W2462617293 countsByYear W24626172932019 @default.
- W2462617293 countsByYear W24626172932020 @default.
- W2462617293 countsByYear W24626172932021 @default.
- W2462617293 countsByYear W24626172932022 @default.
- W2462617293 countsByYear W24626172932023 @default.
- W2462617293 crossrefType "journal-article" @default.
- W2462617293 hasAuthorship W2462617293A5000240062 @default.
- W2462617293 hasAuthorship W2462617293A5033113202 @default.
- W2462617293 hasAuthorship W2462617293A5064965957 @default.
- W2462617293 hasAuthorship W2462617293A5071459912 @default.
- W2462617293 hasAuthorship W2462617293A5074435485 @default.
- W2462617293 hasAuthorship W2462617293A5079246360 @default.
- W2462617293 hasAuthorship W2462617293A5083483342 @default.
- W2462617293 hasAuthorship W2462617293A5089316019 @default.
- W2462617293 hasBestOaLocation W24626172932 @default.
- W2462617293 hasConcept C112887158 @default.
- W2462617293 hasConcept C127413603 @default.
- W2462617293 hasConcept C132050475 @default.
- W2462617293 hasConcept C15920480 @default.
- W2462617293 hasConcept C159467904 @default.
- W2462617293 hasConcept C161790260 @default.
- W2462617293 hasConcept C178790620 @default.
- W2462617293 hasConcept C185592680 @default.
- W2462617293 hasConcept C188027245 @default.
- W2462617293 hasConcept C192562407 @default.