FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2936192491> ?p ?o ?g. }

• W2936192491 abstract "Mass transfer of guest molecules in nanoporous crystalline materials has gained attention in catalysis, separation, electrochemistry, and other fields. Two mechanisms, surface barriers and intracrystalline diffusion, dominate the mass transport process. Lack of methods to separately quantify these two mechanisms restricts further understanding and thus rational design and efficient application of nanoporous materials. Here we derive an approximate expression of uptake rate relying solely on surface permeability, offering an approach to directly quantify surface barriers and intracrystalline diffusion. By use of this approach, we study the diffusion in zeolitic materials, and find that the intracrystalline diffusivity is intrinsic to the topological structure of host materials at low molecular loading for the given guest molecules, while the surface permeability is sensitive to the non-ideality of a crystalline surface owing to the physical and chemical properties of the crystalline surface, host–guest interaction at the surface, and change of the environment. Mass transfer of guest molecules in nanoporous crystalline materials is dominated by surface barriers and intracrystalline diffusion. Here the authors derive an approximate expression of uptake rate relying solely on surface permeability, offering an approach to directly quantify both effects." @default.
• W2936192491 created "2019-04-25" @default.
• W2936192491 creator A5014923308 @default.
• W2936192491 creator A5017521861 @default.
• W2936192491 creator A5030199923 @default.
• W2936192491 creator A5032418200 @default.
• W2936192491 creator A5040637039 @default.
• W2936192491 creator A5040717619 @default.
• W2936192491 creator A5061070441 @default.
• W2936192491 creator A5067834684 @default.
• W2936192491 creator A5085626484 @default.
• W2936192491 date "2019-04-08" @default.
• W2936192491 modified "2023-10-15" @default.
• W2936192491 title "Direct quantification of surface barriers for mass transfer in nanoporous crystalline materials" @default.
• W2936192491 cites W1754864949 @default.
• W2936192491 cites W1847822635 @default.
• W2936192491 cites W1969555886 @default.
• W2936192491 cites W1977960695 @default.
• W2936192491 cites W1983308508 @default.
• W2936192491 cites W1990031395 @default.
• W2936192491 cites W1994849926 @default.
• W2936192491 cites W1995866682 @default.
• W2936192491 cites W1996345881 @default.
• W2936192491 cites W1997165028 @default.
• W2936192491 cites W2001697933 @default.
• W2936192491 cites W2002956108 @default.
• W2936192491 cites W2006692193 @default.
• W2936192491 cites W2011955397 @default.
• W2936192491 cites W2022148517 @default.
• W2936192491 cites W2023792169 @default.
• W2936192491 cites W2035662067 @default.
• W2936192491 cites W2040091920 @default.
• W2936192491 cites W2044591900 @default.
• W2936192491 cites W2045692462 @default.
• W2936192491 cites W2047414926 @default.
• W2936192491 cites W2069444946 @default.
• W2936192491 cites W2072416175 @default.
• W2936192491 cites W2075045251 @default.
• W2936192491 cites W2083930468 @default.
• W2936192491 cites W2085544587 @default.
• W2936192491 cites W2089434497 @default.
• W2936192491 cites W2095301762 @default.
• W2936192491 cites W2119192520 @default.
• W2936192491 cites W2124643430 @default.
• W2936192491 cites W2136478149 @default.
• W2936192491 cites W2138283402 @default.
• W2936192491 cites W2164430067 @default.
• W2936192491 cites W2165062998 @default.
• W2936192491 cites W2169045998 @default.
• W2936192491 cites W2181094144 @default.
• W2936192491 cites W2254903655 @default.
• W2936192491 cites W2296088886 @default.
• W2936192491 cites W2297218094 @default.
• W2936192491 cites W23059446 @default.
• W2936192491 cites W2312530585 @default.
• W2936192491 cites W2316555976 @default.
• W2936192491 cites W2478317772 @default.
• W2936192491 cites W2500641440 @default.
• W2936192491 cites W2513812935 @default.
• W2936192491 cites W2529094975 @default.
• W2936192491 cites W2530529073 @default.
• W2936192491 cites W2737530672 @default.
• W2936192491 cites W2756417922 @default.
• W2936192491 cites W2793178742 @default.
• W2936192491 cites W2793569569 @default.
• W2936192491 cites W2799572521 @default.
• W2936192491 cites W2886601424 @default.
• W2936192491 cites W2892220817 @default.
• W2936192491 cites W2896892027 @default.
• W2936192491 cites W2898470884 @default.
• W2936192491 cites W2905416488 @default.
• W2936192491 doi "https://doi.org/10.1038/s42004-019-0144-1" @default.
• W2936192491 hasPublicationYear "2019" @default.
• W2936192491 type Work @default.
• W2936192491 sameAs 2936192491 @default.
• W2936192491 citedByCount "53" @default.
• W2936192491 countsByYear W29361924912019 @default.
• W2936192491 countsByYear W29361924912020 @default.
• W2936192491 countsByYear W29361924912021 @default.
• W2936192491 countsByYear W29361924912022 @default.
• W2936192491 countsByYear W29361924912023 @default.
• W2936192491 crossrefType "journal-article" @default.
• W2936192491 hasAuthorship W2936192491A5014923308 @default.
• W2936192491 hasAuthorship W2936192491A5017521861 @default.
• W2936192491 hasAuthorship W2936192491A5030199923 @default.
• W2936192491 hasAuthorship W2936192491A5032418200 @default.
• W2936192491 hasAuthorship W2936192491A5040637039 @default.
• W2936192491 hasAuthorship W2936192491A5040717619 @default.
• W2936192491 hasAuthorship W2936192491A5061070441 @default.
• W2936192491 hasAuthorship W2936192491A5067834684 @default.
• W2936192491 hasAuthorship W2936192491A5085626484 @default.
• W2936192491 hasBestOaLocation W29361924911 @default.
• W2936192491 hasConcept C171250308 @default.
• W2936192491 hasConcept C185592680 @default.
• W2936192491 hasConcept C192562407 @default.
• W2936192491 hasConcept C2524010 @default.
• W2936192491 hasConcept C2776799497 @default.
• W2936192491 hasConcept C33923547 @default.
• W2936192491 hasConcept C43617362 @default.
• W2936192491 hasConcept C48940184 @default.

• next