Matches in SemOpenAlex for { <https://semopenalex.org/work/W3021340207> ?p ?o ?g. }
- W3021340207 endingPage "113292" @default.
- W3021340207 startingPage "113292" @default.
- W3021340207 abstract "Understanding the underlying mechanisms of water flow in clay nanopores plays an important role in groundwater hydrology and shale production. In this work, we use molecular dynamic (MD) simulations to study water flow in various clay nanopores under a typical reservoir condition (323 K and 20 MPa) and investigate the boundary conditions to describe the water flow by using a hydrodynamic flow model. We found that only the first water adsorption layer is immobile, while other water molecules can flow with a slight slip velocity on the first water adsorption layer for a pressure-driven Poiseuille flow. In addition, the critical thickness is from 0.34 to 0.4 nm, which is almost half of the values applied in previous theoretical models. Such small difference in the critical thickness could result in large discrepancies on the water flow prediction. Our work should shed lights into water flow mechanisms in clay nanopores and provide reliable boundary conditions for the hydrodynamic flow models to predict water flow in unconventional reservoirs." @default.
- W3021340207 created "2020-05-13" @default.
- W3021340207 creator A5008713573 @default.
- W3021340207 creator A5023670564 @default.
- W3021340207 creator A5044729281 @default.
- W3021340207 creator A5045884113 @default.
- W3021340207 creator A5051737344 @default.
- W3021340207 creator A5075889094 @default.
- W3021340207 creator A5086144213 @default.
- W3021340207 date "2020-08-01" @default.
- W3021340207 modified "2023-10-12" @default.
- W3021340207 title "Molecular insight into the boundary conditions of water flow in clay nanopores" @default.
- W3021340207 cites W1501523214 @default.
- W3021340207 cites W1837372616 @default.
- W3021340207 cites W1971297175 @default.
- W3021340207 cites W1971364380 @default.
- W3021340207 cites W1972872586 @default.
- W3021340207 cites W1977101691 @default.
- W3021340207 cites W1977268055 @default.
- W3021340207 cites W1977268967 @default.
- W3021340207 cites W1977482735 @default.
- W3021340207 cites W1981910659 @default.
- W3021340207 cites W1985034647 @default.
- W3021340207 cites W1993395017 @default.
- W3021340207 cites W1994011373 @default.
- W3021340207 cites W1999087293 @default.
- W3021340207 cites W2005245888 @default.
- W3021340207 cites W2019465613 @default.
- W3021340207 cites W2022915118 @default.
- W3021340207 cites W2026877746 @default.
- W3021340207 cites W2029667189 @default.
- W3021340207 cites W2045364492 @default.
- W3021340207 cites W2049475242 @default.
- W3021340207 cites W2066788295 @default.
- W3021340207 cites W2068937960 @default.
- W3021340207 cites W2068947337 @default.
- W3021340207 cites W2071042288 @default.
- W3021340207 cites W2076316669 @default.
- W3021340207 cites W2090660779 @default.
- W3021340207 cites W2095242672 @default.
- W3021340207 cites W2107164314 @default.
- W3021340207 cites W2117635495 @default.
- W3021340207 cites W2124339383 @default.
- W3021340207 cites W2128316015 @default.
- W3021340207 cites W2165172960 @default.
- W3021340207 cites W2222429467 @default.
- W3021340207 cites W2230876546 @default.
- W3021340207 cites W2278752302 @default.
- W3021340207 cites W2321602552 @default.
- W3021340207 cites W2332052207 @default.
- W3021340207 cites W2344578028 @default.
- W3021340207 cites W2392789376 @default.
- W3021340207 cites W2530041986 @default.
- W3021340207 cites W2531334083 @default.
- W3021340207 cites W2594983482 @default.
- W3021340207 cites W2747162709 @default.
- W3021340207 cites W2755576124 @default.
- W3021340207 cites W2800996217 @default.
- W3021340207 cites W2888193416 @default.
- W3021340207 cites W2888892006 @default.
- W3021340207 cites W2896673025 @default.
- W3021340207 cites W2899017330 @default.
- W3021340207 cites W2899761483 @default.
- W3021340207 cites W2901289108 @default.
- W3021340207 cites W2903343654 @default.
- W3021340207 cites W2938154466 @default.
- W3021340207 cites W2941680153 @default.
- W3021340207 cites W2943075058 @default.
- W3021340207 cites W2946471064 @default.
- W3021340207 cites W2947687136 @default.
- W3021340207 cites W2952564979 @default.
- W3021340207 cites W2962686466 @default.
- W3021340207 cites W2967092492 @default.
- W3021340207 cites W2967612387 @default.
- W3021340207 cites W2968687662 @default.
- W3021340207 cites W2969487206 @default.
- W3021340207 cites W2978228861 @default.
- W3021340207 cites W2988300424 @default.
- W3021340207 cites W2990563920 @default.
- W3021340207 cites W3005606886 @default.
- W3021340207 cites W3098859109 @default.
- W3021340207 cites W4248333279 @default.
- W3021340207 doi "https://doi.org/10.1016/j.molliq.2020.113292" @default.
- W3021340207 hasPublicationYear "2020" @default.
- W3021340207 type Work @default.
- W3021340207 sameAs 3021340207 @default.
- W3021340207 citedByCount "18" @default.
- W3021340207 countsByYear W30213402072020 @default.
- W3021340207 countsByYear W30213402072021 @default.
- W3021340207 countsByYear W30213402072022 @default.
- W3021340207 countsByYear W30213402072023 @default.
- W3021340207 crossrefType "journal-article" @default.
- W3021340207 hasAuthorship W3021340207A5008713573 @default.
- W3021340207 hasAuthorship W3021340207A5023670564 @default.
- W3021340207 hasAuthorship W3021340207A5044729281 @default.
- W3021340207 hasAuthorship W3021340207A5045884113 @default.
- W3021340207 hasAuthorship W3021340207A5051737344 @default.
- W3021340207 hasAuthorship W3021340207A5075889094 @default.