Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281765284> ?p ?o ?g. }
- W4281765284 endingPage "9427" @default.
- W4281765284 startingPage "9420" @default.
- W4281765284 abstract "Confining liquid in a hydrophobic nanoenvironment has enabled a broad spectrum of applications in biomedical sensors, mechanical actuators, and energy storage and converters, where the outflow of confined liquid is spontaneous and fast due to the intrinsic hydrophobic nature of nanopores with extremely low interfacial friction, challenging design capacity and control tolerance of structures and devices. Here, we present a facile approach of suppressing the outflow of water confined in hydrophobic nanopores with an electric field. Extensive molecular dynamics simulations show that the presence of an electric field could significantly strengthen hydrogen bonds and retard degradations of the associated networks during the outflow. The outflow deformation and strength are extracted to quantitatively characterize the electrical suppression to outflow and agree well with simulations. This study proposes a practical means of impeding the fast liquid outflow in hydrophobic nanopores, potentially useful for devising nanofluidics-based functional structures and devices with controllable performance." @default.
- W4281765284 created "2022-06-13" @default.
- W4281765284 creator A5001155240 @default.
- W4281765284 creator A5004527836 @default.
- W4281765284 creator A5054289381 @default.
- W4281765284 creator A5069991076 @default.
- W4281765284 date "2022-06-06" @default.
- W4281765284 modified "2023-10-16" @default.
- W4281765284 title "Electrically Suppressed Outflow of Confined Liquid in Hydrophobic Nanopores" @default.
- W4281765284 cites W1616093063 @default.
- W4281765284 cites W1898094583 @default.
- W4281765284 cites W1971950143 @default.
- W4281765284 cites W1973526181 @default.
- W4281765284 cites W1974197525 @default.
- W4281765284 cites W1981783184 @default.
- W4281765284 cites W1991323351 @default.
- W4281765284 cites W2000894690 @default.
- W4281765284 cites W2002566479 @default.
- W4281765284 cites W2005490958 @default.
- W4281765284 cites W2007219736 @default.
- W4281765284 cites W2019465613 @default.
- W4281765284 cites W2026446160 @default.
- W4281765284 cites W2026632806 @default.
- W4281765284 cites W2036071122 @default.
- W4281765284 cites W2039835476 @default.
- W4281765284 cites W2060079863 @default.
- W4281765284 cites W2060473633 @default.
- W4281765284 cites W2061671995 @default.
- W4281765284 cites W2081989905 @default.
- W4281765284 cites W2097933838 @default.
- W4281765284 cites W2101974313 @default.
- W4281765284 cites W2104623735 @default.
- W4281765284 cites W2108187138 @default.
- W4281765284 cites W2118545144 @default.
- W4281765284 cites W2152141393 @default.
- W4281765284 cites W2155153626 @default.
- W4281765284 cites W2163295026 @default.
- W4281765284 cites W2164687111 @default.
- W4281765284 cites W2170843318 @default.
- W4281765284 cites W2257939807 @default.
- W4281765284 cites W2323660176 @default.
- W4281765284 cites W2325087798 @default.
- W4281765284 cites W2416128139 @default.
- W4281765284 cites W2495373278 @default.
- W4281765284 cites W2509844572 @default.
- W4281765284 cites W2520144111 @default.
- W4281765284 cites W2557029229 @default.
- W4281765284 cites W2580411523 @default.
- W4281765284 cites W2749245867 @default.
- W4281765284 cites W2749934590 @default.
- W4281765284 cites W2807112462 @default.
- W4281765284 cites W2885763955 @default.
- W4281765284 cites W2916281695 @default.
- W4281765284 cites W3043714455 @default.
- W4281765284 cites W3088841178 @default.
- W4281765284 cites W3100474188 @default.
- W4281765284 cites W3107007710 @default.
- W4281765284 cites W3130447900 @default.
- W4281765284 cites W3134807046 @default.
- W4281765284 cites W3159941441 @default.
- W4281765284 cites W3186982812 @default.
- W4281765284 cites W4200178847 @default.
- W4281765284 cites W4200266590 @default.
- W4281765284 cites W4200576619 @default.
- W4281765284 cites W4254884689 @default.
- W4281765284 doi "https://doi.org/10.1021/acsnano.2c02240" @default.
- W4281765284 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35658431" @default.
- W4281765284 hasPublicationYear "2022" @default.
- W4281765284 type Work @default.
- W4281765284 citedByCount "2" @default.
- W4281765284 countsByYear W42817652842023 @default.
- W4281765284 crossrefType "journal-article" @default.
- W4281765284 hasAuthorship W4281765284A5001155240 @default.
- W4281765284 hasAuthorship W4281765284A5004527836 @default.
- W4281765284 hasAuthorship W4281765284A5054289381 @default.
- W4281765284 hasAuthorship W4281765284A5069991076 @default.
- W4281765284 hasConcept C119599485 @default.
- W4281765284 hasConcept C121332964 @default.
- W4281765284 hasConcept C127413603 @default.
- W4281765284 hasConcept C141795571 @default.
- W4281765284 hasConcept C153294291 @default.
- W4281765284 hasConcept C159467904 @default.
- W4281765284 hasConcept C171250308 @default.
- W4281765284 hasConcept C172707124 @default.
- W4281765284 hasConcept C185592680 @default.
- W4281765284 hasConcept C192562407 @default.
- W4281765284 hasConcept C55493867 @default.
- W4281765284 hasConcept C57527310 @default.
- W4281765284 hasConcept C60799052 @default.
- W4281765284 hasConcept C62520636 @default.
- W4281765284 hasConcept C86132830 @default.
- W4281765284 hasConcept C90260826 @default.
- W4281765284 hasConceptScore W4281765284C119599485 @default.
- W4281765284 hasConceptScore W4281765284C121332964 @default.
- W4281765284 hasConceptScore W4281765284C127413603 @default.
- W4281765284 hasConceptScore W4281765284C141795571 @default.
- W4281765284 hasConceptScore W4281765284C153294291 @default.
- W4281765284 hasConceptScore W4281765284C159467904 @default.