Matches in SemOpenAlex for { <https://semopenalex.org/work/W3023613363> ?p ?o ?g. }
- W3023613363 endingPage "138" @default.
- W3023613363 startingPage "127" @default.
- W3023613363 abstract "A liquid droplet is apt to be deformed within a compact space in various applications. The morphological change of a droplet and vapor accumulation in the confined space between two parallel surfaces with different gaps and surface wettability are expected to significantly affect the evaporation dynamics of the squeezed droplet therein.Here the evaporation dynamics of a squeezed droplet between two parallel hydrophobic/superhydrophobic surfaces are experimentally explored. By reducing the surface gap from 1000 μm to 400 μm, the evolution of contact angle, contact radius and volume of the evaporating droplet are measured. A diffusion-driven model based on a two-parameter ellipsoidal segment geometry is developed to predict the morphology and volume evolution of a squeezed droplet during evaporation.Evaporation dynamics of a squeezed water droplet via the constant contact radius (CCR) mode, the constant contact angle (CCA) mode, or the mixed mode are experimentally observed. Confirmed by our ellipsoidal segment model, the evaporation of the squeezed droplet is significantly depressed with the decreasing surface gap, which is primarily attributed to vapor enrichment in a more confined geometry. A linear scaling law between droplet volume and evaporation time is unveiled, which is verified by a simplified cylindrical model." @default.
- W3023613363 created "2020-05-13" @default.
- W3023613363 creator A5023647934 @default.
- W3023613363 creator A5025597821 @default.
- W3023613363 creator A5030466348 @default.
- W3023613363 creator A5035674649 @default.
- W3023613363 creator A5052867207 @default.
- W3023613363 date "2020-09-01" @default.
- W3023613363 modified "2023-10-12" @default.
- W3023613363 title "Evaporation of squeezed water droplets between two parallel hydrophobic/superhydrophobic surfaces" @default.
- W3023613363 cites W1909235131 @default.
- W3023613363 cites W1964807348 @default.
- W3023613363 cites W1966538164 @default.
- W3023613363 cites W1971562587 @default.
- W3023613363 cites W1976959746 @default.
- W3023613363 cites W1980219728 @default.
- W3023613363 cites W1984325572 @default.
- W3023613363 cites W1984957805 @default.
- W3023613363 cites W1986219928 @default.
- W3023613363 cites W1987685867 @default.
- W3023613363 cites W1989302527 @default.
- W3023613363 cites W1998983578 @default.
- W3023613363 cites W2001120038 @default.
- W3023613363 cites W2003170393 @default.
- W3023613363 cites W2008217988 @default.
- W3023613363 cites W2010026557 @default.
- W3023613363 cites W2022387208 @default.
- W3023613363 cites W2023226854 @default.
- W3023613363 cites W2033827153 @default.
- W3023613363 cites W2036624129 @default.
- W3023613363 cites W2044989509 @default.
- W3023613363 cites W2046474583 @default.
- W3023613363 cites W2050382953 @default.
- W3023613363 cites W2050632809 @default.
- W3023613363 cites W2053503346 @default.
- W3023613363 cites W2055058626 @default.
- W3023613363 cites W2057430224 @default.
- W3023613363 cites W2060301312 @default.
- W3023613363 cites W2068014967 @default.
- W3023613363 cites W2072663684 @default.
- W3023613363 cites W2072961050 @default.
- W3023613363 cites W2080920477 @default.
- W3023613363 cites W2083437524 @default.
- W3023613363 cites W2097843021 @default.
- W3023613363 cites W2108380844 @default.
- W3023613363 cites W2115284067 @default.
- W3023613363 cites W2116718326 @default.
- W3023613363 cites W2141025336 @default.
- W3023613363 cites W2144232965 @default.
- W3023613363 cites W2150330680 @default.
- W3023613363 cites W2162799900 @default.
- W3023613363 cites W2166432913 @default.
- W3023613363 cites W2168756434 @default.
- W3023613363 cites W2317536620 @default.
- W3023613363 cites W2318947226 @default.
- W3023613363 cites W2323563835 @default.
- W3023613363 cites W2429302059 @default.
- W3023613363 cites W2465562758 @default.
- W3023613363 cites W2497578478 @default.
- W3023613363 cites W2579521390 @default.
- W3023613363 cites W2605424235 @default.
- W3023613363 cites W2751344000 @default.
- W3023613363 cites W2751571837 @default.
- W3023613363 cites W2756018128 @default.
- W3023613363 cites W2791629329 @default.
- W3023613363 cites W2894603023 @default.
- W3023613363 cites W2900558129 @default.
- W3023613363 cites W2905435731 @default.
- W3023613363 cites W2958385189 @default.
- W3023613363 cites W2963857992 @default.
- W3023613363 cites W2973270308 @default.
- W3023613363 cites W3013018958 @default.
- W3023613363 cites W4210960748 @default.
- W3023613363 doi "https://doi.org/10.1016/j.jcis.2020.05.003" @default.
- W3023613363 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32408162" @default.
- W3023613363 hasPublicationYear "2020" @default.
- W3023613363 type Work @default.
- W3023613363 sameAs 3023613363 @default.
- W3023613363 citedByCount "12" @default.
- W3023613363 countsByYear W30236133632020 @default.
- W3023613363 countsByYear W30236133632021 @default.
- W3023613363 countsByYear W30236133632022 @default.
- W3023613363 countsByYear W30236133632023 @default.
- W3023613363 crossrefType "journal-article" @default.
- W3023613363 hasAuthorship W3023613363A5023647934 @default.
- W3023613363 hasAuthorship W3023613363A5025597821 @default.
- W3023613363 hasAuthorship W3023613363A5030466348 @default.
- W3023613363 hasAuthorship W3023613363A5035674649 @default.
- W3023613363 hasAuthorship W3023613363A5052867207 @default.
- W3023613363 hasBestOaLocation W30236133631 @default.
- W3023613363 hasConcept C120665830 @default.
- W3023613363 hasConcept C121332964 @default.
- W3023613363 hasConcept C134514944 @default.
- W3023613363 hasConcept C159467904 @default.
- W3023613363 hasConcept C159985019 @default.
- W3023613363 hasConcept C178635117 @default.
- W3023613363 hasConcept C185592680 @default.
- W3023613363 hasConcept C192562407 @default.