FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3176301265> ?p ?o ?g. }

• W3176301265 endingPage "134703" @default.
• W3176301265 startingPage "134703" @default.
• W3176301265 abstract "Pool boiling is a high-efficient energy transfer method through the gas-liquid phase transition. It has the characteristics of small heat transfer temperature difference and high heat flux density. The current enhancement of boiling heat transfer is realized mainly through modifying the solid heating surface. So far, there has been no report on the study of pool boiling heat transfer on soft surfaces. Therefore, in this work the pool boiling heat transfer performances of ethanol on the copper surface and soft liquid metal surface are investigated experimentally. The experimental results indicate that soft surface can effectively reduce the wall superheat corresponding to the onset of boiling (ONB). In saturation boiling, the superheat of the wall surface at ONB is reduced by nearly 12 ℃, while the heat transfer coefficient is improved by 149%. It is found that soft surface enhances pool boiling heat transfer performance significantly by increasing nucleate site density, reducing the bubble departure diameter, and increasing bubble departure frequency. Unlike the copper surface, the soft surface deforms elastically under the action of the vertical component of surface tension <i>γ</i>_lvsin<i>θ</i> at the three-phase contact line of the vapor bubble. From the perspective of surface energy analysis, the difference in surface energy Δ<i>E</i>_LM between before and after bubble departure on soft liquid metal surface is smaller than in smooth surface Δ<i>E</i>_CS. The potential barrier of the soft surface is smaller than of the copper surface, and the buoyancy required for bubble separation is small, and the bubble is easy to separate. Elastocapillary wave and bubble jet phenomenon on the soft surface are observed particularly, which are generated on liquid metal under the action of elastic restoring force. The fluctuation of elastocapillary wave contributes to the enhancement of heat and mass transfer in thermal boundary layer and the generation of residual nucleation site. The residual bubble grows up rapidly and coalesces with the rising large bubble, forming bubble jet phenomenon. Elastocapillary wave and bubble jet contribute to the enhancement of pool boiling heat transfer on soft liquid metal surface." @default.
• W3176301265 created "2021-07-05" @default.
• W3176301265 creator A5033205530 @default.
• W3176301265 creator A5075304299 @default.
• W3176301265 creator A5075449126 @default.
• W3176301265 creator A5089977924 @default.
• W3176301265 date "2021-01-01" @default.
• W3176301265 modified "2023-10-03" @default.
• W3176301265 title "Enhanced pool boiling heat transfer on soft liquid metal surface" @default.
• W3176301265 cites W1967761575 @default.
• W3176301265 cites W1979987176 @default.
• W3176301265 cites W1985946082 @default.
• W3176301265 cites W2003805754 @default.
• W3176301265 cites W2004303127 @default.
• W3176301265 cites W2010300501 @default.
• W3176301265 cites W2017562237 @default.
• W3176301265 cites W2044179824 @default.
• W3176301265 cites W2058121654 @default.
• W3176301265 cites W2066008760 @default.
• W3176301265 cites W2066020915 @default.
• W3176301265 cites W2085514901 @default.
• W3176301265 cites W2092638653 @default.
• W3176301265 cites W2112336939 @default.
• W3176301265 cites W2131618576 @default.
• W3176301265 cites W2141025336 @default.
• W3176301265 cites W2146705691 @default.
• W3176301265 cites W2307162870 @default.
• W3176301265 cites W2332624735 @default.
• W3176301265 cites W2501160681 @default.
• W3176301265 cites W2587094712 @default.
• W3176301265 cites W2618664222 @default.
• W3176301265 cites W2758047738 @default.
• W3176301265 cites W2767751029 @default.
• W3176301265 cites W2786589993 @default.
• W3176301265 cites W2789804143 @default.
• W3176301265 cites W2804899678 @default.
• W3176301265 cites W2890511330 @default.
• W3176301265 cites W2905246998 @default.
• W3176301265 cites W2905693113 @default.
• W3176301265 cites W2968665922 @default.
• W3176301265 cites W2972153826 @default.
• W3176301265 cites W2985151747 @default.
• W3176301265 cites W3100851744 @default.
• W3176301265 cites W856263763 @default.
• W3176301265 doi "https://doi.org/10.7498/aps.70.20202053" @default.
• W3176301265 hasPublicationYear "2021" @default.
• W3176301265 type Work @default.
• W3176301265 sameAs 3176301265 @default.
• W3176301265 citedByCount "2" @default.
• W3176301265 countsByYear W31763012652022 @default.
• W3176301265 countsByYear W31763012652023 @default.
• W3176301265 crossrefType "journal-article" @default.
• W3176301265 hasAuthorship W3176301265A5033205530 @default.
• W3176301265 hasAuthorship W3176301265A5075304299 @default.
• W3176301265 hasAuthorship W3176301265A5075449126 @default.
• W3176301265 hasAuthorship W3176301265A5089977924 @default.
• W3176301265 hasBestOaLocation W31763012651 @default.
• W3176301265 hasConcept C121332964 @default.
• W3176301265 hasConcept C157777378 @default.
• W3176301265 hasConcept C157915830 @default.
• W3176301265 hasConcept C159188206 @default.
• W3176301265 hasConcept C167131557 @default.
• W3176301265 hasConcept C192562407 @default.
• W3176301265 hasConcept C197194406 @default.
• W3176301265 hasConcept C29700514 @default.
• W3176301265 hasConcept C37114186 @default.
• W3176301265 hasConcept C50517652 @default.
• W3176301265 hasConcept C57879066 @default.
• W3176301265 hasConcept C8892853 @default.
• W3176301265 hasConcept C97355855 @default.
• W3176301265 hasConceptScore W3176301265C121332964 @default.
• W3176301265 hasConceptScore W3176301265C157777378 @default.
• W3176301265 hasConceptScore W3176301265C157915830 @default.
• W3176301265 hasConceptScore W3176301265C159188206 @default.
• W3176301265 hasConceptScore W3176301265C167131557 @default.
• W3176301265 hasConceptScore W3176301265C192562407 @default.
• W3176301265 hasConceptScore W3176301265C197194406 @default.
• W3176301265 hasConceptScore W3176301265C29700514 @default.
• W3176301265 hasConceptScore W3176301265C37114186 @default.
• W3176301265 hasConceptScore W3176301265C50517652 @default.
• W3176301265 hasConceptScore W3176301265C57879066 @default.
• W3176301265 hasConceptScore W3176301265C8892853 @default.
• W3176301265 hasConceptScore W3176301265C97355855 @default.
• W3176301265 hasIssue "13" @default.
• W3176301265 hasLocation W31763012651 @default.
• W3176301265 hasOpenAccess W3176301265 @default.
• W3176301265 hasPrimaryLocation W31763012651 @default.
• W3176301265 hasRelatedWork W173490852 @default.
• W3176301265 hasRelatedWork W1992872739 @default.
• W3176301265 hasRelatedWork W2008008112 @default.
• W3176301265 hasRelatedWork W2023958593 @default.
• W3176301265 hasRelatedWork W2096258523 @default.
• W3176301265 hasRelatedWork W2348469648 @default.
• W3176301265 hasRelatedWork W2354983851 @default.
• W3176301265 hasRelatedWork W2766674367 @default.
• W3176301265 hasRelatedWork W3133111058 @default.
• W3176301265 hasRelatedWork W4365794016 @default.
• W3176301265 hasVolume "70" @default.

• next