FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2804887923> ?p ?o ?g. }

• W2804887923 endingPage "394" @default.
• W2804887923 startingPage "386" @default.
• W2804887923 abstract "Abstract In the present study, one type of uniformly nanostructured surface (NPDS) was modified by electrophoretic deposition. Two kinds of micro/nanostructured surfaces (FLS1 and FLS2) were fabricated on copper surfaces by femtosecond laser processing. The micro/nanostructured surfaces were further modified by electrophoretic deposition. Afterwards, composite micro/nanostructured surfaces (CS1 and CS2) were developed. Saturated pool boiling heat transfer of the modified surfaces was investigated experimentally. An organic fluid, n-pentane was chosen as the working liquid. Heat transfer coefficient and critical heat flux (CHF) of smooth and micro/nanostructured surfaces were studied. The results showed that the heat transfer coefficient (HTC) of all structured surfaces increased obviously with a notable decrease of wall superheat at CHF compared to the smooth surface, which was attributed to increments in nucleation site density and heat transfer area. The CHF of femtosecond laser processed surfaces was also increased compared with the smooth surface due to a much higher liquid spreading ability, while a uniformly nanostructured surface has no augmentation in CHF. Composite micro/nanostructured surfaces show the best heat transfer performance among all tested surfaces, and the critical heat flux and heat transfer coefficient were increased by more than 60% and 300% over the smooth surface, respectively. The liquid spreading ability of n-pentane on the tested surfaces was measured. For the well wetting liquid, the liquid spreading ability of the heated surface, instead of the wettability, is the main factor for CHF enhancement. It is suggested that a surface with multiscale structures can be an efficient way for boiling heat transfer enhancement." @default.
• W2804887923 created "2018-06-01" @default.
• W2804887923 creator A5001358655 @default.
• W2804887923 creator A5005398118 @default.
• W2804887923 creator A5046978138 @default.
• W2804887923 creator A5066856244 @default.
• W2804887923 creator A5069965133 @default.
• W2804887923 creator A5079595728 @default.
• W2804887923 creator A5081151430 @default.
• W2804887923 creator A5082099505 @default.
• W2804887923 creator A5034089673 @default.
• W2804887923 date "2018-08-01" @default.
• W2804887923 modified "2023-10-16" @default.
• W2804887923 title "Pool boiling heat transfer of N-pentane on micro/nanostructured surfaces" @default.
• W2804887923 cites W1465254190 @default.
• W2804887923 cites W1815943658 @default.
• W2804887923 cites W1970213711 @default.
• W2804887923 cites W1975490089 @default.
• W2804887923 cites W1976242649 @default.
• W2804887923 cites W1984348336 @default.
• W2804887923 cites W1995624366 @default.
• W2804887923 cites W2005408440 @default.
• W2804887923 cites W2012618081 @default.
• W2804887923 cites W2020755095 @default.
• W2804887923 cites W2023685207 @default.
• W2804887923 cites W2027468931 @default.
• W2804887923 cites W2032319870 @default.
• W2804887923 cites W2043846525 @default.
• W2804887923 cites W2043991877 @default.
• W2804887923 cites W2048763575 @default.
• W2804887923 cites W2059333830 @default.
• W2804887923 cites W2059532987 @default.
• W2804887923 cites W2061910656 @default.
• W2804887923 cites W2071496355 @default.
• W2804887923 cites W2086078211 @default.
• W2804887923 cites W2113389876 @default.
• W2804887923 cites W2157259621 @default.
• W2804887923 cites W2169704455 @default.
• W2804887923 cites W2196343420 @default.
• W2804887923 cites W2220417338 @default.
• W2804887923 cites W2303362903 @default.
• W2804887923 cites W2341458918 @default.
• W2804887923 cites W2398651831 @default.
• W2804887923 cites W2471315088 @default.
• W2804887923 cites W2503563878 @default.
• W2804887923 cites W2542327289 @default.
• W2804887923 cites W2587094712 @default.
• W2804887923 cites W2617905172 @default.
• W2804887923 cites W2618664222 @default.
• W2804887923 cites W2774319565 @default.
• W2804887923 cites W596450954 @default.
• W2804887923 doi "https://doi.org/10.1016/j.ijthermalsci.2018.05.012" @default.
• W2804887923 hasPublicationYear "2018" @default.
• W2804887923 type Work @default.
• W2804887923 sameAs 2804887923 @default.
• W2804887923 citedByCount "33" @default.
• W2804887923 countsByYear W28048879232018 @default.
• W2804887923 countsByYear W28048879232019 @default.
• W2804887923 countsByYear W28048879232020 @default.
• W2804887923 countsByYear W28048879232021 @default.
• W2804887923 countsByYear W28048879232022 @default.
• W2804887923 countsByYear W28048879232023 @default.
• W2804887923 crossrefType "journal-article" @default.
• W2804887923 hasAuthorship W2804887923A5001358655 @default.
• W2804887923 hasAuthorship W2804887923A5005398118 @default.
• W2804887923 hasAuthorship W2804887923A5034089673 @default.
• W2804887923 hasAuthorship W2804887923A5046978138 @default.
• W2804887923 hasAuthorship W2804887923A5066856244 @default.
• W2804887923 hasAuthorship W2804887923A5069965133 @default.
• W2804887923 hasAuthorship W2804887923A5079595728 @default.
• W2804887923 hasAuthorship W2804887923A5081151430 @default.
• W2804887923 hasAuthorship W2804887923A5082099505 @default.
• W2804887923 hasBestOaLocation W28048879231 @default.
• W2804887923 hasConcept C121332964 @default.
• W2804887923 hasConcept C157777378 @default.
• W2804887923 hasConcept C178790620 @default.
• W2804887923 hasConcept C185592680 @default.
• W2804887923 hasConcept C192562407 @default.
• W2804887923 hasConcept C197194406 @default.
• W2804887923 hasConcept C2777589835 @default.
• W2804887923 hasConcept C29700514 @default.
• W2804887923 hasConcept C2987219539 @default.
• W2804887923 hasConcept C50517652 @default.
• W2804887923 hasConcept C57879066 @default.
• W2804887923 hasConcept C97355855 @default.
• W2804887923 hasConceptScore W2804887923C121332964 @default.
• W2804887923 hasConceptScore W2804887923C157777378 @default.
• W2804887923 hasConceptScore W2804887923C178790620 @default.
• W2804887923 hasConceptScore W2804887923C185592680 @default.
• W2804887923 hasConceptScore W2804887923C192562407 @default.
• W2804887923 hasConceptScore W2804887923C197194406 @default.
• W2804887923 hasConceptScore W2804887923C2777589835 @default.
• W2804887923 hasConceptScore W2804887923C29700514 @default.
• W2804887923 hasConceptScore W2804887923C2987219539 @default.
• W2804887923 hasConceptScore W2804887923C50517652 @default.
• W2804887923 hasConceptScore W2804887923C57879066 @default.
• W2804887923 hasConceptScore W2804887923C97355855 @default.
• W2804887923 hasLocation W28048879231 @default.

• next