FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3165580401> ?p ?o ?g. }

• W3165580401 endingPage "121437" @default.
• W3165580401 startingPage "121437" @default.
• W3165580401 abstract "• The de, and P/d e mutual influences on the double-hole DCC effects are analyzed. • The penetration lengths are affected by the adjacent plumes specific interactions. • Double-hole steam DCC analytical models are revised with feature parameters. • The double-hole DCC HTCs are calculated in the range of 0.4-2.8MW/m 2 °C. The multi-hole steam Direct Contact Condensation (DCC) is of high efficiency in mass and heat transfer, which has been widely used in the engineering application, especially the advanced nuclear reactor power plant passive safety system. Most of the researches concerned on the single-hole steam DCC characteristics, whereas the multi-hole steam DCC heat transfer effects are influenced by a variety of mutual factors, and the micro mechanisms and models of which are still not very clear yet. In the present work, the double-hole steam condensation effects and models under different spraying diameters and pitch to diameter ratios ( P / d e ) conditions are investigated based on the scaled IRWST & ADS experimental facility. The key parameters including the steam plumes, temperature distributions, penetration length, and heat transfer coefficients, etc. are analyzed. The experimental results show that both the P / d e and d e can impact the overall condensation behavior and the corresponding penetration length with variation range from -40% to 60% compared to the single-hole condensation cases, further influencing the double-hole steam DCC heat transfer effects. The revised double-hole steam condensation analytical models are proposed to depict the key condensation characteristics. Based on theoretical model and experimental results, the HTC calculation methods are developed to quantitatively estimate the double-hole condensation effects in the range of approximate 0.4-2.8MW/m 2 °C, which is in similar magnitude with the single-hole theoretical model. However, in overall, the double-hole HTC values are lower than the single-hole cases under the specific mutual influences between the adjacent plumes including overlapping, coalescences, and possible deflection with angles. The present theoretical and experimental work provide important references for the engineering multi-hole spargers design and modification." @default.
• W3165580401 created "2021-06-07" @default.
• W3165580401 creator A5009661319 @default.
• W3165580401 creator A5028068384 @default.
• W3165580401 creator A5033652511 @default.
• W3165580401 creator A5041363328 @default.
• W3165580401 creator A5053524771 @default.
• W3165580401 creator A5080610534 @default.
• W3165580401 date "2021-09-01" @default.
• W3165580401 modified "2023-10-10" @default.
• W3165580401 title "Experimental research on double-hole steam condensation effects and models under different diameters and pitch to diameter ratios conditions" @default.
• W3165580401 cites W1972378723 @default.
• W3165580401 cites W1973871556 @default.
• W3165580401 cites W1981787358 @default.
• W3165580401 cites W1983718406 @default.
• W3165580401 cites W1990657747 @default.
• W3165580401 cites W1995145445 @default.
• W3165580401 cites W1996218524 @default.
• W3165580401 cites W2012117732 @default.
• W3165580401 cites W2021291836 @default.
• W3165580401 cites W2021922596 @default.
• W3165580401 cites W2041277218 @default.
• W3165580401 cites W2042754785 @default.
• W3165580401 cites W2049588118 @default.
• W3165580401 cites W2065982214 @default.
• W3165580401 cites W2084021569 @default.
• W3165580401 cites W2126370534 @default.
• W3165580401 cites W2151951077 @default.
• W3165580401 cites W2160149721 @default.
• W3165580401 cites W2461511658 @default.
• W3165580401 cites W2517560410 @default.
• W3165580401 cites W2557671390 @default.
• W3165580401 cites W2593940140 @default.
• W3165580401 cites W2605014545 @default.
• W3165580401 cites W2610868391 @default.
• W3165580401 cites W2737691340 @default.
• W3165580401 cites W2773490197 @default.
• W3165580401 cites W2790193098 @default.
• W3165580401 cites W2805882569 @default.
• W3165580401 cites W2885071272 @default.
• W3165580401 cites W2900820750 @default.
• W3165580401 cites W2905340547 @default.
• W3165580401 cites W2914668723 @default.
• W3165580401 cites W2934254633 @default.
• W3165580401 cites W2940725500 @default.
• W3165580401 cites W2944552877 @default.
• W3165580401 cites W2947126499 @default.
• W3165580401 cites W2977673325 @default.
• W3165580401 cites W2986441136 @default.
• W3165580401 cites W3023044948 @default.
• W3165580401 cites W3038490091 @default.
• W3165580401 cites W3048536187 @default.
• W3165580401 cites W3093133378 @default.
• W3165580401 cites W3094379453 @default.
• W3165580401 doi "https://doi.org/10.1016/j.ijheatmasstransfer.2021.121437" @default.
• W3165580401 hasPublicationYear "2021" @default.
• W3165580401 type Work @default.
• W3165580401 sameAs 3165580401 @default.
• W3165580401 citedByCount "5" @default.
• W3165580401 countsByYear W31655804012022 @default.
• W3165580401 countsByYear W31655804012023 @default.
• W3165580401 crossrefType "journal-article" @default.
• W3165580401 hasAuthorship W3165580401A5009661319 @default.
• W3165580401 hasAuthorship W3165580401A5028068384 @default.
• W3165580401 hasAuthorship W3165580401A5033652511 @default.
• W3165580401 hasAuthorship W3165580401A5041363328 @default.
• W3165580401 hasAuthorship W3165580401A5053524771 @default.
• W3165580401 hasAuthorship W3165580401A5080610534 @default.
• W3165580401 hasConcept C121332964 @default.
• W3165580401 hasConcept C192562407 @default.
• W3165580401 hasConcept C200093464 @default.
• W3165580401 hasConcept C57879066 @default.
• W3165580401 hasConcept C97355855 @default.
• W3165580401 hasConceptScore W3165580401C121332964 @default.
• W3165580401 hasConceptScore W3165580401C192562407 @default.
• W3165580401 hasConceptScore W3165580401C200093464 @default.
• W3165580401 hasConceptScore W3165580401C57879066 @default.
• W3165580401 hasConceptScore W3165580401C97355855 @default.
• W3165580401 hasFunder F4320321001 @default.
• W3165580401 hasFunder F4320335960 @default.
• W3165580401 hasLocation W31655804011 @default.
• W3165580401 hasOpenAccess W3165580401 @default.
• W3165580401 hasPrimaryLocation W31655804011 @default.
• W3165580401 hasRelatedWork W1989727193 @default.
• W3165580401 hasRelatedWork W1999245477 @default.
• W3165580401 hasRelatedWork W2042560223 @default.
• W3165580401 hasRelatedWork W2049899376 @default.
• W3165580401 hasRelatedWork W2128289013 @default.
• W3165580401 hasRelatedWork W2349952419 @default.
• W3165580401 hasRelatedWork W2373861551 @default.
• W3165580401 hasRelatedWork W2966052190 @default.
• W3165580401 hasRelatedWork W3154172500 @default.
• W3165580401 hasRelatedWork W40221850 @default.
• W3165580401 hasVolume "176" @default.
• W3165580401 isParatext "false" @default.
• W3165580401 isRetracted "false" @default.
• W3165580401 magId "3165580401" @default.
• W3165580401 workType "article" @default.