Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309462011> ?p ?o ?g. }
Showing items 1 to 84 of
84
with 100 items per page.
- W4309462011 endingPage "2383" @default.
- W4309462011 startingPage "2383" @default.
- W4309462011 abstract "We consider the influence of vapor content in the mixed flow leaving a liquid-vapor ejector on the energy efficiency of a vacuum unit. As shown by numerical studies of liquid-vapor ejectors, this issue is important as vapor overproduction, which accompanies the process of secondary flow ejection, directly impacts the efficiency of the working process of both the liquid-vapor ejector and the vacuum unit as a whole. The greater the degree of vapor overproduction, the greater the load on the vapor phase of the separator, which is part of the vacuum unit. In addition, the liquid phase must be returned to the cycle to ensure the constancy of the mass flow rate of the working fluid of the primary flow. Our numerical study results revealed the rational value of the degree of vapor overproduction at which the efficiency of the liquid–vapor ejector was maximized, and the amount of additional working fluid that needed to enter the cycle of the vacuum unit was minimal. Experimental condition monitoring studies on the liquid–vapor ejector were carried out on plane-parallel transparent models with different flow path geometries. Through experimental studies, we confirmed and adjusted the values of the achievable efficiency of the working process of a liquid–vapor ejector, depending on the degree of vapor overproduction. Using a comparative analysis of liquid–vapor ejectors with different flow path geometries, differences were revealed in their working processes, which consisted of the degree of completion of the mixing of the working media of primary and secondary flows. To determine the feasibility of using liquid–vapor ejectors with different flow path geometries, exergy analysis was performed, resulting in achievable efficiency indicators." @default.
- W4309462011 created "2022-11-28" @default.
- W4309462011 creator A5009484038 @default.
- W4309462011 creator A5009787428 @default.
- W4309462011 creator A5011544275 @default.
- W4309462011 creator A5022638681 @default.
- W4309462011 creator A5050867661 @default.
- W4309462011 creator A5051690766 @default.
- W4309462011 creator A5067422964 @default.
- W4309462011 date "2022-11-13" @default.
- W4309462011 modified "2023-10-15" @default.
- W4309462011 title "Vapor Overproduction Condition Monitoring in a Liquid–Vapor Ejector" @default.
- W4309462011 cites W1987381900 @default.
- W4309462011 cites W1999858660 @default.
- W4309462011 cites W2004350053 @default.
- W4309462011 cites W2032898423 @default.
- W4309462011 cites W2095475021 @default.
- W4309462011 cites W2158082414 @default.
- W4309462011 cites W2605835767 @default.
- W4309462011 cites W2903171730 @default.
- W4309462011 cites W2956475623 @default.
- W4309462011 cites W2972644008 @default.
- W4309462011 cites W2985147116 @default.
- W4309462011 cites W3015747698 @default.
- W4309462011 cites W3089491026 @default.
- W4309462011 cites W3095434822 @default.
- W4309462011 cites W3115658997 @default.
- W4309462011 cites W3133741893 @default.
- W4309462011 cites W3163479162 @default.
- W4309462011 cites W4220808010 @default.
- W4309462011 cites W4247009550 @default.
- W4309462011 cites W4283790889 @default.
- W4309462011 cites W625243081 @default.
- W4309462011 cites W917534941 @default.
- W4309462011 doi "https://doi.org/10.3390/pr10112383" @default.
- W4309462011 hasPublicationYear "2022" @default.
- W4309462011 type Work @default.
- W4309462011 citedByCount "0" @default.
- W4309462011 crossrefType "journal-article" @default.
- W4309462011 hasAuthorship W4309462011A5009484038 @default.
- W4309462011 hasAuthorship W4309462011A5009787428 @default.
- W4309462011 hasAuthorship W4309462011A5011544275 @default.
- W4309462011 hasAuthorship W4309462011A5022638681 @default.
- W4309462011 hasAuthorship W4309462011A5050867661 @default.
- W4309462011 hasAuthorship W4309462011A5051690766 @default.
- W4309462011 hasAuthorship W4309462011A5067422964 @default.
- W4309462011 hasBestOaLocation W43094620111 @default.
- W4309462011 hasConcept C121332964 @default.
- W4309462011 hasConcept C135186712 @default.
- W4309462011 hasConcept C185004128 @default.
- W4309462011 hasConcept C185592680 @default.
- W4309462011 hasConcept C192562407 @default.
- W4309462011 hasConcept C2779301550 @default.
- W4309462011 hasConcept C57879066 @default.
- W4309462011 hasConcept C97355855 @default.
- W4309462011 hasConceptScore W4309462011C121332964 @default.
- W4309462011 hasConceptScore W4309462011C135186712 @default.
- W4309462011 hasConceptScore W4309462011C185004128 @default.
- W4309462011 hasConceptScore W4309462011C185592680 @default.
- W4309462011 hasConceptScore W4309462011C192562407 @default.
- W4309462011 hasConceptScore W4309462011C2779301550 @default.
- W4309462011 hasConceptScore W4309462011C57879066 @default.
- W4309462011 hasConceptScore W4309462011C97355855 @default.
- W4309462011 hasFunder F4320321779 @default.
- W4309462011 hasIssue "11" @default.
- W4309462011 hasLocation W43094620111 @default.
- W4309462011 hasOpenAccess W4309462011 @default.
- W4309462011 hasPrimaryLocation W43094620111 @default.
- W4309462011 hasRelatedWork W1993783380 @default.
- W4309462011 hasRelatedWork W2089778302 @default.
- W4309462011 hasRelatedWork W2158706749 @default.
- W4309462011 hasRelatedWork W2382620292 @default.
- W4309462011 hasRelatedWork W2899084033 @default.
- W4309462011 hasRelatedWork W2964145168 @default.
- W4309462011 hasRelatedWork W3036170704 @default.
- W4309462011 hasRelatedWork W4235697687 @default.
- W4309462011 hasRelatedWork W4364375242 @default.
- W4309462011 hasRelatedWork W4377157620 @default.
- W4309462011 hasVolume "10" @default.
- W4309462011 isParatext "false" @default.
- W4309462011 isRetracted "false" @default.
- W4309462011 workType "article" @default.