FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308347218> ?p ?o ?g. }

• W4308347218 endingPage "119605" @default.
• W4308347218 startingPage "119605" @default.
• W4308347218 abstract "Recently, the combined power and cooling (CPC) cycle has attracted more and more attention due to its higher overall efficiency and diversified energy output. However, the existing CPC cycles cannot guarantee a good temperature matching between the cycles and heat sources and sinks at the same time, which leaves some room for improvement in the CPC cycles. In this study, according to the temperature matching principle, three basic requirements that CPC cycles should meet under ideal conditions are clearly stated for the first time. After that, a novel CPC cycle that can meet these requirements is proposed by integrating the organic flash cycle, ejector refrigeration cycle, internal heat exchanger, and zeotropic mixtures. To study the performance of the proposed CPC cycle using R600a/R601a mixtures in the geothermal application, energy and exergy analysis is conducted. Results show that the maximum exergy efficiency of the proposed CPC cycle using R600a/R601a mixtures is 36.34 %, which is 1.34 % and 3.38 % higher than that using pure R600a and R601a, respectively. Moreover, when the exergy efficiency of the proposed CPC cycle is maximum, the sum of the exergy destruction of the heater, condenser, and evaporator using R600a/R601a mixtures is 17.92 kW, which is 4.23 % and 7.93 % less than that using pure R600a and R601a, respectively." @default.
• W4308347218 created "2022-11-11" @default.
• W4308347218 creator A5004742232 @default.
• W4308347218 creator A5008710333 @default.
• W4308347218 creator A5059843781 @default.
• W4308347218 creator A5068203387 @default.
• W4308347218 creator A5077893874 @default.
• W4308347218 date "2023-01-01" @default.
• W4308347218 modified "2023-10-18" @default.
• W4308347218 title "Thermodynamic analysis of the combined organic flash and ejector refrigeration cycle using zeotropic mixtures" @default.
• W4308347218 cites W1523483641 @default.
• W4308347218 cites W1984321337 @default.
• W4308347218 cites W2012603436 @default.
• W4308347218 cites W2023913253 @default.
• W4308347218 cites W2034770090 @default.
• W4308347218 cites W2047253411 @default.
• W4308347218 cites W2053434390 @default.
• W4308347218 cites W2064319264 @default.
• W4308347218 cites W2080434803 @default.
• W4308347218 cites W2128234796 @default.
• W4308347218 cites W2161237387 @default.
• W4308347218 cites W2192431830 @default.
• W4308347218 cites W2213043016 @default.
• W4308347218 cites W2274030108 @default.
• W4308347218 cites W2290642128 @default.
• W4308347218 cites W2547923643 @default.
• W4308347218 cites W2569253604 @default.
• W4308347218 cites W2588056073 @default.
• W4308347218 cites W2626225027 @default.
• W4308347218 cites W2777626516 @default.
• W4308347218 cites W2791428615 @default.
• W4308347218 cites W2796824874 @default.
• W4308347218 cites W2807838686 @default.
• W4308347218 cites W2888082085 @default.
• W4308347218 cites W2905663824 @default.
• W4308347218 cites W2910874380 @default.
• W4308347218 cites W2941436785 @default.
• W4308347218 cites W2944497742 @default.
• W4308347218 cites W2955624171 @default.
• W4308347218 cites W2995803282 @default.
• W4308347218 cites W3011624687 @default.
• W4308347218 cites W3022399048 @default.
• W4308347218 cites W3032529773 @default.
• W4308347218 cites W3044722075 @default.
• W4308347218 cites W3048522059 @default.
• W4308347218 cites W3080923368 @default.
• W4308347218 cites W3082517234 @default.
• W4308347218 cites W3083837937 @default.
• W4308347218 cites W3092253432 @default.
• W4308347218 cites W3094976045 @default.
• W4308347218 cites W3097189211 @default.
• W4308347218 cites W3097357093 @default.
• W4308347218 cites W3132892405 @default.
• W4308347218 cites W3135826701 @default.
• W4308347218 cites W3160198810 @default.
• W4308347218 cites W3171004903 @default.
• W4308347218 cites W3183261545 @default.
• W4308347218 cites W3196255120 @default.
• W4308347218 cites W3206181213 @default.
• W4308347218 cites W3216837910 @default.
• W4308347218 cites W4207020052 @default.
• W4308347218 cites W4214516314 @default.
• W4308347218 cites W4220873620 @default.
• W4308347218 cites W4221004835 @default.
• W4308347218 cites W4281682981 @default.
• W4308347218 cites W4281773076 @default.
• W4308347218 cites W4286489771 @default.
• W4308347218 cites W4289868737 @default.
• W4308347218 cites W572951950 @default.
• W4308347218 cites W882324871 @default.
• W4308347218 doi "https://doi.org/10.1016/j.applthermaleng.2022.119605" @default.
• W4308347218 hasPublicationYear "2023" @default.
• W4308347218 type Work @default.
• W4308347218 citedByCount "4" @default.
• W4308347218 countsByYear W43083472182023 @default.
• W4308347218 crossrefType "journal-article" @default.
• W4308347218 hasAuthorship W4308347218A5004742232 @default.
• W4308347218 hasAuthorship W4308347218A5008710333 @default.
• W4308347218 hasAuthorship W4308347218A5059843781 @default.
• W4308347218 hasAuthorship W4308347218A5068203387 @default.
• W4308347218 hasAuthorship W4308347218A5077893874 @default.
• W4308347218 hasConcept C101519877 @default.
• W4308347218 hasConcept C107706546 @default.
• W4308347218 hasConcept C113146524 @default.
• W4308347218 hasConcept C116915560 @default.
• W4308347218 hasConcept C119104473 @default.
• W4308347218 hasConcept C120665830 @default.
• W4308347218 hasConcept C121332964 @default.
• W4308347218 hasConcept C127413603 @default.
• W4308347218 hasConcept C137076967 @default.
• W4308347218 hasConcept C184235594 @default.
• W4308347218 hasConcept C192562407 @default.
• W4308347218 hasConcept C199499590 @default.
• W4308347218 hasConcept C204392657 @default.
• W4308347218 hasConcept C21880701 @default.
• W4308347218 hasConcept C2780934509 @default.
• W4308347218 hasConcept C2982854487 @default.
• W4308347218 hasConcept C39432304 @default.

• next