Thermodynamic analysis of cascade refrigeration system using refrigerants pairs R134a-R23 and R290-R23.
Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.3, No. 4)Publication Date: 2014-04-30
Authors : Heena M. Gami; Mohammad Azim Aijaz;
Page : 6034-6040
Keywords : Cascade refrigeration system; Energy; Exergy; R134a; R290; R23..;
Abstract
A thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairsA thermodynamic energy and exergy analysis cascade refrigeration system using refrigerants pairs
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Last modified: 2014-05-13 17:12:05