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THERMODYNAMIC EVALUATION OF PREDICTED FLUORINATED ETHER, ETHANE, AND PROPANE AZEOTROPES
Citation:
Kazachki, G. AND C. Gage. THERMODYNAMIC EVALUATION OF PREDICTED FLUORINATED ETHER, ETHANE, AND PROPANE AZEOTROPES. U.S. Environmental Protection Agency, Washington, D.C., EPA/600/A-92/144 (NTIS PB92198241), 1992.
Description:
The paper gives results of thermodynamic analyses, using basic thermophysical property data, to evaluate seven predicted fluorinated ether, ethane, and propane azeotropes: E125/RC270, E125/R134a, E143a/R134, R134a/E143a, E143a/ R152a, R134/R245cb, and R245cb/R227ea. he performance of each azeotrope as a refrigerant in vapor compression cycles of different structures was evaluated solely on the basis of thermophysical properties. he results were used to rank the azeotropes with other refrigerants.
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THERMODYNAMIC EVALUATION OF PREDICTED FLUORINATED ETHER, ETHANE, AND PROPANE AZEOTROPES
Record Details:
Record Type:DOCUMENT( REPORT )
Product Published Date:07/31/1992
Record Last Revised:12/22/2005
Record ID:
32557