The ratio between the Joule–Thomson effect and the second virial coefficient
UDC 536.7
Kletsky A. V., Mitropov V.V.
Abstract
Correlations are presented between the differential Joule–Thomson effect and second virial coefficient. The differential Joule–Thomson effect characterizes the rate of temperature change in an irreversible isenthalpic process. The values of this effect are calculated for the gaseous HFC-125 agent (CHF2-CF3).
Keywords: Joule–Thomson effect, second virial coefficient, HFC-125.
The ratio between the Joule–Thomson effect and the second virial coefficient
Abstract
Correlations are presented between the differential Joule–Thomson effect and second virial coefficient. The differential Joule–Thomson effect characterizes the rate of temperature change in an irreversible isenthalpic process. The values of this effect are calculated for the gaseous HFC-125 agent (CHF2-CF3).
Keywords: Joule–Thomson effect, second virial coefficient, HFC-125.
Русский
English
