Quizzed article | REF: BE8030 V2

Determination of fluid thermodynamics properties of fluids. Pure fluids

Authors: Salaheddine CHABAB, Patrice PARICAUD, Christophe COQUELET

Publication date: September 10, 2020

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3. Non-cubic equations of state

3.1 Multiparameter equations of state

Multiparametric or Helmholtz-type equations of state are written considering the reduced Helmholtz molar free energy f :

\frac{f (T_{r}, ρ_{r})}{R T} = a^{i g} (T_{r}, ρ_{r}) + a^{r e s} (T_{r}, ρ_{r})

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Non-cubic equations of state

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Bibliography

(1) - HIRSCHFELDER (J.O.), CURTISS (C.F.), BIRD (R.B.), MAYER (M.G.) - Molecular theory of gases and liquids. - Wiley, New York (1964).
(2) - ROWLEY (R.), WILDING (W.), OSCARSON (J.), YANG (Y.), ZUNDEL (N.), DAUBERT (T.) et al -...

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Mines ParisTech, PSL Université, CTP – Centre thermodynamique des procédés 38, rue Saint honoré, 77305 Fontainebleau Cedex Tel: (33)164694962 Fax: (33)164694968

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INREAE, Génie des procédés frigorifiques pour la sécurité alimentaire et l'environnement...

Theses

CAMPESTRINI (M.) – Thermodynamic study of solid-liquid-vapor equilibria: application to cryogenics and air separation units. École des Mines de Paris thesis, 432 p. (2014).

CHAPOY (A.) – Study of the equilibria of water-hydrocarbon-acid gas systems in the context of gas production. Thesis, École des Mines de Paris, 250 p. (2004).

COQUELET (C.) – Étude des fluides frigorigènes,...