Titre :	Phase equilibria : measurement and computation
Type de document :	texte imprimé
Auteurs :	J. David Raal, Auteur ; Andreas L. Mühlbauer, Auteur
Editeur :	Washington : Taylor & Francis
Année de publication :	1998
Collection :	Series in Chemical and Mechanical Engineering
Importance :	xxiii-461 p.
Présentation :	ill.
Format :	24 cm
ISBN/ISSN/EAN :	156032550x
Note générale :	Index
Langues :	Français (fre)
Mots-clés :	Loi des phases et équilibre Thermochimie
Index. décimale :	544.34 Équilibre chimique
Résumé :	The measurement,modeling,and computation of multicomponent phase equilibria has been one of the most compelling problems in chemical engineering.the variety of experimental and computatuonal methods developed by chemical engineers and physical chemists for the measurement and thermodynamical interpretation of vapor-liquid equilibria probably surpasses that of all other areas of chemical engineering research.
Note de contenu :	part 1 low-pressure phase equilibrium measurements 1.thermodynamic fundamentals 2.low-pressure vapor-liquid equilibrium 3.liquid-liquid equilibrium measurements 4.gas-liquid chromatograph detector calibration and chemical purity determination part 2 high-pressure phase equilibrium measurements 5.background to high-pressure phase equilibrium measurements 6.the dynamic method for hpvle experimentation 7.the static method for hpvle experimentation 8.development and operation of a hpvle experimental apparatus

Phase equilibria : measurement and computation [texte imprimé] / J. David Raal, Auteur ; Andreas L. Mühlbauer, Auteur . - Washington : Taylor & Francis, 1998 . - xxiii-461 p. : ill. ; 24 cm. - (Series in Chemical and Mechanical Engineering) .
ISSN : 156032550x
Index
Langues : Français (fre)

Mots-clés :	Loi des phases et équilibre Thermochimie
Index. décimale :	544.34 Équilibre chimique
Résumé :	The measurement,modeling,and computation of multicomponent phase equilibria has been one of the most compelling problems in chemical engineering.the variety of experimental and computatuonal methods developed by chemical engineers and physical chemists for the measurement and thermodynamical interpretation of vapor-liquid equilibria probably surpasses that of all other areas of chemical engineering research.
Note de contenu :	part 1 low-pressure phase equilibrium measurements 1.thermodynamic fundamentals 2.low-pressure vapor-liquid equilibrium 3.liquid-liquid equilibrium measurements 4.gas-liquid chromatograph detector calibration and chemical purity determination part 2 high-pressure phase equilibrium measurements 5.background to high-pressure phase equilibrium measurements 6.the dynamic method for hpvle experimentation 7.the static method for hpvle experimentation 8.development and operation of a hpvle experimental apparatus