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Now showing items 11-17 of 17
Use of conformal solution models for prediction of polar, polyatomic fluid mixture transport properties.
(1981)
Conformal solution theory models for the prediction of mixture viscosity and thermal conductivity are investigated. The models predicted these properties with reasonable accuracies for wide ranges of systems and conditions.
Application of hybrid mixing rules based on the conformal solution and local composition models to predict the thermodynamic properties of nonideal solutions /
(1984)
Mixing rules based on the local composition and one-fluid models have been developed for use in the mean-potential-model Modified Benedict-Webb-Rubbin equation of state to accurately predict the thermodynamic properties ...
Application of the local-composition model to a generalized equation of state for representing vapor-liquid equilibria of nonideal mixtures /
(1984)
The statistical-mechanical local composition model has been applied to describe the composition dependence of a recently developed equation of state for use in vapor-liquid equilibria calculations. The composition-dependence ...
Application of multiparameter corresponding states methods to predict the thermodynamic properties of nonpolar, polar, and associating pure fluids.
(1982)
Sensitivity of thermodynamic-property predictions to the values of polar/associative parameters are examined. It is shown that the parameters can be effectively determined using a small number of vapor-pressure and density ...
A new generalized equation of state for polar and nonpolar pure fluids.
(The University of Oklahoma., 1983)
A new equation of state based on the concept of perturbed hard chain theory and the hard-convex body equation of state has been successfully developed for nonpolar compounds. The equation can predict the thermodynamic ...