Browsing by Author "O'Connell J.P."

Now showing items 1-3 of 3

A NEW EQUATION OF STATE FOR CORRELATION AND PREDICTION OF STANDARD MOLAL THERMODYNAMIC PROPERTIES OF AQUEOUS SPECIES AT HIGH TEMPERATURES AND PRESSURES

Sedlbauer J.; O'Connell J.P.; Wood R.H. (2000)

A new expression for partial molar volumes of aqueous solutes at infinite dilution has been developed in an empirical form based on Fluctuation Solution Theory for use over wide ranges of temperature and pressure. The ...
INFINITE DILUTION PARTIAL MOLAR PROPERTIES OF AQUEOUS SOLUTIONS OF NONELECTROLYTES. I. EQUATIONS FOR PARTIAL MOLAR VOLUMES AT INFINITE DILUTION AND STANDARD THERMODYNAMIC FUNCTIONS OF HYDRATION OF VOLATILE NONELECTROLYTES OVER WIDE RANGES OF CONDITIONS

Plyasunov A.V.; O'Connell J.P.; Wood R.H. (2000)

A semitheoretical expression for partial molar volumes at infinite dilution of aqueous nonelectrolyte solutes has been developed employing the collection of properties from fluctuation solution theory for use over wide ...
INFINITE DILUTION PARTIAL MOLAR PROPERTIES OF AQUEOUS SOLUTIONS OF NONELECTROLYTES. II. EQUATIONS FOR THE STANDARD THERMODYNAMIC FUNCTIONS OF HYDRATION OF VOLATILE NONELECTROLYTES OVER WIDE RANGES OF CONDITIONS INCLUDING SUBCRITICAL TEMPERATURES

Plyasunov A.V.; O'Connell J.P.; Wood R.H.; Shock E.L. (2000)

The volumetric equation proposed previously (Plyasunov et al., 2000), for estimating the infinite dilution Gibbs energy of hydration of volatile nonelectrolytes at temperatures exceeding the critical temperature of pure ...

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