INTERMOLECULAR INTERACTIONS AND P-V-T BEHAVIOUR OF GASES
Abstract
Intermolecular interactions represented by refractive index-density and dielectric constant-density functions are examined for their applicability in the prediction of PVT behaviour of gases. Motar polarization at the critical temperature arrived through such considerations is shown to be a property characterizing the behaviour of all classes of substances.
Keywords
Intermolecular interactions; Molar polarization; Theorem of corresponding states; Compressibility factors; PVT behaviour of fluids.
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