Global asymmetry of fluids and local singularity in the diameter of the coexistence curve.

Abstract

By combining a measurable vapor-liquid coexistence curve and the extended van der Waals-type of equation of state (EOS) with the additional temperature-dependent coefficient, the phenomenological model of global fluid asymmetry has been developed separately for both coexisting bulk phases in the entire range of subcritical states. It is shown, in particular… (More)

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Cite this paper

@article{Rogankov2013GlobalAO, title={Global asymmetry of fluids and local singularity in the diameter of the coexistence curve.}, author={Vitaly B Rogankov and Valeriy I Levchenko}, journal={Physical review. E, Statistical, nonlinear, and soft matter physics}, year={2013}, volume={87 5}, pages={052141} }