The study focuses on deriving an equation of state for the London dispersion potential.

What is it about?

This research paper presents an equation of state for the London dispersion potential, derived using integral equations theory and the mean-spherical-approximation. The resulting equation takes into account temperature, fractional volume, first ionization energy, and polarizability of components in the system, and is believed to be applicable to systems with London dispersion interactions.

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Why is it important?

The equation takes into account the mean-spherical-approximation and thermodynamic inconsistent principle. The pressure is dependent on temperature, fractional volume, first ionization energy, and polarizability of the components in the system. The derived equation is believed to be general and suitable for systems that interact via London dispersion effects.

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