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Solid–liquid coexistence in hard-core Yukawa systems

Moritz Renkin, J. Häfner

Abstract

The modern density functional theory of freezing has been applied to hard-core liquids with repulsive and attractive Yukawa tails. The freezing properties are calculated as a function of the strength and the decay length of the Yukawa interaction. The calculated phase diagrams are put into a critical perspective with the phase diagrams of hard-core, adhesive hard-core, inverse-power, and Lennard-Jones systems.

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Key concepts: Yukawa potential, Hard core, Phase diagram, Core (optical fiber), Statistical physics, Phase (matter), Perspective (graphical), Function (biology)