2010Bulletin of the Russian Academy of Sciences PhysicsRequires access

The Tolman parameter, self-absorption, and surface tension on flat and curved surfaces of liquid metals

М. А. Шебзухова, Z. A. Shebzukhov, А. А. Шебзухов

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Abstract

Analytical expressions for Tolman parameter jg, self-absorption on a tension surface db, and surface tension σ on flat and curved surfaces were found using the thermodynamic Gibbs method. The jg, db, and σ values were determined for 50 liquid metals at the melting temperature. It was established that surface tension decreases with a decrease in the radius of an equimolecular dividing surface.

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Analytical expressions for Tolman parameter jg, self-absorption on a tension surface db, and surface tension σ on flat and curved surfaces were found using the thermodynamic Gibbs method. The jg, db, and σ values were determined for 50 liquid metals at the melting temperature. It was established that surface tension decreases with a decrease in the radius of an equimolecular dividing surface.

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Available abstract

Analytical expressions for Tolman parameter jg, self-absorption on a tension surface db, and surface tension σ on flat and curved surfaces were found using the thermodynamic Gibbs method. The jg, db, and σ values were determined for 50 liquid metals at the melting temperature. It was established that surface tension decreases with a decrease in the radius of an equimolecular dividing surface.

Key concepts: Surface tension, Absorption (acoustics), Materials science, Surface (topology), Tension (geology), Mechanics, Physics, Geometry

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