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
Abstract
М. А. Шебзухова, Z. A. Shebzukhov, А. А. Шебзухов
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.
Key concepts: Surface tension, Absorption (acoustics), Materials science, Surface (topology), Tension (geology), Mechanics, Physics, Geometry