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2011•EPJ Web of ConferencesOpen access

Surface energy and surface tension of liquid metal nanodrops

М. А. Шебзухова, А. А. Шебзухов

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Abstract

A unitary approach has been proposed for the calculation of surface energy and surface tension of nanoparticle being in equilibrium with its saturated vapor on both flat and curved surfaces at given temperature. The final equations involve parameters dependent on the type of premelting structure: bcc, fcc or hcp.

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A unitary approach has been proposed for the calculation of surface energy and surface tension of nanoparticle being in equilibrium with its saturated vapor on both flat and curved surfaces at given temperature. The final equations involve parameters dependent on the type of premelting structure: bcc, fcc or hcp.

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Available abstract

A unitary approach has been proposed for the calculation of surface energy and surface tension of nanoparticle being in equilibrium with its saturated vapor on both flat and curved surfaces at given temperature. The final equations involve parameters dependent on the type of premelting structure: bcc, fcc or hcp.

Key concepts: Surface tension, Premelting, Surface energy, Surface (topology), Specific surface energy, Metal, Thermodynamics, Unitary state

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