The mass transfer phenomena between a liquid metal and the surrounding gas phase play an important role in several technological processes: the existence of oxygen fluxes can strongly affect the properties of the gas–liquid interface. Here, known kinetic criteria will be connected to saturation laws and arranged in a series of tests easily applicable to real cases in order to forecast the steady configuration of the phases. The case of tin will be discussed.
On diffusion, oxidation and condensation phenomena at the liquid metal – gas interface
ARATO, ELISABETTA;COSTA, PAOLO
2009-01-01
Abstract
The mass transfer phenomena between a liquid metal and the surrounding gas phase play an important role in several technological processes: the existence of oxygen fluxes can strongly affect the properties of the gas–liquid interface. Here, known kinetic criteria will be connected to saturation laws and arranged in a series of tests easily applicable to real cases in order to forecast the steady configuration of the phases. The case of tin will be discussed.
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