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Oxidation of ß-SiC at high temperature in Ar/O2, Ar/CO2, Ar/H2O gas mixtures: Active/passive transition

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Abstract An experimental study of the active/passive transition in the oxidation of s-SiC was carried out between 1650 °C and 1800 °C in Ar/O2, Ar/H2O and Ar/CO2 gas mixtures or mixtures including… Click to show full abstract

Abstract An experimental study of the active/passive transition in the oxidation of s-SiC was carried out between 1650 °C and 1800 °C in Ar/O2, Ar/H2O and Ar/CO2 gas mixtures or mixtures including two among these oxidant species. For that purpose an experimental device based on a Joule-heated SCS-6 fiber permitted determination of the oxidation regime from changes in electric current. The observed transitions were compared to results from other authors. Two predictive models of the active/passive transition were studied by means of a 3-D simulation of the experimental device in order to have an estimation of the volatilization rate of SiO2. These models were compared against experimental results.

Keywords: oxidation sic; passive transition; gas mixtures; active passive

Journal Title: Journal of The European Ceramic Society
Year Published: 2018

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