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Report No.
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R&D for introducing silicon carbide materials to safety improvement of BWR's core, 5; Influence of steam flow rate on oxidation of SiC at high temperatures

Pham, V. H.  ; Nagae, Yuji ; Kurata, Masaki ; Ishibashi, Ryo*; Yamashita, Shinichiro  

In this study, oxidation of SiC under various flow rates of steam was investigated at 1400$$^{circ}$$C using laser heating. Results of the investigation indicated that the mass evolution of SiC underwent a mass gain with 0.1 g/min of steam flow rate. Whereas, the mass evolution experienced a mass loss with 3 g/min of steam. Based on the data of mass change under the investigated conditions, the parabolic and linear rate constants were calculated and reported.

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