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    The Corrosion Behavior of Sulfidation-Resistant Fe–Mo–Al Alloys in H2/H2S Atmospheres at 900°C

    The corrosion behavior of Fe–22Mo–10Al (a/o, atom %),Fe–20.5Mo–15.7Al, and Fe–10Mo–19Al was examined inflowing H2/H2S gases of 4 Pa sulfur partial pressureat 900°C. Al2O3 was stable on all the alloys inthe atmosp...

    R. Y. Chen, D. J. Young, S. Blairs in Oxidation of Metals (2000)

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    Effects of yttrium and zirconium additions on the high-temperature sulfidation behavior of an Fe−10Mo−20Al−8Mn alloy

    The effects of zirconium and yttrium additions on the sulfidation behavior of an Fe−10Mo−20Al−8Mn(a/o, atom percent) alloy were examined in flowing H2/H2S gas of 4Pa sulfur partial pressure at 900°C. Good scale p...

    Yisheng Chen, D. J. Young, S. Blairs in Oxidation of Metals (1994)

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    High-temperature-sulfidation behavior of Fe-Mo-Mn-Al alloys

    The sulfidation behavior of multiphase, iron-based alloys containing up to 24 a/o molybdenum, up to 16.3 a/o manganese, and up to 24 a/o aluminum was examined in flowing H 2 /H ...

    Yisheng Chen, D. J. Young, S. Blairs in Oxidation of Metals (1993)

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    Article

    Sulfidation behavior of Fe-27Mn-(0-17.3)Mo(a/o) alloys

    Iron-base alloys containing ca. 27 a/o (atomic percent) manganese and up to 17.3 a/o molybdenum were sulfidized in H2/H2S gases of 4 Pa sulfur partial pressure at temperatures of 700–1000° C. Three-layered scales...

    Yisheng Chen, D. J. Young, S. Blairs in Oxidation of Metals (1993)

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    Article

    Oxidation aspects of the lime-concentrate-pellet roasting process

    Thermogravimetry has been employed to follow the progress of the oxidation reaction of cylindrical pellets of chalcopyrite concentrate blended with lime. Metallographic examination of pellet sections establish...

    H. Ahmadzai, S. Blairs, B. Harris, L-I Staffansson in Metallurgical Transactions B (1983)