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7th Japan-Brazil Syposium on Dust Processing-Energy-Environment and 1st International Seminar On Self-Reducing and Cold Bonded Agglomeration — vol. 7, num.7 (2008)

Title

REACTION MECHANISMS OF Fe3C FORMATION FROM IRON OXIDES WITH CO AND CO-H2 GAS MIXTURES

REACTION MECHANISMS OF Fe3C FORMATION FROM IRON OXIDES WITH CO AND CO-H2 GAS MIXTURES

Authorship

Sasaki, Yasushi; Kong, Deuk-Li; Satoh, Kotarou; Hino, Mitsutaka

Sasaki, Yasushi
Sasaki, Yasushi

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Kong, Deuk-Li
Kong, Deuk-Li

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Satoh, Kotarou
Satoh, Kotarou

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Hino, Mitsutaka
Hino, Mitsutaka

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DOI

10.5151/5463-5463-0004

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Abstract

Iron carbide (Fe3C) is produced by reactions of Fe2O3 powder with CO and CO-H2 gas mixtures at 923K. The effect of the gas composition on phases formed during the reaction of Fe3C formation from Fe2O3 is examined by XRD analysis. The possibility of direct Fe3C formation without the formation of

 

Iron carbide (Fe3C) is produced by reactions of Fe2O3 powder with CO and CO-H2 gas mixtures at 923K. The effect of the gas composition on phases formed during the reaction of Fe3C formation from Fe2O3 is examined by XRD analysis. The possibility of direct Fe3C formation without the formation of

Keywords

Fe3C; Metastability; Carbon deposition; Micro twinning.

Fe3C; Metastability; Carbon deposition; Micro twinning.

How to refer

Sasaki, Yasushi; Kong, Deuk-Li; Satoh, Kotarou; Hino, Mitsutaka. REACTION MECHANISMS OF Fe3C FORMATION FROM IRON OXIDES WITH CO AND CO-H2 GAS MIXTURES , p. 29-35. In: 7th Japan-Brazil Syposium on Dust Processing-Energy-Environment and 1st International Seminar On Self-Reducing and Cold Bonded Agglomeration, São Paulo, 2008.
ISSN: - , DOI 10.5151/5463-5463-0004