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J. Korean Ceram. Soc. > Volume 18(3); 1981 > Article
Journal of the Korean Ceramic Society 1981;18(3): 152.
$Fe_2O_3$의 환원반응 기구
최태운, 이홍림
연세대학교 요업공학과
Reduction Mechanism of $Fe_2O_3$
$Fe_2O_3$ was reduced over the temperature range of 600-100$0^{circ}C$ in both the atmospheres for the Fe-stable and FeO-stable states. It was found that the reduction follows first order kinetics and the reduction of $Fe_3O_3$ to $Fe_3O_4$ is the rate-controlling step.
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