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Dissolution of Graphite in Iron Manganese Alloys

机译:铁锰合金石墨溶解

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Ferromanganese is a ferroalloy with high manganese content which finds many uses for example as deoxidizer in steelmaking industry. However, there is very little data on the dissolution rate of carbonaceous materials in Mn containing metals. In this paper, the kinetic analysis of carburization reactions is investigated for Mn-Fe alloys. Dissolution rate of graphite in pure iron and four different alloys with 10 wt%, 40 wt%, 60 wt% and 85 wt% manganese at 1823 K was studied. Results showed that the dissolution rate of carbon from graphite increased with increasing time for all alloys. The dissolution rate constant increased with the increasing manganese content from 6.5 × 10~(-3) cm/s for 0%Mn to 23.6 × 10~(-3) cm/s for 85%Mn.
机译:铁曼丹纳人是一种铁合金,具有高锰含量,可在炼钢工业中发现许多用途用途用作脱氧剂。然而,含有金属碳质材料的碳质材料溶出速率存在很少的数据。本文研究了Mn-Fe合金的渗碳反应的动力学分析。研究了纯铁和四种不同合金的石墨溶出速率,在1823 k下研究了10wt%,40wt%,60wt%和85wt%锰的溶解速率。结果表明,对于所有合金的时间,石墨中碳的溶出速率增加。溶出速率常数随着6.5×10〜(3)cm / s的增加而增加0%Mn至23.6×10〜(-3)cm / s的85%Mn。

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