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首页> 外文期刊>鉄と鋼/Journal of the Iron and Steel Institute of Japan. >Mechanism of Decarburization Reaction of Stainless Steel in Reduced Pressure and the Effect of Stirring Condition
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Mechanism of Decarburization Reaction of Stainless Steel in Reduced Pressure and the Effect of Stirring Condition

机译:不锈钢脱碳反应在减压中的脱碳反应及搅拌条件的影响

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摘要

The most suitable stirring condition has been investigated on the basis of the mechanism of the decarburization in VOD. Results are summerized as follows:(1) A decarburization model considering each reaction sites as hot spot, free surface, internal, bubble and slag was constructed. As a results, it became possible to quantify the contribution ratio of each reaction site in decarburization rate at each (C) region in VOD.Decarburization rate became larger with increasing stirring energy. And it was larger at a single tuyer than bouble tuyers according to the defference of the plume eye area.
机译:在VOD中脱碳机制研究了最合适的搅拌病症。 结果如下,如下:(1)将每个反应部位的脱碳模型构建,将每个反应部位,自由表面,内部,泡沫和渣。 结果,随着搅拌能量的增加,可以量化vod.decarberation速率中的每个(c)区的每种反应位点的寡碳速率的贡献比。 根据羽毛眼区域的脱离,在单个Tuyer的单个Tuyer时比双色器更大。

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