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Effects of adding order of Si and Al on refining characteristics of Fe-Si-Al alloy melt using CaO refractory

机译:硅铝添加量对CaO耐火材料对Fe-Si-Al合金熔体细化特性的影响

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摘要

Using CaO refractories, vacuum induction melting is increasingly applied to Fe-Si-Al alloys for magnetic recording materials. However, as Si and Al contained in Fe-Si-Al alloys are reactive with CaO, it is important to consider the effects of these elements on refining properties in the melting process. In this work, experiments were performed to examine the effects of the adding order of these elements on the refining characteristics in the melting process. It was found that the cleanest Fe-Si-Al alloy can be obtained by adding a small amount of Al first and then Si and the Al remaining. This effect can be explained by the reactions between the wall of CaO and Al and Si.
机译:使用CaO耐火材料,真空感应熔炼越来越多地应用于磁记录材料的Fe-Si-Al合金。但是,由于Fe-Si-Al合金中包含的Si和Al与CaO具有反应性,因此重要的是要考虑这些元素对熔融过程中精炼性能的影响。在这项工作中,进行了实验以检查这些元素的添加顺序对熔融过程中精炼特性的影响。发现最清洁的Fe-Si-Al合金可通过先添加少量的Al,然后再添加Si和Al而获得。可以通过CaO壁与Al和Si之间的反应来解释这种效果。

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