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Formation of ZrB_2 in MgO-C Composite Materials Using In-Situ Synthesis Method

机译:原位合成法在MgO-C复合材料中形成ZrB_2

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摘要

ZrB_2 in MgO-C composite materials obtained by both microwave sintering synthesis and in-situ reaction at lower temperature was investigated. The test result shows that 66. 67 percent of reactant changed into ZrB_2, and the other form Al_2O_3, which could optimize the properties of carbon-containing materials. Therefore, the method of in-situ synthesizing ZrB_2 acting as antioxidant in carbon-containing materials is considered as one of best ways to reduce the cost and ZrB_2 as refractories is used on a large-scale.
机译:研究了微波烧结合成和低温原位反应制得的MgO-C复合材料中的ZrB_2。测试结果表明,有66.67%的反应物变为ZrB_2,而另一种形式为Al_2O_3,可以优化含碳材料的性能。因此,原位合成含碳材料中作为抗氧化剂的ZrB_2的方法被认为是降低成本的最佳方法之一,并且作为耐火材料的ZrB_2被大量使用。

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