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New Characterization Method of Hot Metal Penetration Resistance for Blast Furnace Carbon Blocks

机译:高炉碳块热金属穿透性的新表征方法

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摘要

The main causes for deterioration of carbon blocks are due to the penetration and dissolution of hot metal against pores and surfaces. The active national standard GB/T 24201-2009 can only judge the hot metal dissolution, but the penetration of hot metal during test has been neglected. On the basis of national standard, a new measurement and characterization method is proposed. The study shows that with the help of back-scattered electron detect technology combined with statistical analysis, the penetration depth of hot metal could be quantitative evaluated, which could provide a reference for optimize the production of blast furnace refractories.
机译:碳块劣化的主要原因是由于热金属对孔隙和表面的渗透和溶解。活跃国家标准GB / T 24201-2009只能判断热金属溶解,但在测试期间的热金属的渗透被忽略了。在国家标准的基础上,提出了一种新的测量和表征方法。该研究表明,借助于背散射电子检测技术与统计分析相结合,热金属的渗透深度可以是定量评估的,这可以提供优化高炉耐火材料的生产的参考。

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