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Evaluation of the Use of Complex Mineral Concentrate as a Modifier Steel

机译:评价复合物矿物浓缩物作为改性剂钢的用途

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Increasing customer demands for quality of the resulting metal, and in the first place, the impurities, metallurgists dictate need to develop new and improved technologies. Thus, a significant reduction in metal losses can be achieved by developing new complex alloy steels, special purpose, improving technology of their production and developing new technology of smelting to improve the physical, mechanical, foundry and operational characteristics by influencing the structure of the steel by modifying the liquid melt, change more favorable morphology of nonmetallic inclusions. For complex-alloyed steels expensive and scarce alloying elements Ti, Nb, Zr, etc., are used, which are inaccessible to conventional structural steels. In this regard, the paper also presents the results of applying of innovative modifiers containing alloying elements (Ti, Nb, Zr, etc.) based on mineral concentrates in the Tomsk region.
机译:提高客户对所得金属质量的需求,首先,杂质,冶金学家决定需要开发新的和改进的技术。 因此,通过开发新的复杂合金钢,特殊目的,生产技术,通过影响钢结构的结构,可以通过开发新的复杂合金钢,专用,改善技术,提高物理,机械,铸造,铸造和操作特性的新技术,可以实现金属损耗的显着降低。 通过改变液体熔体,改变更有利的非金属夹杂物的形态。 对于昂贵的合金元素Ti,Nb,Zr等,用于昂贵和稀缺的合金化钢,其常规结构钢无法访问。 在这方面,本文还介绍了基于托木地区矿物浓缩物的含有合金元素(Ti,Nb,Zr等)的创新改性剂的结果。

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