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首页> 外文期刊>Metal Science and Heat Treatment >Some Principles of Alloying of Aluminum Alloys with Scandium and Zirconium in Ingot Production of Deformed Semiproducts
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Some Principles of Alloying of Aluminum Alloys with Scandium and Zirconium in Ingot Production of Deformed Semiproducts

机译:甘然钪和锆的合金化原理在变形半腺度的铸锭生成中

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摘要

Two principles of alloying are suggested for creation of aluminum alloys sparingly alloyed with scandium, which intensify the metastability of the process of crystallization in continuous casting of ingots. The first principle consists in keeping a one-to-one scandium-to-zirconium proportion, for example, 0.11% Sc and 0.11% Zr. The second principle consists in multicomponent alloying with transition and rare-earth metals, which intensifies the metastability of crystallization.
机译:建议为副钪的铝合金建议建立两个合金化原理,这加强了铸锭连续铸造过程中结晶过程的迁移性。 第一原理包括保持一对一的钪 - 锆比例,例如0.11%SC和0.11%Zr。 第二原理包括具有转变和稀土金属的多组合合金化,其增强了结晶的亚稳定性。

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