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Formation of intermetallic and intermetallic-type precursor alloys for subsequent mechanical alloying applications

机译:金属间和金属间型前体合金的形成,以用于后续的机械合金化应用

摘要

Precursor alloys for subsequent mechanical alloying into a final alloy, pref. a Al 4% Ti alloy, are formed by: a) forming a first blend of the principal (I) and secondary (II) elements (Al and Ti respectively) in a proportion equivalent to the compsn. of an intermetallic cpd. formed by (I) and (II), the percentage of the secondary element in the precursor alloy is in excess of that in the final alloy; b) mechanically alloying the first blend; c) adding an additional quantity of the principal element to b), to raise the percentage of the element in the final alloy, to form a second blend; and d) mechanically alloying the second blend. Pref. the first blend is heated prior to mechanically alloying .
机译:先驱体合金,用于随后的机械合金化为最终合金,优选。一种Al 4%Ti合金,是通过以下步骤形成的:a)以等于组分的比例形成主要元素(I)和次要元素(II)的第一混合物(分别为Al和Ti)。金属间的cpd。由(I)和(II)形成的第二元素在前体合金中的百分比超过最终合金中的百分比; b)将第一混合物机械合金化; c)向b)中添加额外数量的主要元素,以增加元素在最终合金中的百分比,形成第二种共混物; d)将第二混合物机械合金化。首选在机械合金化之前将第一混合物加热。

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