Formation and Effects of Al-Zr-Cr-La Dispersoid in Aluminum Alloy

Chen Kanghua; Zhou Nianrun; Fang Huachan; Chen Xiang

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Formation and Effects of Al-Zr-Cr-La Dispersoid in Aluminum Alloy
Issue 10, Pages: 788-791(2008)
Published： 2008 ，
DOI：

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[1]陈康华,周年润,方华婵,陈祥.Al-Zr-Cr-La合金中多元弥散相的形成及其强化作用[J].特种铸造及有色合金,2008(10):788-791+736.

Chen Kanghua, Zhou Nianrun, Fang Huachan, et al. Formation and Effects of Al-Zr-Cr-La Dispersoid in Aluminum Alloy. [J]. Special Casting & Nonferrous Alloys (10):788-791(2008)
[1]陈康华,周年润,方华婵,陈祥.Al-Zr-Cr-La合金中多元弥散相的形成及其强化作用[J].特种铸造及有色合金,2008(10):788-791+736. DOI：

Chen Kanghua, Zhou Nianrun, Fang Huachan, et al. Formation and Effects of Al-Zr-Cr-La Dispersoid in Aluminum Alloy. [J]. Special Casting & Nonferrous Alloys (10):788-791(2008) DOI：

摘要

研究了Al-Zr-Cr-La合金中多元弥散相的形成及其对合金的强化作用。结果表明

在合金中形成具有Al20Cr2La结构的弥散相;在含Zr的合金中

Zr溶入到Al20Cr2La相中。这种结构的弥散相

具有明显的抑制再结晶和强化合金效果。相对于无Zr的Al20Cr2La相

含Zr的Al20Cr2La相抑制再结晶能力尤为显著

强化合金能力也略有提高。

Abstract

Formation and effects of Al-Zr-Cr-La dispersoid in aluminum alloy were investigated. The results show that Al20Cr2La dispersoids are created in the alloy

which can evidently restrain the recrystalization and enhance the alloy

and Zr element can be dissolved into the Al20Cr2La phase in the alloy containing Zr. Compared with the Al20Cr2La phase without Zr

the Al20Cr2La phase with Zr exhibits higher capability of inhibiting recrystalization with slight improvement of enhancing alloy.

关键词

Al-Zr-Cr-La合金Al20Cr2La弥散相再结晶强化

Keywords

Al-Zr-Cr-La AlloyAl20Cr2La PhaseDispersoidRecrystalizationEnhancing Effects

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