Volatilization Behavior and Microstructure,Properties of Mg,Zn in AZ31 during Vacuum Melt

李明照; 范晋平

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Volatilization Behavior and Microstructure,Properties of Mg,Zn in AZ31 during Vacuum Melt

更新时间：2026-09-14

- Volatilization Behavior and Microstructure,Properties of Mg,Zn in AZ31 during Vacuum Melt
- 真空熔炼时AZ31中Mg,Zn挥发行为及组织与性能
- Issue 5, Pages: 462-466(2007)
- 作者机构：
  
  太原理工大学材料科学与工程学院
- 作者简介：
- 基金信息：
- DOI：
  CLC：
- Published：2007
- 稿件说明：
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李明照, 范晋平. Volatilization Behavior and Microstructure,Properties of Mg,Zn in AZ31 during Vacuum Melt[J]. 2007, (5): 462-466.
DOI：

李明照, 范晋平. Volatilization Behavior and Microstructure,Properties of Mg,Zn in AZ31 during Vacuum Melt[J]. 2007, (5): 462-466. DOI：

摘要

在分析合金元素的挥发行为及机理的基础上

对金属粉尘进行了分析.观察了合金的铸态微观组织

并着重讨论了提高AZ31力学性能的途径.研究结果表明:真空熔炼过程中

合金熔体中元素的活度影响其挥发速率;真空条件下合金中存在的气体量降低

夹杂物分解

提高了合金的纯度

使合金显现出本身的特性;AZ31的铸态抗拉强度达210 MPa

比熔炼前提高了82.6%;延伸率为5%

提高了31.5%.

Abstract

The volatilization behavior and its mechanism of Mg and Zn were studied

and the powder was analyzed.Also

the microstructure was observed

and the way to improve the mechanical properties was discussed.The results show that the influence of alloy composition on the loss rate of element volatilization was great.Under vacuum condition the gas content of alloy reduction and inclusion dissolving enhanced the purity of alloy.The tensile strength of cast AZ31 is up to 210 MPa

which is increased by 82.6% than that of AZ31 before melt and percentage elongation is 5%

which is increased by 31.5%.

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references

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