Structure and property of Cu-16.9%Fe semi-solid solidification with high magnetic field

Zuo Xiaowei; Wang Engang; Han Huan; Zhang Lin; HE Jicheng

Views : 0 下载量: 174 CSCD: 1

Export
Share
Collection
Album

Structure and property of Cu-16.9%Fe semi-solid solidification with high magnetic field
Issue S1, Pages: 111-113(2008)
Published： 2008 ，
DOI：

扫描看全文

[1]左小伟,王恩刚,韩欢,张林,赫冀成.强磁场下Cu-16.9Fe合金半固态凝固组织及性能研究[J].特种铸造及有色合金,2008(S1):111-113.

Zuo Xiaowei, Wang Engang, Han Huan, et al. Structure and property of Cu-16.9%Fe semi-solid solidification with high magnetic field. [J]. Special Casting & Nonferrous Alloys (S1):111-113(2008)
[1]左小伟,王恩刚,韩欢,张林,赫冀成.强磁场下Cu-16.9Fe合金半固态凝固组织及性能研究[J].特种铸造及有色合金,2008(S1):111-113. DOI：

Zuo Xiaowei, Wang Engang, Han Huan, et al. Structure and property of Cu-16.9%Fe semi-solid solidification with high magnetic field. [J]. Special Casting & Nonferrous Alloys (S1):111-113(2008) DOI：

摘要

研究了强磁场对Cu-16.9Fe合金半固态凝固组织及导电率的影响。研究结果表明:施加强磁场引起了Cu基体的晶格畸变

且富Fe相逐渐不规则细化

且有沿平磁场方向拉长的趋势。而且施加强磁场能提高材料的导电率

分析认为是由于施加强磁场降低了铜基体中Fe含量从而降低散射电阻率所引起。

Abstract

The influence of high magnetic field on structure and property of Cu-16.9%Fe by semi-solid solidification was investigated. The results under high magnetic field showed that the crystal lattices of Cu were distorted. Moreover

the morphology of Fe-rich phases became more irregular and finer. The directions of Fe-rich phases were trended to be elongated along the magnetic field. The conductivity of Cu-16.9%Fe were increased. The analysis showed it was owing to the solubility decreasing of Fe in Cu

which decreased the impurity scattering resistivity.

关键词

强磁场Cu-Fe导电率半固态

Keywords

High magnetic field （HMF）Cu-Feconductivitysemi-solidification

references

Alert me when the article has been cited

提交

暂无数据