摘要
本文研究了交叉轧制变形态高纯Cu-0.8at%Mn合金的显微组织和织构。结果显示,该6N(纯度99.9999%)CuMn合金(100)和(110)晶面择优取向,小角度晶界占比达76%。
In this paper,the microstructure and texture of high purity cu-0.8at%Mn alloy with cross rolling deformation have been studied.The results show that the(100)and(110)crystal planes of the 6N(99.9999%)cumn alloy are oriented preferentially,and the proportion of small angle grain boundary is 76%.
作者
王少平
姚力军
钟伟华
杨辉
WANG Shao-ping;YAO Li-jun;ZHONG Wei-hua;YANG Hui(College of Material Science and Engineering,University of Zhejiang,Hangzhou310000,China;Konfoong Materials International Co.,Ltd,Ningbo 315400,China)
出处
《世界有色金属》
2021年第10期115-116,共2页
World Nonferrous Metals
关键词
铜合金
溅射靶材
显微组织
台阶覆盖率
Copper alloy
Sputtering target
Microstructure
Step coverage
