Study on Thermomagnetic Treatment Fe-25.5Cr-12Co Permanent Magnetic Alloy
来源期刊:材料热处理学报2004年第5期
论文作者:Zhen Liang GAO Run-sheng ZHU Dan-yang SUN Xue-yin SHAO Wen-zhu XU Ren-gen
关键词:Fe-25.5Cr-12Co alloy,thermomagnetic treatment,magnetic property; microstructure;
摘 要:The magnetic properties and microstructure in a low cobalt Fe-25.5Cr-12Co alloy by different process of thermomagnetic treatment were investigated. It is found that magnetic properties are sensitive to parameters of thermomagnetic treatment process in magnetic field, including temperature, time and applied magnetic field. There are optimized isothermal aging temperature and time in different magnetic heat treatment conditions. High magnetic field strength could improve magnetic properties. Applied magnetic field has a great effect on microstructure of the Fe-25.5Cr-12Co alloy. The finer ferromagnetic α1 particles with suitable c/a ratio by high magnetic field magnetic heat treatment are attributed to improvement the magnetic properties.
Zhen Liang1,GAO Run-sheng2,ZHU Dan-yang1,SUN Xue-yin1,SHAO Wen-zhu1,XU Ren-gen1
(1.Technology and Development Centre, Hangzhou Permanent Magnet Group Co., Ltd., Hangzhou, China;
2.Department of Materials Science, Harbin Institute of Technology, Harbin, China)
摘要:The magnetic properties and microstructure in a low cobalt Fe-25.5Cr-12Co alloy by different process of thermomagnetic treatment were investigated. It is found that magnetic properties are sensitive to parameters of thermomagnetic treatment process in magnetic field, including temperature, time and applied magnetic field. There are optimized isothermal aging temperature and time in different magnetic heat treatment conditions. High magnetic field strength could improve magnetic properties. Applied magnetic field has a great effect on microstructure of the Fe-25.5Cr-12Co alloy. The finer ferromagnetic α1 particles with suitable c/a ratio by high magnetic field magnetic heat treatment are attributed to improvement the magnetic properties.
关键词:Fe-25.5Cr-12Co alloy,thermomagnetic treatment,magnetic property; microstructure;
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