电磁冶金技术研究新进展
任忠鸣1,2(
),雷作胜1,2,李传军1,2,玄伟东1,2,钟云波1,2,李喜1,2
),雷作胜1,2,李传军1,2,玄伟东1,2,钟云波1,2,李喜1,2
New Study and Development on Electromagnetic Field Technology in Metallurgical Processes
REN Zhongming1,2(),LEI Zuosheng1,2,LI Chuanjun1,2,XUAN Weidong1,2,ZHONG Yunbo1,2,LI Xi1,2
),LEI Zuosheng1,2,LI Chuanjun1,2,XUAN Weidong1,2,ZHONG Yunbo1,2,LI Xi1,2
图15. 在温度梯度和抽拉速率分别为104 K/cm和5 μm/s下，有无4 T磁场时，固/液界面下15 mm处Cr元素的径向分布[
Fig.15. Cr content for radial profiles in the solid at 15 mm from the solid/liquid interface fabricated under the temperature gradient of 104 K/cm and at the pulling rate of 5 μm/s without and with the 4 T longitudinal static magnetic field[
