摘要
采用三维高斯计在实验室测定了自行研制的板坯连铸用行波搅拌器的磁场变化规律。结果表明，在给定输入频率与两相对磁极间距下研制的双侧搅拌器的磁感应强度随输入电流的增加呈线性增加。为了使搅拌器中心的磁感应强度达到600×10^-4T，输入电流约为600A。在（180-220）mm×（900～1630）mm板坯连铸机单侧二冷电磁搅拌现场测试结果表明，如采用所研制的双侧直线型电磁搅拌器时，输入电流只要445～595A，中心磁场的磁感应强度即可达（450～600）×10^-4T，有效地提高了搅拌效率。
The evolution law of magnetic induction of traveling wave stirrer developed for the concasting slab was determined by using 3- dimensional Gauss meter in laboratory. The test results showed that the magnetic induction of developed two-side stirrer linearly increased with increasing input current at given input frequency and distance between relative magnetic pole pairs, and as the input current was ～ 600 A, the magnetic induction at center of stirrer was up to 600 × 10^-4 T. The measured results using single side secondary cooling magnetic stirring in situ of （180～220） min× （900～1630） mm slab concaster obtained that as input current only is 445 ～ 595 A developed two side stirrer the magnetic induction at center magnetic field shall be up to （450 ～ 600） × 10^-4 T, it is available to increase stirring efficiency.
出处
《特殊钢》
北大核心
2006年第3期20-22,共3页
Special Steel
基金
教育部重点研究项目（204025）
教育部春晖计划启动项目（Z2004-2-15023）
关键词
板坯连铸
电磁搅拌
磁感应强度
Slab Concasting, Electromagnetic Stirring, Magnetic Induction
