摘要
考虑到当今社会能源短缺问题,设计通过改变钕铁硼永磁体定位的电机,使得它们之间存在磁相互作用而产生能量。利用钕铁硼作为驱动能源,显示了一种新颖的控制磁相互作用或磁成员之间耦合的手段,坚固耐用,获得了大量的输出能量和扭矩,具有非常可观的实用及经济价值。
Taking into account the current energy shortage,this design has generated energy by changing the motor of the Nd-Fe-B permanent magnet.Nd-Fe-B is used as driving energy,shows the control of a novel magnetic interaction or means of coupling between magnetic members,strong and durable,obtained the considerable output power and torque,has a very considerable use and economic value.
作者
韩颖
杨皓添
HAN Ying;YANG Hao-tian(College of Optical and Electronical Information,Changchun University of Science and Technology,Jilin Changchun 130014)
出处
《大学物理实验》
2018年第1期104-106,共3页
Physical Experiment of College
关键词
永磁体
电机
钕铁硼
耦合
permanent magnets
motor
Nd-Fe-B
coupling
