| 1. | Methods of test for permanent magnet
永久磁铁试验方法 |
| 2. | Testing of permanent magnets ; determination of the magnetic flux values in the working range
永久磁铁的检验.工作范围内磁通量值的测定 |
| 3. | Smco is also named with soco magnetic steel , smco permanent magnet , soco permanent magnetic iron and rare - earth cobalt permanent magnet
钐钴磁铁又称钐钴磁钢，钐钴永磁体，钐钴永久磁铁，稀土钴永磁等。 |
| 4. | Smco is also named with soco magnetic steel , smco permanent magnet , soco permanent magnetic iron and rare - earth cobalt permanent magnet
钐钴磁铁又称钐钴磁钢，钐钴永磁体，钐钴永久磁铁，稀土钴永磁等。 |
| 5. | Both self - cleaning electro - magnets and self - cleaning permanent magnets can be installed in eigher in - line or cross - belt configurations
无论自行清理电磁铁和自行清理永久磁铁两种方式，均可与皮带输送方位上采取“呈一直线”或与之“交错”布置。 |
| 6. | We also analyzed the interaction among the distribution of the magnetic field around the magnet , the induced electromotive force in the coil and the vibration of the magnet
对永久磁铁在空间产生的磁场分布、感应线圈中的感应电动势与磁铁相应振动等因素的相互关系进行了计算分析。 |
| 7. | Permanent magnet synchronous motors ( pmsm ) have the advantage of not requiring any magnetizing current and easy to control . they are widely used in high performance servo systems
永磁同步电动机转子励磁由永久磁铁产生,因其电路结构简单,控制方便,而广泛应用于高性能的伺服系统中。 |
| 8. | Initial design includes the design about contact system structural , electromagnetic system structural . regarding permanent magnetism relay , the permanent magnet structural design must be considered
初始设计包括接触系统、电磁系统的结构设计，对于带永磁的继电器，还需考虑永久磁铁的设计问题。 |
| 9. | A fault current limiter using permanent magnets has been designed and its performance simulated using a twodimensional time - stepping finite - element method incorporating a model of hysteresis for hard magnetic materials
摘要按永久磁铁设计制成的故障电流限制器，性能是靠含有硬磁材料的磁滞模型的2维时间分级有限元件方法获得的。 |
| 10. | Based on the finite element model , simulated results on the flux distributions under different excitation a ampere - turns and positions were obtained , discussion on the cause and characteristics of its stroke versus displacement were also given
采用永久磁铁产生的极化磁场与线圈产生的控制磁场形成差动磁路作用于衔铁，使之实现双向驱动。 |
