Chinese translation for "magnet core"

磁芯
磁心， 铁心

Related Translations:

magnet yoke:  磁性轭

vertical magnet:  上升磁铁上升电磁铁上升用磁铁

directing magnet:  控制磁铁

giant magnet:  巨磁铁

magnet steel:  磁钢磁石钢磁铁钢磁性钢

hand magnet:  手磁铁

convergence magnet:  会聚磁铁聚焦磁铁收敛磁铁

hoisting magnet:  起重磁铁

trigger magnet:  释放电磁铁

plunger magnet:  插棒式磁铁插棒式电磁铁插棒式铁芯磁铁螺线管

Example Sentences:

	1.	Power mosfet is adopted to switch heavy current of magnet core in order to control rotating magnetic field effectively 为了使磁场得到有效控制，本文采用功率nosfet实现电磁线圈大电流的开关。
	2.	It mainly calculates intensity of magnetic flux in every part of motor magnetic circuit in order to prevent the fact the intensity is so high that the magnet core saturates 改绕计算主要是计算电动机磁路各部分磁通密度数值，不使其过大而致铁心严重饱和。
	3.	Moreover , it is necessary to make a model that can simulate the operation of the valve because occasionally some factors are inaccessible . in this paper , the fundamentals of the valve been comprehended deeply , the model of the valve is brought forward , such factors as the spring , the material of the magnet core , etc are analyzed in detail using matlab simulink 第三，在深入解析电磁阀工作过程的基础上，为了解决那些在现有条件下难以用试验方法分析的某些因素对电磁阀性能的影响，建立了电磁阀的物理模型，采用matlabsimulink仿真技术对其进行了仿真研究，分析了诸如弹簧刚度、铁芯材料等对电磁阀性能的影响，进一步揭示了电磁阀的工作机理。
	4.	It is tested that the most proficiency method is using pulse - controlled magnet core to generate rotating magnetic field , in which the density and frequency of rotating field can be adjusted , the different form of rotating field can be easily achieved , and both magnetic pole and work piece need not rotate during the magnetic abrasive finishing process 实践证明，最有效的方法是脉冲控制电磁线圈的方法产生。这种类型旋转磁场的强度和磁场的旋转频率都可以得到调节，磁场的不同旋转形式也很容易实现，而且在研磨加工过程中工件和磁极都无需旋转。
	5.	Meanwhile , in the experimental work , the scope of the equation that reveals the relation between the magnet force and the working distance is defined definitely . different materials of the magnet core are compared in terms of their influence to the valve . however , it is only initiatory , more work needs to be done in the future 同时，还采用试验研究的手段深入分析了电磁阀工作间隙与电磁吸力之间的关系，明确了吸力公式的应用范围，同时，在不同材料的对比试验中，分析了磁性能较好的铁氧体和铁铬合金以及工业纯铁对电磁阀工作性能的影响，对合理确定电磁阀铁芯的制作材料进行了初步的探讨。

Similar Words：

"magnet chuck" Chinese translation, "magnet coil" Chinese translation, "magnet compass" Chinese translation, "magnet contactor" Chinese translation, "magnet convergence" Chinese translation, "magnet core aerial" Chinese translation, "magnet core antenna" Chinese translation, "magnet core memory" Chinese translation, "magnet coupling" Chinese translation, "magnet cradle" Chinese translation