1.
Finite Element Analysis of The Proportion of Electromagnet Force Based on Ansoft
基于Ansoft的比例电磁铁电磁力的有限元分析
2.
Static and Harmonic Research of Super Speed Proportional Electromagnetic Iron;
超高速比例电磁铁的静态和谐性研究
3.
Research on High-Speed Proportional Solenoid for the High-Pressure Variable Pump of Common Rail System;
共轨系统高压变量泵用高速比例电磁铁的研究
4.
Research on the Dynamic and Static Test System for High-speed Propotiomal Solenoid;
高速比例电磁铁动静态特性测试系统的研究
5.
Study on Controlling Theories and Methods of Switching Solenoids Proportional Servovalve
开关型电磁铁控制比例伺服阀的方法及实验研究
6.
Comparative Researches on High-speed Solenoids of Conical Pole and Planar Pole
圆锥和平面形磁极高速电磁铁动态特性对比
7.
Dynamic Simulation of Electrical Magnet of Super-High-Speed Proportional Valve;
超高速比例电磁阀电磁部分的动态仿真
8.
The EMC Solution of an Intelligent Electronic Device- the Application of Ferrite Toroidal
智能电子产品电磁兼容解决方案——铁氧体磁环应用实例
9.
"Electromagnets are particularly useful wherever controllable magnets are required, as in devices in which the magnetic field is to be varied, reversed, or switched on and off."
电磁铁尤其在需要有可控制的磁铁时使用,例如用于一些电器,其中之磁场需要随时变更大
10.
Solution of Magnetic Characteristic Parameters Using Analogizing Finite Element Method for Ferrite Core Inductor
类比有限元法求解铁氧体电感器磁场特征参数
11.
Comparison of Diamagnetism, Paramagnetic & Ferromagnetism
比较抗磁体、顺磁体及铁磁体
12.
Investigation on the Magnetic Structure and Magneto-electric Properties of the Triangular Antiferromagnet AgCrO_2
三角反铁磁AgCrO_2磁结构和磁电性质研究
13.
Research on the Key Technologies of Injection Proportional Solenoid Valve;
汽车燃油系统比例电磁阀关键技术的研究
14.
Two Successful Examples of Analogy in the Classical Electromagnetic Theory Study
类比法在经典电磁理论研究中的两大成功范例
15.
Study on Dynamic Features of Control System of Electromagnetic Proportion Throttle
电磁比例节流阀控制系统的动态特性研究
16.
Study of tunneling magnetoresistance of ferromagnet/organic/insulator/ferromagnet magnetic tunneling junction
铁磁/有机/绝缘/铁磁多层膜的隧道磁电阻研究
17.
Study on Tunneling Magnetic Resistance of the Ferromagnetic/Organic Polymer/Ferromagnetic Sandwich Structure
铁磁体/有机体/铁磁体三明治结构的隧穿磁电阻
18.
Research on Magnetoelectric Effect of Ferromagnetic Alloy/Piezoelectric Composite Material
铁磁合金/压电材料复合磁电效应研究