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1.I have contacted to a company makes field coil magnet and decided to convert AlNiCo 288 to Field Coil Magnet.
我和一个制造励磁磁铁的公司接触过后，决定把288的钴磁改装成励磁磁铁。收藏指正
2.The application of MRI field electron compensation coil
MRI场地电子补偿线圈的应用收藏指正
3.Analysis and applying of magnetic field in Helmholtz coil
Helmholtz线圈的磁场分布及应用收藏指正
4.Abstract: Degree of homogeneity is introduced, thereafter the magnetic field of Helmholtz coil is studied, and the best conditions of this coil is investigated by computer.
文摘:引入磁场均匀度的概念，对亥姆霍兹线圈磁场的均匀性进行了定量分析，并通过计算机模拟，得出了同一精度下，形成亥姆霍兹线圈均匀磁场的最佳条件.收藏指正
5.Based on Biot_Savart law,a analytic expression of integrated distributing of magnetic field about carrying coil is given.
通过毕奥—萨伐尔定律 ,推导出了载流圆环周围空间的磁场分布完整的解析表达式 .收藏指正
6.In order to research the compatibility of a large-scale degaussing station, this paper analyzes the compages of ampere turns of compensating coil based on the calculation of magnetic field about degaussing coil. And the problem of the distribution of magnetic field sensors is put forward, and is then sovled.
针对大型消磁站的消磁兼容性,基于通电线圈磁场计算,分析大型消磁站补偿线圈安匝组合,提出磁探头的布局问题,为大型消磁站消磁线圈的计算设计方案提供了参考依据.收藏指正
7.ANALYSIS AND CALCULATION FOR RADIAL MAGNETIC FIELD OF TOROIDAL EXITING COIL INSIDE ROTATING ARC WELDING MACHINE
旋转电弧焊机环形激磁线圈径向磁场的分析计算收藏指正
8.The explanation for this “spooky action at a distance” (to borrow a term from quantum mechanics) is that a grid of wires underneath the screen emits an electromagnetic field that causes a coil inside the pen to oscillate at a resonant frequency.
这种「幽灵似的超距作用」（从量子力学借来的术语），是因为萤幕下方的栅极线路会发出电磁场，让专用笔内部的线圈以某个共振频率振荡。收藏指正
9.Based on the simulation software Maxwell for electromagnetic field,the parameters of three phase asynchronous induc- tion coil launcher are analyzed.
基于Ansoft公司的大型磁场分析软件Maxwell,对三相异步感应型线圈电磁发射器的结构参数进行了仿真分析,根据仿真结果和相关理论设计了一种发射器模型,验证了仿真与分析的结论。收藏指正
10.In the anistropic magnetic medium under the condition of magnetic permeability μ11unequal to μ33,the magnetic field on axis line of current-carrying coil and that inside current-carrying solenoid can be calculated by applying Biot-Savart law of that medium.As the condition of their service is restricted,it is necessary to derive the magnetic field on axial line of current-carrying coil and that inside current-carrying solenod under more general condition of μ11unequal to μ33.On the basis of the magnetic field on axial line of current-carrying coil in anisotropic magnetic medium under the derived condition of μ11unequal to μ33,the authors obtain the magnetic field on axial line of current-carrying solenoid in anisotropic magnetic medium under general condition of μ11unequal to μ33.The result shows a wider applicable coverage.
利用毕奥-萨伐尔定律，并在磁导率μ11=μ33的条件下，可求出各向异性磁介质中载流圆线圈轴线上的磁场，以及载流直螺线管内部的磁场.显然，其使用条件受到限制.为此，有必要导出在μ11≠μ33的更一般情况下，各向异性磁介质中载流圆线圈轴线上磁场和载流直螺线管内部的磁场.在已导出μ11≠μ33及各向异性磁介质中载流圆线圈轴线上磁场的基础上，求出一般情况下各向异性磁介质中载流圆线圈轴线上的磁场，使其结果适用范围更广.收藏指正
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