径向磁体,radial magnet
1)radial magnet径向磁体
2)radial magnetic force径向磁力
1.Aiming at small magnetic force and the complexity of magnetic force numeral calculation for previous research ofradial magnetic force model on APAM(axial placement and axial magnetization) bi-annular-shaped PMB(permanent magnetic bearings),the new construction of APAM multi-annular-shaped PMB was designed,which can make good use of magnetic energy and have greaterradial magnetic force.针对轴向放置的轴向磁化双环永磁轴承径向磁力偏小以及磁力数值计算复杂等问题,设计了能充分利用磁能、具有更大径向磁力的轴向放置的轴向磁化多环永磁轴承。
英文短句/例句
1.Research on Eddy Current Losses in Radial Magnetic Bearings Based on ANSYS;基于ANSYS的径向磁力轴承涡流损耗研究
2.Magnetic radial force model of bearingless switched reluctance motors无轴承开关磁阻电机径向电磁力模型
3.Research of Spindle Radial Force on Bearingless Permanent Magnetic Motor无轴承永磁电机转子径向力实验研究
4.Axial magnetic force model for large outer diameter multi-annular-nesting permanent magnetic bearings大外径多环嵌套永磁轴承轴向磁力模型
5.Torque of radial magnetic coupling: a FEM approach;用有限元法分析径向磁性联轴器的力矩特性
6.Study on Radial Displacement Self-sensing System of Power Magnetic Bearing动力磁悬浮轴承径向位移自检测系统研究
7.Dynamic Performance of a Radial Eddy Current Damper under Variable-time Magnetic Field时变磁场下径向电涡流阻尼器的动力特性
8.Analysis of Radial Forces for Bearingless Synchronous Reluctance Motor Based on Finite Element Method无轴承同步磁阻电动机径向力有限元分析
9.magnetic proximity logging tool磁性邻近径向测井仪
10.Analysis of Property and Radial Force with Control Policy for Switched Reluctance Motor开关磁阻电动机性能与径向力分析及其控制策略研究
11.A New Permanent Magnet Biased Radial Magnetic Bearing一种新型结构的永磁偏置径向磁轴承
12.Research on the H_∞ Control System in the Radial-Axial Magnetic Bearing Biased with Permanent Magnets;永磁偏置径向轴向磁轴承H_∞控制系统的研究
13.Design and Realization of Control System for the Radial-Axial Direction Magnetic Bearing of Permanent Magnet;永磁偏置径向-轴向磁轴承控制系统设计与实现
14.radial-thrust force吃刀抗力, 径向抗力
15.Research on a Radially Magnetized Permanent-Magnet Linear Generator Used for Hybrid Electric Vehicles;电动车用径向充磁式永磁直线发电机的研究
16.The Structural Optimization and Design、Electromagnetic Field Analysis of Radial Magnetic Bearings;径向磁悬浮轴承的电磁场分析和结构优化设计
17.Radial suspending inverse-system method control for magnetic suspending switched reluctance motor磁浮开关磁阻电机径向悬浮逆系统方法控制
18.Radial Measurement on the Axial Displacement of AMB Rotor;电磁轴承转子轴向位移的径向测量研究
相关短句/例句
radial magnetic force径向磁力
1.Aiming at small magnetic force and the complexity of magnetic force numeral calculation for previous research ofradial magnetic force model on APAM(axial placement and axial magnetization) bi-annular-shaped PMB(permanent magnetic bearings),the new construction of APAM multi-annular-shaped PMB was designed,which can make good use of magnetic energy and have greaterradial magnetic force.针对轴向放置的轴向磁化双环永磁轴承径向磁力偏小以及磁力数值计算复杂等问题,设计了能充分利用磁能、具有更大径向磁力的轴向放置的轴向磁化多环永磁轴承。
3)Radially magnetized径向充磁
4)radial magnetization径向磁化
1.The calculation of the axial magnetic force ofradial magnetization bi-barrel-shaped PMB is very complex,and there is no practical analytical model for such calculation.为了解决径向磁化的双筒永磁轴承轴向磁力数值计算复杂及缺乏计算轴向磁力的工程化解析模型等问题,该文在分析磁筒气隙磁导的基础上,结合磁通连续性原理和稀土永磁材料特性,通过电磁场理论中的虚位移法得到了该型轴承工程化轴向磁力解析数学模型。
2.Based on the axial magnetic force mathematic model ofradial magnetization bi-annular PMB which coincide with experiment results,connected with the structure character of large outer diameter multi-annular-nesting PMB and linearity addition principle,the axial magnetic force analytical model ofradial magnetization large outer diameter multi-annular-nesting PMB was constructed.基于与实验吻合的径向磁化双环永磁轴承轴向磁力数学模型,结合大外径多环嵌套永磁轴承结构特点及线性叠加原理,建立了径向磁化大外径多环嵌套永磁轴承轴向磁力解析模型。
5)radial magnetic field径向磁场
6)radial battery径向励磁
1.This article with the Emf method ,builds the circuit models ofradial battery low-speed synchromotor,including the Emf equation,the parameter calculation formula and the equivalant circuit .用电势法建立了径向励磁低速同步电动机的电路模型,包括:电势方程、参数计算式和等效电路图。
延伸阅读
磁力线磁力线magneticforce,lineof图示磁场分布的虚设的有向曲线族。磁力线上每一点的切线方向与该点磁场（指磁感应强度B）的方向一致；磁力线的疏密表示各处磁场的强弱，磁力线越密集，磁场越强。磁力线不仅形象直观地描绘了磁场的空间分布，而且磁力线是闭合的、不中断、不交叉、等基本特征还反映了磁场无源有旋的性质，这也是磁力线与电力线的根本区别。当然，分立的曲线、粗糙的疏密不足以准确地描绘磁场的连续分布，磁力线只是近似的图示。与磁力线根数对应的严格的物理量是磁(感应)通量。M.法拉第在1831年前后提出了磁力线的概念。他认为，磁体和带电体周围存在着某种特殊的状态，他用磁力线和电力线描绘这种状态。他认为力线是物质的，是电磁作用的媒递物。他用力线来解释顺磁性、抗磁性和电容器插入电介质后电容增大以及电磁感应等一系列电磁现象，描绘出一幅近距的电磁作用图像。向当时占统治地位的超距作用观点挑战。这是法拉第的重要贡献。J.C.麦克斯韦就是在力线图像的启发下建立电磁场理论的。现已证实，电磁场是客观存在的特殊物质，力线已经退化为图示电磁场的工具。磁场强度H的空间分布，也可以用H线图示，甚至也称为磁力线，它与磁感应强度B空间分布有区别。
