axial magnetizing force

用法例句

To overcome the shortcoming that the magnetic force of an axial magnetization PMB(permanent magnetic bearings) is usually small,a new construction of APAM(axial placement and axial magnetization) multi-annular-shaped PMB which can make good use of magnetic energy and has greater axial magnetic force was designed.

为了解决轴向磁化永磁轴承磁力偏小的问题,该文设计了能充分利用磁能、具有更大轴向磁力的轴向放置轴向磁化的多个永磁环轴承新结构。

The calculation of the axial magnetic force of radial 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。

Aiming at small magnetic force and the complexity of magnetic force numeral calculation for previous research of radial 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 greater radial 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。

To overcome the shortcoming that the magnetic force of an axial magnetization PMB(permanent magnetic bearings) is usually small,a new construction of APAM(axial placement and axial magnetization) multi-annular-shaped PMB which can make good use of magnetic energy and has greater axial magnetic force was designed.

为了解决轴向磁化永磁轴承磁力偏小的问题,该文设计了能充分利用磁能、具有更大轴向磁力的轴向放置轴向磁化的多个永磁环轴承新结构。

In order to study the influence on its performance of the size effect in designing axial-magnetized permanent magnet micromotor, the edge-based analysis,which was the finite element method,was adopted to simulate the torque of this kind of dual rotor motor.

在轴向磁化永磁电机设计中,为研究尺寸效应对其性能的影响,采用基于单元边的有限元方法对这种双转子电机的转矩进行了仿真计算,得出了轴向磁化永磁微电机定子线圈线宽和线间距均为50μm的最佳布线密度;分析了电机在结构、转矩和气隙磁场多方面因素共同限制下所能达到的最小尺寸,即精密机械意义上的能满足实际应用的最小电机直径为10 mm,厚4 mm,通以0。

In order to study the impact on its performance of the size effect in designing axial-magnetized permanent magnet micromotor,the finite element method was adopted to simulate the magnetic field of this kind of dual rotor motor,and the flux density wave form in the airgap was distributed.

为研究尺寸效应对轴向磁化永磁电机性能的影响,采用有限元方法对双转子电机的磁场进行了仿真计算,得出了轴向磁化永磁电机转子的气隙磁密波形分布。

To investigate the impact of size on its performance in designing an axial-magnetized permanent magnet micromotor,the edge-based finite element method is adopted to simulate the torque of this kind of dual rotor motor.

在轴向磁化永磁电机设计中,为研究尺寸效应对其性能的影响,采用基于单元边的有限元方法对这种双转子电机的转矩进行了仿真计算,得出了轴向磁化永磁微电机定子线圈线宽和线间距均为50μm的最佳布线密度,分析了电机在结构、转矩和气隙磁场多方面因素共同限制下所能达到的最小尺寸,即精密机械意义上的能满足实际应用的最小电机直径为10 mm,最小厚度为4 mm,通以0。

The vital problem of end losses and heating caused by axial magnetic flux usually encountered in the design of large turbine generators is being elucidated,together with a description of the stator end s structure and design fundamentals of a 1 000 MW generator as well as the thermodynamic model of the end s lamina sheets.

阐述了大型汽轮发电机设计的重要问题———轴向磁力线引起的端部损耗和发热。

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

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

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

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

Axial-Field Flux Modulation Magnetic Gear and Its Electromagnetic Performance Analysis

轴向磁场调制型永磁磁力齿轮及其电磁性能分析

Simulation Analysis on Axial Field Flux-Switching PM Wind Power Generation System

磁通切换型轴向磁场永磁风力发电系统仿真分析

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

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

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

Structural Analysis of Induction Power Magnetic Bearing and Design of Axial Loading Platform

感应型动力磁轴承结构分析及轴向加载实验平台设计

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

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

Analysis of Axial Stiffness of Permanent Magnet Bearings by Using the Equivalent Surface Currents Method

基于分子电流法轴向永磁轴承轴向刚度的分析

Research on Theory and Experimental of Axial Gasmagnetic Composite Bearing

轴向气磁复合轴承的理论及试验研究

A New Permanent Magnet Biased Radial Magnetic Bearing

一种新型结构的永磁偏置径向磁轴承

The Monitoring System of Orbit of Shaft Center of Active Magnetic Bearing Based on LabVIEW

基于LabVIEW的磁力轴承轴心轨迹监测系统

Automobile and motorcycle spare parts, crankshafts, connecting rods, shafts, power steering shafts.

汽机车零件–轴、杆、轴及动力方向盘轴心.

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