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A New Bearing-- Magnetic Suspension Bearing 一种新型轴承-磁浮轴承
hybrid magnetic suspension bearing 混合磁悬浮轴承
Design of Experiment System of Magnetic Suspension Bearing 磁悬浮轴承实验系统的设计
Study of Control System of Magnetic Suspension Bearing 磁悬浮轴承控制系统研究
Continual Fuzzy Control for Magnetic Suspension Bearing 磁悬浮轴承连续式模糊控制系统
The Actuality and Developmemt of Magnetic Suspension Bearing 磁悬浮轴承研究的现状与发展
PID Controller of Magnetic Suspension Bearing Based on Fuzzy Self-regulating 基于模糊自整定PID控制的磁悬浮轴承控制器
A Research on the Method of Measuring the Axial Position of Magnetic Suspension Bearing 轴向磁悬浮轴承位置检测方法的研究
magnetic suspension bearings of bodkin form rolling pillar 锥形滚柱式磁轴承
magnetic suspension bearing 磁悬浮轴承
Set up the Mold and Study Of the Control System Of the Magnetic Suspension Bearings 锥形磁悬浮轴承建模与控制系统研究
The (disturbance) PID controller has perfect performances in the homopolar magnetic suspension system. 为了设计磁悬浮系统的单磁体控制器,必须建立系统的状态空间模型。
Therefore, puts forward the experimental scheme of the flexile magnetic suspension rotor. 由此提出了柔性磁悬浮转子全息动平衡的实验方案。
This thesis is major in the dynamic balancing research of flexile magnetic suspension rotor. 本文主要对柔性磁悬浮转子的动平衡进行研究，主要研究工作如下：根据磁悬浮转子系统的研究现状、发展趋势和存在的问题，结合转子动平衡技术和磁悬浮转子动平衡的研究现状以及存在的问题，论述了对磁悬浮转子进行动平衡的必要性和重要性。
Huge values will be found in the application of a new type of wind power generator with high-capacity magnetic suspension. 新型大功率磁悬浮风力发电机的应用价值巨大。
As an added plus, the magnetic suspension field cushions your ride. So powering the pedals creates incredible speed in no time. 驱动列车也是基于磁性原理,以供电踏板创造了令人难以置信的速度,没有时间。
Meanwhile,the dynamic optimization model is given with the minimum of the gear dynamic load factor of the lower speed,The stiffness and damping of the suspension bearing are designed with dynamic opt. 同时建立了以低速级平衡轮齿轮动载系数最小为目标函数的动态优化模型，从而对悬浮支承刚度和阻尼实现了动态优化设计。
In this paper excitation modes and control stra-tegies of levitation force winding for magnetic suspension bearingless motors are analyzed. 进一步推导出绕组极数选取方案与悬浮力绕组励磁方式的关系。
Shanghai Maglev Demonstration Line uses high-speed electro magnetic suspension (EMS) of Germany as its system technology. 摘要上海磁浮示范运营线采用了德国的高速常导磁吸式系统技术。
When testing is completed, the Badaling Great Wall magnetic suspension line will start construction in early 2003 is expected to put into use. 待试验完毕，八达岭长城磁悬浮线路即可动工兴建，预计于2003年初投入使用。