1) radial active magnetic bearing
主动磁浮轴承
1.
Taking RAMB(radial active magnetic bearing) controlled by electric current for example,a dynamic function of rotor system is established and a TFM(transfer function model) of the RAEB is inferred in this paper.
建立了径向主动磁浮轴承在电流控制下的转子动力学方程模型,并推导出系统传递函数。
2) active magnetic bearing
主动磁悬浮轴承
1.
Research on the Vibration Compensation of Active Magnetic Bearing;
主动磁悬浮轴承的振动补偿研究
2.
A decoupling control approach has been developed for a nonlinear system of a six degree of freedom rotor supported by active magnetic bearings.
运用解耦控制策略对六自由度刚性转子主动磁悬浮轴承（ＡＭＢ） 进行控制，应用基于逆系统理论的状态反馈线性化方法，设计出非线性控制器。
3.
A nonlinear model of the active magnetic bearings is utilized to propose a backstepping scheme based on variable structure controller for the full order electromechanical system.
基于主动磁悬浮轴承的非线性模型，提出了一种非线性的控制方法——全阶电磁机械系统的反演变结构控制法。
3) Active Magnetic Bearing(AMB)
主动磁悬浮轴承
1.
Active magnetic bearing(AMB) is a kind of novel high-performance bearing,in which rotor can be suspended stably by controllable magnetic force and realize contact-free property between rotor and stator.
主动磁悬浮轴承(简称磁悬浮轴承)是利用可控的电磁力将转子稳定地悬浮在空中,实现转子和定子之间无机械接触的一种新型的高性能轴承。
4) planar active magnetic bearing
主动磁悬浮轴承平台
5) Active magnetic suspension bearing
主动式磁悬浮轴承
1.
Active magnetic suspension bearing which use controlled magnetic force is a high-performance bearing, there is no contact between stator and rotor, it has characteristics of frictionless, pollution-free, low cost, low noise and long-life, it has been used widely in all kinds of high-tech fields.
主动式磁悬浮轴承是利用可控磁场力将转子稳定地悬浮于空间,使转子和定子之间无任何机械接触的一种新型高性能轴承,具有无摩擦、无磨损、无污染、低能耗、低噪声以及寿命长等优点,广泛应用在各种高科技领域。
6) magnetism-suspending bearing
主轴磁悬浮轴承
补充资料：磁流体轴承
用导电流体作润滑剂并有外加磁场的滑动轴承。磁流体轴承是 20世纪 60年代配合核动力设备而发展起来的新型轴承。常用的导电流体有：高温下多用熔融的钠、钾和钠钾共晶合金；在常温环境中则用水银。磁流体轴承与液体润滑的滑动轴承一样，可做成液体动压轴承和液体静压轴承，按结构型式分为圆柱径向轴承、平面推力轴承、球形轴承和锥形轴承等。图1为磁流体动压径向轴承,图2为磁流体静压推力轴承。磁场由永磁体或电磁线圈产生，磁场方向垂直于导电流体的流动方向。流体中的感生电流与磁场相互作用产生洛仑兹力，其大小与流体的导电率、速度和磁感应强度平方成正比，其方向与流体的流动方向相反，对流体的运动起阻滞作用，使流体的等效粘度成倍增加，从而大大地提高轴承的承载能力。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条