电磁阻尼器的英文

• electromagnetic damper

• 电磁    electromagnetism
• 阻尼器    damper; antihunt device; deo ...
• 磁阻尼器    magnetic damper
• 电磁阻尼    electromagnetic damping
• 电磁阻尼仪    electromagnetic damping apparatus
• 磁阻尼器磁减震器    magnetic damper
• 电磁阻尼振动子    electromagnet damping galvanometer; electromagnet fluid damping galvanometer
• 磁阻尼    magnetic damping; magneticdamping
• 阻尼器    damper; antihunt device; deoscillator; antivibrator; bumper; amortisseur; baffler◇阻尼器绕组 damper winding
• 磁阻尼的    magnetically damped
• 摆振阻尼器    shimmy damper
• 板式阻尼器    band type damper
• 变形阻尼器    deformable damper
• 槽隙阻尼器    slot damper
• 颤振阻尼器    flutter damper
• 磁极阻尼器    pole damper
• 磁铁阻尼器    magnetic damper
• 磁性阻尼器    magnetic damper; magneticdamper
• 磁滞阻尼器    hysteresis damper
• 电流阻尼器    current damper
• 电气阻尼器    electrical damper
• 调谐阻尼器    tuned damping
• 调制阻尼器    modulating damper
• 动力阻尼器    dynamic damper; dynamical damper
• 动态阻尼器    dynamic damper; dynamicdamper

• In this thesis , a single disk rotor supported by two rolling bearings is used for studies , and a new method of reducing the vibration is proposed . the main works of this thesis are as follows : based on the comparison of various control methods for vibration suppression , a kind of passive electro - magnetic damper is presented . the structure of it is similar to that of the active magnetic bearing
  为了降低转子的振动，增加系统的稳定性，本文在总结当前国内外学者研究的基础之上，提出了被动式电磁阻尼器的概念，并确立了本文的研究目标和研究方法：以工程应用为背景，结合转子动力学理论、电磁学理论以及数据采集技术，以理论辅以实验的方法，对被动式电磁阻尼器特性进行深入研究。
• Against the status of large scale ultra low frequency air spring vibration isolation platform , which is low damping and poor performance of low frequency , and after analyzing the existing key damping system , a new type differential electromagnetic damping system ( emds ) is developed in this article in order to reduce the resonance peak of the platform effectively and improve the low frequency performance of the platform
  本文针对大型超低频空气弹簧隔振平台阻尼小、低频隔振性能较差的现状,在比较多种提供阻尼力的方法后,提出了用电磁力作为隔振平台的阻尼力,并开发研制了差动式电磁阻尼器系统。该系统可以有效降低隔振平台的谐振峰值,从而达到了提高隔振平台低频性能的目的。