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低频隔振性能
相关语句
  low-frequency vibration isolation performance
     Study on Low-frequency Vibration Isolation Performance of Steel Spring Floating Slab
     钢弹簧浮置板低频隔振性能的研究
  “低频隔振性能”译为未确定词的双语例句
     The experimental results show that the active vibration isolation system based on piezoceramic actuator has the good performance of isolating the low-frequency vibration.
     实验结果表明,压电式精密主动隔振系统具有良好的低频隔振性能,能满足低频精密隔振的要求。
短句来源
     Experimental results show that the active platform achieves better low-frequency performance comparing to that of passive platform.
     实验结果表明,与被动隔振相比主动隔振平台有更好的低频隔振性能
短句来源
  相似匹配句对
     Study on Low-frequency Vibration Isolation Performance of Steel Spring Floating Slab
     钢弹簧浮置板低频性能的研究
     Vibration isolation properties of composite viscoelastic materials
     粘弹性材料性能的研究
短句来源
     Fast Determination for Anti-vibration Performance of Automobile Suspension
     汽车悬架性能的快速检测
短句来源
     Study of the Characteristics and Testing Research of Air Springs for Isolating Vibration
     空气弹簧性能及试验研究
短句来源
     REVERSE PENDULUM AND LOW-FREQUENCY VEVTICAL VIBRATION ISOLATION
     倒摆与低频垂直
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Whole-Satellite Vibration Isolation(WSVI) is an effective method to improve the dynamic environment of a satellite during the launch stage.An isolator integrated active and passive vibration control technique will have the best performance and achieve all-frequency vibration attenuation.This paper firstly reviews the latest development of WSVI technique.An active vibration isolation platform meeting the special requirement of a rocket is designed.Then several control methods suitable for the platform are investigated.Optimization...

Whole-Satellite Vibration Isolation(WSVI) is an effective method to improve the dynamic environment of a satellite during the launch stage.An isolator integrated active and passive vibration control technique will have the best performance and achieve all-frequency vibration attenuation.This paper firstly reviews the latest development of WSVI technique.An active vibration isolation platform meeting the special requirement of a rocket is designed.Then several control methods suitable for the platform are investigated.Optimization of redundant actuating forces and reconfiguration of control system are analyzed.Experimental results show that the active platform achieves better low-frequency performance comparing to that of passive platform.

整星隔振是降低作用于卫星的振动载荷的有效方法。在被动隔振的基础上施加主动控制可以提高隔振系统性能,实现全频带隔振。首先介绍了整星隔振技术的发展现状,并根据运载火箭的特殊环境要求确定了整星主动隔振平台方案。然后本文对隔振平台的各种控制方法进行了对比,对平台的冗余和重构问题进行了分析。实验结果表明,与被动隔振相比主动隔振平台有更好的低频隔振性能

 
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