隔振又可分为被动隔振和主动隔振。
Vibration isolation can be divided into passive vibration isolation and active vibration isolation.
着重研究柔性基础上机械系统的被动隔振和吸振综合控制。
Passive synthetic control of isolation and absorption vibration of machine system mounted on flexible foundation is studied in this paper.
分别对电磁式振动给料机进行了被动隔振和混合隔振的研究。
Passive vibration isolation and hybrid vibration isolation of electromagnetic vibration feeders were studied.
实验结果表明，采用这种被动隔振器可以有效降低作用于卫星上的振动载荷。
The results prove that the passive isolator can reduce vibration load act on the satellite effectively.
半主动控制在系统共振点附近的隔振效果优于被动隔振，但在较高频段没有优势；
Results from the semi-active control show that the effect is significant near resonance, while in the high frequency, there is no advantage of using SA policy over using passive control.
在研究惯性式振动输送机振动特性的基础上，分别对其进行了被动隔振和主动隔振。
The vibration characteristics of an inertial vibration feeder were analyzed. Passive vibration isolation and active vibration isolation for an inertial vibration feeder were researched.
其中，组合隔振器主动元件采用了压电堆作动器，被动隔振部分采用了一种衬套式的橡胶隔振器。
And a t forms rubber isolator is used to as the passive component of the integrated vibration isolator.
然后分析和讨论了作为被动隔振元件的空气弹簧和作为主动控制元件的超磁致伸缩作动器的物理模型。
Then the physical models of air springs as passive vibration isolation elements and giant magnetostrictive actuators as active vibration isolation elements were all analyzed and discussed.
作者利用MATLAB对隔振控制算法进行了仿真研究，比较了无隔振控制、被动隔振控制和主动隔振控制方法之间的差别。
The author uses MATLAB to simulate control algorithms for vibration isolation and compares the differences of no-control, passive control and active control.
混合振动控制是将主动振动控制和被动振动控制同时应用于被控结构，充分利用它们各自的优点，达到最佳的隔振效果。
The hybrid vibration control is to apply both the active and passive vibration control to the same controlled structure in order to take full advantage of them and obtain the optimal isolation effect.
混合振动控制是将主动振动控制和被动振动控制同时应用于被控结构，充分利用它们各自的优点，达到最佳的隔振效果。
The hybrid vibration control is to apply both the active and passive vibration control to the same controlled structure in order to take full advantage of them and obtain the optimal isolation effect.
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