全部

1·This paper focuses on the problem of the vibration control of MRLS-variable damper control.

文中探讨了多管火箭系统振动的变阻尼控制问题。

2·This Paper provides a design method of Magnetorheological Damper control system based on M68HC08 MCU.

本文提出了一种基于M68HC08 MCU的磁流变阻尼器控制系统设计方法。

3·A slotted design is also available on request when detent torque is needed, for applications such as Damper Control.

当用到定位转矩做阻尼控制时，有槽设计也可达到低震动。

4·The schematic diagram of the damping hole is widely used in the hydraulic system, of course, there is no lack of damper control.

原理图引发的思考阻尼孔普遍应用于液压系统中，当然也不缺阻尼器的控制。

5·The experimental results show that the MR fluid damper control system can adjust the damping force in real time, which effectively ensure the smoothness of vehicles.

实验结果显示，磁流变减振控制系统能够实时调节减振器阻尼力，从而保证了车辆行驶的平顺性。

6·In this paper, the damper control is applied to the horizontal seismic responses of multistorey buildings, and the theoretical analysis and experimental research are performed.

本文用阻尼器控制高层建筑水平地震反应，为此进行了理论分析及模型试验研究。

7·Electronic Damper Control (EDC) combines driving comfort and safety regardless of the weight your automobile may be carrying - and regardless of the state of the road's surface.

电子减振控制(EDC)系统将卓绝的公路行驶舒适性与出色的安全性融为一体，同时，无论汽车承载如何，这个系统还始终如一地保证振动控制处于最佳状态。

8·Experimental results show that it can significantly improve the dynamic performance of damper control system by real-time precision control of the delay and fuzzy PID control algorithm.

实验结果表明，通过延时模糊pid控制算法的实时精确控制，能够明显提高阻尼器控制系统的动态性能。

9·It is thus possible to control the movement of a mass damper or adjust the stiffness of a building's structure using relatively little power.

于是，这就有可能控制一个质量阻尼器的移动或相对地利用低功率来调整建筑物结构的硬度。

10·Damper: both gas flow regulating button and wind board are high grade PP material, connected with 304 stainless steel bar, manually adjust the outside valve knob, control air flow.

气流调节阀：气流调节扭与挡风板均为高密度PP材质，用304不锈钢方棒连接，手动调节外部阀门旋钮，控制气流量。