全部

1·The frequency shift is obtained and compared with the effect of air damping.

但实际运用时，其精度都会受到采样定时误差和信号频率偏移的影响。

2·Influences of loads and air pressure in accumulator on oil-air damping system rigidity are analyzed.

分析了负载和蓄能器充气压力的变化对油气减振系统刚度的影响。

3·The performance of squeeze film such as the variation of the pressure distribution and the air damping load were analyzed.

研究揭示了在谐振挤压运动周期内挤压膜的性能变化。

4·A differential equation for calculating squeeze-film air damping in slotted plates is developed by modifying the Reynolds equation.

推导出了一个适用于槽板结构压膜空气阻尼的微分方程。

5·Often in ac circuit by air damping model time relay, it is to use the principle of air through orifices throttling to obtain delay action.

在交流电路中常采用空气阻尼型时间继电器，它是利用空气通过小孔节流的原理来获得延时动作的。

6·Early in the circuit often USES air damping model time relay, it is to use the principle of air through orifices throttling to obtain delay action.

早期在交流电路中常采用空气阻尼型时间继电器，它是利用空气通过小孔节流的原理来获得延时动作的。

7·The utility model relates to an air damping absorber, which is an absorber which is connected between a casing and an outer drum of a washing machine.

空气阻尼式减振器是一种连接在洗衣机外壳和外筒之间的减振器。

8·As air damping directly determines the dynamic performance of MEMS, it is very important to estimate the air damping effects on them in the design process.

对空气阻尼进行定性和定量分析是MEMS器件设计中非常重要的一个步骤，直接影响MEMS器件的动态性能。

9·In the paper, influence of human body-javelin system to javelin flight initial condition was studied, and javelin flight with air damping force was simulated by computer.

本文主要研究了人体-标枪系统对标枪飞行初始条件的影响，并且在考虑空气阻力的情况下对标枪的飞行进行了计算机模拟。

10·The result shows that this is an effective method for indoor air damping. It will give us some guidance on solving the trouble of air damping when the air conditioner works on heat mode.

结果表明这是一条行之有效的室内加湿方法，对于解决空调制热时室内空气干燥的问题具有一定的实践与指导意义。