1·The damping effect in the dynamic problem was fully considered.
充分地考虑了动力学问题中的阻尼效应。
2·The damping effect of the tank model is verified by the experiments.
并用实验结果验证了水舱模型的减摇效果。
3·Support a reasonable choice of the number and layout can achieve more satisfactory damping effect.
合理的选用支撑的数量和布置方式可以达到比较理想的减震效果。
4·It is introduced how to select the position of film-damping treatment to obtain the best damping effect.
本文介绍薄膜阻尼结构在使用时，如何选取处理位置才能达到预期的效果。
5·The results show that damping effect is better when damping ditch closes with protected object, vice versa.
当减震沟与保护目标较远时，减震效果较差。
6·But for the different positions of isolation layer, the damping effect of the structures also differ very obviously.
但因为隔震层位置的改变，结构的减震效果也产生了很大的变化。
7·The damping effect of the honeycomb can reduce the influence of the inlet preswirl on the total temperature difference.
蜂窝面的阻尼作用会削弱预旋对密封内温升特性的影响；
8·And, the influence of changing parameters of particles and structures on the damping effect was also studied systematically.
同时，还系统研究了颗粒参数和结构参数的变化对结构减振效果的影响规律。
9·Based on a viscosity amendment model of gas flow in micro-gap, squeezs gas film damping effect on micro plates is investigated.
基于微缝隙气流的粘度修正模型，分析了气体对微圆盘的压膜阻尼效应，得到微圆盘表面的压强分布、压膜阻尼力和压膜阻尼系数的解析解。
10·The gas spring is researched and designed to acquired lower resonance frequency and best damping effect, which has low regimens.
研究设计气体弹簧，利用其低刚度获得较低的共振频率，从而获得舒适的运送效果。