[物]阻尼常数；[物]减幅常数

阻尼常数，减幅常数，衰减常数

lattice constant───[晶体]晶格常数；[计]点阵常数

stopping consonant───塞子音

lattice constants───晶格常数

linking consonant───连音

Faraday constant───[物]法拉第常量；[物]法拉第常数

almost constant───几乎不变

damping down───压火；[冶]休风

method that determines the viscous damping constant of air cushion track with measuring the speed losing is introduced and the main sources of experimental errors are analysed.───介绍了利用速度的损失测定气轨阻尼常数的方法，分析了实验误差的主要来源。

this, an MD-MTMD modeling strategy is developed through keeping the stiffness and damping constant but remaining the masses linearly distributed.───此，本文提出了刚度和阻尼系数保持常量但质量线性分布的MD MTMD新模型策略。

The vibration-absorption mechanism of viscous shearing damper of stay cables and the optimal damping constant of cable viscous damper are analyzed in the paper.───介绍了斜拉索粘性剪切型阻尼减振器的减振原理，并对拉索阻尼器的最佳阻尼系数进行了分析；仿真计算表明，阻尼器具有良好的减振效果。

Determining the Viscous Damping Constant of the Level Air Cushion Track───测定平直气轨的粘滞性阻尼常数

The Solution Analysis of CASE Damping Constant During High Strain Dynamic Pile Testing───高应变动力试桩中的CASE阻尼系数取值分析

Determining the viscous damping constant of air track by retest───复测法测定气轨的粘性阻尼常量

Method of Determining Viscous Damping Constant of Air Track───测定气轨的粘性阻尼常量的一种方法

A discussion on the damping constant of air cushion slideway───关于气垫导轨阻尼常数的讨论

An Approach of Determining Optimal Damping Constant of Damper on Stay CablesWang───确定斜拉索减振阻尼器优化参数的一种方法

Firstly, in the concept of spin torque transfer MRAM, we can manipulate the damping constant and saturation magnetization of CoFeB by simply adjusting the capping layers.

After analyzing the relationship between the intensity distribution of the diffraction rings and the liquid surface wave amplitude, the damping constant was obtained.

The results indicate that both the optimum suspension spring constant and the optimum suspension damping constant can improve the ride comfort effectively, but may reduce the handling stability.

The article set forth a solution method of CASE damping constant, due to combining CAPWAP method with RA2 method in CASE method and using (statistical) analysis tools.

By theoretical analysis of the relationship between the intensity distribution and the LSW amplitude, the damping constant was obtained.

The vibration-absorption mechanism of viscous shearing damper of stay cables and the optimal damping constant of cable viscous damper are analyzed in the paper.

A method that determines the viscous damping constant of air cushion track with measuring the speed losing is introduced and the main sources of experimental errors are analysed.

The radial stiffness and damping constant is calculated by suing curve-fitting according to the data obtained by sinusoidal wave vibration testing.

In view of this, an MD-MTMD modeling strategy is developed through keeping the stiffness and damping constant but remaining the masses linearly distributed.