1) Damper chamber
阻尼腔
2) damping
[英]['dæmpiŋ] [美]['dæmpɪŋ]
阻尼
1.
Influence of damping layer to free damping processing structure;
阻尼层对自由阻尼处理结构的影响
2.
The conjugate gradient algorithm of variational damping and its capability analysis;
变阻尼共轭梯度算法及其性能分析
3.
The study on the resin matrix for winding the damping composite structural component;
适于缠绕阻尼复合材料结构件的树脂基体配方
3) Damp
[英][dæmp] [美][dæmp]
阻尼
1.
Finite Element Analysis on Viscoelastic Damped Control of Column Structure of a Machine Tool;
机床立柱的粘弹性阻尼控制有限元分析及研究
2.
Design for return oil damping of height - regulating hydraulic system;
调高液压系统回油阻尼设计
3.
The optimum design of active vibrat ion absorbers of the magnetic rheology damp;
主动式磁流变液阻尼动力吸振器的优化设计
4) damping capacity
阻尼
1.
The effect of small amounts Ca on mechanical properties and damping capacity of Mg-0.
6Zr合金力学性能和阻尼行为的影响。
2.
The internal friction measurements show that the introduction of interface layer not only improves the mechanical strength,but also significantly enhances the damping capacity that can be an order increase relative to the corresponding porous aluminum matrix in the temperature range of room temperature to 80℃.
内耗测量表明,引入该界面层以后,多孔铝的阻尼能力有了非常显著的提高,甚至有了量级的变化。
3.
It was indicated that the damping capacity of magnesium matrix composites was less than that of pure magnesium due to the addition of TiC, but .
阻尼研究表明,由于TiC的加入,复合材料的阻尼相对纯镁有所下降,但是热处理可以提高复合材料的阻尼性能。
5) damper
[英]['dæmpə(r)] [美]['dæmpɚ]
阻尼
1.
Seismic response of high-arch dams with contraction joints connected by springs and dampers;
拱坝横缝间附加弹簧、阻尼的减震计算
2.
This paper describes the experiment process in which the wasted conveyer--belts are used as damper materials.
本文详细介绍了矿用废旧运输胶带作阻尼材料的试验过程。
6) damped
[英][dæmp] [美][dæmp]
阻尼
1.
Approximate solutions of a class of problems of strongly nonlinear positively damped oscillation;
一类有正阻尼的强非线性振动问题的近似解
2.
Interpolation perturbation method for solving the positively damped strongly nonlinear free oscillation problems;
有正阻尼时强非线性自由振动问题的插值摄动解法
3.
The general solution of equations of damped forced oscillation for A_2B model;
A_2B模型阻尼受迫振动方程组的通解
补充资料：单位阻尼能
分子式：
CAS号：
性质：变形周期中损失的能量与材料体积之比。亦称之为单位阻尼能。高分子材料具有黏弹性，发生变形时不是完全的弹性变形，而伴随着发生塑性变形。在发生塑性变形时，由于分子间或晶面间的滑移，摩擦生热等耗去了能量，因此不能使原加的能量完全以形变能贮存，并在恢复过程中释放。失去的那部分能量就属于能量损耗。正确了解这一点，就可以根据不同用途来进行选材，也对新材料的研究起指导作用。
CAS号：
性质：变形周期中损失的能量与材料体积之比。亦称之为单位阻尼能。高分子材料具有黏弹性，发生变形时不是完全的弹性变形，而伴随着发生塑性变形。在发生塑性变形时，由于分子间或晶面间的滑移，摩擦生热等耗去了能量，因此不能使原加的能量完全以形变能贮存，并在恢复过程中释放。失去的那部分能量就属于能量损耗。正确了解这一点，就可以根据不同用途来进行选材，也对新材料的研究起指导作用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条