1.
Finite element estimation of the vibration isolation efficiency of floating raft isolation system
浮筏隔振系统隔振效果有限元估算方法
2.
A new modeling method for floating raft systems
浮筏隔振系统的一种新隔振效果建模方法
3.
Research on Vibration Model and Vibration Isolation Effect of the Locally Resonant Sonic Crystal;
局域共振声子晶体的振动模型与隔振效果研究
4.
3-D Numerical Study on Vibration Isolation Performance of Special Floating Slab Track in Lab
特殊浮置板轨道隔振效果的三维数值研究
5.
Simplified Calculation Model for Active Isolation Effect of Planar Closed Square Open Trenches
平面闭合方形空沟主动隔振效果简化计算模型
6.
Experimental Evaluation of Vibration Isolating Effect for Engine Magneto-rheological Mount
汽车发动机磁流变悬置隔振效果试验评估
7.
Evaluation Method for the Vibration Isolation Effect of the Spring Foundation for Half-Speed T/G Set in NPS
核电站半速汽轮机弹簧基础隔振效果评价方法的探讨
8.
Smooth Processing of Vibration Signal Used in the Isolator Analysis
平滑去噪法在柴油机隔振器效果分析中的应用
9.
The results show that the energy response has an important effect on the slipping isolator efficiency of the vibration characteristics of the structure.
结果表明，滑移隔震对于上部结构振动响应的隔震效果受能量方面的机理控制。
10.
Research on the Analysis and Effect Evaluation of Frequency-averaged Power Flow in Complex Vibration Isolation System;
复杂隔振系统的频率平均功率流分析与效果评估研究
11.
Effect of Amplitude to Vibratory Compaction of the Pavement Materials
振幅对道路材料振动压实效果的影响
12.
Efficiency Analyses of FPS Isolator Structure
摩擦摆隔震结构振动台试验及结果分析
13.
The results showed that the mount spacing can be varied to adjust the natural frequency of the rotational mode.
结果说明：改变隔振元件的间距能调整扭转振动的固有频率的大小。
14.
Isolated Effect Analysis Based on Shake Table Experiment;
基于结构模型振动台试验的隔震效应分析
15.
A Method of Calculating Equivalent Stiffness of Wire-Rope Isolators
钢丝绳隔振器等效刚度的一种分析计算方法
16.
Analyses of Vibration Isolation Effect in Different Frequency Band for Steel-Spring Floating Slab Track
钢弹簧浮置板轨道结构在不同频段的隔振效率
17.
Its heat insulation performance is way beyond ordinary insulating glass even Low-E coated insulating glass.
隔热保温效果大大优于普通中空玻璃。
18.
Features: high fire resistance, sound insulation and high strength.
优点：耐火性能好，隔音效果好，强度高。