1.
Statistical Energy Analysis on Characteristics of Vibration and Noise in Pipeline Filled with Water;
充水管路振动噪声特性的统计能量分析
2.
The results show that the main noise source is the fuel cell auxiliary system while roof panel and rear quarter panel are the key parts contributing to noise radiation.
其总布置和噪声源有别于传统汽车，为了提高乘坐舒适性，很有必要研究其振动噪声特性。
3.
Researches on Behavior of Vibration and Noise in Permanent Magnet Synchronous Motor;
永磁同步电动机振动与噪声特性研究
4.
Researches on Behavior of Noise and Vibration in Permanent Magnet Servomotor for Elevator;
永磁伺服电梯电动机噪声与振动特性研究
5.
Researches on Behavior of Vibration and Noise in Axial Flux Permanent Magnet Motor;
盘式永磁电动机噪声与振动特性的研究
6.
Research on Characteristics of Noise and Vibration for Disc Permanent Magnet Synchronous Motors
盘式永磁同步电动机噪声与振动特性研究
7.
Test Research on Vibrations and Noise Level in Transformer Core
变压器铁心振动和噪声特性的试验研究
8.
Analysis and Control of Vibration and Noise Induced by Sliding-Friction of Silver-Based Alloy
银基合金摩擦振动与噪声特性的分析与控制
9.
Study on characteristics of vibration and noise of plastic planetary gear system
塑料行星齿轮系统振动与噪声特性的研究
10.
Transfer of Power Flow and Vibration Voice Control Strategy for the Complex Vibration Isolation System;
复杂隔振系统的功率流传递特性和振动噪声控制技术研究
11.
Experimental Investigation Into Starting Noise and Vibration of an Engine Used in Hybrid Electric Vehicle
混合动力汽车用发动机起动振动与噪声特性初步研究
12.
Optimization of Startup Performance and Vibration Noise Control for Air Conditioning Rolling Piston Compressor
空调滚动转子压缩机起动特性优化与振动噪声控制研究
13.
Vibration and Noise Characteristics of Planetary Geared Systems with Plastic Gears
钢/塑齿轮组合行星传动系统的振动与噪声特性(英文)
14.
Rational isolation design can not only ensure normal operating characteristics, but also be beneficial to noise control.
合理的隔振设计不仅能保证振动筛正常的工作特性，而且有利于振动筛的噪声控制。
15.
Application of Principal Component Analysis in Analysis of Noise Source
振动噪声特征的主成分分析方法应用研究
16.
Analysis of an Integrated Realizable Low-Phase Noise VCO
低噪声集成压控振荡器噪声性能分析
17.
Rijke Type Big Oscillation Standing Wave Pipe Acoustic Characteristics and Noise Reduction;
Rijke型大振幅驻波管声学特性及降噪研究
18.
Study on Control Technique of Vibration and Noise for Equipment on Flexible Base;
柔性基础上设备的振动噪声控制技术研究