对振动系统动态特性进行了研究。
Researching into the dynamic characteristic of vibration system.
并对振动中的若干现象进行了讨论。
环形固定的膜片对振动或震动有抵抗性。
The annular clamped diaphragm is extensively insensitive to jarring or vibration.
健康还指对振动和活力拥有内里的感知觉。
对振动光饰机的受力和运动进行理论分析。
The acting force and motion of vibratile tumbling machine are analysed theoretically.
对振动球磨法制取超细碳化钨粉末进行了研究。
Study is made of the vibrating ball miling for ultra-fine WC powder preparation.
对振动频率，我们可以假设，像通常情况，非常高。
And for vibrations, let's assume, as is often the case, that the vibrational frequencies are fairly high.
这不仅在视觉上很迷人，而且对振动效果十分必要。
This was not only visually appealing, but essential for the vibrational effect.
研究结果对振动人机工程学研究和应用有重要意义。
The above findings might be applicable to studies of vibration ergonomics.
本文是全文的第三部分，介绍负载参数对振动特性的影响。
The third part of this paper deals with the effects of lead parameters on vibration characteristics.
通过一系列室内实验，对振动增加采收率的机理进行了详细的研究。
The Mechanism of vibration increase productivity is studied in detail by means of a series of laboratory experiments.
最后给出数值结果，表明磁场的变化对振动频率及衰减系数的影响。
By using a numerical method, the effect of changing in magnetic field upon vibration frequency and coefficient of reduction is presented.
通过对振动现象及有关数据的分析，详细阐述了振动的诊断及处理。
The diagnosis and treatment of oscillation are detailed through the analysis of oscillation phenomenon and the associated data.
论述了振幅与振动钻削机理之间的关系以及对振动钻削钻头寿命的影响。
The relation between amplitude and vibration drilling mechanism and the impact of amplitude upon the life of drill with vibration drilling are described.
应用JB /T5926-91标准对振动时效工艺进行了定性的评价。
The effectiveness of the process is evaluated according to the JB/T5926-91(Chinese) VSR standard.
通过对振动监测所得的振动参数的分析，可防止振动对机组造成更大的危害。
The analysis of the vibration parameter gained from vibration monitoring could prevent vibration from resulting more damage to the unit.
试验结果表明：具有不同石墨形态的铸造合金材料对振动衰减的能力差别很大。
The experimental results show that the morphology of graphite has greater effect on the vibration attenuation property of the casting alloy materials than other factors.
本文介绍了振动机构的几种形式，并对振动机构的传动效率进行了计算与分析。
Some kinds of vibration mechanism were introduced and drive efficiency of vibration mechanism was calculated and analyzed.
以包装件的力学模型为依据，用脉冲响应法求解产品中易损零件对振动环境的响应。
Basis on the dynamics model of the product package system, the response of vibration environment in fragility part of this system is calculated with the method of pulse response.
对振动位移信号用于铣刀破损监测进行了详细的研究，建立了铣削过程的切削力模型；
The monitoring of milling tool breakage using vibration displacement signal is studied in detail. A mathematical model of the milling force is established.
考虑到不同损伤存在形式，计算分析了损伤对振动频率、模态以及声辐射特性的影响。
Influences of various types of damages on natural frequencies, vibration modes, acoustic radiation power and directivity of sound are studied.
实验室适合小的场地，置于地下减少设施的感知大小，以确保对振动和光线敏感的环境。
Designed to fit into a small site, LABS were placed at subsurface to reduce the perceived size of the facility and to ensure vibration and light sensitive environments.
振动钻削在钻削过程的不同区段，其特征和钻削机理不同，对振动参数的要求也不一样。
The characteristic and drilling mechanism are different at different drilling segment. It also requires different vibration parameters.
因此对振动信号的采集和处理、系统辩识、振动和噪声控制等方面的研究变得尤为重要。
Therefore, it's important to acquire and process vibration signals, differentiate and analyze the system, control the vibration and noise.
依据能量转换的观点，分析了机构中粘弹性阻尼材料的静、动态对振动能转换率的影响。
The static and dynamic characters of the viscoelastic materials were analyzed on the energy transformation rates for the suspensions.
将虚拟仪器技术、网络技术应用到实时振动控制系统中，实现了对振动控制系统的远程监控。
Remote monitoring of vibration control system is achieved by the application of virtual instrument technology and network technology to real-time vibration control system.
运用主成分分析方法，经过矩阵变换，提取振动信号的主要信息，从而实现对振动噪声源的分析。
The main vibration signals can be obtained by reducing its dimensions through matrix conversion in the principal component analyzed, and realize the analysis to the vibration noise source.
通过软件的方法设计了相关滤波器，实现了对振动信号的数字滤波，有效地提高了精度和工作效率。
Using software technology to design correlation filter, the digital filter of vibration signal was realized and the precision and work efficiency was improved.
为消除铝合金预拉伸板中的残余应力，采用弹塑性有限元法对振动时效消除残余应力进行数值模拟。
To eliminate the residual stress of aluminum alloy pre-stretching board, an elastic-plastic finite element model was developed to simulate the vibratory stress relief (VSR) process.
为消除铝合金预拉伸板中的残余应力，采用弹塑性有限元法对振动时效消除残余应力进行数值模拟。
To eliminate the residual stress of aluminum alloy pre-stretching board, an elastic-plastic finite element model was developed to simulate the vibratory stress relief (VSR) process.
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