1.
Avoid exposing the balance to extreme vibrations during weighing
在测量时避免出现剧烈振动现象
2.
Study on Vibrating Phenomenon during Shutting Down Automobile Engine and Its Solving Method
汽车发动机停车振动现象分析与解决方案
3.
The research of abnormal vibrancy phenomenon about the circulating water pump in the complete sealed plant
全密度装置循环水泵的异常振动现象研究
4.
Automatic Control and Measurement of Forced Vibration and Resonator with Computer;
受迫振动与共振现象的计算机自动控制与测量
5.
This phenomenon is therefore known as 'oil whip'or 'resonant whirl'.
因此，这种现象称为“油膜振荡”或“共振涡动。”
6.
Stochastic resonance in two-dimensional Brownian motion in the weak noise limit
弱噪声极限下二维布朗运动的随机共振现象
7.
Research on Wave Dynamics and Resonance Phenomena in Microstructures;
微结构中波的动力学及共振现象的研究
8.
The "Current Liuzhou Table Tennis Phenomenon" and the Renaissance of the Sport the Sport in Guangxi Province;
“柳州乒乓球现象”与广西乒乓球运动再振兴
9.
Buffeting Phenomenon of Open-jet Automotive Aero-acoustic Wind Tunnel
开口式汽车气动声学风洞的低频颤振现象
10.
So it might appear that vibration is strengthened at some point in superposition region, and vibration is weakened at some point or is completely cancelled out.
因此会出现交叠区某些地方振动加强，某些地方振动减弱或完全抵消的现象。
11.
This phenomena is called NMR(nuclear magnetic resonance).
这种现象称为核磁共振。
12.
the phenomenon in which waves of light or other radiation are restricted in direction of vibration.
光或其它射线的波在振动方向上受到限制的现象。
13.
Car pulls to one side (during Brake ). The most likely cause of this condition is grabbing.
汽车跑偏(制动时):产生这种现象的最有可能的原因是抖振。
14.
The wave character of light forms phenomenon of interference, diffraction and polarization of light, and so on. The following paragraphs illustrate each of the phenomena respectively.
光的波动性形成了光的干涉、衍射、偏振等现象。下面对三者逐一说明。
15.
This phenomenon could be related to-the coupling of normal vibrations produced by Coriolis forces and anharmonisity.
这一现象与科里奥利力和非谐性引起的简正振动的耦合作用有关。
16.
Density functional theory study of the abnormal C = C bond stretch vibrational frequencies of cycloolefine
环烯烃双键伸缩振动频率反常现象的密度泛函理论研究
17.
Analysis on the Vibration and Crawling Phenomenon of Servo-feed System on CNC Abrasive Water-jet Cutting Machine
数控磨料水射流切割机伺服进给系统的振动爬行现象分析
18.
The mechanism of self-excited viberation caus in g climbing phenomenon because of the low velocity of driving parts in a machin e’s feed system was discussed.
讨论了机床进给系统中因驱动件运动速度低 ,因而产生爬行现象的自激振动机理。