1.
Research of Electron Excited Temperature and Molecule Vibrational Temperature in Dielectric Barrier Discharge;
介质阻挡放电电子激发温度、分子振动温度研究
2.
Molecular Vibrational Temperature in Ar/Air DielectricBarrier Discharge
氩气/空气介质阻挡放电中分子振动温度研究
3.
Two-dimensional distribution of rotational and vibrational temperatures at atmospheric pressure cold plasma jet
大气压冷炬转动温度和振动温度二维分布研究
4.
Simulating Analysis of Vibrated Signal Transmission in Changing Temperature Environment
温度变化对振动信号传输的影响分析
5.
The lower the temperature, the slower the motion of the molecules.
温度越低，分子运动越慢。
6.
high temperature oscillating crucible viscometer
高温振动坩埚式粘度计
7.
Super-harmonic resonance and complex movement analysis of flexible manipulator in temperature field
温度场中柔性臂超谐共振及复杂运动分析
8.
molecular vibration theory
分子振动论 分子震动论
9.
testing methods for dynamic mechanical properties of plastics by non-resonsnt, forced, fixed frequency oscillation
非共振、固定振动下塑料温度比运动粘度测定法
10.
Analysis of Vibrational Spectra of ANB Based on Density Functional Theory
基于密度泛函理论的ANB分子简正振动分析
11.
An increase in temperature corresponds to faster motion of the particles.
温度升高与分子运动加快相应。
12.
Natural frequency reliability sensitivity analysis of a rotor system
转子系统振动的频率可靠性灵敏度分析
13.
Research on Vibration and Temperature Sensing Technology Based on FBG;
振动/温度光纤光栅传感器技术研究
14.
THE SHORT-TERM OSCILLATION OF TEMPERATURE IN UPPER LAYER IN CENTRAL SOUTH CHINA SEA
南海中部上层海洋温度的短周期振动
15.
Teleconnection Pattern between Indian Ocean Dipole Mode Events and Southern High Latitude Climate Anomalies with the Corresponding Dynamic View;
印度洋海温偶极子型振荡和南半球高纬度气候异常之间的遥相关及动力机制解释
16.
The heart of this atomic clock is a cesium atom that vibrates 9.2 billion times a second when heated to the temperature of boiling water.
这一原子钟的心脏是一个铯原子，在被加热到水的沸腾温度时，它的振动频率为每秒92亿次。
17.
Then, if the molecules slow in vibration, the form can return from the fifth to the third dimension.
然后，如果分子振动减慢，形态又从第五维度返回到第三维度。
18.
Ceramic material had better performance than steel and copper and the shorter the stack, the lower the initial temperature for oscillation.
而从热声振动的方式来看，强制振动比自激振动具有更低的起振温度。