1.
Normally the shear velocity is about half of the compressional velocity.
一般地说横波速度大约是纵波速度的一半。
2.
Discussion of Pseudo Rayleigh Wave?s Velocity and Amplitude in Full Waveform Well-logging,
声波全波列测井中类瑞利波速度及幅度的讨论
3.
Research of the Relativity of Rayleigh Wave Velocity and Transverse Wave Velocity in Exploration of Quaternary Period
瑞雷波速度与横波速度在第四系勘察中的相关性探讨
4.
The P-wave and PS-wave Velocity Inversion of OBS Data and the Development of Software
OBS数据的P波、PS波速度反演及软件开发
5.
A METHOD MEASURING PULSE WAVE VELOCITY BASED ON WAVELET TRANSFORM
一种基于小波变换的脉搏波速度测量方法
6.
Estimation of 2D s-wave velocity section with low velocity layers by OCCAM algorithm
低速软弱夹层二维横波速度结构的OCCAM反演
7.
acceleration cancelling hydropone
消加速度海洋检波器
8.
For large wavelengths, the velocity is constant.
对于长波长的波，传播速度是常数。
9.
Visco-acoustic transmission waveform inversion for velocity structure in space-frequency domain
频率域粘弹性声波透射波形速度反演
10.
Electromagnetic waves travel at the same speed as light.
电磁波传送的速度和光速相同。
11.
The phase velocity basically tells you how fast a pure sine wave( with a single frequency) moves.
相速度可以告诉我们一个纯正弦波的传播速度。
12.
Projectile Axial Acceleration Measurement by Dual-accelerometer Filtering Method
双加速度计滤波法测量弹丸轴向加速度
13.
The real-time estimation of velocity and acceleration from GPS carrier-phase measurements
GPS实时测量速度与加速度的载波相位方法
14.
According to certain research, the spread velocity of sound waves has nothing to do with the speed of the ripples.
研究表明, 声波在同一介质中的传播速度和波源的速度无关。
15.
By theoretical analysis of several electronic wave spee d, it is concluded that the electronic wave speed is virtually the information sp eed to build up the timespace image of electron.
通过对几种电子波波速的理论分析，得出电子波波速实质上是电子建立时空形象的信息速度。
16.
Of, relating to, or capable of speed equal to or exceeding five times the speed of sound.
超波音速的等于或超过音速五倍的速度的，与这种速度有关的，或能达到这速度的
17.
Light waves are waves of energy that travel through space at the rate of 186,000 miles per second.
光波是以每秒186,000英里的速度通过空间的能波。
18.
There is no finite velocity of propagation, and we speak of a standing wave.
波没有有限的传播速度，因而我们称之为驻波。