1.
The relationship of the initial gas and particle velocity ratio and suspended velocity, friction coefficient is analyzed.
分析了初始气固速度比与悬浮速度、壁摩擦损失系数的关系。
2.
Simultaneous Velocity Measurements of Gas-Solid Phases in Eolian Sediment Transport by Particle Image Velocimetry-Planar Laser Induced Fluorescence
风沙流中气固两相速度场的PIV-PLIF测量
3.
Study on the velocity characteristics of gas-solid two-phase flow in dense-phase pneumatic conveying cement powder
浓相气力输送水泥气固两相速度特性的研究
4.
Gases, liquids and solids do not increase in volume at the same speed.
气体、液体和固体体积膨胀的速度不一样。
5.
The speed of sound varies in solids,liquids and gases.
在固体、液体和气体中，声音的速度不一样。
6.
Research in Velocity and Mass Flow Rate Measurement of Gas-solid Flow Using Electrostatic Method;
气固两相流速度及质量流量的静电测量法研究
7.
Experimental Investigation on Particle Concentrations and Particle Velocities in a Gas-Solid CFB Riser;
气固循环床提升管内颗粒浓度和速度的实验研究
8.
stationary source emissions - measurement of velocity and volume flowrate of gas streams in ducts
固定排放源-在管道中气流的速度和容积流率的测量
9.
Reconstruction of Velocity Distribution in Gas-solid Two-phase Flow Based on Two-layer Array Sensor;
基于双层阵列式传感器的气固两相流速度场重建
10.
Speed Control Switch Mounting Screws
速度控制开关固定螺丝
11.
The downward velocity of solids is sufficiently high.
固体的向下速度相当高。
12.
The rate of curing and consequently the rate of heat generation increase with the temperature.
固化速度，因而还有放热速度，都随温度而增加。
13.
Gas pendulum accelerometer and laminar jet angular rate gyroscope
气体摆式加速度计与射流角速度陀螺
14.
At high gas velocities the circulation of solids becomes appreciable.
在高气速时，固体颗粒循环变得显著了。
15.
The results of experiment have shown that gas pendulum can be utilized to measure the acceleration and tilt angle as same as solid pendulum and liquid pendulum.
试验结果表明,与固体摆、体摆一样,利用气体摆原理亦能检测加速度和倾角。
16.
westerly component (of an air current)
气流的西向速度分量
17.
throttle positioner
节气门怠速开度控制阀
18.
Gas-particle Two Phase Flow in Supersonic Cold Gas Dynamic Spray;
超音速冷气体动力喷涂过程中的气固两相流动