| 1. | Other aspects of the minimum velocity in a horizontal pipe for pseudo-homogeneity are discussed in chapter 11 .
水平管中假均匀流体最小速度的其他方面在第十一章中予以讨论。 |
| 2. | Characteristics of void fraction wave in horizontal bubbly flow with forced disturbance
水平管泡状流强制扰动下的空隙波特性 |
| 3. | Variation laws of gas - liquid strouhal number of triangle cylinder in horizontal tube
水平管中三角柱体的气液两相斯特罗哈数的变化规律 |
| 4. | A flow pattern identification method is proposed based on the least standard criterion
基于最小方差预测准则，提出水平管油气两相流流型辨识方法。 |
| 5. | Study to determine phase fraction of three phase stratified flow in horizontal pipeline with neural network
基于神经网络的水平管三相分层流相分率测量 |
| 6. | The experiment is done on pipes of diameter 20mm and 25mm , and pressure sample distance of 155mm and 1000mm
实验在dn20和dn25的水平管气液两相流上进行，差压信号的取压距离分为155mm和1000mm 。 |
| 7. | As a result of the heterogeneous distribution of bubbles in the horizontal air - water bubbly flow , the wall shear stress was different along the circumference of tube
摘要水平管泡状流时气泡主要集中在管道的上部，在管下部只有少量的气泡。 |
| 8. | The experiment data from horizontal gas - liquid flow on 20mm and 25mm diameter pipes proved that separate phase flow - rate can be measured from differential pressure signal
Dn20和dn25水平管气液两相流实验数据表明，利用差压波动信号进行两相流分相流量的测量是可行的。 |
