通过改变不同的入口高度、进液速度和入口管的截面形状，比较了不同的分离效果。
The various separation efficiencies were compared with changing inlet heights, feed speeds, and cross section shapes.
采用实体模型试验方法，测试了玻璃池窑模型中心轴纵截面上模拟液的速度分布。
The velocity distribution of glass current in the vertical section along the axis of the model has been measured by means of physical simulated test.
通过对薄液膜蒸发传热以及热管壁轴向导热的分析，对三角形截面微型热管的蒸发段建立了蒸发传热模型。
The evaporation model of micro heat pipe with triangular cross section was presented by analyzing both the heat transfer through the thin liquid film and the heat conduction along the heat pipe wall.
通过对超音速汽液两相流在变截面通道中的升压过程的实验研究，得到了变截面通道内超音速汽液两相流的压力分布规律。
The process of supersonic steam water two phase flow in a channel with variable section is studied experimentally and the pressure profiles along the channel are obtained.
在液桥中间截面，自由界面半径维持不变。
The radius of the free surface is constant on the middle section of the liquid bridge.
它是向地层中渗入高俘获截面的钆液，提高地层可动水的俘获截面的一种方法。
It is a method that gadolinium fluid which has high capture cross section is infiltrated in the formation in order to increase the movable water capture cross section.
本文从试验和理论两方面详细地研究了卧式螺旋管内气液两相流截面含汽率的分布与变化规律。
This paper describes an experimental and theoretical research on the void fraction of two-phase flow in horizontal helically coiled tubes .
对垂直同心环形管内上升气液环状流的截面含气率及压降预测进行了研究。
In this paper, the prediction of void fraction and pressure drop for upward gas-liquid annular flow in a vertical annulus is studied.
提出了一个新型的产品轮廓反求的逆向工程系统，其中轮廓数字化扫描方法以液体作为测量介质，液体的液面与产品之间形成的交线即为要测量的产品的截面线。
A new reverse engineering system of product profiles was presented, it included the digitized scanning system for product profiles based on liquid, CAD system, mold design and manufacturing system.
将PDPA测得的空间点数据分别沿扫描径向和所在测量截面积分，得到液滴的线平均和面平均直径。 PDPA的线积分数据比马尔文仪测得的线积分值要大；
The PDPA measured point data were integrated into the line averaged drop sizes over radial traverses and the cross section averaged sizes over the whole measured sections.
对垂直同心环形管内上升气液环状流的截面含气率及压降预测进行了研究 。
Research on the circumferential distribution of wall temperature for horizontal evaporating tubes under annular flow;
对垂直同心环形管内上升气液环状流的截面含气率及压降预测进行了研究 。
Research on the circumferential distribution of wall temperature for horizontal evaporating tubes under annular flow;
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