The knowledge of the liquid flow in blast furnace may play an important role in controlling the blast furnace process.
高炉内液体流动现象的研究对控制高炉工艺过程具有重要意义。
Accurately deriving the true liquid flow velocity is the key for determining the stratification flow rate of oil and water and logging interpretation of liquid producing profile.
准确求取流体的真实流动速度是确定油水各相分层流量及产液剖面测井解释的关键。
Difference of pressure makes a liquid flow through a siphon.
压力差使得液体通过虹吸管。
The liquid flow system of a stope is a key for stope leaching.
采场液流系统的研究是就地浸出的关键技术之一。
The distribution of falling liquid flow on upright water jet was studied.
研究了竖直射流液体回落的分布规律。
Automatic Constant liquid flow supply that ensures the average coating.
涂料自动恒流压供给，确保涂覆一致性。
The liquid flow meter developed by TRICM is in fact a closed loop measurement system.
我们所研制的这种测试仪，实际是一种闭环测试系统。
In gas-liquid flow, inertial effects cause the liquid to tend to lag behind the gas phase.
在气-液两相流动中，液相由于惯性其流动滞后于气相。
The utility model belongs to the technical field of liquid flow direction indicator signs.
本实用新型所属的技术领域涉及液体流向指示标。
Gradient of liquid level increases with the increase of liquid flow and the height of weir.
液面梯度随液体流量的增加而增加，随堰高的增加而增大。
The overall mass transfer coefficients were tested at various gas and liquid flow velocities.
测定了不同气速和液速条件下的总传质系数。
The VST is used to measure liquid flow rates, as well as the combined shrinkage and meter factor.
VST用于测量液体的流量，并考虑了收缩及仪表校正因素。
The liquid flow behaviour and mechanism of sugar extraction in the cane diffuser have been discussed.
对床层中液体的流动特性进行了分析，对渗滤式渗出器的糖分渗出机理进行了探讨。
The investigation on heat transfer of single phase liquid flow in a tube with natural circulation is performed.
以常压去离子水为工质，对自然循环工况下上升加热段内单相水的摩擦阻力及对流传热特性进行了实验研究。
Inlet valve and seat, due to open and close more frequently, the liquid flow rate is high, sealing will soon expire.
进液阀芯和阀座，由于开启关闭比较频繁，液体流速高，密封很快就会失效。
It has been analysed that liquid flow pattern and liquid crosswise eddy diffusion influence on efficiency of bubble tray.
本文分析了液相流动形态及液相横向扩散对鼓泡型塔板板效率的影响。
At low and moderate temperatures, corrosion product films might be destroyed by liquid flow, inducing high corrosion rate.
在中低温区形成的腐蚀产物膜容易被流体破坏，导致了高的腐蚀速率。
The F61 serial liquid flow switch is widely used for conditioning, freezing and other places which need "setting off" protection.
这款液体流量开关广泛应用于空调、冷冻等需要断水保护的场合。
The expansion ratio is related to the liquid flow rate, fluidization velocity and free descending velocity of the packing material.
填料膨胀率的大小与液体流量、填料的流化速度及自由沉降速度有关。
The effects of liquid flow rate, carrying gas flow rate, heat flux and liquid properties on heat transfer coefficient were measured.
研究了液体流量、载气流量、壁面热负荷及料液物性等对降膜载气蒸发传热的影响。
Using the model, the liquid holding efficiency and pressure drop of gas lifting flow with liquid flow rate being zero was calculated.
提出了零液流量气提流动的两相流水动力学模型，应用该模型计算了零液流量气提流动的持液率和压力降。
Based on the plane and section isoline of fluid potential, the distribution features of liquid flow in the studied areas were analyzed.
在编制流体势平面和剖面等值线图的基础上，分析研究区的流体势分布特征。
Due to the limitation of the resolution, experimental investigations on the liquid flow in the region near the contact line are scarce.
由于系统分辨率的限制，关于液滴接触线附近区域液体流动的实验研究较少。
An analysis is made on the vapor liquid flow and the heat mass transfer of the wave shaped baffle trays, with emphasis on the mechanism.
阐述波型挡板塔盘气液两相接触流动、传热、传质的机理分析。
The comparison of the results of the calculations and the experiments indicates that the model can reflect the true liquid flow on CTST well.
通过与实验结果的对比，结果表明该模型较好地反映了CTST塔板上液体流动的真实情况。
Based on coupling control of mechanical motion and liquid flow, an automatable adjusting technology for cell position and attitude was proposed.
基于机械运动和流场流动的耦合控制，提出了自动化的细胞位姿调节技术。
The decreased adsorption capacity of ions can be attributed to the decreased thickness of adsorption layer of fractured surfaces by liquid flow.
裂隙表面溶液的流动显著减少了材料表面离子吸附层的厚度，进而减小了表面离子吸附量。
The decreased adsorption capacity of ions can be attributed to the decreased thickness of adsorption layer of fractured surfaces by liquid flow.
裂隙表面溶液的流动显著减少了材料表面离子吸附层的厚度，进而减小了表面离子吸附量。
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