并能承受更高的气液比(体积比)及气流和水流的冲击。
It can sustain higher air-water ratio (volume ratio) and stronger impacts of air flow and water flow.
在一定加液量范围内，加液量的变化对雾化速率影响不大，雾化速率随载气流量和雾化功率的增大而增大；
The atomizing rate changed slightly with the sample volume decreasing, and increased with atomizing power and the flow rate of carrier gas.
结果：微囊防潮效果随着进风温度的提高、供液速度的降低、雾化气流速的降低而增强；反之则减弱。
Result: the damp proof effect enhanced with the increase of inlet air temperature and the decrease of flow rate and air pressure.
气田加工厂一般会从气流中脱除不同数量的乙烷、丙烷、丁烷以及较重的烃液。
A field gas processing plant typically removes varying amounts of ethane, propane, butanes, and heavier hydrocarbon liquids from the gas stream.
结果表明，液雾的质量中间直径（MMD）和尺寸分布参数N将随着喷嘴压力降、空气流速、燃油性质而变化；
The results showed that mass mean diameter (MMD), and drop size distribution parameter N changed with pressure drop, air velocity, and fuel viscosity.
铸坯内产生针孔气泡缺陷的原因是钢液脱氧不良，产生大体积气泡缺陷的原因是铸机浇注过程中氩气流量过高。
The defects on pinhole bubble formed in slabs result from badness deoxidization, and the defects on large volume bubbles formed in slabs result from the high flux of argon during casting.
利用激波管对激波诱导气流与液幕、液柱的相互作用进行了实验研究。
The interaction between shock induced airflow and a freely falling liquid sheet is investigated by using a shock tube.
结合海上含液天然气流量计开发工作，全面系统地总结了流量计开发的技术路线和研究成果。
Based on the project of offshore wet gas flowmeter development, the technical strategy, the main principle and the newly achievements of the research have been discussed.
本文通过建立直壁面液膜流动形状简化数学模型，较准确地反映了液膜流动和空气流动之间的相互作用关系。
In this paper, the simple mathematical model of the shape of the water film is established, and used to analyze the relation between the film flowing and the air stream.
当井筒内气流速度低于维持气井连续排液的临界气流速度时，气井出现携液现象。
When gas flow velocity in a wellbore is less than a critical gas flow velocity maintaining continuous flowing back in a gas well, a liquid carrying phenomenon occurs in the gas well.
上升气流穿过塔板上液层时，将板上液体带入上层塔板的现象称雾沫夹带。
The liquid drops on the tray is brought into the upper plate and the plate enrichment is decreased.
对气液混合腔内的雾化气流的速度和液料流量进行了计算。
Thevelocity of atomizing gas and the flux of liquid feedstock were accounted.
结果表明：深层曝气能够让气液得到更充分的混合；提高空气流量（即气泡流速），也能大大改善气液混合。
The computational results show that deep aeration can get a better gas-liquid mix, and a higher gas flow rate can improve the mass transfer between two phases.
油气分离器是一种利用气液两相流体的旋转运动，使液体油滴在离心力的作用下从气流中分离出来的设备。
Oil-air separator is a sort of equipment that makes the air and oil droplet revolve together and makes the oil droplet separate from the mixture in the function of centrifugal force.
该气液分布器空间占位更低，气体通道开孔率更大，气流阻力小，压降低，操作弹性范围大。
This distributor use small space. has more distribute hole, little gas resistance, low pressure drop , wide operation flexibility.
分析气流速度、液孔与气孔的相对位置对雾化滴径的影响，模拟结果与实验结果基本一致。
The model was used to analysis the effect on the drop diameter when the primary velocity of the air or the relative position between the air inlet and liquid inlet was changed.
要求液面高度能保证净化液的自流，射流管内气体处于湍流状态，混合气流速度应达到连续射流所需的临界速度。
The liquid level must be high enough to assure the gravity circulation of liquid. In the jet pipe, the flowing gas holds a turbulent state.
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。
The effects of liquid flow rate, carrying gas flow rate, heat flux and liquid properties on heat transfer coefficient were measured.
气流和液体在流动的过程中完成气相与液相之间的能量交换与物质交换。
The gas flow and the liquid complete the energy exchange and the material exchange between gas phase and liquid phase in the flowing process.
结果表明，提高吸收塔烟气流速可强化传质过程，显著地提高脱硫率，同时减小液气比。
The test results indicate that operation at high flue gas velocity improves the mass transfer effectively, increases SO 2 removal efficiency significantly and decreases gas liquid ratio.
以糖液可溶性固形物含量为指标，研究了糖液种类、浓度、温度和浸渍时间对气流膨化苹果脆片品质的影响。
Quality of strawberry chips produced by explosion-puffing drying technology is effected by slice thickness, moisture content, operation temperature and pressure difference.
然而室内存在着多种随空气传播的污染，其中人体通过呼气、咳嗽和打喷嚏排出的含病原体的液滴，是呼吸道传染病传播的重要媒体，并会跟随气流运动和扩散。
However, there are many airborne pollutants inside the building, some are from the humans body, such as the droplets expelled through breathing, coughing and sneezing.
然而室内存在着多种随空气传播的污染，其中人体通过呼气、咳嗽和打喷嚏排出的含病原体的液滴，是呼吸道传染病传播的重要媒体，并会跟随气流运动和扩散。
However, there are many airborne pollutants inside the building, some are from the humans body, such as the droplets expelled through breathing, coughing and sneezing.
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