Water vapor saturated compressed air flow into "online" dry tower.
水蒸气饱和的压缩空气流进入“在线”干燥塔。
Water-air separator or condensation filter design must satisfy the compressed air flow and pressure condition requirements.
水-空气分离器或凝结过滤器的设计必须满足压缩空气流量和压力条件的要求。
Frozen type air drier shall conform to the special design of compressed air flow rate, pressure, temperature conditions needs.
冷冻式空气干燥器的设计应当符合特殊的压缩空气流量、压力、温度条件的需要。
The twin-tower design allows simultaneous compressed air drying and desiccant media regeneration for uninterrupted compressed air flow.
双塔设计能够同时进行压缩空气烘干和去湿介质再生，而不中断压缩空气的流动。
Clean air from the top of the dry, and online at the bottom of the flow of compressed air flow to the contrary, to ensure the spray drying tower at the exit of desiccant is always the most dry.
洁净的空气从干燥塔顶部流向底部，与在线压缩空气的流向正相反，从而保证干燥塔出口处的干燥剂总是最干的。
If into the dryer compressed air flow and pressure beyond design range, separation effect will decline, liquid water would be through the separator make dryer out of compressed air pressure rise.
倘若进入干燥器的压缩空气流量和压力超出设计范围，分离效果将下降，液态水就会通过分离器使干燥器出来的压缩空气压力凝露点升高。
The selected projects include advanced battery systems (including flow batteries), flywheels, and compressed air energy systems.
被选中的项目包括先进的电池系统（包括液流电池），飞轮电池，压缩空气能源系统。
The above two kinds of devices can be in a dryer the flow of compressed air cooling to constant temperature and avoid a cold and led to excessive condensing liquid produce.
上述两种装置都可以将干燥器中一定流量的压缩空气冷却至恒定的温度，避免过冷而导致过多的冷凝液体产生。
Frozen type air dryer by lowering the temperature of compressed air to close to the freezing point of water, that extra water vapor condense into liquid water, thus and flow separation.
冷冻式空气干燥器通过降低压缩空气的温度至接近水的凝固点，使多余的水蒸气凝结成液体水，从而与气流分离。
Discharge valve can be will collect the liquid and solid particle emissions, prevent the liquid flow off the downstream, the pollution downstream compressed air system.
排放阀可以将收集的液体和固体微粒排放掉，防止液体流向下游端，污染下游端的压缩空气系统。
Excess water vapor condenses into liquid water, and with the flow of compressed air into the water-air separator or condensation filter, will that liquid water from in the compressed air is isolated.
多余的水蒸气凝结成液态水，并随压缩空气流进入水-空气分离器或冷凝过滤器，将液态水从压缩空气中分离出来。
This equipment is used lamp sealing performance testing, which way is to lamp lumen filled with compressed air, through flow method try leakage instrument measuring its seal leakage detection device.
该设备是专用于车灯密封性能检测，检测方法是对车灯内腔充入压缩空气，通过流量法试漏仪测量其泄漏量的密封性检测装置。
The CDF Series air amplifiers generate high output flow using a small volume of compressed air.
CDF系列的空气放大器，使用小量的压缩空气，产生高的输出流量。
Conclusions oxygen nebulization inhalation is better than compressed air nebulization inhalation and low flow oxygen nebulization inhalation is a safety method in treating the patients with COPD.
结论氧气雾化优于空气压缩雾化，而低流量氧气雾化优于高流量氧气雾化，是COPD病人安全的雾化吸入方法。
Has a certain stability of the pressure and flow of compressed air.
具有一定稳定压力和流量的压缩空气。
Cooling control system between finishing mill regulates the water-flow with electric signal and compressed-air to control the temperature of the hot strip steel.
精轧机机架间带钢冷却控制系统，用电气控制信号和压缩空气联合控制冷却水的流量，从而达到热轧带钢温度控制的目的。
This compressed-air conditioner handles a maximum flow rate of 141 liters per minute.
这种压缩空气空调处理1公升，每分钟最大流量141率。
The mechanism of rotating flow to separate water, solid contaminants from compressed air are analyzed, the minimum size of contaminants that could be separated is calculated.
理论分析了通过旋流分离压缩空气中水和固体污染物的机理，计算了可分离污染物的最小直径。
The check valve avoids refluence of air in pipe - lines and consequent pressure loss in which compressed air is intended to flow in one direction only.
单向阀能防止管路中的空气回流，以及随之而来的因压缩空气朝这一方向流动而产生的压力损失。
By using compressed air as conveyance power and millet as a transport medium in horizontal Y-shaped branch pipes, the solid flow distribution characteristics of the above pipes were studied.
以压缩空气为输送介质，粒径相同而密度不同的小米和空心玻璃珠为输送物料，在水平变角度Y型分支管气力输送试验台上对气固两相的流量分配特性进行了研究。
By using compressed air as conveyance power and millet as a transport medium in horizontal Y-shaped branch pipes, the solid flow distribution characteristics of the above pipes were studied.
以压缩空气为输送介质，粒径相同而密度不同的小米和空心玻璃珠为输送物料，在水平变角度Y型分支管气力输送试验台上对气固两相的流量分配特性进行了研究。
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