- 更多网络例句与旋风分离器相关的网络例句 [注：此内容来源于网络，仅供参考]
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Through a special arrangement of baffles in the stripper, the downflow back mixing of oil gases is reduced, and the influence of stripping gas on the separation efficiency is minimized.
在目前常用的提升管出口粗旋风分离器的锥体下部增加一个汽提器，形成了新型汽提式粗旋风分离系统。
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The device for separating and recovering the carbon dioxide from the flue gas by dry process consists of a powder grinding device, a powder feeding device, a fluidized bed, a cyclone separator and a regeneration device, wherein, a flue gas inlet is arranged at the bottom of the fluidized bed, the powder grinding device is communicated with the lower part of the fluidized bed by the powder feeding device, the upper part of the fluidized bed is communicated with the upper part of the cyclone separator by a pipe I, the top of the cyclone separator is provided with an outlet pipe for the flue gas containing low-concentration carbon dioxide, the bottom of the cyclone separator is communicated with the upper part of the regeneration device by a pipe II, the bottom of the regeneration device is communicated with the bottom of the fluidized bed by a pipe III, and the top of the regeneration device is provided with an outlet pipe for the flue gas containing high-concentration carbon dioxide.
本发明提供一种干法分离和回收烟气中二氧化碳的装置和方法，无需分离前对烟气进行降温，而直接在高温下进行二氧化碳的吸收分离，从而避免降温过程中的能量损失；器中干法分离和回收烟气中二氧化碳的装置，由磨粉装置、给粉装置、流化床、旋风分离器和再生装置组成，所述流化床底部有烟气入口，所述磨粉装置通过给粉装置与流化床下部连通，流化床的上部通过管道I与旋风分离器的上部相连通，旋风分离器的顶部有低二氧化碳浓度烟气出口管道，旋风分离器底部经过管道II与再生装置的上部连通，再生装置的底部通过管道III与流化床的底部相连通，再生装置顶部设有高浓度二氧化碳烟气出口管道。
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This paper develops a new theoretical model based on the mathematical model of the tangential velocity .
本文以旋风分离器切向速度模型为基础，给出了各部分压力损失的计算方法，并针对不同的旋风分离器模型，将其计算结果与实验结果及其他的压力损失理论模型进行了比较，结果表明该计算方法可行。
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The purpose is to probe into fow characteristic pressure distribution of separator under primitive structure and improved structure.
介绍了旋风分离器的基础理论，包括数学模型，分离效率、阻力损失和临界粒径等旋风分离器的主要参数指标，并给出它们的一些研究现状和计算的经验公式。
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The working process of set is as follows; the liquid of raw material is pumped in through diaphragm pump. The liquid of raw material atomizes into tiny droplets. Then it gathers with hot air and fall off. Most parts of powder material will be collected through the outlet of discharge at the bottom. The wasted air and fine power will be separated through cyclone.
本机组工作过程为料液通过隔膜高压输入，喷出雾状液滴，然后同热空气并流下降，大部分粉粒由塔底排料口收集，废气及其微小粉末经旋风分离器分离，废气由抽风机排出，粉末由设在旋风分离器下端的收粉筒收集，风机出口处还可以装备二级除尘装置，回收率在96-98%以上。
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Because of the asymmetry of the inlet structure and the unstable characteristics of the swirl flow,the spinning center of the gas flow deviated from the geometrical center of the cyclone,which resulted in the asymmetry of the flow field and the change of the three dimensional velocity components.
蜗壳式旋风分离器入口结构的非轴对称以及气相旋流的不稳定性造成了气流的旋转中心与旋风分离器的几何中心不重合，从而导致了气相流场三维速度的非轴对称分布以及速度分量由于基准不同而产生的大小和方向变化。
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The real tangential velocity fluctuation indicated that there existed an instability of swirling flow in the cyclone.This instability resulted in the rotation center of the swirling flow deviating from the geometric center of the cyclone,which produced the quasi-periodic oscillation of swirling flow and gave the real tangential velocity fluctuation.
瞬时切向速度的变化反映了旋风分离器内旋转流的不稳定性，这种不稳定性导致了旋风分离器内旋转流的旋转中心与几何中心不重合，旋转中心围绕着几何中心摆动，由此造成了瞬时切向速度随时间的类周期的波动变化。
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With the fast development of industry and environmental protection, higher requirements are is needed to its further innovation, design and installation, For example, how to confirm effects of interior structures Deformation on characteristic of cyclone separator which is working is a new project.
随着工业和环保要求的不断提高，对旋风分离器的改进和设计以及安装运行都提出了新的课题，例如，如何确定在生产运行过程中内部结构变形对旋风分离器的分离性能影响就是新课题之一。
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The structures and the critical dimensions of a normal cyclone separator are improved, and a new type of cyclone PV-E is developed.
对影响PV型旋风分离器分离性能的关键尺寸和结构进行了改进，开发出了一种压降更低、效率更高的PV-E型旋风分离器。
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All of these provide scientific basis for development of the novel cyclone. At last, according to the thorough study of gas-solid process, The cyclone shape and size are improved, and the cyclone performances are taken better. The technique of cyclone with down-flow is updated, and applied in CFB boilers, retrofitting old boilers, CFB pulverized-coal gasifier, flue gas cleaner, and so on. The successful operation of 75T/h CFB boiler indicts that the novel technique tends to ripe.
最后，根据对气固分离过程的深入研究，对下排气旋风分离器进行了结构改进与性能完善，实现了下排气旋风分离技术的升级换代，并将技术成果成功应用于下排气循环床锅炉、旧锅炉改造、流化床煤粉气化炉及烟气除尘净化等方面。75T/h下排气循环床锅炉的成功运行表明下排气旋风分离技术已趋成熟，发展前景广阔。
- 更多网络解释与旋风分离器相关的网络解释 [注：此内容来源于网络，仅供参考]
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cyclone：旋风分离器
其中固体微粒和硫氧化物的危害,被认为最是重大.对一般粉尘多以障碍(如纤维)的惯性撞击或截留,而对细小的微粒来说,扩散吸附则来自於其布朗运动(Brownian motion)的结果.旋风分离器(cyclone)利苜气流在分离器中改变方向(旋转),
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cyclone separator：旋风分离器
清洗装置 steam washer | 旋风分离器 cyclone separator | 轴流式分离器 turbo separator
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cyclone separator：旋风分离器[除尘器]
cyclone 旋风子,旋风,旋风筒 | cyclone separator 旋风分离器[除尘器] | cylindrical 柱坐标的
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scrubber：涤气器
将大粒子分离,带细小微粒子之气体即进入旋风分离器,由此分离之空气,可与锥状分离器之气流混合以增加其流速. 如气流中含多量之微小粒子,则可以液体洗涤之,图八示一涤气塔之构造. 图九示涤气器(Scrubber)与旋风分离器并用之脱尘器.
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cyclone collector：旋风收集器
cyclone 旋风分离器 | cyclone collector 旋风收集器 | cyclone dust extractor 旋风除尘器
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Powdered-coal cyclone separator：细粉分离器
2.4.69 碗式磨煤机 Bowl roll pulverizer | Bowl mill 2.4.70 细粉分离器 Powdered-coal cyclone separator | 2.4.71 旋风分离器 Cyclone separator
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Cyclone;Cyclone separator device：旋风分离器,旋风除尘器
分离器 Separator | 旋风分离器,旋风除尘器 Cyclone;Cyclone separator device | 布袋收尘器 Cloth envelop collection
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separator; cyclone：旋风分离器
"separator; centrifugal","离心分离器" | "separator; cyclone","旋风分离器" | "separator; deflection","折流分离器"
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Cyclones：旋风分离器,旋流器
cyclic fatigue 循环疲劳 | cyclones 旋风分离器,旋流器 | cylinders 圆筒,柱体,缸体
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multiple cyclones：并联旋风分离器
15 system fan系统风机 | 16 multiple cyclones并联旋风分离器 | 17 splitter valve多通阀,分流阀