射流晕是一种地球化学次生晕。
好氧反应器采用传统的射流曝气池。
The traditional jet agitator is used as the aerobic reactor.
工位空调；水平射流；吹风感。
因此，其通风射流为浓差射流。
Therefore, the ventilation jet is called the concentration difference jet.
主要介绍了集束射流氧枪技术。
This article introduces the current technology of Coherent Oxygen Lance.
射流体与进气管通过活络接头连接。
The jetting body is connected with the intake pipe through a flexible joint.
介绍了DY型风口的结构及射流特性。
The structure of DY type outlet and its jet performance was described.
切削力随着水射流压力的增大而减少。
The cutting force reduce with the increase of water pressure.
从而为聚能射流药型罩的设计提供参考。
本文针对导叶式旋转射流喷嘴进行研究。
In this paper, the rotary guide vane nozzle has been studied.
不过，后休克的流动，在射流仍会亚音速。
However, after the shock the flow in the jet will still be subsonic.
探讨了射流切割应用于水下的一系列问题。
Then, a series of concerns about water jet cutting are discussed.
在射流的横截面上，自相关系数为一常数。
The autocorrelation coefficient is constant over a cross sectional area of the jet.
该系列射流式自吸离心泵的研究是成功的。
并对高压水射流在清洗中的应用给予展望。
The future prospect for application of high pressure water jet in cleaning is also reviewed.
同轴射流的射流特性仅与其结构特征有关。
Flow characteristics of coaxial jet are only the relevant features of its structure.
的声音，排气射流是非常响亮，并略有起伏。
The sound of the exhaust jet was very loud, and undulated slightly.
分析认为射流清洗技术具有很好的发展潜力。
Jetting cleaning technology is thought to have development potential.
第一次执行脉冲射流对生产线于1952年。
高压水射流技术是当今钢铁除鳞的主流技术。
Currently, high pressure water jet is the mainstay technology for descaling billets.
高压水射流射孔尤其适用于薄油层的射孔作业。
The high pressure water jet perforation technology is specially suited for the oil sheet perforation.
本文提出了射流泥浆泵装置的设计理论和方法。
The theory and design method of liquid-solid jet pump device are proposed in this paper.
介绍了高围压水射流切割实验装置的结构组成。
The construction of experimentation device of high pressure water jet cutting was analyzed.
实验表明，提高了射流冲击压力的破碎岩石效率。
Experiment shows the rock breaking efficiency of jet flow impact pressure is enhanced.
URACA系原西德制造的高压水射流清洗装置。
URACA, a kind of high pressure water jet cleaning device, is made by Germany.
本文提出了利用水平附壁射流破除异重流的新方法。
This paper proposes a new method of using a plane wall jet destroying density current.
开展了含能气体射流与液体工质相互作用的实验研究。
The experimental of gas jet interaction with liquid were developed.
开展了含能气体射流与液体工质相互作用的实验研究。
The experimental of gas jet interaction with liquid were developed.
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