two-phase gas-liquid flow 气液两相流
Gas liquid flow rate 气液分相流量
Gas-liquid Flow Calculation 气液两相流计算
gas-liquid flow coefficient 气液流动参数
compressible gas-liquid flow 可压缩气液两相流
The fluxion field of gas-liquid flow inside the centrifugal separator for gas-liquid separation is improved. The conclusions gained that the separator have a high separating efficiency up to 90% about 3-8μm liquid component in mixture of gas-liquid.
本论文针对常规的离心式分离器进行结构改进,开发出新型的天然气离心式气液分离器,通过实验证明,该分离器解决了一定压力下气液分离经常出现的气液夹带现象,改善了气液分离用离心式分离设备的内部气液两相流的流场,使分离器对于气液两相混合流中粒径在3-8μ以上的液体组分分离效率达到90%以上。
参考来源 - 天然气离心式气液分离器的结构设计及流场数值模拟·2,447,543篇论文数据，部分数据来源于NoteExpress
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。
However, it is very difficult to design and scale up this kind of reactor, in that the present study has focused on the transient characteristics of the inherent gas-liquid flow increasingly.
鼓泡反应器是工业生产中应用较为广泛的一类反应器，但由于其设计与放大困难，因此对其内部气液两相瞬态流动特性的考察日益成为研究的热点。
The liquid in the pipeline under certain conditions and partially vaporizes into gas state, bubble, formation of gas-liquid two-phase flow which is the process of flash.
管道中的液体在一定的条件下，部分液体气化成气体状态，产生气泡，形成气液两相流这就是闪蒸过程。
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