1) gas-particle separation property
气粒分离特性
1.
In particular the gas-particle separation property of the two-phase flow was investigated.
采用多流体模型,即把颗粒相作为连续介质,同时考虑颗粒相对流体相的影响,根据该V型格栅的实际使用条件设定了对应参数,使用欧拉系下k-ε双方程模型模拟出含尘气流通过V型格栅时的气粒分离特性。
2) Separation Characteristic
分离特性
1.
Effect of gas content on the separation characteristics of hydrocyclones under pulsating flow condition;
脉动流条件下气体对旋流分离特性的影响
2.
The inner flow field in hydrocyclone for oil-water separation and separation characteristic are simulated using the principle and the method of computational fluid dynamics (CFD).
得到了旋流器内油水两相流场的分布规律和油水两相流的分离特性；并且从流量、分流比与分离效率关系的两个方面对数值模拟结果和实验数据进行对比分析，其相对误差都在8％的范围内，从而说明该数值计算方法和整个CFD分析流程是正确可靠的。
3) separating behavior
分离特性
1.
Study on oil-water separating behavior of gravity separator;
重力式油水分离器的分离特性研究
2.
The separating behavior of gravitational oil/water separator models with or without a coalescing internal installed was studied through an oil/water separation simulating system.
利用重力式分离模拟试验装置,对添加聚结填料前、后分离器的分离特性进行了对比研究。
3.
The separating behavior of three typical gravitational oil water separator models was studied through an oil water separation simulating system established by our laboratory.
结果表明，结构优化设备的分离特性优于ＨＮＳ－Ⅱ型分离器和美国Ｃ－ＥＮａｔｃｏ公司的Ｐｅｒｆｏｒｍａｘ分离器，是新型高效重力式油水分离设备更加理想、实用的结构模式。
4) separation characteristics
分离特性
1.
The flow rate,electromechanical rotation rate and split ratio are the main operational parameters which can affect the separation characteristics of the compound hydrocyclone.
流量、电动机转速及分流比是影响复合式水力旋流器分离特性的主要操作参数。
2.
The separation characteristics and resistance characteristics of two-phase flow in pulverized coal rich-lean separator were studied through cold model experiment.
通过冷态模化试验 ,对煤粉浓淡分离器两相流的分离特性和阻力特性进行研究 ,了解它们的特性 ,以便更好地改进装置的性能 ,提高装置的利用率 ,同时对类似装置的研究提供借
3.
The separation characteristics of hydrocyclones with different physical property were studied in this paper.
本文针对不同的物性参数，对油水分离水力旋流器的分离特性进行了研究，并在此基础上运用人工神经网络模型、基于随机过程理论的Monte Carlo模拟以及其它数学模型相结合的方法，进行水力旋流器的软件设计，根据不同的物性参数和分离要求，优化出旋流器的结构参数和操作参数，并给出旋流器的分离效率。
5) separation performance
分离特性
1.
Influencing factors on separation performance of dynamic de-oiling hydrocyclones;
脱油型动态水力旋流器分离特性
2.
Keeping any other conditions on transformantion,change separately their air folw quantity and dust concentration in inlet,the separation performance and pressure loss performance of the axial symmetry cyclone are studied.
通过对旋风分离器内流场分析 ,可知传统单进口旋风分离器内气流出现偏心 ,为此 ,将普通旋风分离器的单进口改为轴对称进口 (入口面积相等 ) ,在其它条件不变的情况下 ,分别改变两者的进风量、入口含尘浓度等因素 ,通过分析对比来考察轴对称进口旋风分离器的分离特性和压损特性 。
3.
The separation performance of an innovative liquid - liquid hydrocyclone proposed by the authors was studied experimentally by using the Coulter counter technique.
利用库尔特粒径检测技术,对一种优选结构液-液旋流分离管的分离特性进行了较为系统的实验研究。
补充资料：玉米花粉粒的1:1分离
[图]
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条