水力旋流器

太原第一热电厂FGD中水力旋流器国产化改造试验

The National Manufacture Reforming Test of Hydrocyclone in FGD System of Taiyuan No.1 Power Plant

水力旋流器流场径向速度分布规律研究

The distribution law of radial velocity of flow field in Hydrocyclone

水力旋流器结构参数n的定量研究

Compared the actuality of the structure of th Method of Quantitative Computation about Hydrocyclones Structural Parameter n

采用改进的BP神经网络模型模拟水力旋流器的油水分离过程。

The process of oil-water separation in hydrocyclones was simulated by improved BP neural network ( BPNN ) .

基于AR模型的水力旋流器筛分性能的预测

Prediction of the Hydrocyclone Performance on the Fraction of the Fiber Based on AR Model

CFD在液-液水力旋流器能耗及分离效率预测中的应用

Application of CFD to the Prediction of Pressure Loss and Separation Efficiency in Hydrocyclone

CCФ380水力旋流器的应用及分级效果评定

Application of CC Φ 380 hydraulic cyclone and evaluation of its classification efficiency

基于CFD的水力旋流器流场模拟研究

CFD-based simulation of flow field of hydrocyclones

CFD在液液水力旋流器入口结构及尺寸优化中的应用

Application of Computational Fluid Dynamics ( CFD ) in the Structure Selection and Size Optimum of a Fluid-Fluid Hydrocyclones

STP强凝胶调剖剂的深度调剖性能α型水力旋流器的性能研究绩效管理中能与不能

The performance of STP hard - gel in deep profile controlling

在筛分的基础上进一步用自由沉降分级和水力旋流器分级使SiC晶须得到富集，晶须品位达到40%～50%。

SiC whisker has been further enriched through free settled process method and hydrocyclone separation , which increased the whisker grade to 40 % ~ 50 % .

采用控制体积法、非平衡壁面及FLUENT软件的用户自定义功能首次对复合式水力旋流器耦合流场进行了数值模拟。

The article firstly simulates the interior flow field of compound hydrocycloneusing on control volume method , Non-Equilibrum wall Function and User-Defined Functions inFLUENT .

本文采用RNGk-ε湍流模型，基于控制体积法，应用SIMPLE算法，首次对复合式水力旋流器内部流场进行了数值模拟。

The article firstly simulates the internal flow field of compound hydrocyclone by using RNG K - ε model , basing on control volume method and applying SIMPLE arithmetic .

本文应用双流体模型及k－ε－kp两相湍流模型，研究了水力旋流器内油水两相湍流流场。

He swirling oil-water two-phase turbulent flow in a hydrocyclone has been simulated by using the two-fluid model with a k - ε - kp two-phase turbulence model .

对自行设计的牙鲆Paralichthysolivaceus循环养殖系统采用斜板式沉淀槽、水力旋流器、泡沫分离器去除固体颗粒物的效果进行了研究。

The solid wastes in Japanese flounder ( Paralichthys olivaceus ) culture was eliminated by settling basin , hydrocyclone , and foam fractionator in a recirculating system .

在不同流量和分流比的多个工况下应用LDV/APV可适性激光多普勒测速仪，对35mm液液分离水力旋流器模型各锥段的不同截面进行了流场测量。

The velocity fields in a liquid-liquid hydrocyclone model were tested with a two-dimensional LDV / APV system under different conditions of flowrate and overflow ratio .

为了研究水力旋流器用于油水分离的复杂情况，使用FLUENT软件中的多相流欧拉分析方法，结合雷诺应力湍流模型对单锥式旋流器的内部流场进行了数值模拟。

To study the complex flow in the hydrocyclone for oil-water separation , the inner flow field in the single-cone hydrocyclone is numerically simulated using Fluent software . Eulerian multiphase flow model and Reynolds-stress turbulent model are both applied to this simulation .

文中利用Fluent软件，将多相流欧拉分析方法与各向异性的雷诺应力湍流模型相结合，实现了水力旋流器内油水分离过程的三维数值模拟并预测了分离效率。

To solve this problem , this paper develops a 3D numerical simulation of the oil-water separation in a hydrocyclone by using the Fluent software and by combining the Eulerian multiphase-flow model with the anisotropic Reynolds-stress turbulence model , thus evaluating the corresponding separation efficiency .

采用新型的激光测量仪器&粒子动态分析仪（PDA）对水力旋流器内固液两相流中的固粒速度场及其粒度的分布规律进行了测试，首次获得了旋流器内固粒浓度的实测分布规律；

An experimental investigation on the montion of solid particles in the two phases flow field of hydrocyclone was carried out with a new type laser measuring instrument & Particle Dynamics Analyzer ( PDA ), and the concentration profiles of solid particles were obtained .

在连续相流场的基础上添加DPM拉格朗日随机轨道离散模型对液-固分离进行两相流的数值计算，以考察动态水力旋流器的分离性能。

Then , the paper adopts the DPM Lagrange random track model to simulate liquid-solid two phase flow on the basis of single phase flow field , in order to study separation performance of dynamic hydrocyclone .

深入研究了液-液水力旋流器的流动机理，并采用LRR应力模型对油水分离旋流器的油水两相流场进行了数值模拟。

Further investigate the flow mechanism of the liquid-liquid hydrocyclone , and the oil and water phases flow field in hydrocyclone for oil water separation is simulated using LRR stress model .

选矿过程中水力旋流器溢流粒度分布软测量研究

Research of soft sensor registering particle size of overflow from Hydrocyclone

细颗粒分离水力旋流器的结构设计及试验

Structural design and experiment study of the hydrocyclone for fine particle

水力旋流器内固相颗粒径向运动规律的预测模型

Mathematical models FCR predicting radial movement of solid particles in Hydrocyclones

通过液固分离用水力旋流器单体以及串联系统性能的测定，对旋流器串联系统进行整体评价。

Survey and appraise single and contact system function of hydrocyclone .

单级水力旋流器分离马铃薯淀粉的数学模型

A Mathematical Model of a Single-stage Hydrocyclone for Potato Starch Separation

轻质分散相水力旋流器的分割尺寸

Theoretical prediction of the cut size of hydrocyclones separating light dispersions

复合式水力旋流器径向压力分布及单体生产能力的确定

Radial Pressure Distribution and Unit Production Ability Determination of Compound Hydrocyclones

复合式水力旋流器耦合流场的研究

The Numerical Simulation Study of Internal Flow Field to Compound Hydrocyclone

水力旋流器参数对高炉污泥分离的影响

Influence of different hydrocyclone parameter on separation of blast furnace sullage