1.
Lattice Boltzmann simulation of particle settling and experimental validation by PIV
颗粒沉降的格子Boltzmann模拟与PIV实验验证
2.
The Air Particle Two Sews the Shape to Paste the Wall Jet Flow Settling of Particies Characteristics Test Research
气粒两相缝状贴壁射流颗粒沉降特性试验研究
3.
Direct Numerical Simulation of the Particles Sedimentation with Thermal Convection;
考虑热对流的颗粒沉降的直接数值模拟
4.
However the distributing of velocity and temperature is not uniform in the mid fluid,So it is not helpful for sedimentation of matte drops.
主流区流体流速及温度场分布不均匀,不利于硫颗粒沉降。
5.
Application Research of Data Mining Technique in the Noneball Particle s Sinking Speed;
数据挖掘技术在非球形颗粒沉降速度中的应用研究
6.
Digital Image Discovery by Laser Scattering Rate of Settling of Particle;
沉降颗粒激光散射像点运动图像研究
7.
Settlement Properties of Impurities in the Concentrated Wet-process Phosphoric Acid
浓缩湿法磷酸中杂质颗粒的沉降特性
8.
The effect of the electric field on the morphology of CdS prepared by the route of chemical deposition
电场对化学沉降制备的硫化镉纳米颗粒的影响
9.
Study on the Characteristics of Transporation and Deposition of Inhalational Particles in Respiratory Tract;
颗粒物在人体上呼吸道内运动沉降规律的研究
10.
Experimental Study on Deposition Velocity of Particles in Rectangular Ventilation Ducts;
矩形风管系统中颗粒物沉降速度的实验研究
11.
Analysis on Aggregation of Suspended Solids in Sea Water with Pulse Electromagnetic Treatment;
脉冲电磁场作用下海水中颗粒物的沉降研究
12.
Preparation and Settling Behavior of Conductive Polymeric Nanoparticles;
导电聚合物纳米颗粒的制备及其沉降行为研究
13.
A Primary Research on the Distribution and Vertical Flux of POC and PN in East China Sea;
黄东海颗粒有机碳、氮的分布及沉降通量估算
14.
Engineering Calculation of Critical Velocity and Settling Velocity of Granular Materials
颗粒物料临界速度和沉降速度的工程计算
15.
Experimental Research on Fine Particial Sediment in the Flowing Water in Nanhui Marginal Bank of Yangtze River Estuary
南汇边滩细颗粒泥沙动水沉降的实验研究
16.
Some improvements on particle analysis experiment based on densimeter settlement method
对密度计沉降法颗粒分析试验的一点改进
17.
Study on the Settling Characteristics of Granular Sludge in ICASB Reactor
内循环厌氧反应器颗粒污泥沉降性能研究
18.
Techniques for controlling particulates include filtering, washing, centrifugal separation, and electrostatic precipitation.
控制颗粒污染物的技术包括过滤、洗涤、离心分离、静电沉降。