1.
Determination of Raceway Boundary with Particle Velocity Contour
利用颗粒速度标量场确定风口回旋区边界
2.
Research about Using Correlation Image Processing of LSV Technic to Measure the Velocity of Nano-particles in Flow;
用于测量流体中纳米颗粒速度的LSV技术中互相关图像处理研究
3.
Electrostatic Cross-correlation Measuring Method for Dense-phase Pneumatically Conveyed Coal Particle Velocity
密相气力输送煤粉颗粒速度静电互相关测量方法
4.
Minimum fluidization velocity of bimodal polyethylene particles
双峰聚乙烯颗粒临界流化速度的研究
5.
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
6.
Experiment Study on Lifting Velocity and Concentration of Coarse Particles for Vertical Hydraulic Lifting;
粗颗粒垂直管水力提升速度与浓度的实验研究
7.
Concentration Profiles in Fast Fluidized Bed with Bluff-Body
内置钝体对快速流化床中颗粒浓度分布的影响
8.
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
9.
Large-eddy simulation of particle dispersion and velocity similarity in a two-phase round turbulent jet
两相圆湍射流颗粒弥散与速度相似性大涡模拟
10.
Measurement of Spherical Ceramic Particles Flowing from Three-dimensional Hopper by Particle Image Velocimetry
陶瓷球颗粒在圆形漏斗中下落速度的PIV研究
11.
Distributions of Catalyst Concentration and Particles Velocity in a Large-scale Fast Fluidized Bed Reactor
大型快速流化床内颗粒浓度和速度分布的实验研究
12.
Experimental Investigation on Particle Concentrations and Particle Velocities in a Gas-Solid CFB Riser;
气固循环床提升管内颗粒浓度和速度的实验研究
13.
Study on Aerosol Number Concentration, Size Distribution and the Particle Formation and Growth Process;
大气颗粒物个数浓度、粒径分布及颗粒物生成
14.
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。
15.
The performance of abrasive waterjet depends on the impact velocity of abrasive.
磨料水射流的性能主要取决于磨料颗粒的冲击速度。
16.
The effect of macerating time, particle size and steam velocity on the extn. yields are also studied.
浸泡时间、颗粒大小以及蒸气速度对于萃取产率的影响也被研究。
17.
Subsequently, the fine particles are widely dispersed in the atmosphere and descend to earth very slowly.
随后，细小的颗粒在大气中广泛散布并以极慢的速度下降到地面。
18.
The penetration of a particle into the lung is influenced by air velocities breathing patterns.
颗粒物对肺的穿透作用受气流速度和呼吸形式的影响。