1.
Structure Characteristic and Pressure Drop Investigation on the Vortex Flow of the Circumfluent Cyclone;
环流式旋风除尘器旋涡流场的结构特性与压降研究
2.
STUDY ON THE GAS FLOW DISTRIBUTION IN CYCLONE SEPARATOR
旋风除尘器内天然气的流场分布分析
3.
Factors Influencing Dust Removal Efficiency of Cyclone Filter
旋风除尘器除尘效率的影响因素分析
4.
Numerical Simulation of the Flow Field Inside a Cyclone Separator
基于计算机仿真技术的旋风除尘器流场模拟
5.
Breakage Mechanism Analysis of WDCC and Protection;
湿式旋风脱硫除尘器破损机理分析及防护
6.
Effect of Ventilated Strategies on the Airflow Distribution in Bag Filter;
进风方式对袋式除尘器内气流组织的影响
7.
Impact Factors on the Dust Collecting Efficiency of Multi-tubular Cyclone
多管旋风除尘器热态除尘效率的影响因素
8.
Flow Field Distribution in Outer Vortex Area and Inner Vortex Area of Vortex Cyclone Dust Collector
旋风集尘器外旋流区与内旋流区的流场分布
9.
Numerical simulation of gas-flow distribution characteristics in under inlet bag-type dust collector
下进风袋式除尘器气流分布特性的数值模拟
10.
The Design of Circulated Fluidized Bed Boiler with Electrostatic-Bag Type Dust Collector
循环流化床锅炉电袋组合式除尘器的设计计算
11.
Experimental Study on Arc Board Guiding Gas Direction of Cyclonic Precipitator
旋风除尘器弧形导向板技术实验研究
12.
Experiment Study of the Measure of Resistance Reduction of Cyclone Dust Separator;
关于旋风除尘器减阻措施的实验研究
13.
The Study of Optimum Design of Configuration Size of Cyclone Separator;
旋风除尘器结构尺寸优化设计的研究
14.
Test on Impact Factors of Complex Dust Collection Effect of Vortex Dust Control System and Wet Cyclone Dust Collection System
涡流控尘系统与湿式旋流除尘系统复合除尘效果影响因素试验
15.
Suction style means the fan is situated behind the bag-house,which works at negative pressure.
吸入式风机位于除尘器之后，除尘器为负压工作。
16.
The pricipal objective in designing cyclones is to create a vortex.
设计旋风除尘器的主要目的在于造成涡旋运动。
17.
New Cricle Strain Type (XLL Model) the RgD of Dust Remover;
旋滤式（XLL/A型）除尘器的研制
18.
Numerical Simulation Analysis of Effects of Air Intake Structure of Bag-type Dust Collector on Air Flow Distribution
袋式除尘器进风结构型式对气流分布影响数值模拟分析