1.
Application of High Long Bag Impulse Precipitator in 1750m~3 BF Coal Injection System
高浓度煤粉长袋脉冲收尘器在1750m~3高炉喷煤系统中的应用
2.
Mechanism and Experimental Study on Ignition and Low NO_x Emission Characteristics under High Concentration Pulverized Coal;
高浓度煤粉着火低NO_x排放特性的机理及试验研究
3.
Distribution of concentration of pulverized coal injected into BF tuyere by lance with multiple holes
多股流喷吹粉煤时高炉风口内粉煤浓度场分布
4.
Study on Treatment of High Concentration Ammania-Nitrogen Wastewater with Zeolite Synthesized with Fly Ash;
粉煤灰合成分子筛处理高浓度氨氮废水的研究
5.
Numerical Analysis of Pulverized Coal Concentration in Primary Air Pipe of Boiler;
煤粉锅炉一次风管中煤粉浓度的数值分析
6.
Thermo-analysis Experiment on Burnout Characteristic of Coal under Different Coal Concentration and Oxygen Concentration;
煤粉浓度及氧浓度变化下煤粉燃尽特性的热分析研究
7.
Test Research on the Method of Coal Particle Concentration Measuring;
电容法测量管道煤粉浓度的试验研究
8.
The Design of Primary Fans Coal-powder Concentration Online-monitor System;
一次风煤粉浓度在线监测系统的设计
9.
A Study of the Kinetic-Energy Method-based Measurement of the Concentration of Pulverized Coal Transported by Exhaust Gas
基于动能法测量乏气送粉煤粉浓度的研究
10.
The new technology of high-concentration gasifying CWM from low rank coal
低阶煤制备高浓度气化水煤浆新技术
11.
The Application on the Prevention and Control of the Shade Powdered Coal Burner in 220t/h Powdered Coal Boiler High Temperature Corrosion
浓淡型煤粉燃烧器在220t/h煤粉锅炉高温腐蚀防治中的应用
12.
The seam water injection is an effective measure to control coal dust concentration.
煤层注水是降低矿井粉尘浓度的有效措施之一。
13.
Investigation of the Mass Fraction of Pulverized Coal for the Power Plant by Micro-wave Technique;
电站锅炉煤粉浓度的微波测量方法研究
14.
The Study on Intelligent Control Method of Boiler Combustion System Based on Coal Concentration;
基于煤粉浓度的锅炉燃烧智能控制方法研究
15.
Optimized Design on Capacitance Sensor for Concentration Measurement of Pulverized Coal;
煤粉浓度测量用电容式传感器优化设计研究
16.
Analysis on flow feature of adjustable coal powder density in coal-fired combustion device
可调煤粉浓度燃烧装置内的流动特性分析
17.
ON-LINE DETECTION OF PULVERIZED COAL CONCENTRATION BY USING ULTRASONIC WAVE CORRELATING FUNCTION METHOD
利用超声波相关函数法在线检测煤粉浓度
18.
Effect of Velocity Difference of Two Channels in Biased Pulverized-coal Concentration Burners on NO_x Emissions
浓淡煤粉燃烧器双通道速度差对NO_x排放的影响