1.
Research on Leaching Characteristics of Heavy Metals in Stabilization/Solidification of Grate Fly Ash with Ordinary Portland Cement;
波特兰水泥固定炉排炉飞灰重金属渗滤特性的试验研究
2.
Research on Flow and Heat Transfer of Slag Film in Gasifier With Liquid Slag-removal Process
液态排渣煤气化炉炉内灰渣的流动和换热研究
3.
ANALYSIS OF COMPOSITION AND FUSING BEHAVOR FOR ASH RESULTED FROM GRATE TYPE MSW INCINARATOR
炉排式垃圾焚烧炉灰渣成分及熔融特性分析
4.
In Taiyuan, soot poured from coal mines, coke furnaces and other major factories, as well as from apartment building boilers and kitchen stoves.
在太原，煤灰从煤矿、焦炭炉、大型工厂、锅炉、炉灶中大量排出。
5.
New Revamping of Fly-ash Refiring of Fluidized Bed Boilers
飞灰再燃技术在沸腾炉改造中的应用
6.
Application of Fly-ash Refiring Technology in 35 t/h Chain Boiler
飞灰复燃技术在35t/h链条炉上的应用
7.
Carbon Formation Mechanism in Fly Ash of Circulating Fluidized Bed Boilers
循环流化床锅炉飞灰中碳的形成机理
8.
heap coal-dust,etc on(the fire in a fireplace or furnace)so that the fire burns slowly for a long time
（用煤灰等）封炉火.
9.
A Study on CFB Boiler Fly Ash Triboelectrostatic Separation;
循环流化床锅炉飞灰高压静电脱碳的研究
10.
Study on Experiment and Analysis of Decreasing Fly Ash Combustible Material of 350MW Boiler;
降低350MW锅炉飞灰可燃物试验及分析研究
11.
Investigation on Carbon-in-Ash In-Situ Measuring Technique Without Sampling;
烟道型电站锅炉飞灰含碳量在线测量技术研究
12.
Test Study on Fly Ash from MSWI Molten at High Temperature in Cyclone Furnace
垃圾焚烧飞灰旋风炉高温熔融试验研究
13.
Modeling of the Unburned Carbon in Fly Ash Based on Numerical Simulation in the Utility Boiler
基于预数值计算的锅炉飞灰可燃物含量建模
14.
Measurement and control system for unburned carbon in fly ash based on information fusion techniques
基于信息融合技术的锅炉飞灰含碳量测控系统
15.
Analysis on Energy Conservation by Application of Coal Dust Re-burning Process for 45 t/h Coal Auto-feeder Furnace
45t/h抛煤机炉飞灰复燃技术应用的节能分析
16.
Application of Technology of Boiler's Automatic Ash and Slag Cleaning and Emission Equipment
锅炉灰渣自动清理排放装置技术的应用
17.
The Development and Application of A New Type Ash Valve for Dust Collector
一种新型高炉重力除尘器排灰阀的研制与应用
18.
Like definitions of fly ash ratio and bottom ash ratio, ash circulating ratio should be based on the amount of ash to furnace( including limestone).
它与飞灰份额、灰份额的定义一样，都应以入炉灰量（石灰石带入灰量）基准。