1.
Discussion on strengthening steam coal management and reducing calorific value differentials between factory-incoming coal and furnace-incoming coal
加强燃煤管理 降低进厂煤与入炉煤热值差
2.
Cause analysis of caloric difference between coal of entering factory and of entering furnace in power plant
火电厂入厂煤与入炉煤热值差原因分析
3.
On the Upgrading of Individual Batch System of Taiyuan First Thermal Power Plant
太原第一热电厂入炉煤分炉计量系统的改进
4.
Reasons analysis and countermeasure of caloric value differences between coal as received and coal as fired in thermal power plant
火电厂入厂煤与入炉煤热值差大的原因分析及对策
5.
The Research on Model of Monitoring Coal Grade for Utility Boiler Based on Flue Gas Compositional Analyse;
基于烟气成分分析的电站锅炉入炉煤质监测模型的研究
6.
Real Time Identification Technique for Ultimate Analysis and Carbon Content of Fly Ash;
入炉煤元素分析和飞灰含碳量的软测量实时监测
7.
Performance Comparison of 210 MW CFB Unit Under Two Different Particle Size of Burning Coal
两种不同入炉煤颗粒度下210MW循环流化床机组的性能比较
8.
a low metal frame to confine falling coals to a hearth.
防止煤块掉入炉膛的金属结构。
9.
The clean coal is sent to a crusher and the boilers.
干净的煤送入破碎机和锅炉。
10.
All the coal is injected in the lower part of the bed.
所有的燃煤都是从燃烧床的下部进入燃烧炉。
11.
Emission Characteristics of PM_(10) from Coal-Fired Industrial Boiler
燃煤工业锅炉可吸入颗粒物的排放特征
12.
It was found that nearly all the fluorine went into the slag,while the fluorine content of tht blast-furnace gas was exceedingly low despite the rather highpercentage of fluorite in the charge.
结果发现绝大部分的氟进入炉渣中,进入炉尘中的氟石多,而高炉煤气中的氟极低.
13.
mixed coke oven and blast furnace gas
焦炉与高炉混合煤气
14.
fixed grate producer
固定炉篦煤气发生炉
15.
revolving grate producer
回转炉篦式煤气发生炉
16.
inclined grate type gas producer
斜炉篦式煤气发生炉
17.
rotary body producer
回转炉体煤气发生炉
18.
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.