1) feed coal composition correction
入炉煤成分修正
2) water content of coal into furnace
入炉煤水分
3) boiler firing coal
锅炉入炉煤
1.
Analysis of accuracy influence on individual boiler metering system of program controlled boiler firing coal;
程控锅炉入炉煤分炉计量系统精度影响因素浅析
4) coal consumption entering furnace
入炉煤耗
5) coal as fired
入炉煤
1.
Discussion on caloric differences betweencoal as received and coal as fired in power plant;
浅析火电厂入厂煤与入炉煤热值差异
2.
Introduction for automatic coal-sampling equipment of CZ type used by coal as fired;
CZ型入炉煤自动采制样装置及使用
3.
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
6) furnace coal weight
入炉煤量
1.
The method of furnace anti equity is adopted to measure the furnce efficiency because of the difficulty in gaining accurate furnace coal weight.
由于无法取得正确的入炉煤量 ,火电厂一般是采用锅炉反平衡法计算锅炉的正平衡效率。
补充资料：宏观煤岩成分
宏观煤岩成分
lithotype of coal
hongguan砒i邓n chengfen宏观煤岩成分(li thotype)煤中宏观可见的基本单位。是煤的岩相组成之一。宏观煤岩成分包括镜煤、亮煤、暗煤和丝炭，其中镜煤和丝炭是简单的宏观煤岩成分，亮煤和暗煤是复杂的宏观煤岩成分。 (钱湛芬)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条