1) coal storage
贮煤
1.
Those problems include:(1) how to determine the value for the temperature differences between inside and outside surfaces of the wall,and the wall pressure from the coal storage;(2) the distribution of the resultant in the wall resulting from the temperature and the wall pressure;(3) the resultant in the piles caused by the coal stacking.
对大型整体式贮煤筒仓结构设计中的几个问题进行了讨论与分析,这些问题包括:(1)堆煤引起的内外温度差以及煤压力的取值;(2)温度荷载和煤压力荷载对筒壁内力分布的影响规律;(3)堆煤荷载对桩基内力的影响。
2.
How to improve the utilization of space,reduce area and the amount of soil,saving the investment of equipment,reasonable and necessary optimization for coal storage system in engineering design,without reducing the reliability of coal handling system and the security of coal supply,is a practical problem to the design of coal storage field in modern power plant of domestic.
随着火力发电厂锅炉机组和规模容量向高参数、大容量的快速发展,为确保电厂运行安全,要求电厂的储煤量也越来越大,如何提高场地的利用率,缩小占地面积,降低土石方量,节约设备投资,在工程设计中对贮煤系统进行合理和必要的优化,同时又不降低输煤系统的可靠性和机组供煤安全,是国内现代化火力发电厂储煤场设计中所面临的现实问题。
2) coal yard
煤场,贮煤场
3) coal silo
贮煤筒仓
1.
Coal Silo Safety Supervise System of Power Plant Based on CAN Field Bus System;
基于CAN总线的火电厂贮煤筒仓安全监测系统
2.
Technology of non-adhesion prestress construction of 30000 t coal silo;
3万吨贮煤筒仓无粘结预应力施工技术
3.
Influence of construction temperature on performance of giant reinforced concrete coal silo;
施工温度对巨型贮煤筒仓结构性能的影响
4) coal stockyard
贮煤场
1.
Expounded is the mechanism of coal spontaneous combustion; analyzed is the influence on spontaneous combustion by such factors as coal rank, petrographic constituents, pyrite content, environmental temperature, etc; introduced is the effective measures taken against spontaneous combustion in coal stockyard at Jinjiyan Coal Preparation Plant.
论述了煤炭自燃的机理及对煤质的影响 ,分析了煤化程度、煤的岩相组成、黄铁矿含量及环境温度等影响煤炭自燃的各种因素 ,介绍了金鸡岩选煤厂防止贮煤场发生自燃的有效措施。
5) Bunker hopper
贮煤塔
6) raw coal stocking
原煤贮存
补充资料:标准煤(见煤当量)
标准煤(见煤当量)
standard coal
、~‘~1人、4《1工兀飞coal)见煤当等
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