1) tangentially fired utility boilers
同心反切圆锅炉
1.
Results have been presented, which is conducive for tangentially fired utility boilers to develop toward high capacity and to operate safely and economically.
通过模型试验和数值模拟对同心反切圆锅炉进行调峰过程中燃烧器喷口投停方式改变下炉内气流旋转特性研究 ,获得了一些有益结论。
2) tangentially fired boiler
切圆锅炉
1.
Combustion model and numerical study of flue gas deviation in tangentially fired boiler;
燃烧模型与切圆锅炉烟气偏差的数值研究
3) tangential firing boiler
切圆燃烧锅炉
1.
Through measuring residual swhirling flow field in the flue duct of a real boiler, and analysing layout features of front and back platen supe-heaters in large-scale tangential firing boilers, the flue gas energy distribution regularity in horizontal flue duct of tangential firing boilers has beenstudied.
通过对实际锅炉烟道烟气残余旋转流场的测量及大型切圆燃烧锅炉前、后屏过热器的布置特点分析,研究了切圆燃烧锅炉水平烟道烟气能量的分布规律。
2.
The cause of high slagging combustible matter in some tangential firing boilers is analysed by theoretical analysis and site illustration,and relative resoling measures are provided.
采用理论分析和现场实例验证的方法分析了部分大容量切圆燃烧锅炉炉渣可燃物含量偏高的原因,并提出了相应的具有操作性的解决措施。
4) tangentially firing boiler
切圆燃烧锅炉
1.
Through analysis of gas flow property in the furnace, study on occurrence location of slagging and high-temperature corrosion in tangentially firing boilers has been carried out.
对切圆燃烧锅炉结渣及高温腐蚀的发生部位及其规律进行了研究,结果表明,通过设计合理的假想切圆直径,尽可能将卫燃带布置在背火侧水冷壁上,以及在易发生高温腐蚀区域喷涂防腐材料等,可有效防止或减缓水冷壁的严重结渣或高温腐蚀。
2.
The influence of burners layout pattern for two typical tangentially firing boilers upon the burning process of pulverized coal and air flow in the burners region has been analysed and studied.
就两种典型切圆燃烧锅炉的燃烧器布置方式对燃烧器区域煤粉气流燃烧过程及NOx排放量的影响进行了分析和研究。
5) dual circle tangential firing boiler
双切圆燃烧锅炉
6) tangential firing boiler
四角切圆锅炉
1.
In order to understand the distribution characters of aerodynamic field of the 1913t/h supercritical tangential firing boiler in a power plant after it has been overhauled,a cold aerodynamic field experiment was made.
为了解某电厂1913t/h超临界四角切圆锅炉大修后炉内空气动力场的分布特性,进行了锅炉冷态空气动力场试验。
补充资料：同心圆
1.同一平面上同一圆心而半径不同的圆。
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