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1)  heating surface
受热面
1.
Cause analysis of boiler heating surface quality decline and countermeasure;
电站锅炉受热面检修质量下降原因分析及对策
2.
Influence of Fly Ash Wearing on boiler heating surface by Coal Quality Change;
煤质变化对锅炉受热面飞灰磨损的影响
3.
Treatment for three stubborn problems in the safe and economical operation of CFBC boiler——Wear prevention of wall and heating surface——Discharge and cooling of bottom slag;
CFBC锅炉安全经济运行中三大顽症的治理之二、三——炉壁和受热面防磨的治理及炉底渣排放与冷却
2)  Heated surface
受热面
1.
This paper analyzes the reasons that cause defects in welding process of boiler heated surface,and discusses the measures to prevent those defects.
分析了锅炉受热面焊接中的常见缺陷,论述了缺陷产生的原因及防止措施。
2.
This article introduces several measures of improving the heat transfer path of the chain boiler, and points out that the reasonable distribution arrangement of the heated surface, preventing fume to short circuit, keeping clean the heated surface and the adding tail heated surface could improve the thermal efficiency so as to obtain obvious result of energy saving.
介绍了改善链条锅炉本身传热途径的几种措施 ,即从受热面的合理分配布置 ,防止烟气短路 ,保持受热面内外部洁净 ,加装尾部受热面入手来提高锅炉热效率 ,节能效果明
3.
, The security of each grade of the heated surface is diagnosed based on the maximum test temperature of heated surface and the temperature difference between the actual one and the normal increased in each grade of the heated surface under heating.
通过 40 0 t/h无烟煤锅炉热负荷分配试验研究 ,经锅炉各级受热面实际吸热温升与设计值的比较 ,受热面最高管壁温度的测试 ,对各级受热面进行安全性诊断。
3)  by heated one side
单面受热
4)  duplex heated
双面受热
5)  boiler tube
受热面管
1.
Investigations on outer thermal spraying and inner shot blasting on boiler tube to promote high-temperature corrosion resistance;
采用外壁喷涂与内壁喷丸方法提高锅炉高温受热面管抗高温腐蚀性能的试验
6)  heating surface area
受热面积
1.
The mathematical correlation model of heating surface area and flue outlet temperature has been established,and the best flue temperature at furnace outlet upon condition that the heating surface area is minimized has been obtained by optimization.
建立锅炉受热面积与炉膛出口温度的数学关联模型,并通过解的最优化处理得到锅炉最少受热面积下的最佳炉膛出口温度。
补充资料:受热
1.中暑。 2.受到高温度的影响。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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