1) high & low temperature corrosion of heating surface
受热面高低温腐蚀
1.
Material selection of CFB straw boiler and high & low temperature corrosion of heating surface are researched,and sowing methods are provided.
本文主要介绍了循环流化床秸杆锅炉的结构特点,探讨了循环流化床秸杆锅炉循环物料选取及受热面高低温腐蚀问题,并提出了相应的解决办法。
2) low temperature hot corrosion
低温热腐蚀
1.
The results indicate thatlow temperature hot corrosion of the alloy occurs at 550℃ and develops as pitting attack resulted fromsulfidation mechanism.
由于合金表面生成CoO并在表面形成熔融态硫酸盐而逐渐进入加速腐蚀阶段,使合金遭受严重的低温热腐蚀。
3) hot corrosion
热腐蚀，高温腐蚀
4) heated side corrosion
受热面腐蚀
1.
That the heated side corrosion of hot water boiler is mainly by oxygen corrosion and low temperature sulphur corrosion.
阐述了热水锅炉受热面腐蚀的类型主要为氧腐蚀及低温硫腐蚀,分析了腐蚀产生的原因并提出了防腐对策。
5) low-temperature heating surface
低温受热面
1.
Introduced and analyzed the phenomena that low-temperature heating surface in large water boilers dew and foul in the course of operating,put forward the preventing measurements both in structure design and in operating of the large water boilers.
介绍了大容量热水锅炉在实际运行过程中,低温受热面出现结露积灰现象,对该现象进行分析,并对如何防止低温受热面出现结露积灰现象提出锅炉结构完善建议及运行中需要注意的问题。
6) low-temperature corrosion
低温腐蚀
1.
Analysis and countermeasure on low-temperature corrosion of gas-fired heating furnace;
关于燃气加热炉低温腐蚀的原因与对策
2.
Described are the low-temperature corrosion problems quite prevalent in the flue-gas desulfurization system of a coal-fired power plant.
介绍了燃煤电厂烟气脱硫系统中普遍存在的低温腐蚀问题 ,并结合实例对烟气再热系统的型式以及二次腐蚀问题进行了简要分
3.
Through the probe into low-temperature corrosion and dust deposit on the heating surfact of a boilor and implementation of preventive measures,potential block up of the air preheater caused by low-temperature chemical corrosion and being stuck with dust because of low temperature was eliminated,thus ensuring the boiler s safe and smooth running.
通过锅炉受热面低温腐蚀、积灰探析及预防措施的实施,消除了空气预热器低温化学腐蚀和低温粘结灰堵塞隐患,确保了锅炉设备的安全稳定运行。
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。
参考词条