参考文献

1. 1. 樊泉桂，亚临界与超临界参数锅炉，中国电力出版社，2000.8

Fan quangui, Sub-Critical And Supercritical Boiler, China Electric Power Press, 2000.8
2. John Wiley & Sons, Inc, Encyclopedia of Chemical Technology,Vol.21,p507
3. Karol Daucik, Supercritical Steam Oxidation of Steel Surface, 13th ICPWS, Toronto 1999
4. 诸石大司，住友金属，25，1973，p117
5. Karol Daucik，Water/Steam Cycle Chemistry of Ultra Supercritical Units， Power Plant Chemistry，Vol.1(1999)，No.2
6. O/e Hede Larsen, Rasmus Berg Frandsen & Rudolph Blum, Exfoliation of steam side oxides from austenitic superheaters, VGB Power Tech 7/2004

Steam-Water Cycle Chemistry Control for Ultra-supercritical Unit
Wang Deliang1, Li Zhigang1, Ke Yujin1 Chen Rong2 Liu Jinsheng3 Shen Baozhong4
1. Xi’an Thermal Power Research Institute Lt. Co., Xi’an 710032,
2. Huaneng Power International, Inc, Dept. of Safety & Production, Beijing, 100031
3. Huaneng Power International, Inc, Yuhuan Power Plant, Zhejiang, 317600
4.Huaneng Power International, Inc, Shidongkou No.1 Power Plant, Shanghai, 200942
Abstract: It have been discussed that solubility characteristic of various composition in superheated steam of different parameter and high temperature oxidation characteristic of steam in ultra-supercritical unit. According to operational experience from inland sub-supercritical unit and steam-water cycle chemistry control technology from overseas ultra-supercritical unit for recently, it is suggested that method and target of controlling for steam-water cycle chemistry, monitor for high temperature oxidation of steam in national ultra-supercritical unit.
Key Word: supercritical, ultra-su