An Investigation on Structure Stability of Advanced Austenitic Heat-Resisting Steels and Ni-Base Superalloys for 600–700 °C A-USC Power Plant Application

Xishan Xie,Chengyu Chi,Qiuying Yu,Zhihao Yao, Maichang Zhang,Yaohe Hu,Jianxin Dong,Hongyao Yu,Shuangqun Zhao,Fusheng Lin,Xia Liu, Linbo Mei, Huachun Yang, Mingyang Li

Advances in Materials Technology for Fossil Power Plants: Proceedings from the Seventh International Conference Advances in Materials Technology for Power Plants（2013）

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Abstract

Abstract This overview paper contains a part of structure stability study on advanced austenitic heat-resisting steels (TP347H, Super304H and HR3C) and Ni-base superalloys (Nimonic80A, Waspaloy and Inconel740/740H) for 600-700°C A-USC fossil power plant application from a long-term joint project among companies, research institutes and university in China. The long time structure stability of these advanced austenitic steel TP347H, Super304H, HR3C in the temperature range of 650-700 °C and Ni-base superalloys Nimonic80A, Waspaloy and Inconel740/740H in the temperature range of 600-800°C till 10,000h have been detailed studied in this paper.

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