论文部分内容阅读
超超临界火电机组和百万千瓦核电机组建设是中国优化电源结构和实现国家节能减排战略目标的最重要措施。钢铁材料技术是保证超超临界火电机组和百万千瓦核电机组建设顺利进行的最重要基础之一。介绍了迄今中国在超超临界火电机组和百万千瓦核电机组用钢方面的研发进展和取得的成就,并与国外同类技术的研发水平进行了对比。同时,也分析和讨论了中国超超临界火电机组和百万千瓦核电机组用钢技术的未来发展问题。
The construction of ultra-supercritical thermal power units and megawatts of nuclear power units is the most important measure for China to optimize its power supply structure and achieve the national strategic goal of energy conservation and emission reduction. Steel material technology is one of the most important foundations for ensuring the successful construction of ultra-supercritical thermal power units and megawatt nuclear power units. The research progress and achievements of China in ultra-supercritical thermal power units and 1 GW of steel used for nuclear power units are introduced. The comparison with the research and development level of similar foreign technologies is also given. Meanwhile, the future development of steel technology for China’s ultra-supercritical thermal power units and 1 MWe nuclear power units is also analyzed and discussed.