摘要
ADS和铅铋快堆被认为是未来能源可持续发展的重要路径。固体氧化物对系统造成污染,对铁基结构材料的腐蚀速率有较大影响,因此,氧元素对铅铋合金具有潜在的威胁。为了控制腐蚀速率,必须将氧的浓度调整在合适的范围内。铅铋氧控研究就是基于此需求。目前在中国国内和国际上铅铋氧控研究主要集中在气相氧控和固相氧控。
ADS and lead and bismuth fast reactor are considered important paths for sustainable energy development in the future.Solid oxides cause pollution to the system and have a large effect on the corrosion rate of iron-based structural materials,therefore,oxygen is a potential threat to lead-bismuth alloy.To control the corrosion rate,the oxygen concentration must be adjusted to the appropriate range.Lead and bismuth oxygen control research is based on this demand.At present,the research on lead and bismuth oxygen control at home and abroad mainly focuses on gas phase oxygen control and solid phase oxygen control.
作者
李君瑜
周立军
LI Jun-yu;ZHOU Li-jun(China Academy of Atomic Energy Sciences,Beijing 102413,China)
出处
《化工管理》
2022年第5期52-54,共3页
Chemical Engineering Management
关键词
铅铋合金
气相
固相
氧控
lead and bismuth alloy
gas phase
solid phase
oxygen control
