宁波工程学院学报
寧波工程學院學報
저파공정학원학보
JOURNAL OF NINGBO UNIVERSITY OF TECHNOLOGY
2011年
3期
60-64,69
,共6页
核反应堆%陶瓷材料%辐照效应
覈反應堆%陶瓷材料%輻照效應
핵반응퇴%도자재료%복조효응
nuclear reactor%ceramic material%irradiation effect
文章系统地介绍了陶瓷材料在核工业方面的主要应用,包括裂变堆中的核燃料、吸收棒吸收体和幔化剂,并着重阐述了各个材料的基本性质、相关性能、辐照效应和主要制备方法,以适应满足日益增长的核工业发展的需求
文章繫統地介紹瞭陶瓷材料在覈工業方麵的主要應用,包括裂變堆中的覈燃料、吸收棒吸收體和幔化劑,併著重闡述瞭各箇材料的基本性質、相關性能、輻照效應和主要製備方法,以適應滿足日益增長的覈工業髮展的需求
문장계통지개소료도자재료재핵공업방면적주요응용,포괄렬변퇴중적핵연료、흡수봉흡수체화만화제,병착중천술료각개재료적기본성질、상관성능、복조효응화주요제비방법,이괄응만족일익증장적핵공업발전적수구
This paper introduces the application of ceramic materials in the nuclear industry, including the nu- clear fuel, absorber and moderator as well as the structure material of first wall and tritium - breeding materials used in fusion reactors and discusses the basic characteristics, relevant capacities, irradiation effect and main manufacture process of each ceramic component so as to meet the increasing requirement due to the development of nuclear industry.