原子能科学技术
原子能科學技術
원자능과학기술
ATOMIC ENERGY SCIENCE AND TECHNOLOGY
2009年
z2期
389-393
,共5页
尹昌耕%陈建刚%孙长龙%刘云明%庞晓轩%孙旭东
尹昌耕%陳建剛%孫長龍%劉雲明%龐曉軒%孫旭東
윤창경%진건강%손장룡%류운명%방효헌%손욱동
U-Mo合金%研究现状%粉末制备%燃料板制造
U-Mo閤金%研究現狀%粉末製備%燃料闆製造
U-Mo합금%연구현상%분말제비%연료판제조
U-Mo alloy%research status%powder preparation%fuel plate fabrication
目前,U-Mo合金燃料是研究试验堆新一代燃料的研究重点.文章介绍U-Mo合金燃料在中国核动力研究设计院(NPIC)的研究现状和进展.NPIC于2006年正式开始研制U-Mo合金弥散燃料元件,几年间开展的研究工作主要有:U-Mo合金熔炼,γ相U-Mo合金粉末制备,(U-Mo)-(Al-Si)弥散燃料板制造工艺研究,U-Mo合金与基体材料、包壳材料和阻挡材料诸如Al、Nb、Zr、Mg等的相容性研究,Si添加到Al基体中对U-Mo/Al反应的影响以及U-Mo合金燃料成分分析及无损检测方法研究等.目前,NPIC已制备出基本满足要求的(U-Mo)-Al弥散燃料板,并计划于2010年前掌握满足技术要求的改进型(U-Mo)-Al弥散燃料板的制造技术.
目前,U-Mo閤金燃料是研究試驗堆新一代燃料的研究重點.文章介紹U-Mo閤金燃料在中國覈動力研究設計院(NPIC)的研究現狀和進展.NPIC于2006年正式開始研製U-Mo閤金瀰散燃料元件,幾年間開展的研究工作主要有:U-Mo閤金鎔煉,γ相U-Mo閤金粉末製備,(U-Mo)-(Al-Si)瀰散燃料闆製造工藝研究,U-Mo閤金與基體材料、包殼材料和阻擋材料諸如Al、Nb、Zr、Mg等的相容性研究,Si添加到Al基體中對U-Mo/Al反應的影響以及U-Mo閤金燃料成分分析及無損檢測方法研究等.目前,NPIC已製備齣基本滿足要求的(U-Mo)-Al瀰散燃料闆,併計劃于2010年前掌握滿足技術要求的改進型(U-Mo)-Al瀰散燃料闆的製造技術.
목전,U-Mo합금연료시연구시험퇴신일대연료적연구중점.문장개소U-Mo합금연료재중국핵동력연구설계원(NPIC)적연구현상화진전.NPIC우2006년정식개시연제U-Mo합금미산연료원건,궤년간개전적연구공작주요유:U-Mo합금용련,γ상U-Mo합금분말제비,(U-Mo)-(Al-Si)미산연료판제조공예연구,U-Mo합금여기체재료、포각재료화조당재료제여Al、Nb、Zr、Mg등적상용성연구,Si첨가도Al기체중대U-Mo/Al반응적영향이급U-Mo합금연료성분분석급무손검측방법연구등.목전,NPIC이제비출기본만족요구적(U-Mo)-Al미산연료판,병계화우2010년전장악만족기술요구적개진형(U-Mo)-Al미산연료판적제조기술.
U-Mo alloy fuel is the research focus on new-type fuel for research and test reactor. The research status and progress of U-Mo alloy fuel in Nuclear Power Institute of China (NPIC) was introduced in this paper. U-Mo alloy dispersion-type fuel was started to study since 2006. In several years, much works have been done, including the smelting of U-Mo alloy, the preparation of γ-phase U-Mo alloy powder, the fabrication of (U-Mo)-(Al-Si) dispersion fuel plate, the compatibility between U-Mo alloy and cladding or matrix materials such as pure Al, Al-Si alloy, pure Nb, Zr alloy and pure Mg. In addition, the methods of elements analysis and non-destructive examination for U-Mo alloy fuel plate were studied. Based on these research works, the improved U-Mo dispersion fuel plates have been fabricated. The NPIC plans to master the fabrication technology of improved (U-Mo)-(Al-Si) dispersion fuel plates which satisfy the technical requirements by 2010.