中国实验包层模块材料研发进展
중국실험포층모괴재료연발진전
R & D status of materials for test blanket modules in China
  • 万方数据
    核科学与工程 핵과학여공정
    CHINESE JOURNAL OF NUCLEAR SCIENCE AND ENGINEERING
    2009年 3期 260-265 ,共6页

    黄群英%李春京%刘少军%严资林%高胜%吴庆生%李艳芬%宋勇%朱志强%柏云清%郭智慧%吴宜灿%FDS团队

    황군영%리춘경%류소군%엄자림%고성%오경생%리염분%송용%주지강%백운청%곽지혜%오의찬%FDS단대

    国际热核聚变实验堆%实验包层模块%聚变材料 國際熱覈聚變實驗堆%實驗包層模塊%聚變材料
    국제열핵취변실험퇴%실험포층모괴%취변재료
    international thermonuclear experimental reactor%test blanket module%fusion materials
    聚变堆包层技术是聚变能实现应用的关键技术之一,而材料问题是包层技术的核心问题之一.本文在介绍了目前国际热核聚变实验堆ITER实验包层模块材料选择和中国实验包层模块概念设计中所选材料的性能特点的基础上,重点介绍了国内开展的相关材料研究进展,并阐述了下一步研究中应重点解决的问题.
    취변퇴포층기술시취변능실현응용적관건기술지일,이재료문제시포층기술적핵심문제지일.본문재개소료목전국제열핵취변실험퇴ITER실험포층모괴재료선택화중국실험포층모괴개념설계중소선재료적성능특점적기출상,중점개소료국내개전적상관재료연구진전,병천술료하일보연구중응중점해결적문제.
    Blanket is one of the key technologies for fusion power application and material is one of the key issues in blanket technology development. The material selections of test blanket modules (TBMs) of China and other countries are introduced. And the properties of these materials required by TBM of China are presented. R & D status of these materials in China is reviewed and the related critical issues needed to be solved in the future are discussed.
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