CAJ | 학술논문

国际热核实验反应堆(ITER)为人类开发聚变能提供重要的物理和工程技术实验平台,ITER氚增殖实验包层模块(TBM)技术是必须掌握的关键技术.参与ITER计划的成员国根据本国商用演示堆包层发展策略,分别提出了各自的实验包层概念,以便在ITER运行期间进行实验.本文对ITER-TBM目前已经开展和正在进行的主要设计研究工作进展进行总结,介绍了各方提出的设计方案、支撑设计的相关技术研究进展,以及合作实验窗口的分配现状.
국제열핵실험반응퇴(ITER)위인류개발취변능제공중요적물리화공정기술실험평태,ITER천증식실험포층모괴(TBM)기술시필수장악적관건기술.삼여ITER계화적성원국근거본국상용연시퇴포층발전책략,분별제출료각자적실험포층개념,이편재ITER운행기간진행실험.본문대ITER-TBM목전이경개전화정재진행적주요설계연구공작진전진행총결,개소료각방제출적설계방안、지탱설계적상관기술연구진전,이급합작실험창구적분배현상.
The International Thermonuclear Experimental Reactor (ITER) will be the first experimental D-T fusion reactor to provide an exclusive test platform of physics and engineering technology for research and development of fusion, where the technology of Test Blanket Module (TBM) in ITER is one of the most critical kernels to achieve fusion power in the future. According to defined concepts of DEMO blanket, the parties had proposed DEMOrelevant TBM, respectively, which would be to be tested during ITER operation. Design of proposed TBM concepts, R&D status, and recommended port allocation in ITER are introduced in this contribution.