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Design Window Analysis for the Helical DEMO Reactor FFHR-d1

机译:螺旋DEMO反应堆FFHR-d1的设计窗口分析

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Conceptual design activity for the LHD-type helical DEMO reactor FFHR-d1 has been conducted at the National Institute for Fusion Science under the Fusion Engineering Research Project since FY2010. In the first step of the conceptual design process, design window analysis was conducted using the system design code HELIOSCOPE by the “Design Integration Task Group”. On the basis of a parametric scan with the core plasma design based on the DPE (Direct Profile Extrapolation) method, a design point having a major radius of 15.6 m and averaged magnetic field strength at the helical coil winding center of 4.7 T was selected as a candidate. The validity of the design was confirmed through the analysis by the related task groups (in-vessel component, blanket, and superconducting magnet).
机译:自2010财年起,在核聚变研究项目的资助下,LHD型螺旋DEMO反应堆FFHR-d1的概念设计活动已在美国国家融合科学研究院进行。在概念设计过程的第一步中,“设计集成任务组”使用系统设计代码HELIOSCOPE进行了设计窗口分析。基于基于DPE(直接轮廓外推)方法的核心等离子体设计进行的参数扫描,选择半径为15.6 m,螺旋线圈绕组中心处平均磁场强度为4.7 T的设计点作为候选人。通过相关任务组(容器中的组件,毯子和超导磁体)的分析,确认了设计的有效性。

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