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Design finalization and material qualification towards procurement of the ITER vacuum vessel

机译:采购ITER真空容器的设计定稿和材料鉴定

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摘要

Procurement arrangements for ITER key components including the vacuum vessel (VV) have been signed and the ITER activities are now fully devoted towards construction. Final design reviews have been carried out for the main vessel and ports. One of the design review topics is the selection of materials, material procurement, and assessment of material performance during operation. The width of the inner shell splice plates was increased from 120 mm to 160 mm to minimize risk during the assembly of the Thermal shields and the VV. Instead of facet shaping, 3D shaping was introduced for the outboard inner shell. The material qualification procedures have been started for VV structural materials such as 316L(N) IG for licensing as a nuclear pressure equipment component. In accordance with the regulatory requirements and quality requirements for operation, common material specifications have been prepared in collaboration with the domestic agencies.
机译:已经签署了包括真空容器(VV)在内的ITER关键部件的采购安排,ITER活动现已完全投入到建设中。已经对主要船只和港口进行了最终设计审查。设计审查主题之一是材料的选择,材料的采购以及在操作过程中对材料性能的评估。内壳拼接板的宽度从120毫米增加到160毫米,以最大程度地减少隔热板和VV组装过程中的风险。代替小平面成形,外侧内壳引入了3D成形。已经开始对VV结构材料(例如316L(N)IG)的材料资格认证程序进行许可,以用作核压力设备组件。根据法规要求和操作质量要求,与国内机构合作制定了通用的材料规格。

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