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Design progress of the ITER vacuum vessel sectors and port structures

机译:ITER真空容器行业和港口结构的设计进展

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Recent progress of the ITER vacuum vessel (VV) design is presented. As the ITER construction phase approaches, the VV design has been improved and developed in more detail with the focus on better performance, improved manufacture and reduced cost. Based on achievements of manufacturing studies, design improvement of the typical VV Sector (#1) has been nearly finalized. Design improvement of other sectors is in progress—in particular, of the VV Sectors #2 and #3 which interface with tangential ports for the neutral beam (NB) injection. For all sectors, the concept for the in-wall shielding has progressed and developed in more detail. The design progress of the VV sectors has been accompanied by the progress of the port structures. In particular, design of the NB ports was advanced with the focus on the beam-facing components to handle the heat input of the neutral beams. Structural analyses have been performed to validate all design improvements.
机译:介绍了ITER真空容器(VV)设计的最新进展。随着ITER施工阶段的临近,VV设计得到了改进和发展,重点是提高性能,改善制造和降低成本。基于制造研究的成果,典型的VV部门(#1)的设计改进已接近完成。其他扇区的设计改进也在进行中,尤其是VV扇区#2和#3,它们与切线端口相接以进行中性束(NB)注入。对于所有领域,壁内屏蔽的概念都得到了进一步发展和发展。 VV部门的设计进步与港口结构的进步相伴随。特别是,NB端口的设计进行了改进,重点是面向束的组件以处理中性束的热量输入。已经进行结构分析以验证所有设计改进。

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