Plasma facing conponents of EAST

Y. Song, H. Xie, X. Liu, L. Bao, Z. Zhou, L. Cao, T. Xu, X. Peng, Y. Peng, N. Zhu, P. Zhang, J. Wu, S. Wang, X. Wang, J. Hu, J. Chen, G. Luo, D. Yao, D. Gao, P. Fu, J. Li
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引用次数: 1

Abstract

EAST plasma facing components (PFCs) have the function of protecting the vacuum vessel, heating systems and diagnostic components from the plasma particles and heat loads, and also additional to this particles and heat loads handling. They are installed in the vacuum vessel together with in-vessel coils, cryopump and diagnostic components. The design, fabrication and assembly have been finished. The PFCs are designed up-down symmetry to accommodate with both double null and single null plasma configuration. All PFCs use graphite tile for plasma facing surfaces affixed to copper alloy heat sink. A special deep hole drilling technology was developed to drill cooling channels directly on heat sink for high efficient heat removal. All Heat sink are installed onto the base alignment rails through stainless steel supports. As the benchmark of assembly for PFCs, the base rails are installed and measured precise based on a new alignment method integrating the optical instruments and a mechanical template. And so is a mechanical check template for checking the surface of first wall. As indicated, all the first wall components were fabricated and assembled successfully and meet the design requirement for the plasma operation.
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EAST的等离子体面成分
EAST等离子体表面组件(pfc)具有保护真空容器,加热系统和诊断组件免受等离子体颗粒和热负荷的影响,以及额外的颗粒和热负荷处理功能。它们与容器内线圈、低温泵和诊断组件一起安装在真空容器中。已完成设计、制造和装配。pfc设计为上下对称,以适应双零和单零等离子体配置。所有PFCs使用石墨瓦等离子体表面贴在铜合金散热器。开发了一种特殊的深孔钻孔技术,直接在散热器上钻孔冷却通道,以实现高效散热。所有散热器都通过不锈钢支架安装在底座对准导轨上。基于光学仪器与机械模板相结合的新型对准方法,对pfc基轨作为装配基准进行了精密安装和测量。用于检查第一壁表面的机械检查模板也是如此。如上所述,所有的第一批壁件都成功地制造和组装,满足了等离子体运行的设计要求。
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