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Report No.
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Detail design of microfission chamber for fusion power diagnostic on ITER

Ishikawa, Masao; Kondoh, Takashi; Hayakawa, Atsuro*; Nishitani, Takeo; Kusama, Yoshinori

The microfission chambers (MFC)provide time-resolved measurements of the global neutron source strength and fusion power from ITER. In the previous work, it was found that combination of the MFC for low power operation and for high power operation can cover the target measurement requirement of ITER. Signals from the MFC are transferred by double coaxial mineral cable (MI) cable. These MFC will be installed in the vacuum vessel, so that the MI cables should be placed in the vacuum vessel. In this design work, the placing route of the MI cables from the installation position of the microfission chamber to the feed-through in the upper port is designed. As far placing of the MI cable, since the MI cable is filled with Ar gas at 14.6 atom, the double pipe structure that the outer pipe covers the MI cable is adopted in order to prevent the gas leak into the vacuum vessel. The exhaust system of the double pipe is also designed for detection and exhaust of the leaked Ar gas.

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