2023 Annual Meeting
Mar 13 - Mar 15, 2023Tokyo University Komaba Campus
2023 Annual Meeting
Mar 13 - Mar 15, 2023Tokyo University Komaba Campus
[3A02]Development of Divertor Heat Removal Component Using Tungsten-Copper Alloy Bonding with SPS Method
*Takanori Murase1, Tomohiro Morisaki1,2, Yuki Hayashi1,2, Hiroaki Sakata3, Shinji Kitagaki3, Yuta Takahashi3, Yohei Nakajima3(1. NIFS, 2. SOKENDAI, 3. TOHO KINZOKU)
Keywords:
Divertor,Tungsten,Copper Alloy,Spark Plasma Sintering,Heat Load
As a divertor heat removal component of a fusion device, tungsten (W) and chromium-zirconium-copper (CuCrZr) joints were fabricated by the discharge plasma sintering (SPS) method. The thermal stress relaxation layer of W-Cu mixed powder was confirmed to have sufficient density. A test piece was fabricated using the proposed method and installed in the divertor section of a large helical device LHD. The results of the infrared camera during the experiment and the damage after the experiment are also reported.