@misc{oai:repo.qst.go.jp:00066803,
 author = {朝倉, 伸幸 and 星野, 一生 and 鈴木, 哲 and 宇藤, 裕康 and 染谷, 洋二 and 徳永, 晋介 and 工藤, 広信 and 本間, 裕貴 and 坂本, 宜照 and 日渡, 良爾 and 飛田, 健次 and 江里, 幸一郎 and 関, 洋治 and 大野, 哲靖 and 上田, 良夫 and 原型炉設計合同特別チーム and 朝倉 伸幸 and 星野 一生 and 鈴木 哲 and 宇藤 裕康 and 染谷 洋二 and 徳永 晋介 and 工藤 広信 and 本間 裕貴 and 坂本 宜照 and 日渡 良爾 and 飛田 健次 and 江里 幸一郎 and 関 洋治},
 month = {Nov},
 note = {Power exhaust with impurity seeding scenario and the conceptual divertor design have been investigated for a steady-state DEMO in Japan with 1.5 GW-level fusion power and the major radius of 8.5 m. Ar concentration and exhaust power in the main plasma were proposed from a system code survey, and the plasma performance in a conventional divertor with a long leg length of 1.6 m has been studied. An integrated design of the water-cooling heat sink was proposed under the DEMO level neutral irradiation. An arrangement of the coolant rooting for Cu-alloy and F82H steel pipes in a divertor cassette was investigated. The heat transport analysis of the W-monoblock and Cu-alloy pipe under the heat load of 10 MWm-2 and nuclear heating was performed. These results were acceptable for the plasma facing and structural materials., Plasma Conference 2017 (PLASMA2017)},
 title = {原型炉におけるパワー排出シナリオとダイバータ設計検討},
 year = {2017}
}