@misc{oai:repo.qst.go.jp:00083362,
 author = {Nobuyuki, Asakura and Asakura, Nobuyuki and Kazuo, Hoshino (Keio University) and Yuuki, Homma and Christian, Vorpahl (EUROfusion Programme Management Unit) and Fabio, Subba (Politecnico di Torino) and Hiroyasu, Uto and Yoji, Someya and Satoshi, Kakudate and Satoshi, Suzuki and Yoshiteru, Sakamoto and Ryoji, Hiwatari and Mattia, Siccinio (EUROfusion Programme Management Unit) and Gianfranco, Federici (EUROfusion Programme Management Unit) and Jeong-Ha, You (Max Planck Institute for Plasma Physics) and Nobuyuki, Asakura and Yuuki, Homma and Hiroyasu, Uto and Yoji, Someya and Satoshi, Kakudate and Satoshi, Suzuki and Yoshiteru, Sakamoto and Ryoji, Hiwatari},
 month = {May},
 note = {Concepts of the power exhaust and divertor design have been developed, with a high priority in the pre-conceptual design phase of the Japan-Europe Broader Approach DEMO Design Activity (BA DDA). A common critical issue is the large power exhaust in the main plasma and divertor by the radiative cooling. (i) Different exhaust concepts in the main plasma and divertor have been developed for JA and EU DEMOs, and both divertor operations were systematically simulated and compared. (ii) Integrated designs of the heat removal components and cassette structures also have been developed. (iii) Both divertor designs are adequate to handle the peak heat loads on the target (qtarget) of 10 MW/m2 level under neutron irradiation condition., 28th IAEA Fusion Energy Conference},
 title = {Plasma Exhaust and Divertor Designs in Japan and Europe Broader Approach, DEMO Design Activity},
 year = {2021}
}