Advances in the physics basis for the European DEMO design

Nuclear Fushion

article

R. Wenninger¹  F. Arbeiter³  J. Aubert⁴  L. Aho-Mantila⁵  R. Albanese⁶  R. Ambrosino⁷  C. Angioni²  J.-F. Artaud⁸  M. Bernert²  E. Fable²  A. Fasoli⁹  G. Federici¹  J. Garcia⁸  G. Giruzzi⁸  F. Jenko²  P. Maget⁸  M. Mattei^1,10  F. Maviglia¹  E. Poli²  G. Ramogida^1,11  C. Reux⁸  M. Schneider⁸  B. Sieglin²  F. Villone^1,12  M. Wischmeier²  H. Zohm² 

[1] EUROfusion Programme Management Unit;Max-Planck-Institut für Plasmaphysik;Karlsruhe Institute of Technology;CEA-Saclay;VTT Technical Research Centre of Finland;Università di Napoli Federico II;Università di Napoli Parthenope;CEA;CRPP;DIII, Seconda Università di Napoli;C.P. 65-I-00044-Frascati;Università di Cassino, Viale dell'Università

关键词: DEMO;    scenario;    transport;    MHD;    fast particles;    PWI;    disruption;   

DOI  :  10.1088/0029-5515/55/6/063003

来源: Institute of Physics Publishing Ltd.

【 摘 要 】

In the European fusion roadmap, ITER is followed by a demonstration fusion power reactor (DEMO), for which a conceptual design is under development. This paper reports the first results of a coherent effort to develop the relevant physics knowledge for that (DEMO Physics Basis), carried out by European experts. The program currently includes investigations in the areas of scenario modeling, transport, MHD, heating & current drive, fast particles, plasma wall interaction and disruptions.

【 授权许可】

Unknown