Plasma–wall interaction studies within the EUROfusion consortium: progress on plasma-facing components development and qualification
- Brezinsek, S.
- Coenen, J. W.
- Schwartz-Selinger, T.
- Schmid, K.
- Kirschner, A.
- Hakola, A.
- Tabares, F. L.
- van der Meiden, H. J.
- Mayoral, M.
- Reinhart, M.
- Tsitrone, E.
- Vernimmen, J. W. M.
- Morgan, T. W.
- Ahlgren, T.
- Aints, M.
- Airila, M.
- Almaviva, S.
- Alves, E.
- Angot, T.
- Anita, V.
- R. Arredondo Parra
- Aumayr, F.
- Balden, M.
- Bauer, J.
- Ben Yaala, M.
- Berger, B. M.
- Bisson, R.
- Björkas, C.
- Radovic, Bogdanovic
- Borodin, D.
- Bucalossi, J.
- Butikova, J.
- Butoi, B.
- Cadez, I.
- Caniello, R.
- Caneve, L.
- Cartry, G.
- Catarino, N.
- Čekada, M.
- Ciraolo, G.
- Ciupinski, L.
- Colao, F.
- Corre, Y.
- Costin, C.
- Craciunescu, T.
- Cremona, A.
- de Angeli, M.
- de Castro, A.
- Dejarnac, R.
- Dellasega, D.
- Dinca, P.
- Dittmar, T.
- Dobrea, C.
- Hansen, P.
- Drenik, A.
- Eich, T.
- Elgeti, S.
- Falie, D.
- Fedorczak, N.
- Ferro, Y.
- Fornal, T.
- Fortuna, E.
- Gao, L.
- Gasior, P.
- Gherendi, M.
- Ghezzi, F.
- Gosar, Z.
- Greuner, H.
- Grigore, E.
- Grisolia, C.
- Groth, M.
- Gruca, M.
- Grzonka, J.
- Gunn, J. P.
- Hassouni, K.
- Heinola, K.
- Höschen, T.
- Huber, S.
- Jacob, W.
- Jepu, I.
- Jiang, X.
- Jogi, I.
- Kaiser, A.
- Karhunen, J.
- Kelemen, M.
- Köppen, M.
- Koslowski, H. R.
- Kreter, A.
- Kubkowska, M.
- Laan, M.
- Laguardia, L.
- Lahtinen, A.
- Lasa, A.
- Lazic, V.
- Lemahieu, N.
- Likonen, J.
- Linke, J.
- Litnovsky, A.
- Linsmeier, C.
- Loewenhoff, T.
- Lungu, C.
- Lungu, M.
- Maddaluno, G.
- Maier, H.
- Makkonen, T.
- Manhard, A.
- Marandet, Y.
- Markelj, S.
- Marot, L.
- Martin, C.
- Martin-Rojo, A. B.
- Martynova, Y.
- Mateus, R.
- Matveev, D.
- Mayer, M.
- Meisl, G.
- Mellet, N.
- Michau, A.
- Miettunen, J.
- Möller, S.
- Mougenot, J.
- Mozetic, M.
- Nemanič, V.
- Neu, R.
- Nordlund, K.
- Oberkofler, M.
- Oyarzabal, E.
- Panjan, M.
- Pardanaud, C.
- Paris, P.
- Passoni, M.
- Pegourie, B.
- Pelicon, P.
- Petersson, P.
- Piip, K.
- Pintsuk, G.
- Pompilian, G. O.
- Popa, G.
- Porosnicu, C.
- Primc, G.
- Probst, M.
- Räisänen, J.
- Rasinski, M.
- Ratynskaia, S.
- Reiser, D.
- Ricci, D.
- Richou, M.
- Riesch, J.
- Riva, G.
- Rosinski, M.
- Roubin, P.
- Rubel, M.
- Ruset, C.
- Safi, E.
- Sergienko, G.
- Siketic, Z.
- Sima, A.
- Spilker, B.
- Stadlmayr, R.
- Steudel, I.
- Ström, P.
- Tadic, T.
- Tafalla, D.
- Tale, I.
- Terentyev, D.
- Terra, A.
- Tiron, V.
- Tiseanu, I.
- Tolias, P.
- Tskhakaya, D.
- Uccello, A.
- Unterberg, B.
- Uytdenhoven, I.
- Vassallo, E.
- Vavpetic, P.
- Veis, P.
- Velicu, I. L.
- Voitkans, A.
- von Toussaint, U.
- Weckmann, A.
- Wirtz, M.
- Zaloznik, A.
- Zaplotnik, R.
- WP PFC contributors
DOIAbstract
The provision of a particle and power exhaust solution which is compatible with first-wall components and edge-plasma conditions is a key area of present-day fusion research and mandatory for a successful operation of ITER and DEMO. The work package plasma-facing components (WP PFC) within the European fusion programme complements with laboratory experiments, i.e. in linear plasma devices, electron and ion beam loading facilities, the studies performed in toroidally confined magnetic devices, such as JET, ASDEX Upgrade, WEST etc. The connection of both groups is done via common physics and engineering studies, including the qualification and specification of plasma-facing components, and by modelling codes that simulate edge-plasma conditio...
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