Physics research on the TCV tokamak facility: from conventional to alternative scenarios and beyond
- Coda, S.
- Agostini, M.
- Albanese, R.
- Alberti, S.
- Alessi, E.
- Allan, S.
- Allcock, J.
- Ambrosino, R.
- Anand, H.
- Andrèbe, Y.
- Arnichand, H.
- Auriemma, F.
- Ayllon-Guerola, J.M.
- Bagnato, F.
- Ball, J.
- Baquero-Ruiz, M.
- Beletskii, A.A.
- Bernert, M.
- Bin, W.
- Blanchard, P.
- Blanken, T.C.
- Boedo, J.A.
- Bogar, O.
- Bolzonella, T.
- Bombarda, F.
- Bonanomi, N.
- Bouquey, F.
- Bowman, C.
- Brida, D.
- Bucalossi, J.
- Buermans, J.
- Bufferand, H.
- Buratti, P.
- Calabró, G.
- Calacci, L.
- Camenen, Y.
- Carnevale, D.
- Carpanese, F.
- Carr, M.
- Carraro, L.
- Casolari, A.
- Causa, F.
- Čeřovský, J.
- Chellaï, O.
- Chmielewski, P.
- Choi, D.
- Christen, N.
- Ciraolo, G.
- Cordaro, L.
- Costea, S.
- Cruz, N.
- Czarnecka, A.
- Molin, A. Dal
- David, P.
- Decker, J.
- Oliveira, H. De
- Douai, D.
- Dreval, M.B.
- Dudson, B.
- Dunne, M.
- Duval, B.P.
- Eich, T.
- Elmore, S.
- Embréus, O.
- Esposito, B.
- Faitsch, M.
- Farník, M.
- Fasoli, A.
- Fedorczak, N.
- Felici, F.
- Feng, S.
- Feng, X.
- Ferro, G.
- Février, O.
- Ficker, O.
- Fil, Alexandre
- Fontana, M.
- Frassinetti, L.
- Furno, I.
- Gahle, D.S.
- Galassi, D.
- Ga\lązka, K.
- Gallo, A.
- Galperti, C.
- Garavaglia, S.
- Garcia, J.
- Garcia-Muñoz, M.
- Garrido, A.J.
- Garrido, I.
- Gath, J.
- Geiger, B.
- Giruzzi, G.
- Gobbin, M.
- Goodman, T.P.
- Gorini, G.
- Gospodarczyk, M.
- Granucci, G.
- Graves, J.P.
- Gruca, M.
- Gyergyek, T.
- Hakola, A.
- Happel, T.
- Harrer, G.F.
- Harrison, J.
- Havlíčková, E.
- Hawke, J.
- Henderson, S.
- Hennequin, P.
- Hesslow, L.
- Hogeweij, D.
- Hogge, J.-Ph.
- Hopf, C.
- Hoppe, M.
- Horáček, J.
- Huang, Z.
- Hubbard, A.
- Iantchenko, A.
- Igochine, V.
- Innocente, P.
- Schrittwieser, C. Ionita
- Isliker, H.
- Jacquier, R.
- Jardin, A.
- Kappatou, A.
- Karpushov, A.
- Kazantzidis, P.-V.
- Keeling, D.
- Kirneva, N.
- Komm, M.
- Kong, M.
- Kovacic, J.
- Krawczyk, N.
- Kudlacek, O.
- Kurki-Suonio, T.
- Kwiatkowski, R.
- Labit, B.
- Lazzaro, E.
- Linehan, B.
- Lipschultz, B.
- Llobet, X.
- Lombroni, R.
- Loschiavo, V.P.
- Lunt, T.
- Macusova, E.
- Madsen, J.
- Maljaars, E.
- Mantica, P.
- Maraschek, M.
- Marchetto, C.
- Marco, A.
- Mariani, A.
- Marini, C.
- Martin, Y.
- Matos, F.
- Maurizio, R.
- Mavkov, B.
- Mazon, D.
- Mccarthy, P.
- Mcdermott, R.
- Menkovski, V.
- Merle, A.
- Meyer, H.
- Micheletti, D.
- Militello, F.
- Mitosinkova, K.
- Mlynář, J.
- Moiseenko, V.
- Cabrera, P.A. Molina
- Morales, J.
- Moret, J.-M.
- Moro, A.
- Mumgaard, R.T.
- Naulin, V.
- Nem, R.D.
- Nespoli, F.
- Nielsen, A.H.
- Nielsen, S.K.
- Nocente, M.
- Nowak, S.
- Offeddu, N.
- Orsitto, F.P.
- Paccagnella, R.
- Palha, A.
- Papp, G.
- Pau, A.
- Pavlichenko, R.O.
- Perek, A.
- Ridolfini, V. Pericoli
- Pesamosca, F.
- Piergotti, V.
- Pigatto, L.
- Piovesan, P.
- Piron, C.
- Plyusnin, V.
- Poli, E.
- Porte, L.
- Pucella, G.
- Puiatti, M.E.
- Pütterich, T.
- Rabinski, M.
- Rasmussen, J. Juul
- Ravensbergen, T.
- Reich, M.
- Reimerdes, H.
- Reimold, F.
- Reux, C.
- Ricci, D.
- Ricci, P.
- Rispoli, N.
- Rosato, J.
- Saarelma, S.
- Salewski, M.
- Salmi, A.
- Sauter, O.
- Scheffer, M.
- Schlatter, Ch.
- Schneider, B.S.
- Schrittwieser, R.
- Sharapov, S.
- Sheeba, R.R.
- Sheikh, U.
- Shousha, R.
- Silva, M.
- Sinha, J.
- Sozzi, C.
- Spolaore, M.
- Stipani, L.
- Strand, P.
- Tala, T.
- Tema Biwole, A.S.
- Teplukhina, A.A.
- Testa, D.
- Theiler, C.
- Thornton, A.
- Tomaž, G.
- Tomes, M.
- Tran, M.Q.
- Tsironis, C.
- Tsui, C.K.
- Urban, Joanna,
- Valisa, M.
- Valla, M.
- Vugt, D. Van
- Vartanian, S.
- Vasilovici, O.
- Verhaegh, K.
- Vermare, L.
- Vianello, N.
- Viezzer, E.
- Vijvers, W.A.J.
- Villone, F.
- Voitsekhovitch, I.
- Vu, N.M.T.
- Walkden, N.
- Wauters, T.
- Weiland, M.
- Weisen, H.
- Wensing, M.
- Wiesenberger, M.
- Wilkie, G.
- Wischmeier, M.
- Wu, K.
- Yoshida, M.
- Zagorski, R.
- Zanca, P.
- Zebrowski, J.
- Zisis, A.
- Zuin, M.
- Eurofusion Mst1 Team, The
DOIAbstract
International audienceThe research program of the TCV tokamak ranges from conventional to advanced-tokamak scenarios and alternative divertor configurations, to exploratory plasmas driven by theoretical insight, exploiting the device’s unique shaping capabilities. Disruption avoidance by real-time locked mode prevention or unlocking with electron-cyclotron resonance heating (ECRH) was thoroughly documented, using magnetic and radiation triggers. Runaway generation with high-Z noble-gas injection and runaway dissipation by subsequent Ne or Ar injection were studied for model validation. The new 1 MW neutral beam injector has expanded the parameter range, now encompassing ELMy H-modes in an ITER-like shape and nearly non-inductive H-mode disc...
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