Overview of ASDEX Upgrade results

0398084 - ÚFP 2014 RIV AT eng J - Journal Article
Stroth, U. - Adámek, Jiří - Aho-Mantila, L. - Äkäslompolo, S. - Amdor, C. - Angioni, C. - Balden, M. - Bardin, S. - Barrera Orte, L. - Behler, K. - Belonohy, E. - Bergmann, A. - Bernert, M. - Bilato, R. - Birkenmeier, G. - Bobkov, V. - Boom, J. - Bottereau, C. - Bottino, A. - Braun, F. - Brezinsek, S. - Brochard, T. - Brüdgam, M. - Buhler, A. - Burckhart, A. - Casson, F.J. - Chankin, A. - Chapman, I. - Clairet, F. - Classen, I.G.J. - Coenen, J.W. - Conway, G.D. - Coster, D.P. - Curran, D. - da Silva, F. - de Marné, P. - D’Inca, R. - Douai, D. - Drube, R. - Dunne, M. - Dux, R. - Eich, T. - Eixenberger, H. - Endstrasser, N. - Engelhardt, K. - Esposito, B. - Fable, E. - Fischer, R. - Fünfgelder, H. - Fuchs, J.C. - Gál, K. - García Munoz, M. - Geiger, B. - Giannone, L. - Görler, T. - da Graca, S. - Greuner, H. - Gruber, O. - Gude, A. - Guimarais, L. - Günter, S. - Haas, G. - Hakola, A.H. - Hangan, D. - Happel, T. - Härtl, T. - Hauff, T. - Heinemann, B. - Herrmann, A. - Hobirk, J. - Höhnle, H. - Hölzl, M. - Hopf, C. - Igochine, V. - Ionita, C. - Janzer, A. - Jenko, F. - Käsemann, C.-P. - Kallenbach, A. - Kálvin, S. - Kantor, M. - Kappatou, A. - Kardaun, O. - Kasparek, W. - Kaufmann, M. - Kirk, A. - Klingshirn, H.-J. - Kocan, M. - Kocsis, G. - Konz, C. - Koslowski, R. - Krieger, K. - Kubic, M. - Kurki-Suonio, T. - Kurzan, B. - Lackner, K. - Lang, P.T. - Lauber, P. - Laux, M. - Lazaros, A. - Leipold, F. - Leuterer, F. - Lindig, S. - Lisgo, S. - Lohs, A. - Lunt, T. - Maier, H. - Makkonen, T. - Mank, K. - Manso, M.-E. - Maraschek, M. - Mayer, M. - McCarthy, P.J. - McDermott, R. - Mehlmann, F. - Meister, H. - Menchero, L. - Meo, F. - Merkel, P. - Merkel, R. - Mertens, V. - Merz, F. - Mlynek, A. - Monaco, F. - Müller, S. - Müller, H.W. - Münich, M. - Neu, G. - Neu, R. - Neuwirth, D. - Nocente, M. - Nold, B. - Noterdaeme, J.-M. - Pautasso, G. - Pereverzev, G. - Plöckl, B. - Podoba, Y. - Pompon, F. - Poli, E. - Polozhiy, K. - Potzel, S. - Püschel, M.J. - Pütterich, T. - Rathgeber, S.K. - Raupp, G. - Reich, M. - Reimold, M. - Ribeiro, T. - Riedl, R. - Rohde, V. - v.Rooij, G. - Roth, J. - Rott, M. - Ryter, F. - Salewski, M. - Santos, J. - Sauter, P. - Scarabosio, A. - Schall, G. - Schmid, K. - Schneider, P.A. - Schneider, W. - Schrittwieser, R. - Schubert, M. - Schweinzer, J. - Scott, B. - Sempf, M. - Sertoli, M. - Siccinio, M. - Sieglin, B. - Sigalov, A. - Silva, A. - Sommer, F. - Stäbler, A. - Stober, J. - Streibl, B. - Strumberger, E. - Sugiyama, K. - Suttrop, W. - Tala, T. - Tardini, G. - Teschner, M. - Tichmann, C. - Told, D. - Treutterer, W. - Tsalas, M. - Van Zeeland, M.A. - Varela, P. - Véres, G. - Vicente, J. - Vianello, N. - Vierle, T. - Viezzer, E. - Viola, B. - Vorpahl, C. - Wachowski, M. - Wagner, D. - Wauters, T. - Weller, A. - Wenninger, R. - Wieland, B. - Willensdorfer, M. - Wischmeier, M. - Wolfrum, E. - Würsching, E. - Yu, Q. - Zammuto, I. - Zasche, D. - Zehetbauer, T. - Zhang, Y. - Zilker, M. - Zohm, H. … Total 213 authors
Overview of ASDEX Upgrade results.
Nuclear Fusion. Roč. 53, č. 10 (2013), s. 104003-104003. ISSN 0029-5515. E-ISSN 1741-4326.
[IAEA Fusion Energy Conference/24./. San Diego, 08.10.2012-13.10.2012]
Institutional support: RVO:61389021
Keywords : tokamak * ASDEX * ITER * ICRH system
Subject RIV: BL - Plasma and Gas Discharge Physics
Impact factor: 3.243, year: 2013
http://m.iopscience.iop.org/0029-5515/53/10/104003/pdf/0029-5515_53_10_104003.pdf

The medium size divertor tokamak ASDEXUpgrade (major and minor radii 1.65mand 0.5 m, respectively, magneticfield strength 2.5 T) possesses flexible shaping and versatile heating and current drive systems. Recently the technical capabilities were extended by increasing the electron cyclotron resonance heating (ECRH) power, by installing 2×8 internal magnetic perturbation coils,and by improving the ion cyclotron range of frequency compatibility with the tungsten wall. With the perturbation coils,reliable suppression of large type-I edge localized modes (ELMs) could be demonstrated in a wide operational window,which opens up above a critical plasma pedestal density.The pellet fuelling efficiency was observed to increase which gives access to H-mode discharges with peaked density profiles at line densities clearly exceeding the empirical Greenwald limit.Owing to the increased ECRH power of 4MW,H-mode discharges could be studied in regimes with dominant electron heating and low plasma
Permanent Link: http://hdl.handle.net/11104/0225727