Overview of ASDEX Upgrade results-development of integrated operating scenarios for ITER (Articolo in rivista)

Type
Label
  • Overview of ASDEX Upgrade results-development of integrated operating scenarios for ITER (Articolo in rivista) (literal)
Anno
  • 2005-01-01T00:00:00+01:00 (literal)
Http://www.cnr.it/ontology/cnr/pubblicazioni.owl#doi
  • 10.1088/0029-5515/45/10/S08 (literal)
Alternative label
  • Gunter, S; Angioni, C; Apostoliceanu, M; Atanasiu, C; Balden, M; Becker, G; Becker, W; Behler, K; Behringer, K; Bergmann, A; Bilato, R; Bizyukov, I; Bobkov, V; Bolzonella, T; Borba, D; Borrass, K; Brambilla, M; Braun, F; Buhler, A; Carlson, A; Chankin, A; Chen, J; Chen, Y; Cirant, S; Conway, G;Coster, D; Dannert, T; Dimova, K; Drube, R; Dux, R; Eich, T; Engelhardt, K; Fahrbach, HU; Fantz, U;Fattorini, L; Foley, M; Franzen, P; Fuchs, JC; Gafert, J; Gal, K; Gantenbein, G; Munoz, MG; Gehre, O;Geier, A; Giannone, L; Gruber, O; Haas, G; Hartmann, D; Heger, B; Heinemann, B; Herrmann, A; Hobirk, J; Hohenocker, H; Horton, L; Huart, M; Igochine, V; Jacchia, A; Jakobi, M; Jenko, F; Kallenbach, A; Kalvin, S; Kardaun, O; Kaufmann, M; Keller, A; Kendl, A; Kick, M; Kim, JW; Kirov, K; Klose, S; Kochergov, R; Kocsis, G; Kollotzek, H; Konz, C; Kraus, W; Krieger, K; Kurki-Suonio, T; Kurzan, B; Lackner, K; Lang, PT; Lauber, P; Laux, M; Leuterer, F; Likonen, J; Lohs, A; Lorenz, A; Lorenzini, R; Lyssoivan, A; Maggi, C; Maier, H; Mank, K; Manini, A; Manso, ME; Mantica, P; Maraschek, M; Martin, P; Mast, KF;Mayer, M; McCarthy, P; Meyer, H; Meisel, D; Meister, H; Menmuir, S; Meo, F; Merkel, P; Merkel, R; Merkl, D; Mertens, V;Monaco, F; Muck, A; Muller, HW; Munich, M; Murmann, H; Na, YS; Narayanan, R; Neu, G; Neu, R; Neuhauser, J; Nishijima, D; Nishimura, Y; Noterdaeme, JM; Nunes, I; Pacco-Duchs, M;Pautasso, G; Peeters, AG; Pereverzev, G; Pinches, S; Poli, E; Posthumus-Wolfrum, E; Putterich, T;Pugno, R; Quigley, E; Radivojevic, I; Raupp, G; Reich, M; Riedl, R; Ribeiro, T; Rohde, V; Roth, J; Ryter, F; Saarelma, S; Sandmann, W; Santos, J; Schall, G; Schilling, HB; Schirmer, J; Schneider, W;Schramm, G; Schweinzer, J; Schweizer, S; Scott, B; Seidel, U; Serra, F; Sihler, C; Silva, A; Sips, A;Speth, E; Stabler, A; Steuer, KH; Stober, J; Streibl, B; Strintzi, D; Strumberger, E; Suttrop, W; Tardini, G; Tichmann, C; Treutterer, W; Troppmann, M; Tsalas, M; Urano, H; Varela, P; Wagner, D; Wesner, F;Wursching, E; Ye, MY; Yoon, SW; Yu, Q; Zaniol, B; Zasche, D; Zehetbauer, T; Zehrfeld, HP; Zilker, M;Zohm, H (2005)
    Overview of ASDEX Upgrade results-development of integrated operating scenarios for ITER
    in Nuclear fusion
    (literal)
Http://www.cnr.it/ontology/cnr/pubblicazioni.owl#autori
  • Gunter, S; Angioni, C; Apostoliceanu, M; Atanasiu, C; Balden, M; Becker, G; Becker, W; Behler, K; Behringer, K; Bergmann, A; Bilato, R; Bizyukov, I; Bobkov, V; Bolzonella, T; Borba, D; Borrass, K; Brambilla, M; Braun, F; Buhler, A; Carlson, A; Chankin, A; Chen, J; Chen, Y; Cirant, S; Conway, G;Coster, D; Dannert, T; Dimova, K; Drube, R; Dux, R; Eich, T; Engelhardt, K; Fahrbach, HU; Fantz, U;Fattorini, L; Foley, M; Franzen, P; Fuchs, JC; Gafert, J; Gal, K; Gantenbein, G; Munoz, MG; Gehre, O;Geier, A; Giannone, L; Gruber, O; Haas, G; Hartmann, D; Heger, B; Heinemann, B; Herrmann, A; Hobirk, J; Hohenocker, H; Horton, L; Huart, M; Igochine, V; Jacchia, A; Jakobi, M; Jenko, F; Kallenbach, A; Kalvin, S; Kardaun, O; Kaufmann, M; Keller, A; Kendl, A; Kick, M; Kim, JW; Kirov, K; Klose, S; Kochergov, R; Kocsis, G; Kollotzek, H; Konz, C; Kraus, W; Krieger, K; Kurki-Suonio, T; Kurzan, B; Lackner, K; Lang, PT; Lauber, P; Laux, M; Leuterer, F; Likonen, J; Lohs, A; Lorenz, A; Lorenzini, R; Lyssoivan, A; Maggi, C; Maier, H; Mank, K; Manini, A; Manso, ME; Mantica, P; Maraschek, M; Martin, P; Mast, KF;Mayer, M; McCarthy, P; Meyer, H; Meisel, D; Meister, H; Menmuir, S; Meo, F; Merkel, P; Merkel, R; Merkl, D; Mertens, V;Monaco, F; Muck, A; Muller, HW; Munich, M; Murmann, H; Na, YS; Narayanan, R; Neu, G; Neu, R; Neuhauser, J; Nishijima, D; Nishimura, Y; Noterdaeme, JM; Nunes, I; Pacco-Duchs, M;Pautasso, G; Peeters, AG; Pereverzev, G; Pinches, S; Poli, E; Posthumus-Wolfrum, E; Putterich, T;Pugno, R; Quigley, E; Radivojevic, I; Raupp, G; Reich, M; Riedl, R; Ribeiro, T; Rohde, V; Roth, J; Ryter, F; Saarelma, S; Sandmann, W; Santos, J; Schall, G; Schilling, HB; Schirmer, J; Schneider, W;Schramm, G; Schweinzer, J; Schweizer, S; Scott, B; Seidel, U; Serra, F; Sihler, C; Silva, A; Sips, A;Speth, E; Stabler, A; Steuer, KH; Stober, J; Streibl, B; Strintzi, D; Strumberger, E; Suttrop, W; Tardini, G; Tichmann, C; Treutterer, W; Troppmann, M; Tsalas, M; Urano, H; Varela, P; Wagner, D; Wesner, F;Wursching, E; Ye, MY; Yoon, SW; Yu, Q; Zaniol, B; Zasche, D; Zehetbauer, T; Zehrfeld, HP; Zilker, M;Zohm, H (literal)
Pagina inizio
  • S98 (literal)
Pagina fine
  • S108 (literal)
Http://www.cnr.it/ontology/cnr/pubblicazioni.owl#url
  • http://iopscience.iop.org/0029-5515/45/10/S08/ (literal)
Http://www.cnr.it/ontology/cnr/pubblicazioni.owl#numeroVolume
  • 45 (literal)
Rivista
Note
  • ISI Web of Science (WOS) (literal)
Http://www.cnr.it/ontology/cnr/pubblicazioni.owl#affiliazioni
  • [ 1 ] EURTOM Assoc, Max Planck Inst Plasmaphys, D-85748 Garching, Germany [ 2 ] Consorzio RFX, Padua, Italy [ 3 ] IST, Ctr Fusao Nucl, Lisbon, Portugal [ 4 ] IFP Milano, Milan, Italy [ 5 ] Univ Coll Cork, Phys Dept, Assoc EURATOM DCU, Cork, Ireland [ 6 ] KFKI Res Inst, Dept Plasma Phys, Budapest, Hungary [ 7 ] Univ Stuttgart, Inst Plasmaforsch, Stuttgart, Germany [ 8 ] HUT Helsinki Univ Technol, Assoc EURATOM Tekes, Espoo, Finland [ 9 ] Assoc EURATOM Tekes, VTT Tech Res Ctr Finland, Espoo, Finland [ 10 ] Assoc EURATOM Belgian State, Plasma Phys Lab, Brussels, Belgium [ 11 ] KTH Alba Nora Univ Centrum, Stockholm, Sweden [ 12 ] Korean Basic Sci Inst, Taejon, South Korea [ 13 ] Demokritos Inst Nucl Technol, Athens, Greece (literal)
Titolo
  • Overview of ASDEX Upgrade results-development of integrated operating scenarios for ITER (literal)
Abstract
  • Significant progress has been made on ASDEX Upgrade during the last two years in the basic understanding of transport, in the extension of the improved H-mode in parameter space and towards an integrated operating scenario and in the development of control methods for major performance limiting instabilities. The important features were the understanding of particle transport and the control of impurity accumulation based on it, the satisfactory operation with predominantly tungsten-clad walls, the improved H-mode operation over density ranges and for temperature ratios covering (non-simultaneously) the ITER requirements on v*, n/n(GW) and T(e)/T(i), the ELM frequency control by pellet injection and the optimization of NTM suppression by DC-ECCD through variation of the launching angle. From these experiments an integrated scenario has emerged which extrapolates to a 50% improvement in n T tau or a 30% reduction of the required current when compared with the ITER base-line assumptions, with moderately peaked electron and controllable high-Z density profiles. (literal)
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