Overview of physics results from NSTX

0368582 - ÚFP 2012 RIV AT eng J - Článek v odborném periodiku
Raman, R. - Ahn, J-W. - Allain, J.P. - Andre, R. - Bastasz, R. - Battaglia, D. - Beiersdorfer, P. - Bell, M. - Bell, R. - Belova, E. - Berkery, J. - Betti, R. - Bialek, J. - Bigelow, T. - Bitter, M. - Boedo, J. - Bonoli, P. - Boozer, A. - Bortolon, A. - Brennan, D. - Breslau, J. - Buttery, R. - Canik, J. - Caravelli, G. - Chang, C. - Crocker, N.A. - Darrow, D. - Davis, W. - Delgado-Aparicio, L. - Diallo, A. - Ding, S. - D’Ippolito, D. - Domier, C. - Dorland, W. - Ethier, S. - Evans, T. - Ferron, J. - Finkenthal, M. - Foley, J. - Fonck, R. - Frazin, R. - Fredrickson, E. - Fu, G. - Gates, D. - Gerhardt, S. - Glasser, A. - Gorelenkov, N. - Gray, T. - Guo, Y. - Guttenfelder, W. - Hahm, T. - Harvey, R. - Hassanein, A. - Heidbrink, W. - Hill, K. - Hirooka, Y. - Hooper, E.B. - Hosea, J. - Hu, B. - Humphreys, D. - Indireshkumar, K. - Jaeger, F. - Jarboe, T. - Jardin, S. - Jaworski, M. - Kaita, R. - Kallman, J. - Katsuro-Hopkins, O. - Kaye, S. - Kessel, C. - Kim, J. - Kolemen, E. - Krasheninnikov, S. - Kubota, S. - Kugel, H. - La Haye, R. - Lao, L. - LeBlanc, B. - Lee, W. - Lee, K. - Leuer, J. - Levinton, F. - Liang, Y. - Liu, D. - Luhmann Jr, N. - Maingi, R. - Majeski, R. - Manickam, J. - Mansfield, D. - Maqueda, R. - Mazzucato, E. - McLean, A. - McCune, D. - McGeehan, B. - McKee, G. - Medley, S. - Menard, J. - Menon, M. - Meyer, H. - Mikkelsen, D. - Miloshevsky, G. - Mueller, D. - Munsat, T. - Myra, J. - Nelson, B. - Nishino, N. - Nygren, R. - Ono, M. - Osborne, T. - Park, H. - Park, J. - Paul, S. - Peebles, W. - Penaflor, B. - Phillips, C. - Pigarov, A. - Podesta, M. - Preinhaelter, Josef - Ren, Y. - Reimerdes, H. - Ross, P. - Rowley, C. - Ruskov, E. - Russell, D. - Ruzic, D. - Ryan, P. - Sabbagh, S.A. - Schaffer, M. - Schuster, E. - Scotti, F. - Shaing, K. - Shevchenko, V. - Shinohara, K. - Sizyuk, V. - Skinner, C.H. - Smirnov, A. - Smith, D. - Snyder, P. - Solomon, W. - Sontag, A. - Soukhanovskii, V. - Stoltzfus-Dueck, T. - Stotler, D. - Stratton, B. - Stutman, D. - Takahashi, H. - Takase, Y. - Tamura, N. - Tang, X. - Taylor, C.N. - Taylor, G. - Taylor, C. - Tritz, K. - Tsarouhas, D. - Umansky, M. - Urban, Jakub - Walker, M. - Wampler, W. - Wang, W. - Whaley, J. - White, R. - Wilgen, J. - Wilson, R. - Wong, K.L. - Wright, J. - Xia, Z. - Youchison, D. - Yu, H. - Yuh, H. - Zakharov, L. - Zemlyanov, D. - Zimmer, G. - Zweben, S.J.
Overview of physics results from NSTX.
Nuclear Fusion. Roč. 51, č. 9 (2011), 094011-094011. ISSN 0029-5515. E-ISSN 1741-4326.
[Fusion Energy Conference (FEC 2010)/23rd./. Daejon, 11.10.2010-16.10.2010]
Grant CEP: GA ČR GA202/08/0419; GA MŠMT 7G09042
Výzkumný záměr: CEZ:AV0Z20430508
Klíčová slova: NSTX * Spherical tokamaks * Overdense plasma * Conversion * Emission * Tokamaks * Elektron Bernstein waves
Kód oboru RIV: BL - Fyzika plazmatu a výboje v plynech
Impakt faktor: 4.090, rok: 2011
http://iopscience.iop.org/0029-5515/51/9/094011/pdf/0029-5515_51_9_094011.pdf

During the last two experimental campaigns, the low aspect-ratio NSTX has explored physics issues critical to both toroidal confinement physics and ITER. Experiments have made extensive use of both lithium coatings for wall conditioning. The resistive wall mode control coils have been used to trigger repetitive ELMs with high reliability. High Harmonic Fast Wave (HHFW) heating produced plasmas with central electron temperatures exceeding 6 keV.
Trvalý link: http://hdl.handle.net/11104/0202883