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Overview of physics results from the conclusive operation of the National Spherical Torus Experiment
- 1.
SYSNO ASEP 0397934 Document Type J - Journal Article R&D Document Type Journal Article Subsidiary J Článek ve WOS Title Overview of physics results from the conclusive operation of the National Spherical Torus Experiment Author(s) Sabbagh, S.A. (US)
Ahn, J-W. (US)
Allain, J. (US)
Andre, R. (US)
Balbaky, A. (US)
Bastasz, R. (US)
Battaglia, D. (US)
Bell, M. (US)
Bell, R. (US)
Beiersdorfer, P. (US)
Belova, E. (US)
Berkery, J. (US)
Betti, R. (US)
Bialek, J. (US)
Bigelow, T. (US)
Bitter, M. (US)
Boedo, J. (US)
Bonoli, P. (US)
Boozer, A. (US)
Bortolon, A. (US)
Boyle, D. (US)
Brennan, D. (US)
Breslau, J. (US)
Buttery, R. (US)
Canik, J. (US)
Caravelli, G. (US)
Chang, C. (US)
Crocker, N. (US)
Darrow, D. (US)
Davis, B. (US)
Delgado-Aparicio, L. (US)
Diallo, A. (US)
Ding, S. (CN)
D’Ippolito, D. (US)
Domier, C. (US)
Dorland, W. (US)
Ethier, S. (US)
Evans, T. (US)
Ferron, J. (US)
Finkenthal, M. (US)
Foley, J. (US)
Fonck, R. (US)
Frazin, R. (US)
Fredrickson, E. (US)
Fu, G. (US)
Gates, D. (US)
Gerhardt, S. (US)
Glasser, A. (US)
Gorelenkov, N. (US)
Gray, T. (US)
Guo, Y. (CN)
Guttenfelder, W. (US)
Hahm, T. (US)
Harvey, R. (US)
Hassanein, A. (US)
Heidbrink, W. (US)
Hill, K. (US)
Hirooka, Y. (JP)
Hooper, E.B. (US)
Hosea, J. (US)
Jardin, S. (US)
Jaworski, M. (US)
Kaita, R. (US)
Kallman, J. (US)
Katsuro-Hopkins, O. (US)
Kaye, S. (US)
Kessel, C. (US)
Kim, J. (KR)
Kolemen, E. (US)
Kramer, G. (US)
Krasheninnikov, S. (US)
Kubota, S. (US)
Kugel, H. (US)
La Haye, R.J. (US)
Lao, L. (US)
LeBlanc, B. (US)
Lee, W. (US)
Lee, K. (US)
Leuer, J. (US)
Levinton, F. (US)
Liang, Y. (US)
Liu, D. (US)
Lore, J. (US)
Luhmann Jr, N. (US)
Maingi, R. (US)
Majeski, R. (US)
Manickam, J. (US)
Mansfield, D. (US)
Maqueda, R. (US)
McKee, G. (US)
Medley, S. (US)
Meier, E. (US)
Menard, J. (US)
Menon, M. (US)
Meyer, H. (GB)
Mikkelsen, D. (US)
Miloshevsky, G. (US)
Mueller, D. (US)
Munsat, T. (US)
Myra, J. (US)
Nelson, B. (US)
Nishino, N. (JP)
Nygren, R. (US)
Ono, M. (US)
Osborne, T. (US)
Park, J. (US)
Park, Y.S. (US)
Paul, S. (US)
Peebles, W. (US)
Penaflor, B. (US)
Perkins, R.J. (US)
Phillips, C. (US)
Pigarov, A. (US)
Podesta, M. (US)
Preinhaelter, Josef (UFP-V) RID
Raman, R. (US)
Ren, Y. (US)
Rewoldt, G. (US)
Rognlien, T. (US)
Ross, P. (US)
Rowley, C. (US)
Ruskov, E. (US)
Russell, D. (US)
Ruzic, D. (US)
Ryan, P. (US)
Schaffer, M. (US)
Schuster, E. (US)
Scotti, F. (US)
Shaing, K. (US)
Shevchenko, V. (GB)
Author(s) Shinohara, K. (JP)
Sizyuk, V. (US)
Skinner, C.H. (US)
Smirnov, A. (US)
Smith, A. (US)
Snyder, P. (US)
Solomon, W. (US)
Sontag, A. (US)
Soukhanovskii, V. (US)
Stoltzfus-Dueck, T. (US)
Stotler, D. (US)
Stratton, B. (US)
Stutman, D. (US)
Takahashi, H. (US)
Takase, Y. (JP)
Tamura, N. (JP)
Tang, X. (US)
Taylor, G. (US)
Taylor, C. (US)
Tritz, K. (US)
Tsarouhas, D. (US)
Umansky, M. (US)
Urban, Jakub (UFP-V) RID
Untergberg, E. (US)
Walker, M. (US)
Wampler, W. (US)
Wang, W. (US)
Whaley, J. (US)
White, R. (US)
Wilgen, J. (US)
Wilson, R. (US)
Wong, K.L. (US)
Wright, J. (US)
Xia, Z. (US)
Youchison, D. (US)
Yu, G. (US)
Yuh, H. (US)
Zakharov, L. (US)
Zemlyanov, D. (US)
Zimmer, G. (US)
Zweben, S.J. (US)Number of authors 171 Source Title Nuclear Fusion. - : Institute of Physics Publishing - ISSN 0029-5515
Roč. 53, č. 10 (2013), s. 104007-104007Number of pages 23 s. Publication form Print - P Action IAEA Fusion Energy Conference/24./ Event date 08.10.2012-13.10.2012 VEvent location San Diego Country US - United States Event type WRD Language eng - English Country AT - Austria Keywords NSTX ; Spherical tokamaks ; Overdense plasma ; Conversion ; Emission ; Tokamaks ; Electron Bernstein waves Subject RIV BL - Plasma and Gas Discharge Physics R&D Projects 7G09042 GA MŠMT - Ministry of Education, Youth and Sports (MEYS) CEZ AV0Z20430508 - UFP-V (2005-2011) UT WOS 000325005600008 EID SCOPUS 84884899120 DOI 10.1088/0029-5515/53/10/104007 Annotation Research on the National Spherical Torus Experiment, NSTX, targets physics understanding needed for extrapolation to a steady-state ST Fusion Nuclear Science Facility, pilot plant, or DEMO. The unique ST operational space is leveraged to test physics theories for next-step tokamak operation, including ITER. Present research also examines implications for the coming device upgrade, NSTX-U. An energy confinement time, τE, scaling unified for varied wall conditions exhibits a strong improvement of BTτEwith decreased electron collisionality, accentuated by lithium (Li) wall conditioning. Workplace Institute of Plasma Physics Contact Vladimíra Kebza, kebza@ipp.cas.cz, Tel.: 266 052 975 Year of Publishing 2014
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