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Publication 1336   Download bibtex file Type :   Html | Bib | Both
    Created: 2012-03-12 15:37:56
@Article{1336,
      AUTHOR = {Moiseenko, V. E. and Berezhnyj, V. L. and Bondarenko, V. N. and Burchenko and Castej{\'o}n, F. and Chechkin, V. V. and Chernyshenko and Dreval, M. B. and Garkusha, I. E. and Glazunov, G. P. and Grigor'eva, L. I. and Hartmann, D. and Hidalgo, C. and Koch, R. and Konovalov, V. G. and Kotsubanov, V. D. and Kramskoi, Ye and Kulaga, A. E. and Lozin, A. V. and Lyssoivan, A. I. and Mironov, V. K. and Mysiura, I. N. and Pavlichenko, R. O. and Pashnev, V. K. and Romanov, V. S. and Shapoval, A. N. and Skibenko, A. I. and Slavnyi, A. S. and Sorokovoy, E. L. and Stadnik, Yu and Taran, V. S. and Tereshin, V. and Voitsenya, V. S.},
      TITLE = {{RF plasma production and heating below ion-cyclotron frequencies in Uragan torsatrons}},
      YEAR = {2011},
      MONTH = {August},
      JOURNAL = {Nuclear Fusion},
      VOLUME = {51},
      NUMBER = {8},
      PAGES = {083036+},
      URL = {http://dx.doi.org/10.1088/0029-5515/51/8/083036},
      ABSTRACT = {In the IPP-Kharkiv there are two torsatrons (stellarators) in operation and in both of them Alfv{\'e}n resonance heating under high- k conditions is used. This method of heating is advantageous for small-size devices since in contrast to the minority and second-harmonic heating it can be realized at lower plasma densities. A series of experiments has been performed at the Uragan-3M torsatron with an aim to investigate the features of the discharge with a three-half-turn antenna. Electron temperatures in the range are achieved at plasma densities . The plasma energy content has increased by a factor of 2 with respect to the plasma produced with the frame antenna. A new four-strap shielded antenna has been manufactured and installed in the Uragan-2M. A high-frequency discharge for wall conditioning is introduced in the Uragan-2M torsatron. The discharge is sustained by a specially designed small frame antenna and efficient hydrogen dissociation is achieved. A self-consistent model has been developed for simulation of plasma production in ICRF. The model includes a set of particle and energy-balance equations for the electrons, and the boundary problem for the Maxwell equations. The first calculation results on RF plasma production in the Uragan-2M stellarator with the frame-type antenna are presented.},
      NOTE = {ISSN 0029-5515},
      ANNOTE = {Paper copy OK}
}
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