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Behavior of RF Discharge Plasmas in the Uragan-3M and Uragan-2M Torsatrons

I. M. Pankratov,A. A. Beletskii,V. L. Berezhnyj,P. Ya. Burchenko,V. V. Chechkin,L. I. Grigor'eva,D. Hartmann, R. Koch,V. G. Konovalov,A. Ye. Kulaga,G. G. Lesnyakov,D. Hartmann,A. V. Lozin,A. I. Lyssoivan,S. M. Maznichenko,Yu. K. Mironov,V. Ye. Moiseenko,V. K. Pashnev,A. A. Petrushenya,A. V. Prokopenko,V. S. Romanov,A. N. Shapoval,A.F. Shtan',D. A. Sitnikov,A. I. Skibenko,A. S. Slavnyj,S. I. Solodovchenko,E. L. Sorokovoy,Ye. L. Sorokovoy,O. M. Shvets,Yu. S. Stadnik,I. K. Tarasov,V. I. Tereshin,S. A. Tsybenko,N. V. Zamanov,Ye. D. Volkov

CONTRIBUTIONS TO PLASMA PHYSICS（2010）

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Abstract
In the Uragan-3M (U-3M) and Uragan-2M (U-2M) torsatrons possibilities and prospects of Alfven method utilization for wall conditioning, plasma production and heating are studied. In U-3M the effect of fast ion loss on H-like mode formation is investigated. In U-2M the wall conditioning associated with the chemical reactivity of the atomic hydrogen to create volatile substances is used. A compact four-strap antenna is proposed for Alfven resonance heating in U-2M. (C) 2010 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim
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Key words
Alfven wave plasma heating,turbulent transport suppression,H-like mode,wall conditioning,compact antenna for Alfven heating
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