The present state of investigations on stellarators in Kharkov

Vladimir S. Voitsenya; Anatoli I. Lyssoivan; Vladimir E. Moiseenko; Francisco Castejó; Victor V. Chechkin; Dirk Hartmann; Carlos Hidalgo; Raymond Koch; Valery K. Pashnev; Yevgen D. Volkov; Vladimir Tereshin; Igor E. Garkusha

doi:10.1585/pfr.6.2402024

The present state of investigations on stellarators in Kharkov

Vladimir S. Voitsenya, Anatoli I. Lyssoivan, Vladimir E. Moiseenko, Francisco Castejó, Victor V. Chechkin, Dirk Hartmann, Carlos Hidalgo, Raymond Koch, Valery K. Pashnev, Yevgen D. Volkov, Vladimir Tereshin, Igor E. Garkusha

Laboratory for Plasma Physics

Research output: Contribution to journal › Article › peer-review

Abstract

At present, two stellarator type fusion devices, Uragan-2M and Uragan-3M, are in operation in Kharkov. At the Uragan-3M machine, investigations of the low-density low-collisional plasma are continued. L-H-mode-like transition is studied with particular attention to the mechanisms of its formation and impact on divertor flow behaviour. For a higher density plasma, a scenario of the RF Alfv́en resonance heating in high k_|| regime is realized both with continuous and pulsed gas injection. On Uragan-2M the studies of RF wall conditioning are in progress. A new wall conditioning scheme which uses the high frequency slow wave is implemented.

Original language	English
Article number	2402024
Journal	Plasma and Fusion Research
Volume	6
Issue number	1
DOIs	https://doi.org/10.1585/pfr.6.2402024
Publication status	Published - 1 Jan 2011

Keywords

Divertor plasma flow
L-H transition
Plasma confinement
RF heating
Torsatron
Wall conditioning

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10.1585/pfr.6.2402024

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title = "The present state of investigations on stellarators in Kharkov",

abstract = "At present, two stellarator type fusion devices, Uragan-2M and Uragan-3M, are in operation in Kharkov. At the Uragan-3M machine, investigations of the low-density low-collisional plasma are continued. L-H-mode-like transition is studied with particular attention to the mechanisms of its formation and impact on divertor flow behaviour. For a higher density plasma, a scenario of the RF Alf{\'v}en resonance heating in high k|| regime is realized both with continuous and pulsed gas injection. On Uragan-2M the studies of RF wall conditioning are in progress. A new wall conditioning scheme which uses the high frequency slow wave is implemented.",

keywords = "Divertor plasma flow, L-H transition, Plasma confinement, RF heating, Torsatron, Wall conditioning",

author = "Voitsenya, \{Vladimir S.\} and Lyssoivan, \{Anatoli I.\} and Moiseenko, \{Vladimir E.\} and Francisco Castej{\'o} and Chechkin, \{Victor V.\} and Dirk Hartmann and Carlos Hidalgo and Raymond Koch and Pashnev, \{Valery K.\} and Volkov, \{Yevgen D.\} and Vladimir Tereshin and Garkusha, \{Igor E.\}",

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doi = "10.1585/pfr.6.2402024",

language = "English",

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T1 - The present state of investigations on stellarators in Kharkov

AU - Voitsenya, Vladimir S.

AU - Lyssoivan, Anatoli I.

AU - Moiseenko, Vladimir E.

AU - Castejó, Francisco

AU - Chechkin, Victor V.

AU - Hartmann, Dirk

AU - Hidalgo, Carlos

AU - Koch, Raymond

AU - Pashnev, Valery K.

AU - Volkov, Yevgen D.

AU - Tereshin, Vladimir

AU - Garkusha, Igor E.

PY - 2011/1/1

Y1 - 2011/1/1

N2 - At present, two stellarator type fusion devices, Uragan-2M and Uragan-3M, are in operation in Kharkov. At the Uragan-3M machine, investigations of the low-density low-collisional plasma are continued. L-H-mode-like transition is studied with particular attention to the mechanisms of its formation and impact on divertor flow behaviour. For a higher density plasma, a scenario of the RF Alfv́en resonance heating in high k|| regime is realized both with continuous and pulsed gas injection. On Uragan-2M the studies of RF wall conditioning are in progress. A new wall conditioning scheme which uses the high frequency slow wave is implemented.

AB - At present, two stellarator type fusion devices, Uragan-2M and Uragan-3M, are in operation in Kharkov. At the Uragan-3M machine, investigations of the low-density low-collisional plasma are continued. L-H-mode-like transition is studied with particular attention to the mechanisms of its formation and impact on divertor flow behaviour. For a higher density plasma, a scenario of the RF Alfv́en resonance heating in high k|| regime is realized both with continuous and pulsed gas injection. On Uragan-2M the studies of RF wall conditioning are in progress. A new wall conditioning scheme which uses the high frequency slow wave is implemented.

KW - Divertor plasma flow

KW - L-H transition

KW - Plasma confinement

KW - RF heating

KW - Torsatron

KW - Wall conditioning

UR - https://www.scopus.com/pages/publications/84861114068

U2 - 10.1585/pfr.6.2402024

DO - 10.1585/pfr.6.2402024

M3 - Article

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JO - Plasma and Fusion Research

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ER -

The present state of investigations on stellarators in Kharkov

Abstract

Keywords

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