Magnetohydrodynamic ponderomotive forces generated about Alfvén resonance layers

Tataronis, J. A.; Petržı́lka, V.

doi:10.1063/1.872061

Physics of Plasmas

1996

DOI: 10.1063/1.872061

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Magnetohydrodynamic ponderomotive forces generated about Alfvén resonance layers

J. A. Tataronis

V. Petržı́lka

Abstract: On the possibility of a steady state tokamak AIP Conf. Proc. 314, 39 (1994); 10.1063/1.46746 3D gyrokinetic particle simulations of ion temperature gradientdriven turbulence and transport AIP Conf.

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1999

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“…7,8 Recent results on magnetohydrodynamic ponderomotive forces generated in Alfvén resonant layers can be found in Ref. 9. These forces were obtained for axially-symmetric tokamaks with circular cross-sections in Refs.…”

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confidence: 99%

Alfvén and fast wave forces, affecting ions in magnetic traps with closed magnetic surfaces

et al. 1999

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General expressions for time-and surface-averaged radio frequency forces, affecting ions in closed toroidal devices, are obtained in this paper. Toroidal effects are included in these forces. These effects can, for example, be important to calculate Alfvén or fast wave forces in stellarators, spheromaks, or for toroidicity induced Alfvén wave eigenmodes ͑TAE͒ in axially symmetric tokamaks. The further simplification of obtained expressions should be fulfilled for the proper kind of rf waves and toroidal devices. It is hoped that these rf force expressions can, for example, be useful for the computer simulations of the transport barrier formation by Alfvén and fast waves in toroidal devices.

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Alfvén and fast wave forces, affecting ions in magnetic traps with closed magnetic surfaces

et al. 1999

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Magnetohydrodynamic ponderomotive forces generated about Alfvén resonance layers

Abstract: On the possibility of a steady state tokamak AIP Conf. Proc. 314, 39 (1994); 10.1063/1.46746 3D gyrokinetic particle simulations of ion temperature gradientdriven turbulence and transport AIP Conf.

Cited by 1 publication

References 35 publications

Alfvén and fast wave forces, affecting ions in magnetic traps with closed magnetic surfaces

Alfvén and fast wave forces, affecting ions in magnetic traps with closed magnetic surfaces

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