Experimental evidence of increased electron temperature, plasma potential, and ion energy near an ICRF antenna Faraday shield

The interaction beween the ion cyclotron resonance heating and the plasma edge is a vast and interlinked domain: the edge affects the radio frequency heating and the radio kquency heating &cts the edge. This interaction between the radio frequency heating and the edge is-in view of the relation behveen the edge and overall plasma properties and performance--of utmost importance. The paper gives an overview of the topic, emphasizing basic mncepis and recent results. The identification of the sheath rectification mechanism as the main cause for the influence of the RF on the edge, has permitted a better understanding of this domain and significant progress in the avoidance of the effects.

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ICRF/Edge Interaction Guidelines for ICRF Antenna Design and Initial ICRF/Edge Interaction Experiments on the Tore Supra Tokamak

Thomas

Harris

Haste

et al. 1996

Fusion Technology

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Experimental evidence of increased electron temperature, plasma potential, and ion energy near an ICRF antenna Faraday shield

Abstract: an increase in the sheath potential, which in turn is caused by an increase in the electron temperature.

Cited by 3 publications

References 9 publications

Capacitive probe measurements during RF heating on textor

Capacitive probe measurements during RF heating on textor

The interaction between waves in the ion cyclotron range of frequencies and the plasma boundary

ICRF/Edge Interaction Guidelines for ICRF Antenna Design and Initial ICRF/Edge Interaction Experiments on the Tore Supra Tokamak

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