Observation and Control of Transverse Energy-Transport Barrier due to the Formation of an Energetic-Electron Layer with Sheared E × B Flow
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概要
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Off-axis electron-cyclotron heating in an axisymmetric barrier mirror produces a cylindrical layer with energetic electrons, which flow through the central cell and into the end region. The layer, producing a localized bumped ambipolar potential ΦC, forms a strong shear of radial electric fields Er and peaked vorticity with the direction reversal of Er×B sheared flow near the ΦC peak. Intermittent vortexlike turbulent structures near the layer are suppressed in the central cell by this actively produced transverse energy-transport barrier; this results in Te and Ti rises surrounded by the layer.
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