Current density fluctuations and ambipolarity of transport
Current density fluctuations and ambipolarity of transport
The fluctuation in the plasma current density is measured in the MIST reversed field pinch experiment. Such fluctuations, and the measured radial profile of the k spectrum of magnetic fluctuations, supports the view and that low frequency fluctuations (f ) demonstrates that radial particle transport from particle motion parallel to a fluctuating magnetic field is ambipolar over the full frequency range.
- University of North Texas United States
& Interactions-- (1992-), Plasma Density, Frequency Dependence, Reverse-Field Pinch, Tearing Instability, Plasma Kinetics, Transport, & Impurities-- (1992-), 530, Heating, Current Drive, 700350 -- Plasma Production, Radiation Transport, Plasma Instability, Fluctuations, Instability, Variations 700330* -- Plasma Kinetics, 700350, Magnetic Fields, And Impurities, Frequency Dependence 700330, Pinch Effect, And Interactions, 70 Plasma Physics And Fusion Technology, Current Density, Charged-Particle Transport, Plasma Macroinstabilities, Plasma Production
& Interactions-- (1992-), Plasma Density, Frequency Dependence, Reverse-Field Pinch, Tearing Instability, Plasma Kinetics, Transport, & Impurities-- (1992-), 530, Heating, Current Drive, 700350 -- Plasma Production, Radiation Transport, Plasma Instability, Fluctuations, Instability, Variations 700330* -- Plasma Kinetics, 700350, Magnetic Fields, And Impurities, Frequency Dependence 700330, Pinch Effect, And Interactions, 70 Plasma Physics And Fusion Technology, Current Density, Charged-Particle Transport, Plasma Macroinstabilities, Plasma Production
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