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- W95505891 abstract "Although the total radiated power in TFTR is often as high as 70% of the heating power, most of the radiation is concentrated near the surface of the plasma, and the interior loss is almost negligible. Fractional radiation loss declines during neutral beam heating. As the high-density limit is approached, under practically any conditions, a bright band of radiation (''marfe'') appears on the inner side of the plasma column. Marfe evolution has been tracked for various conditions of heating, magnetic field direction, and fueling. In enhanced-confinement discharges a peculiar bright band, distinct from a marfe, appears in the lower, outside part of the vacuum vessel, outside of the limiter radius. With pellet fueling, marfe evolution occurs at a higher average density, and an intense peak often appears in the plasma center, consisting of impurity radiation plus working-gas bremsstrahlung. In high density ohmically heated cases with pellet fueling radiative power loss exceeds heating power in the center. 34 refs., 19 figs." @default.
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- W95505891 date "1988-06-01" @default.
- W95505891 modified "2023-09-23" @default.
- W95505891 title "Survey of features in radiative power loss profiles in TFTR" @default.
- W95505891 doi "https://doi.org/10.2172/7020825" @default.
- W95505891 hasPublicationYear "1988" @default.
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