Plasma simulation and modeling for ELMO bumpy torus reactor
Plasma simulation and modeling for ELMO bumpy torus reactor
A simple model (time-dependent deuterium-tritium point model) has been formulated to assess the energy balance in an ELMO Bumpy Torus Reactor (EBTR) plasma. The effects of the different scaling assumptions on EBTR performance and operating point have been analyzed. Although in the present EBT device (EBT-I) plasma transport seems to be governed largely by neoclassical processes, hypothesized anomalous transport losses are included in the plasma simulation model in addition to neoclassical and for classical transport in order to test the sensitivity of EBTR parameters. For the particular case studied, it is shown that the reference EBTR can accommodate anomalous losses one to two orders of magnitude greater than the present neoclassical losses at the operating point (steady state). Results are discussed.
- University of North Texas United States
Odd-Even Nuclei, Beta Decay Radioisotopes, Odd-Odd Nuclei, Tritium, Beta-Minus Decay Radioisotopes, Hydrogen Isotopes, Scaling Laws, Isotopes, Energy Losses, Light Nuclei, Years Living Radioisotopes 700105* -- Fusion Energy-- Plasma Research-- Plasma Kinetics-Theoretical-- (-1987), Plasma Drift, Open Plasma Devices, Radioisotopes, Mathematical Models, Stable Isotopes, Plasma Simulation, Deuterium, Nuclei, Thermonuclear Devices, Elmo Bumpy Torus, Elmo Devices, 70 Plasma Physics And Fusion Technology, Magnetic Mirrors
Odd-Even Nuclei, Beta Decay Radioisotopes, Odd-Odd Nuclei, Tritium, Beta-Minus Decay Radioisotopes, Hydrogen Isotopes, Scaling Laws, Isotopes, Energy Losses, Light Nuclei, Years Living Radioisotopes 700105* -- Fusion Energy-- Plasma Research-- Plasma Kinetics-Theoretical-- (-1987), Plasma Drift, Open Plasma Devices, Radioisotopes, Mathematical Models, Stable Isotopes, Plasma Simulation, Deuterium, Nuclei, Thermonuclear Devices, Elmo Bumpy Torus, Elmo Devices, 70 Plasma Physics And Fusion Technology, Magnetic Mirrors
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