On the Minimum Circulating Power of Steady State Tokamaks
K. Itoh, S.‐I. Itoh, A. Fukuyama, M. Yagi
Abstract
K. Itoh, S.‐I. Itoh, A. Fukuyama, M. Yagi
Abstract
Circulating power for the sustenance and profile control of the steady state tokamak plasmas is discussed. The simultaneous fulfillment of the MHD stability at high beta value, the improved confinement and the stationary equilibrium requires the rotation drive as well as the current drive. In addition to the current drive efficiency, the efficiency for the rotation drive is investigated. The direct rotation drive by the external torque, such as the case of beam infection, is not efficient enough. The mechanism and the magnitude of the spontaneous plasma rotation are studies.
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Circulating power for the sustenance and profile control of the steady state tokamak plasmas is discussed. The simultaneous fulfillment of the MHD stability at high beta value, the improved confinement and the stationary equilibrium requires the rotation drive as well as the current drive. In addition to the current drive efficiency, the efficiency for the rotation drive is investigated. The direct rotation drive by the external torque, such as the case of beam infection, is not efficient enough. The mechanism and the magnitude of the spontaneous plasma rotation are studies.
Key concepts: Tokamak, Steady state (chemistry), State (computer science), Power (physics), Physics, Control theory (sociology), Mathematics, Computer science