Bootstrap current in a tokamak
C. Kessel
Abstract
Open-access reader
C. Kessel
Abstract
Open-access reader
The bootstrap current in a tokamak is examined by implementing the Hirshman-Sigmar model and comparing the predicted current profiles with those from two popular approximations. The dependences of the bootstrap current profile on the plasma properties are illustrated. The implications for steady state tokamaks are presented through two constraints; the pressure profile must be peaked and β p must be kept below a critical value
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The bootstrap current in a tokamak is examined by implementing the Hirshman-Sigmar model and comparing the predicted current profiles with those from two popular approximations. The dependences of the bootstrap current profile on the plasma properties are illustrated. The implications for steady state tokamaks are presented through two constraints; the pressure profile must be peaked and β p must be kept below a critical value
Key concepts: Tokamak, Bootstrap current, Current (fluid), Plasma, Physics, Steady state (chemistry), Nuclear engineering, Computational physics