Abstract
At appropriate q-values a screw-pinch plasma is theoretically in stable equilibrium at values of β up to 25%. For a screw-pinch reactor, the main geometrical and physical parameters are derived from existing design equations and from formulas for implosion heating and adiabatic compression in the presence of a bias field. This fast heating method is chosen to ensure pitch conservation of inward moving field lines. Numerical examples show a.o. the strong influence of the maximum permissible Eθ at the wall.
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