Abstract
In a two-fluid dissipationless plasma, strong coupling of magnetic field and flow velocity introduced by the Hall term leads to the equilibrium solution characterized by the “double curl Beltrami equation.” Internal conductor plasma configuration is investigated employing the double curl Beltrami formulation. Numerical results reveal that relaxed states of plasma exhibiting ultrahigh
β
associated with minimum values of field-aligned current and flow can be created which are suitable for the advanced fusion concept.