Equilibrium Field Configuration and Field Fluctuations in ZP-2

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  • Equilibrium Field Configuration and Fie

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Equilibrium (θ=constant) field configuration of the toroidal Z pinch ZP-2 is investigated by means of magnetic probes inserted in a plasma, for discharges of a plasma current below 22 kA. Field and current profiles agree with a modified Bessel function model. Field fluctuations, observed throughout the discharge, are investigated in relation to spontaneous generation and regeneration of the field flux. Spontaneous generation of the field flux results from time evolution of the local toroidal field produced by helical deformation of the plasma. Regeneration of the field flux is accompanied with relaxation field fluctuations of m=0 and m=1. For discharges of plasma current of 40 kA, the plasma of electron temperature of 90 eV and average electron density of 5×1013 cm−3 is obtained.

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