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Joule Heating of a Low-Pressure Plasma Jet by means of an Applied Magnetic Field

The effect of a pulsed magnetic field upon various low-pressure plasma jets was investigated using a system of double probes. The results indicated that both the electron temperature and density of plasma are increased, due to the effect of Joule heating currents induced in the plasma. This method provides a means of equilibrating an initial jet distribution of plasma that is in thermal non-equilibrium, yielding a new application in plasma processing.