Abstract
By studying the interaction between an intense microwave field with circular polarization weaker than an atomic field with a dilute gas, and making use of the electron distribution function (EDF), which is nonequilibrium and anisotropic, the interaction between high-frequency electric field with produced plasma is studied. By solving the dispersion equation for two different limits, it is found that the produced plasma is unstable and parametric resonance hydrodynamic instability takes place on this kind of plasma.
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