Self-oscillations in a cyclotron maser with background plasma
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The dynamics of a cyclotron maser is considered in a two-level approximation with nonlinear inertia saturation of absorption due to background plasma heating. The conditions of the existence of a self-oscillation mode in the presence of a permanent source of energetic particles in this system and a particle acceleration process in adiabatic magnetic compression of the plasma are specified. The self-oscillation characteristics are studied numerically as functions of the parameters of the system.
KeywordsQuantum Electronics Nonlinear Optic Particle Acceleration Energetic Particle Plasma Heating
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