Abstract—A fundamental model consisting of charged particles moving in free space exposed to alternating and direct current (AC-DC) electromagnetic fields is analyzed. Effects of charged particles initial position and initial velocity to cyclotron resonance frequency are observed. Strong effects are observed revealing that effects of electric and magnetic fields on a charged particle in free space varies with the initial conditions. This indicates the frequency where maximum displacement occur can be changed. At this frequency the amplitude of oscillation of the particle displacement becomes unbounded. Keywords—Cyclotron resonance, electromagnetic fields, particle displacement I
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