Jenq‐Muh Hsu, S. C. Chiu
Abstract
It is shown that the cyclotron damping rate of the second harmonic is enhanced relative to the linear rate by a nonlinear resonance resulting from the finite wavelength of the pump wave. Applications to ion and electron cyclotron-resonance-frequency heating are considered.
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It is shown that the cyclotron damping rate of the second harmonic is enhanced relative to the linear rate by a nonlinear resonance resulting from the finite wavelength of the pump wave. Applications to ion and electron cyclotron-resonance-frequency heating are considered.
Key concepts: Cyclotron, Fourier transform ion cyclotron resonance, Cyclotron resonance, Ion cyclotron resonance, Nonlinear system, Harmonic, Physics, Atomic physics