Effect of the Magnetic Components of a High-Frequency Field with Spatial Cyclotron Autoresonance
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A numerical analysis is performed of the interaction between a relativistic electron beam and the field of a rectangular resonator excited in the ТЕ101 mode. It is shown that this interaction can be accompanied by considerable disturbance of the resonant conditions, due to a change in the cyclotron frequency and the sharp deceleration of the beam, caused by the effect of the magnetic component of the HF field in the resonator.
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