Synchronization of Distributed Electron–Wave Self-Oscillatory Systems with a Backward Wave |
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Authors: | Trubetskov D. I. Koronovsky A. A. Khramov A. E. |
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Affiliation: | 1. N. G. Chernyshevsky State University of Saratov, State Educational and Scientific Center “College,” Saratov, Russia
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Abstract: | We present the results of studying the phenomenon of synchronization in distributed electron–wave self-oscillatory systems with a counterpropagating wave. General laws governing the appearance of the classical synchronization in distributed systems are revealed. We propose methods for increasing the synchronization bandwidth by using the distributed input of a signal to the interaction space by means of coupled waveguide structures. Transient processes in nonautonomous self-oscillation regimes are studied. In particular, the effect of ultrafast synchronization is found. The possibility of chaotic synchronization in a gyro-oscillator with a counterpropagating wave under the action of a deterministic chaotic signal is shown. Mutual oscillation regimes in a system of two distributed oscillators with coupled waveguide systems are studied. |
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