Abstract
UDC 621.385 In this paper, we study the transient processes in a nonautonomous distributed active medium formed by a gyro-counterpropagating-wave oscillator (gyro-CWO) synchronized by an external signal. We analyze how the time required to achieve the synchronous mode depends on the ratio between the external-signal phase and the self-oscillation phase. The characteristics of transient chaos in a gyro-CWO near the synchronization area are also examined.
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