HIGHLIGHTS
SUMMARY
The frequency of the external driver (ωD ), however, varies from 100Hz to 20kHz with an increment of 10Hz with a resting period for obtaining a steady_state. For different combinations of driving conditions (frequency and amplitude), the authors experimentally obtain Fig 1a that shows the time series of the transmission amplitudes recorded by the detecting transducers of each granule at a steady_state. This implies that at the characteristic frequency ω=ωD=9.85kHz, the amplitude field of the granules` system can be described 1 1 by the state: E1=√. The E1=√ and E2=√ states are the . . .
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