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Driven intrinsic localized modes in a coupled pendulum array
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DOI：10.1088/0022-3727/41/1/015503.png)
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Abstract
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Intrinsic localized modes (ILMs), also called discrete breathers, are directly generated via modulational instability in an array of coupled pendulums. These ILMs can be stabilized over a range of driver frequencies and amplitudes. They are characterized by a pi-phase difference between their centre and wings. At higher driver frequencies, these ILMs are observed to disintegrate via a pulsating instability, and the mechanism of this breather instability is investigated.
Keywords:
SINE-GORDON SYSTEM
MICROMECHANICAL OSCILLATOR ARRAYS
DIATOMIC MACRO-LATTICE
BREATHER
EXCITATIONS
SOLITONS
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