Abstract
The temporal intermittency of voltage of the classical one-component model for a charge-density wave system under the influences of dc electric field and noise is studied by numerical method. We show (1) how the intermittency of voltage corresponds to the profile of power spectrum, (2) how is the simulated voltage jumps in comparison with the observed ones in TaS 3 and K 0.3 MoO 3 . It is also shown that the appearance of voltage jumps in the single-mass model enhanced by Gaussian white noise is subjected to a non-Markovian stochastic process.
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