It is demonstrated that modulation-induced negative differential resistance can survive in the presence of noise and inertia. In the limit of large periodic forcing, by perturbing about the overdamped, noise-free system, analytic predictions for the effects of weak noise or small inertia are obtained. These are shown to compare well with the results of detailed numerical simulations.
EFFECT OF NOISE AND INERTIA ON MODULATION-INDUCED NEGATIVE DIFFERENTIAL RESISTANCE
MANNELLA, RICCARDO;
1993-01-01
Abstract
It is demonstrated that modulation-induced negative differential resistance can survive in the presence of noise and inertia. In the limit of large periodic forcing, by perturbing about the overdamped, noise-free system, analytic predictions for the effects of weak noise or small inertia are obtained. These are shown to compare well with the results of detailed numerical simulations.File in questo prodotto:
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