Biological neurons and nonlinear circuits contain certain inner field energy, and an
equivalent Hamilton energy function can be obtained to discern the dependence of firing …

This paper aims to report the transient-chaos-induced chaotic bursting oscillations in a
smooth three-dimensional dynamic model with a low-frequency excitation when an order …

In this paper, a multi-time-scale-coupled nonlinear dynamic system is constructed by
introducing an external excitation into a charge-controlled memcapacitive system. We report …

Inspired by the excited harmonic oscillations in complex dynamical models, this paper
addresses the influence of low-frequency amplitude-modulated excitation on oscillating …

The cell membrane has a layered structure, which separates the intracellular and
extracellular ions for developing gradient electromagnetic field, and its flexible property …

In this study, we have explored the effect of time-varying parameters in a forced Liénard
system. The system exhibits extreme events that manifest occasional large deviations from …

In the phenomenon of mixed-mode oscillations, transitions between large-amplitude and
small-amplitude oscillations may lead to anomalous jitter in the probe of a tapping mode …

Multiple timescale effects can be reflected bursting oscillations in many classical nonlinear
oscillators. In this work, we are concerned about the bursting oscillations induced by two …

To address the problem of bursting oscillations in doubly fed induction generator (DFIG)
systems under external disturbances, an analysis method based on fast‐slow dynamics and …