Reaction-Diffusion Dynamics of pH Oscillators in Oscillatory Forced Open Spatial Reactors.

ABSTRACT: Studying the effect of coupling and forcing of oscillators is a significant area of interest within nonlinear dynamics and has provided evidence of many interesting phenomena, such as synchronization, beating, oscillatory death, and phase resetting. Many studies have also reported along this line in reaction-diffusion systems, which are preferably explored experimentally by using open reactors. These reactors consist of one or two homogeneous (well-stirred) tanks, which provide the boundary conditions for a spatially distributed part. The spatiotemporal dynamics of this configuration in the presence of temporal oscillations in the homogeneous part has not been systematically investigated. This paper aims to explore numerically the effect of time-periodic boundary conditions on the dynamics

SUBMITTER: Duzs B 

PROVIDER: S-EPMC8697004 | biostudies-literature | 2021 Dec

REPOSITORIES: biostudies-literature