This study considers the problem of control and synchronization between fractional‐order
and integer‐order, N‐components reaction‐diffusion systems with nonidentical coefficients …

Non-homogeneous real-order systems often arise in the construction of equations arising in
many inequality systems. This paper considers non-homogeneous linear systems attached …

In this study, a synchronization problem for spatio-temporal partial differential systems is
addressed and researched within a subjectivist framework. In light of Lyapunov direct …

In this paper, a nonlinear mathematical model with diffusion is taken into account to review
the dynamics of Lengyel–Epstein chemical reaction model to describe the oscillating …

Determining the asymptotics of many time-varying systems associated with real orders
remains a challenging issue in qualitative asymptotic theory. This paper introduces a new …

Reaction–diffusion systems are seen in not only many fields of science but also social
behaviorus. In this work, Schnakenberg, Brusselator and Lengyel–Epstein models are …

In this present paper, we deal with a generalized Lengyel–Epstein model with the zero-flux
boundary conditions. Firstly, we give an attraction region and the boundedness estimates of …

The proposed model in this study is the fractional order differential equations system with
multi-orders of the dimensionless Lengyel–Epstein model being the oscillating chemical …

In this paper, we consider a time-fractional reaction–diffusion system with the same
nonlinearities of the Newton–Leipnik chaotic system. Through analytical tools and numerical …

We consider a system of fractional delayed differential equations. The ordinary differential
version of the system without delay is introduced in the Lengyel-Epstein reaction-diffusion …