Study stabilizability and solvability for chemical kinetics of the delayed oregonator model
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Keywords:
Chemical reaction, DDE, Backstepping method, Mass – Action law, chain approximation, Lyapunov, ControllerAbstract
Delays naturally appear in chemical reactions and they are often responsible for presence of complex behaviours, we will be take delay effects in Beulosuv-Zhabotonksiy reaction this mechanism is represented by a simple model, called the Oregonator model. Chemical kinetics of the considered Oregonator model will be taken by use of delay mass-action law and study the stabilizability and solvability by backstepping method after formally introduce the chain approximation for kinetic scheme of delayed Oregonator model. We will compar stabilizability results output between backstepping with method of steps and backstepping with chain method
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