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The evolution of travelling waves from chemical-clock reactions

In: Practical Asymptotics

Author

Listed:
  • S. J. Preece

    (University of Birmingham, School of Mathematics and Statistics)

  • J. Billingham

    (University of Birmingham, School of Mathematics and Statistics)

  • A. C. King

    (University of Birmingham, School of Mathematics and Statistics)

Abstract

A clock-reaction is a chemical reaction which gives rise to an initial induction period before a significant change in concentration of one of the chemical species occurs. In this paper the development of travelling waves from a particular class of inhibited autocatalytic clock-reactions is analysed. The numerical solutions show that, after the induction period, a propagating reaction-diffusion front is initiated. This front is seen to accelerate initially and then to become a constant-speed travelling wave. An asymptotic analysis of the large-time travelling-wave behaviour is given and from this it is possible to fix a minimum wave speed. The asymptotic predictions of the wave speed are found to agree well with those of the numerical solution.

Suggested Citation

  • S. J. Preece & J. Billingham & A. C. King, 2001. "The evolution of travelling waves from chemical-clock reactions," Springer Books, in: H. K. Kuiken (ed.), Practical Asymptotics, pages 367-385, Springer.
  • Handle: RePEc:spr:sprchp:978-94-010-0698-9_16
    DOI: 10.1007/978-94-010-0698-9_16
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