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Oscillations and Traveling Waves in Chemical Systems

ISBN: 978-0-471-89384-4
681 pages
April 1985
Oscillations and Traveling Waves in Chemical Systems (0471893846) cover image
Brings together in one comprehensive volume information on oscillating chemical systems and their experimental behavior. As the first major work in this area, it details their mechanistic interpretation and relationship to theories of oscillatory and related behavior. Topics discussed include: the mathematical aspects of temporal oscillations in reacting systems, chemical oscillators based on iodate ion and hydrogen peroxide, numerical techniques for modeling and analysis oscillating reactions, halogen-based oscillators in a flow reactor, periodically perturbed chemical systems, and the structure and variety of chemical waves.
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The Mathematical Aspects of Temporal Oscillations in Reacting Systems (H. Othmer).

Experimental and Mechanistic Characterization of Bromate-Ion-Driven Chemical Oscillations and Traveling Waves in Closed Systems (R. Field).

A Quantitative Account of Oscillations, Bistability, and Traveling Waves in the Belousov-Zhabotinskii Reaction (J. Tyson).

Mathematical Analysis of the Oregonator Model of the Belousov-Zhabotinskii Reaction (W. Troy).

Chemical Oscillators Based on Iodate Ion and Hydrogen Peroxide (S. Furrow).

Numerical Techniques for Modeling and Analysis of Oscillating Reactions (D. Edelson and H. Rabitz).

From Bistability to Sustained Oscillations in Homogeneous Chemical Systems in Flow Reactor Mode (P. DeKepper and J Boissonade).

Halogen Based Oscillators in a Flow Reactor (I. Epstein and M. Orban).

Periodically Perturbed Chemical Systems (P. Rehmus and J. Ross).

The Structure and Variety of Chemical Waves (P. Ortoleva and S. Schmidt).

Propagating Reaction-Diffusion Fronts (A. Saul and K. Showalter).

Organizing Centers for Chemical Waves in Two and Three Dimensions (A. Winfree).

Gas Evolution Oscillators (P. Bowers and R. Noyes).

Isothermal Oscillations and Relaxation Ignitions in Gas-Phase Reactions: The Oxidations of Carbon Monoxide and Hydrogen (P. Gray and S. Scott).

Thermokinetic Oscillations in Homogeneous Gas Phase Oxidations (J. Griffiths).

Oscillating Chemical Reactions as an Example of the Development of a Subfield of Science (M. Burger and E. Bujdoso).

Appendix: A Periodic Reaction and its Mechanism (B. Belousov).


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