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Session MM - Chaos and Fractals.
MIXED session, Tuesday afternoon, November 23
Whidbey, Westin Seattle

[MM.007] Simulations of the Reaction-Diffusion System demonstrating the Transition from Purely Temporal to Spatio-Temporal Chaos

Thomas Olsen, Yu Hou, Collin Trail (Lewis amp; Clark College, Portland, OR), Richard Wiener (Pacific University, Forest Grove, OR)

The Reaction-Diffusion model (H. Riecke and H.-G. Paap, Europhys. Lett. \textbf14), 1235 (1991).has been applied to a wide variety of pattern forming systems. It correctly predicted a period doubling cascade to chaos in Taylor-Couette flow with hourglass geometry(Richard J. Wiener \textitet al), Phys. Rev. E \textbf55, 5489 (1997).. We have conducted a series of such simulations, varying the length of the system. This has enabled us to study the transition from a purely temporal chaos of the formation of new pairs of Taylor Vortices at a single location, to a spatio-temporal chaos of formation across a range of locations. Application to anticipated experiments will be discussed.

Part M of program listing