Abstract
We report control of chemical chaos observed during the electrodissolution of a rotating copper disk in a sodium acetate-acetic acid buffer. An adaptation of a simple recursive proportional-feedback control strategy, generally applicable to systems well described by one-dimensional maps, was used to stabilise the chaotic response of the system on an unstable period-1 orbit. The successive minima in the measured anodic current generated a return map that was used to characterise the dynamics and the control algorithm prescribed small changes in the anodic potential to affect the control
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