Abstract
The iodate oxidation of arsenous acid exhibits single-hysteresis bistability in a continuous flow stirred tank reactor. Other patterns of multiple stationary states including mushrooms and isolas are exhibited by this system when a constant flow of solvent is introduced to the CSTR in addition to the usual flow of reactants. A simple empirical rate law model provides a near quantitative description of the behavior. This model is analyzed and compared to other model systems.
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