Abstract
Formation of one- and two-dimensional equidistant precipitate patterns due to the coupling of an autocatalytic chemical front with a precipitation reaction was studied numerically. A simple six-variable model based on a cubic autocatalytic reaction has been defined and investigated, where the precipitation step contained a diffusive intermediary species. Simulations show that such a hypothetical reaction–diffusion system can lead to formation of equidistantly striped or more complex patterns.
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