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The development of spatial structure in an ionic chemical system induced by applied electric fields

机译:外加电场在离子化学系统中空间结构的发展

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The spatio-temporal structures that can arise in an ionic chemical system with a cubic autocatalytic reaction step (Gray-Scott kinetics) in the presence of an applied electric field are described. A linear stability analysis of the resulting reaction-diffusion-advection system, with different diffusion coefficients and conse- quantly different electrochemical migration rates for the reacting species, suggests the possibility of both convective structures (;DIFICI') and Turing patterns (as well as interaction between them).
机译:描述了在存在外加电场的情况下,在具有立方自催化反应步骤(格雷-斯科特动力学)的离子化学系统中可能出现的时空结构。对反应物种具有不同扩散系数和相应不同电化学迁移率的反应-扩散-对流系统的线性稳定性分析表明,对流结构(; DIFICI')和图灵模式(以及他们之间的互动)。

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