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EIS Theory of Relative Diffusion of Two Ions in Finite Diffusion Layer

机译:EIS在有限扩散层中两个离子相对扩散的理论

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摘要

A oversimplified physical model has been constructed and then the mathematical model of electrochemical impedance of relative diffusion of two ions has been obtained. And the corresponding spectrum has been drawn from the model, which fills up the blank of the electrochemical impedance (EIS) theory in the field of multi-ion diffusion impedance. It is shown that the reaction order, surface concentration and diffusion coefficient are the three principle factors influencing the diffusion impedance, among which, the diffusion coefficient has the greatest influence. By controlling the relative value of the diffusion coefficient of the two ions, finally a series of regular EIS spectra has been got.
机译:已经构建了一个过度简化的物理模型,然后获得了两个离子相对扩散的电化学阻抗的数学模型。 相应的光谱是从模型中得出的,该模型填充了多离子扩散阻抗领域中电化学阻抗(EIS)理论的空白。 结果表明,反应顺序,表面浓度和扩散系数是影响扩散阻抗的三个主要因素,其中扩散系数的影响最大。 通过控制两个离子的扩散系数的相对值,最后获得了一系列常规EIS光谱。

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