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Distribution of Relaxation Times: Debye Length Distribution vsElectrode Polarization by a Cole−Cole Relaxation Model

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Distribution of Relaxation Times: Debye Length Distribution vsElectrode Polarization by a Cole−Cole Relaxation Model

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Compañ, Vicente; Diaz Calleja, Ricardo; Diaz Boils, Joaquín; Escorihuela, Jorge

Aquest document és un/a article, creat/da en: 2022

Mobility, diffusivity and charge density in polyelectrolytes, are generally determined from electrochemical impedance spectroscopy following the electrode polarization analysis, in which at a given temperature the peaks in tan δ are fitted based on a model. These results can be different depending on the model used in the fitting of the curves. Generally, the models are based on a single Debye model or on the existence of an overlap in relaxation times (Cole-Cole model). In this work, we propose the alternative use of the distribution of the relaxation times by a distribution of the Debye length (LD), which allows the calculation of parameters such as mobility, diffusivity, and charge density as a function of LD in a more concise approach.

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