Modeling of bioelectrode interfaces and scaling systems

The polarized electrode-electrolyte interface has been modeled previously by the combination of the fractional power pole and singularity structure functions. The singularities of the system function were found to follow a geometric pattern in the complex frequency plane. The authors synthesize a candidate network. The results indicate that the scaling behavior of the interface dynamics can be represented by the response of cascaded passive electrical circuits with relaxation times scaled by a constant at each stage