On the Fractal Nature of Frequency Dispersion of the Impedance of the Interface Tellurium/Electrolyte

The results of an experimental investigation of the frequency dispersion of the impedance (Z) of the electric double layer of the interface tellurium/electrolyte are discussed. It is shown that the impedance components (R, C) in this case have a fractional - degree dependence. It is concluded that the frequency dispersion of impedance reflects its multifi'actal nature. This is considered to be the reason which results in the fractional-degree dependence of the impedance. It is shown that the relaxation processes, which are connected with the dielectric permittivity in the space-charge region of tellurium, play the basic role