STRUCTURAL MODELING OF FRACTALS TOWARDS ELECTROCHEMICAL SURFACE TECHNOLOGY

The fractal geometry has been considered as a powerful tool to charact erise the metal solution interface in terms of the surface roughness b esides having its widely published utility in Chemistry and physics. T his paper describes the brief account on the generation of the Mandelb rot Apple-tree sets with an emphasis on deterministic and stochastic f ractals and also would concentrate on the build-up of impedance diagra ms of different complex equivalent circuits by viewing the surface thr ough fractal patterns. A general simulation programme for the calculat ion of Nyquist plots with respect to fractal electrode-electrolyte int erface has been developed and the implications of this model for elect rochemical surface technology are discussed.