Introduction to the scaling properties in electrochemistry: From the “teisi” model to the lithium fractal ordering in LixFeS2 layered structure

Abstract Attention is drawn to the generalisation to the fractal geometry of the relations which control the interfacial energy and mass exchange in the linear approximation. From this kinetic analysis the solid state motion of lithium in LixFeS2 is shown to be related to the fractal ordering of this ion in the lattice. Scaling phase transitions are pointed out.