An analysis of kinetic data on solution of metal oxides in terms of fractal geometry

The influence of the topology (fractal characteristics) of the surface on the character of the kinetic curves of solution of copper and iron oxides in acid media was studied, and methods for calculating the kinetic constants were suggested. The methods are based on applying heterogeneous kinetics principles and the use of the concepts of fractal dimensions of the volume and surface of particles undergoing solution

An analysis of kinetic data on solution of metal oxides in terms of fractal geometry

The influence of the topology (fractal characteristics) of the surface on the character of the kinetic curves of solution of copper and iron oxides in acid media was studied, and methods for calculating the kinetic constants were suggested. The methods are based on applying heterogeneous kinetics principles and the use of the concepts of fractal dimensions of the volume and surface of particles undergoing solution