Mathematical modelling and the theory of distribution of polarization in electrochemical reactors with flowing volume-porous cathodes

In work construction of the non-stationary model describing distribution of electrochemical process in the reactor with flowing three-dimensional electrodes, in the form of system of the ordinary differential equations and the equations in private derivatives is resulted. Questions of stability of system and methods of its decision are discussed. Numerical and experimental researches of processes electrolysis on flowing three-dimensional electrodes are spent in particular, the analysis of behavior of the decision is made at the big density of a polarizing current. The coordination of results of calculations and experiments is shown.