Mathematical Model of the Hydrodynamic Noise in the Electrochemical Microsystems

This paper proposes a generalized mathematical model of hydrodynamic fluctuations near the electrodes of electrochemical microsystems and mechanisms for converting hydrodynamic fluctuations into electrode current noise. The practical value of the proposed model lies in the creation of detailed models of hydrodynamic fluctuations, which make it possible to reveal the internal structure of noise flows in liquid microsystems and explicitly take into account the influence of the details of the surface geometry that limits the volume of the working fluid.