CONSTRUCTION OF COMPLETED MATHEMATICAL MODEL OF ELECTROCHEMICAL METHODS AND MEANS FOR BIOLOGICAL OBJECT STATE EVALUATION

Gerashchenko Sergey Mikhaylovich, Candidate of engineering sciences, associate professor, sub-department of medical information systems and technologies, Penza State University, sgerash@inbox.ru

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Previously the author considered the questions, appearing during the development of the model of inner physical and chemical processes for a classic electrochemical cell, resulting in production of equations for electrodiffusion processes without taking into account chemical transformation. In this article, the author has disclosed chemical kinematics, which helps to construct a self-contained mathematical model of physicochemical processes in electrochemical cell, intended for development and substantiation of electrochemical methods and means for biological object condition estimation.

mathematical modeling, electrochemical cell, methods and means of control, inflammatory process dynamics.