Derecha D. Features of the metal-electrolyte boundary interface under influence of magnetic field.

A picture of the uniform and gradient magnetic fields influence on the boundary interface ferromagnet-electrolyte surface structure and peculiarities of the electrochemical processes behavior has been received in the thesis. On the basis of results obtained by means of a complex of the experimental research techniques, multiple reproducibility of the experimental results and it's statistical manipulation the main results has been obtained. Firstly the dependencies of the surface structure parameters on the magnetic field strength and direction has been obtained. Secondary it has been showed that the surface structure of the deposits changes from fine-grained smooth to arborescent under influence of the spatially distributed periodic magnetic field. Besides it has been experimentally uncovered the previously theoretically predicted the spatially periodic distribution of the electric potential near the metal-electrolyte boundary interface. There are detected effects has been theoretically explained.