ELECTRONIC TRANSPORT PROPERTIES FOR THE ULTRAPURE SINGLE CRYSTALS OF THE TRANSITION METALS UNDER CONDITIONS OF THE STRONG STATIC SKIN EFFECT AT HIGH CURRENT DENSITIES

The electronic transport properties for the ultrapure single crystals of the transition metals are examined under conditions of the strong electron-surface scattering. In this case the static skin effect can be observed. Under these conditions some anomalies in the electronic properties take place. They are the gigantic growth of the magnetoresistivity with magnetic field increase, the strong dependence of the magnetoresistivity and Hall voltage on the electron-surface interaction, the appearance of the nonlinear current-voltage characteristics in metals. Some cryogenic devices based on the peculiarities of the electronic properties of the ultrapure metal crystals can be created.