Scientific journal
European Student Scientific Journal
ISSN 2310-3094
ISSN 2310-3094
ROLE OF DIELECTRIC PERMEABILITY IN FORMATION OF THE ELECTRIC CURRENT IN CONDUCTORS OF THE SECOND SORT
Kocheshkova L.G. 1
Fadeeva Ya.V. 1
Palashov V.V. 1
1 The Nizhny Novgorod State University of Architecture and Civil Engineering
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In article the role of the electrolytic environment in formation of an electric current in conductors of the second sort is described. In conductors of the second sort, in difference from conductors of the first sort, there are two force fields. One field is formed under the influence of electrostatic forces E, another — under the influence of third-party forces. The power balance (the fundamental law of preservation and energy transformation) can be satisfied only on condition of equality of these forces. Establishment of electrolytic balance in electrolytes is provided with change of dielectric permeability of the environment ɛа. However in the practical appendix for various electrolytes "the" recommendations are made aren´t under control neither the mechanical theory, nor relativistic. Such "theory", for example, in protection of steel underground constructions (institute of Karpov: д.х.н. Polukarov Yu. M, д.х.н. Lazarenko-Manevich R. I. к.х.н. Freyman L. I. Dr.Sci.Tech. Glazov N. P.) brings the damage to a national economy which is ugly reflecting in consciousness of society.
In the electrolytic closed stationary chain of Ohm resistance is understood not as resilience to any force of F, and property of a field of the environment which depends on dielectric permeability as in compliance with the Gauss theory intensity of the field E=F/g=Q/4πr ²εа where Q – a field charge.
contributed field ponderomotive forces
electronic and ionic conductivity
the conductivity of electrolytes (conductors of the second kind)
dielectric permeability εа