Scientific journal
European Student Scientific Journal
ISSN 2310-3094
ISSN 2310-3094
ELECTROLYTIC DISSOCIATION, AS A RESULT OF ELECTROMAGNETIC AND CHEMICAL PROCESSES
Kocheshkova L.G. 1
Palashov V.V. 1
1 The Nizhny Novgorod State University of Architecture and Civil Engineering
225 KB
The mechanism of conductivity of conductors of the second sort (electrolytes) is based on the theory of dissociation which didn´t find so far due confirmation in practice, it is possible to tell, continues to remain forgery in science. Divides electrolytes on weak and strong, doesn´t allow to develop uniform approach to knowledge of the uniform and indivisible World of conductors of the second sort that causes the huge damage to a national economy which is ugly reflecting in consciousness of society (for example, in protection of steel underground constructions, institute of Karpov: x. N Polukarov Yu. M., Lazarenko-Manevich R. I. to. x. N Freyman L. I. Glazov N. P.) . In electrolytes in difference from conductors of the first sort really there are two fields: one field of electrostatic forces with intensity E and other field of page . The power balance (the fundamental law of preservation and energy transformation) can be satisfied only on condition of equality of these forces E =. The protolytic theory Brented and Lauri allowed us, without mixing solubility with dissociation, to return to the put problem Nernst and J. Thomson: "why dissociating forces and a dielectric constant go in the same order? " In offered work the answer to the question posed is given, using Umov-Poynting´s power balance.
electric field
magnetic field
static field
stationary field
third-party field
Lorentz´s strength
Poynting´s vector
dissociation