HOW INORGANIC WATER SOLUTIONS AND OXIDIZED LIQUIDS CONDUCT ELECTRICITY

Results of the research connected with determination of the type of conductivity of liquid systems, considered to be electrolytes in the modern science, are presented in the article. The results of the complex of studies, carried out in Kazakhstan for more than 30 years are presented in the article in brief. Modern scientific views on concepts of ?electric current? and ?electrolytic conduction? are analyzed. The author shows absolute inapplicability of existing theoretical views on the processes of the electrolyte microstructure forming and liquid chemical systems electro-conductivity for the purpose of interpretation of practical properties of these systems. Insufficiency of modern scientific knowledge about the nature of chemical reaction is shown. The author shows that the existing theories of the electro-conductivity of liquids only partially represent the reality and in fact slow down the implementation of the science intensive technologies in metallurgic and chemical production. The conclusion is made that the electrolytic dissociation is the result of influence of the electric energy on the structure of condensed systems. Electrolytic dissociation is in fact the electrolysis.