Ensuring corrosion resistance of steel underground pipelines by management of phase transitions at heat treatment on the basis of the theory of electronic model of formation of the molecule of hydrogen

In article is considered for the first time a question of the new ways directed on decrease in energy consumption at chemical and thermal processing of steel, corrosion firmness of steel underground pipelines necessary for providing. The world problem actual today according to the prevention of the technogenic catastrophes connected with destruction of underground pipelines, is solved through theoretical justification of electronic model of formation of a molecule of hydrogen on an example of model of atom of hydrogen of N.Bora with use of diatomic model of a structure of substance of Ya.I.Frenkel.