CONCRETE

[:ru]Рояк Г. С.[:en]Royak, G.[:] [:ru]д.т.н., проф., АО ЦНИИС Научно-исследовательский институт транспортного строительства[:en]DSc in Engineering, Professor, SC TSNIIS Research Institute of Transport Construction[:]

[:ru]Добкин В. С.[:en]Dobkin, V. S.[:] [:ru]инж., ОАО ЦНИИС[:en]engineer, OJSC “Central Scientific Research Institute of Construction”[:]

[:ru]Кулик М. А.[:en]Kulik, M. A.[:] [:ru]инж., ОАО ЦНИИС[:en]engineer, OJSC “Central Scientific Research Institute of Construction”[:]

[:ru]Чирков А. М.[:en]Chirkov, A.[:] [:ru]к.т.н., руководитель SURTEAT TECHNOLOGIES INC., Москва, Россия[:en]PhD in Engineering, Head of SURTEAT TECHNOLOGIES INC., Moscow, Russia[:]

[:ru]Гаспарян А. А.[:en]Gasparyan, A. A.[:] [:ru]инж., ООО «Беркана»[:en]engineer, Berkana LLC[:]

Alitinform №4-5 (26) 2012 г. 76-83 p.

Abstract

This article contains new data related to surface soaking treatment of concrete with inhibiting compounds which reduce the rate of reinforcement corrosion in aggressive operating environments, and methods of such data application.

Key words:

corrosion; reinforcement; concrete; inhibitors