The possibility of using di-sodium-beta-glycerophosphate (GPH) as a new non-toxic inhibitor of steel corrosion for concrete reinforcement was investigated. The preliminary tests reported in the paper were carried out in alkaline chloride solution which simulates the characteristics of the eleectrolyte within the concrete pores. The adopted electrochemical techniques were: potentiodynamic polarization curve recording, impedance measurements (EIS), electrochemical noise analysis (ENA)
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
The use of corrosion inhibitors can be an efficient way to stifle steel corrosion in concrete, in th...
Premature degradation of concrete structures is one of the most important causes contributing to the...
International audience10 Steel embedded in concrete is normally in a passive state against corrosion...
The present research aims at studying two corrosion inhibitors, that is sodium 2-amino-benzoate (2AM...
Electrochemical methods were used to evaluate sodium phosphate and sodium nitrite as inhibitors for ...
Electrochemical methods were used to evaluate sodium phosphate and sodium nitrite as inhibitors for ...
Prolonged corrosion inhibition response of sodium lauryl sulphate (SLS) on steel reinforcement in co...
34795798Final report.PDFTech ReportFHWA/VA-96-R24VirginiaVirginia Transportation Research CouncilTay...
This paper examines the use of corrosion inhibitors in order to protect the reinforcement of con-cre...
Aggressive operational conditions e.g. saline media and acidic gases, e.g., CO2 can increase the cor...
This paper evaluates the inhibitive effect of two mixtures of organic compounds, disodium β-glycerol...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
The use of corrosion inhibitors can be an efficient way to stifle steel corrosion in concrete, in th...
Premature degradation of concrete structures is one of the most important causes contributing to the...
International audience10 Steel embedded in concrete is normally in a passive state against corrosion...
The present research aims at studying two corrosion inhibitors, that is sodium 2-amino-benzoate (2AM...
Electrochemical methods were used to evaluate sodium phosphate and sodium nitrite as inhibitors for ...
Electrochemical methods were used to evaluate sodium phosphate and sodium nitrite as inhibitors for ...
Prolonged corrosion inhibition response of sodium lauryl sulphate (SLS) on steel reinforcement in co...
34795798Final report.PDFTech ReportFHWA/VA-96-R24VirginiaVirginia Transportation Research CouncilTay...
This paper examines the use of corrosion inhibitors in order to protect the reinforcement of con-cre...
Aggressive operational conditions e.g. saline media and acidic gases, e.g., CO2 can increase the cor...
This paper evaluates the inhibitive effect of two mixtures of organic compounds, disodium β-glycerol...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...
Chloride-induced corrosion of carbon steel reinforcement is the most important cause of premature fa...