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FTIR measurements and electrochemical impedance spectroscopy (EIS) experiments revealed that thin SiOx-like coating layers (20 nm thick) do not prevent the carbon steel from corrosion, while thicker silica layers (d ≥ 100 nm) protect efficiently carbon steel interfaces in highly saline media with a protection efficiency of about 96% for a 200 nm thick coating.
Protection efficiency improved when the inhibitor concentration and the length of the alkyl chain were increased.
This coating was found to have lower protection efficiency than single poly(pyrrole) coating.
In the potentiodynamic polarization test, the highest protection efficiency of fabricated films was more than 94%.
The corrosion protection efficiency of the coatings could be up to 94.3%.
The protection efficiency of these films was examined during extended immersion tests in 3% NaCl solution.
These interactions were correlated to the corrosion protection efficiency of the composite layers.
The maximum protection efficiency in SBF solution was found to be about 99.4%.
However, corrosion protection efficiency of the Egyptian (CEM III/A) cement has rarely investigated.
The results show that the proposed system attains higher lightning protection efficiency.
These multipassive layers contribute the corrosion resistance behavior of brass with 92.5% corrosion protection efficiency to untreated sample.
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