St Antony's Colle Dindigul, India

D Lakshmi, S Rajendran, J Sathiyabama, D Lakshmi, S Rajendran, D Lakshmi, S Rajendran, J Sathiyabama, J Sathiyabama, Joseph Rathis, S Santhana Prabha, S Santhana (+1 others)
2016 ge of Arts and Sciences for Women   unpublished
The corrosion inhibition efficiency of the inhibitor system phenolic compounds controlling the corrosion of Al (6061) at pH 11 has been characterized by Fourier Transform Infra-red Spectrocopy (FTIR)Technique The formulation consisting of 250 ppm of phenolic compounds and 50 ppm of Zn Red Spectroscopy In Corrosion Inhibition Studies Abstract The corrosion inhibition efficiency of the inhibitor system phenolic compounds controlling the corrosion of Al (6061) at pH 11 has been characterized by
more » ... characterized by Fourier Transform red Spectrocopy (FTIR)Technique The formulation consisting of 250 ppm of phenolic compounds and 50 ppm of Zn 2+ reveals that a protective film consisting of The corrosion inhibition efficiency of the inhibitor system phenolic compounds-Zn 2+ in controlling the corrosion of Al (6061) at pH 11 has been characterized by Fourier Transform red Spectrocopy (FTIR)Technique The formulation consisting of 250 ppm of phenolic reveals that a protective film consisting of Al 3+ phenolic
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