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Corrosion inhibitors, molecular docking and quantum chemical parameters of allyl rhodanine azodye derivatives and developed to protect C-steel in acidic environments

Abstract
The inhibitive impact of new environmentally friendly synthesized allyl rhodanine azodye derivatives (1-3) versus C-steel and its performance were detected in 2 malar hydrochloric acid solution utilized mass reduction, Tafel polarization, electrochemical impedance spectroscopy (EIS) and electrochemical frequency modulation (EFM) techniques. The inhibition efficiency percentage (% IE) of these inve...
Keywords
Rhodanine
Quantum chemical
Docking (animal)
Chemistry
Combinatorial chemistry
Corrosion
Molecule
Organic chemistry
Medicine
Nursing



Corrosion inhibitors, molecular docking and quantum chemical parameters of allyl rhodanine azodye derivatives and developed to protect C-steel in acidic environments

Corrosion inhibitors, molecular docking and quantum chemical parameters of allyl rhodanine azodye derivatives and developed to protect C-steel in acidic environments

Abstract
The inhibitive impact of new environmentally friendly synthesized allyl rhodanine azodye derivatives (1-3) versus C-steel and its performance were detected in 2 malar hydrochloric acid solution utilized mass reduction, Tafel polarization, electrochemical impedance spectroscopy (EIS) and electrochemical frequency modulation (EFM) techniques. The inhibition efficiency percentage (% IE) of these inve...
Keywords
Rhodanine
Quantum chemical
Docking (animal)
Chemistry
Combinatorial chemistry
Corrosion
Molecule
Organic chemistry
Medicine
Nursing