Theoretical investigation of inhibition of the corrosion of A106 steel in NaCl solution by di-n-butyl bis(thiophene-2-carboxylato-O,O′)tin(IV)

Essential oil of “Foeniculum vulgare”: antioxidant and corrosion inhibitor on mild steel immersed in hydrochloric medium

“…The recorded EIS spectrum for mild steel (Figure 5) and simulated by the equivalent electrical circuit (Figure 6), shows only one depressed capacitive loop at the higher frequency range for all concentrations tested indicating that practically there is no change in the dissolution mechanism of mild steel (Bouoidina et al , 2017; Znini et al , 2011; Bouhrira et al , 2014; Ousslim et al , 2014). The diameters of semicircles increase with the increase of the inhibitor concentration, which could be attributed to the charge transfer process, at the electrode/solution interface.…”

Evaluation of chitosan and carboxymethyl cellulose as ecofriendly corrosion inhibitors for steel

“…Corrosion inhibition is due to the direct adsorption of molecules of the inhibitors on the metal surface and/or could also involve the reaction of these compounds with a secondary compound to generate a film capable of forming a layer of protection at the metal/electrolyte interface. This surface adsorption process can be approximated by isotherm models using the magnitude of the surface coverage (θ; θ = IE/100) for a particular range of inhibitor concentration [42]. Selection of isotherm that best describe an adsorption process is often done by fitting θ values into different adsorption isotherm models and using the value of the linear regression parameter (R 2 ) as a gauge [22,43].…”

Corrosion inhibition for low-carbon steel in 1 M H2SO4 solution by phenytoin: evaluation of the inhibition potency of another “anticorrosive drug”

“…Since the cathodic reaction is hydrogen evolution (Reaction 2), at lower temperature, adsorption of hydrogen gas blocks the electrode and thus inhibits the process [19,24,[30][31][32].…”