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- W3087960359 endingPage "114382" @default.
- W3087960359 startingPage "114382" @default.
- W3087960359 abstract "The polar head and a hydrophobic long alkyl chain end of surfactants show effective adsorption on the metal surfaces and metal/solution interfaces. The present study deals with the investigation of corrosion inhibition efficiency of chitosan modified with an anionic surfactant, namely sodium lauryl sulfate. The modified chitosan was characterized using spectral techniques such as ATR- FTIR and NMR, thermal analytical methods that include TGA and DSC. The surface charge and particle size distribution were analyzed using Zeta potential analyzer. The corrosion inhibition efficiency of the water-soluble modified chitosan was evaluated using gravimetric and electrochemical methods. A maximum corrosion inhibition efficiency of 96.44% for 6 h of immersion period at 303 K was obtained. The adsorption process obeyed Langmuir isotherm. The adsorption mechanism involved both physisorption and chemisorption. Tafel and impedance studies showed results in agreement with the gravimetric method. Tafel plot indicates the inhibitor controlled both cathodic hydrogen evolution and anodic metal dissolution reactions. AC impedance study supports the increase in surface coverage of the metal surface by the inhibitor, forming a protective film. Further evidence comes from the surface characterization of the inhibited metal surface by contact angle measurement, SEM, EDAX spectra, and atomic force microscopic studies. DFT and Monte Carlo simulation studies showed a proper alignment with the experiment results." @default.
- W3087960359 created "2020-10-01" @default.
- W3087960359 creator A5001335226 @default.
- W3087960359 creator A5009005386 @default.
- W3087960359 creator A5014007181 @default.
- W3087960359 creator A5060430529 @default.
- W3087960359 date "2020-12-01" @default.
- W3087960359 modified "2023-10-12" @default.
- W3087960359 title "Preparation, characterization, and evaluation of corrosion inhibition efficiency of sodium lauryl sulfate modified chitosan for mild steel in the acid pickling process" @default.
- W3087960359 cites W1523015716 @default.
- W3087960359 cites W1534438332 @default.
- W3087960359 cites W1537653742 @default.
- W3087960359 cites W1965893804 @default.
- W3087960359 cites W1970181671 @default.
- W3087960359 cites W1975160743 @default.
- W3087960359 cites W1989881679 @default.
- W3087960359 cites W1996798024 @default.
- W3087960359 cites W2001054927 @default.
- W3087960359 cites W2008666641 @default.
- W3087960359 cites W2020645138 @default.
- W3087960359 cites W2022201221 @default.
- W3087960359 cites W2031886418 @default.
- W3087960359 cites W2052810726 @default.
- W3087960359 cites W2055185515 @default.
- W3087960359 cites W2056405602 @default.
- W3087960359 cites W2082799136 @default.
- W3087960359 cites W2092743830 @default.
- W3087960359 cites W2109154492 @default.
- W3087960359 cites W2136648251 @default.
- W3087960359 cites W2142211853 @default.
- W3087960359 cites W2145870791 @default.
- W3087960359 cites W2150046629 @default.
- W3087960359 cites W2152560685 @default.
- W3087960359 cites W2161347805 @default.
- W3087960359 cites W2166756906 @default.
- W3087960359 cites W2181579528 @default.
- W3087960359 cites W2183998003 @default.
- W3087960359 cites W2202119408 @default.
- W3087960359 cites W2236559609 @default.
- W3087960359 cites W2265749271 @default.
- W3087960359 cites W2287355302 @default.
- W3087960359 cites W2296248818 @default.
- W3087960359 cites W2300061772 @default.
- W3087960359 cites W2334597258 @default.
- W3087960359 cites W2406401173 @default.
- W3087960359 cites W2462323776 @default.
- W3087960359 cites W2545225743 @default.
- W3087960359 cites W2600530607 @default.
- W3087960359 cites W2622877012 @default.
- W3087960359 cites W2736462611 @default.
- W3087960359 cites W2740858504 @default.
- W3087960359 cites W2755770859 @default.
- W3087960359 cites W2760115164 @default.
- W3087960359 cites W2762497702 @default.
- W3087960359 cites W2763198797 @default.
- W3087960359 cites W2768406409 @default.
- W3087960359 cites W2772323830 @default.
- W3087960359 cites W2789417588 @default.
- W3087960359 cites W2790013349 @default.
- W3087960359 cites W2793223075 @default.
- W3087960359 cites W2796531536 @default.
- W3087960359 cites W2800758557 @default.
- W3087960359 cites W2801007912 @default.
- W3087960359 cites W2803548388 @default.
- W3087960359 cites W2804491460 @default.
- W3087960359 cites W2804955917 @default.
- W3087960359 cites W2810520055 @default.
- W3087960359 cites W2898160350 @default.
- W3087960359 cites W2898220846 @default.
- W3087960359 cites W2902567783 @default.
- W3087960359 cites W2903438055 @default.
- W3087960359 cites W2903586607 @default.
- W3087960359 cites W2904913854 @default.
- W3087960359 cites W2906980993 @default.
- W3087960359 cites W2911774946 @default.
- W3087960359 cites W2912146837 @default.
- W3087960359 cites W2914431054 @default.
- W3087960359 cites W2914444571 @default.
- W3087960359 cites W2923270903 @default.
- W3087960359 cites W2923783744 @default.
- W3087960359 cites W2924926958 @default.
- W3087960359 cites W2934032221 @default.
- W3087960359 cites W2939756206 @default.
- W3087960359 cites W2944844647 @default.
- W3087960359 cites W2947353771 @default.
- W3087960359 cites W2968966547 @default.
- W3087960359 cites W2970979403 @default.
- W3087960359 cites W2975689255 @default.
- W3087960359 cites W2996078029 @default.
- W3087960359 cites W2999385130 @default.
- W3087960359 cites W3001998800 @default.
- W3087960359 cites W3002425298 @default.
- W3087960359 cites W3003259055 @default.
- W3087960359 cites W3006523714 @default.
- W3087960359 cites W3006704186 @default.
- W3087960359 cites W3008875755 @default.
- W3087960359 cites W3011597541 @default.
- W3087960359 cites W3011914031 @default.