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• W4281552931 endingPage "422" @default.
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• W4281552931 abstract "Two novel nanocomposites based on polyaniline functionalized ZnO and ZnO-SiO2 nanoparticles ([email protected] and [email protected]) were synthesized, characterized, and evaluated as protective films for steel pipelines in the pickling process at 25–55 °C. The prepared nanocomposites were described using different spectroscopic characterization methods including UV–vis, FTIR, DLS, XPS methods, and other physicochemical techniques including XRD, FESEM, and HR-TEM. The novelty of these films is in the fact that the ZnO and ZnO-SiO2 nanoparticles are functionalized by polyaniline which is electrochemically stable in acidic solution and has high conductivity. Electrochemical systems such as open circuit potentials (OCP), electrochemical impedance spectroscopy (EIS), and potentiodynamic polarization (PDP) were utilized to attain the kinetics and mechanistic findings of the corrosion protection route. The outcomes indicate that the two fabricated [email protected] and [email protected] are efficient acidic corrosion inhibitors. The protection performance of [email protected] (98.6%) was more pronounced at a dose (150 mg/L) than [email protected] (92.3%) and individual PANi (83.4%) as achieved from PDP findings. The effect of temperature and flowing conditions reinforces further the performance of both nanocomposites. Surface characterization using FESEM/EDS delivered more indication for the steel surface protection with the [email protected] and [email protected] nanocomposites. Molecular modeling using DFT calculations and MC simulations supported the experimental findings. The binding energies of the compounds and Fe interface follow the order of [email protected] > [email protected], which is in good agreement with the empirical results. An important suggestion of these results is the probability of substituting traditional toxic small molecules with cost-effective and non-toxic polymeric nanocomposites as protective films for use in the oil and gas industry." @default.
• W4281552931 created "2022-05-27" @default.
• W4281552931 creator A5022331118 @default.
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• W4281552931 creator A5068417222 @default.
• W4281552931 date "2022-08-01" @default.
• W4281552931 modified "2023-09-30" @default.
• W4281552931 title "Computational, kinetic, and electrochemical studies of polyaniline functionalized ZnO and ZnO-SiO2 nanoparticles as corrosion protection films on carbon steel in acidic sodium chloride solutions" @default.
• W4281552931 cites W1965991666 @default.
• W4281552931 cites W1976525951 @default.
• W4281552931 cites W1984370043 @default.
• W4281552931 cites W1988078840 @default.
• W4281552931 cites W2009666041 @default.
• W4281552931 cites W2010319078 @default.
• W4281552931 cites W2014947339 @default.
• W4281552931 cites W2023567383 @default.
• W4281552931 cites W2024152887 @default.
• W4281552931 cites W2036951219 @default.
• W4281552931 cites W2037869368 @default.
• W4281552931 cites W2042459554 @default.
• W4281552931 cites W2042838992 @default.
• W4281552931 cites W2043780165 @default.
• W4281552931 cites W2051989940 @default.
• W4281552931 cites W2054866133 @default.
• W4281552931 cites W2056717099 @default.
• W4281552931 cites W2060577961 @default.
• W4281552931 cites W2067335264 @default.
• W4281552931 cites W2072144568 @default.
• W4281552931 cites W2081164233 @default.
• W4281552931 cites W2083829533 @default.
• W4281552931 cites W2129537965 @default.
• W4281552931 cites W2161093362 @default.
• W4281552931 cites W2206618500 @default.
• W4281552931 cites W2227233649 @default.
• W4281552931 cites W2329648725 @default.
• W4281552931 cites W2338304694 @default.
• W4281552931 cites W2374520012 @default.
• W4281552931 cites W2527222280 @default.
• W4281552931 cites W2550726202 @default.
• W4281552931 cites W2552892596 @default.
• W4281552931 cites W2582453589 @default.
• W4281552931 cites W2609285211 @default.
• W4281552931 cites W2620873012 @default.
• W4281552931 cites W2622588908 @default.
• W4281552931 cites W2735281166 @default.
• W4281552931 cites W2746919427 @default.
• W4281552931 cites W2751836255 @default.
• W4281552931 cites W2767524136 @default.
• W4281552931 cites W2769489188 @default.
• W4281552931 cites W2783769572 @default.
• W4281552931 cites W2785797480 @default.
• W4281552931 cites W2805370945 @default.
• W4281552931 cites W2805960976 @default.
• W4281552931 cites W2843175077 @default.
• W4281552931 cites W2885880810 @default.
• W4281552931 cites W2894199437 @default.
• W4281552931 cites W2895406718 @default.
• W4281552931 cites W2904988050 @default.
• W4281552931 cites W2907040125 @default.
• W4281552931 cites W2913668026 @default.
• W4281552931 cites W2914444571 @default.
• W4281552931 cites W2926305220 @default.
• W4281552931 cites W2937666338 @default.
• W4281552931 cites W2941692671 @default.
• W4281552931 cites W2953991034 @default.
• W4281552931 cites W2959722301 @default.
• W4281552931 cites W2965993899 @default.
• W4281552931 cites W2979532497 @default.
• W4281552931 cites W2979966570 @default.
• W4281552931 cites W2980125222 @default.
• W4281552931 cites W2982860533 @default.
• W4281552931 cites W2989976778 @default.
• W4281552931 cites W3003937846 @default.
• W4281552931 cites W3011715950 @default.
• W4281552931 cites W3033870539 @default.
• W4281552931 cites W3035666400 @default.
• W4281552931 cites W3037220014 @default.
• W4281552931 cites W3040285276 @default.
• W4281552931 cites W3042679593 @default.
• W4281552931 cites W3044804994 @default.
• W4281552931 cites W3044994702 @default.
• W4281552931 cites W3089046365 @default.
• W4281552931 cites W3092760379 @default.
• W4281552931 cites W3094636894 @default.
• W4281552931 cites W3100120814 @default.
• W4281552931 cites W3109026558 @default.
• W4281552931 cites W3116260095 @default.
• W4281552931 cites W3133626655 @default.
• W4281552931 cites W3138952469 @default.
• W4281552931 cites W3157107783 @default.
• W4281552931 cites W4200214090 @default.
• W4281552931 doi "https://doi.org/10.1016/j.jiec.2022.05.037" @default.
• W4281552931 hasPublicationYear "2022" @default.
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