Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387647789> ?p ?o ?g. }
- W4387647789 endingPage "133763" @default.
- W4387647789 startingPage "133763" @default.
- W4387647789 abstract "Sodium borate (Na2B4O7) corrosion inhibition mechanism was studied on carbon steel rebars in 0.6 mol/L Cl– simulated concrete pore solution (SCPS) at different temperatures and concentrations. Electrochemical testing including cyclic potentiodynamic polarization (CPP), electrochemical impedance spectroscopy (EIS), and Mott–Schottky plots were utilized to understand the influence of inhibitor concentration and temperature on the thermodynamics of the adsorption and activation processes. It was found Na2B4O7 imparts corrosion protection due to the formation of a 3D Fe–B–O stable interphase passive film, achieving an inhibition efficiency up to 86%. This can be attributed to the film having a lower donor current density and less vacancies, according to the Mott–Schottky tests. The formed interphase passive film was more stable and compact with less point defects compared to the blank due to Na2B4O7 adsorption, this phenomenon was substantiated using the atomic packing factor, film thickness, and Mott–Schottky plots. It was revealed, using adsorption isotherms, that Na2B4O7 interacted with the surface via physiochemical adsorption, creating a thinner/compact passive film composed of a rhombohedral calcite-type structure. SEM, XRD, and XPS were used to illustrate that Na2B4O7 aides in the formation of a stable double-layered net structure Fe2O3/FeBO3 passive oxide film. Finally, an interphase corrosion inhibition mechanism of Na2B4O7 was proposed." @default.
- W4387647789 created "2023-10-15" @default.
- W4387647789 creator A5005429869 @default.
- W4387647789 creator A5018288626 @default.
- W4387647789 creator A5020668440 @default.
- W4387647789 creator A5078114526 @default.
- W4387647789 creator A5086594291 @default.
- W4387647789 date "2023-12-01" @default.
- W4387647789 modified "2023-10-15" @default.
- W4387647789 title "Interphase corrosion inhibition mechanism of sodium borate on carbon steel rebars in simulated concrete pore solution" @default.
- W4387647789 cites W1568908365 @default.
- W4387647789 cites W1965746527 @default.
- W4387647789 cites W1969378997 @default.
- W4387647789 cites W1977256455 @default.
- W4387647789 cites W1983966152 @default.
- W4387647789 cites W1986112270 @default.
- W4387647789 cites W1990231016 @default.
- W4387647789 cites W2001623104 @default.
- W4387647789 cites W2007554956 @default.
- W4387647789 cites W2008409422 @default.
- W4387647789 cites W2008874106 @default.
- W4387647789 cites W2011466203 @default.
- W4387647789 cites W2014657527 @default.
- W4387647789 cites W2017386993 @default.
- W4387647789 cites W2027116924 @default.
- W4387647789 cites W2027439546 @default.
- W4387647789 cites W2043842898 @default.
- W4387647789 cites W2049661452 @default.
- W4387647789 cites W2061545286 @default.
- W4387647789 cites W2068586809 @default.
- W4387647789 cites W2071301965 @default.
- W4387647789 cites W2086607750 @default.
- W4387647789 cites W2093480585 @default.
- W4387647789 cites W2093651113 @default.
- W4387647789 cites W2100252608 @default.
- W4387647789 cites W2105520783 @default.
- W4387647789 cites W2157195697 @default.
- W4387647789 cites W2164072937 @default.
- W4387647789 cites W2166744231 @default.
- W4387647789 cites W2166771548 @default.
- W4387647789 cites W2213763509 @default.
- W4387647789 cites W2283879438 @default.
- W4387647789 cites W2517838323 @default.
- W4387647789 cites W2521938962 @default.
- W4387647789 cites W2606916674 @default.
- W4387647789 cites W2752698709 @default.
- W4387647789 cites W2769450332 @default.
- W4387647789 cites W2771098953 @default.
- W4387647789 cites W2782525161 @default.
- W4387647789 cites W2832561760 @default.
- W4387647789 cites W2895997574 @default.
- W4387647789 cites W2898985928 @default.
- W4387647789 cites W2903168155 @default.
- W4387647789 cites W2907737930 @default.
- W4387647789 cites W2964180946 @default.
- W4387647789 cites W2992154654 @default.
- W4387647789 cites W2995665294 @default.
- W4387647789 cites W2996146696 @default.
- W4387647789 cites W2998067741 @default.
- W4387647789 cites W3008092789 @default.
- W4387647789 cites W3019455948 @default.
- W4387647789 cites W3025419369 @default.
- W4387647789 cites W3033454001 @default.
- W4387647789 cites W3037279167 @default.
- W4387647789 cites W3092813631 @default.
- W4387647789 cites W3123255970 @default.
- W4387647789 cites W3158355348 @default.
- W4387647789 cites W3158633668 @default.
- W4387647789 cites W3159492423 @default.
- W4387647789 cites W3169591675 @default.
- W4387647789 cites W3202394314 @default.
- W4387647789 cites W3208880653 @default.
- W4387647789 cites W4205650462 @default.
- W4387647789 cites W4206742334 @default.
- W4387647789 cites W4210737312 @default.
- W4387647789 cites W4223433806 @default.
- W4387647789 cites W4239949606 @default.
- W4387647789 cites W4281634645 @default.
- W4387647789 cites W4283316391 @default.
- W4387647789 cites W4284964092 @default.
- W4387647789 cites W4307262314 @default.
- W4387647789 cites W4312126431 @default.
- W4387647789 cites W4312199930 @default.
- W4387647789 doi "https://doi.org/10.1016/j.conbuildmat.2023.133763" @default.
- W4387647789 hasPublicationYear "2023" @default.
- W4387647789 type Work @default.
- W4387647789 citedByCount "0" @default.
- W4387647789 crossrefType "journal-article" @default.
- W4387647789 hasAuthorship W4387647789A5005429869 @default.
- W4387647789 hasAuthorship W4387647789A5018288626 @default.
- W4387647789 hasAuthorship W4387647789A5020668440 @default.
- W4387647789 hasAuthorship W4387647789A5078114526 @default.
- W4387647789 hasAuthorship W4387647789A5086594291 @default.
- W4387647789 hasConcept C127413603 @default.
- W4387647789 hasConcept C147789679 @default.
- W4387647789 hasConcept C150394285 @default.
- W4387647789 hasConcept C159985019 @default.
- W4387647789 hasConcept C17525397 @default.