Electrochemical corrosion testing is used to evaluate the chemical stability and degradation behavior of materials in controlled environments. These techniques provide quantitative insight into corrosion kinetics, passivation behavior, and comparative corrosion resistance of alloys.
I conducted electrochemical corrosion testing to evaluate chemical stability of alloy thin films in chloride-containing environments. Potentiodynamic polarization measurements enabled quantification of corrosion potential and current density. Results were correlated with composition and microstructure.
I used electrochemical testing to compare corrosion resistance of equiatomic and non-equiatomic alloys in both thin-film and bulk form. Repeat testing ensured reproducibility and statistical reliability. Post-corrosion surface analysis supported interpretation of corrosion mechanisms.
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