Materials and Corrosion · 2018 · 11 citations · 33 references
Natural SciencesElectrical EngineeringMaterials ScienceCorrosion ScienceElectrochemical EngineeringElectrochemistryCorrosion EngineeringCorrosion MechanismsCorrosion Of SteelsElectrochemical CorrosionGalvanic CorrosionWorking ElectrodesCorrosion ElectrochemistryCorrosion PotentialCurrent DensityElectrochemical MeasurementsElectrochemical PolarizationElectrode ArchitectureGalvanic Corrosion In SeawaterSteel Corrosion In Seawater
The electrochemical inhomogeneities of steel wires within a steel/copper alloy couple immersed in static and flowing seawater were studied by the wire beam electrode (WBE) technique, and the variations of the main anodic area of steel wires were discussed. It showed that the potential and current density distributions of steel wires in both static and flowing seawater were inhomogeneous while the electrochemical inhomogeneities of steel wires immersed in flowing seawater were significantly reduced. The main anodic area of steel wires immersed in static seawater moved from the steel wires at the edge of the WBE to other steel wires, and the main anodic area of steel wires immersed in flowing seawater moved from the steel wires adjacent to the steel/copper alloy interface to the steel wires further away. Polarity reversals of the single steel electrode can be found, but the reasons for the phenomena were different from each other.
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Corrosion mechanism of model zinc–magnesium alloys in atmospheric conditions
Tomáš Prošek, A. Nazarov, Ulf Bexell et al. · Corrosion Science · 2008 · 319 citations
Natural Sciences, Materials Engineering, Materials Science +16
A. Raman, B. Kuban, A. Razvan · Corrosion Science · 1991 · 153 citations