Charged Droplet Corrosion Simulator Nature 2026 Discovery

Anodic Pit Zone (Mⁿ⁺ Dissolution)
EDL Field Lines / Cathodic Drift
Electron Transfer Gradient
Interfacial Overpotential
+184 mV
Corrosion Current Density
38.4 µA/cm²
Max Pit Depth
14.2 nm
Metal Mass Dissolution
0.82 ng
Corrosion Rate Acceleration
18.5x
Mechanism: Spontaneously acquired surface charge creates intense Electric Double Layer (EDL) potential gradients across the solid-liquid meniscus. This localized electric field drives rapid Butler-Volmer electron exchange, breaking the passive oxide film and concentrating anodic metal ion dissolution (pitting) beneath the droplet center while oxygen reduction occurs at the triple-phase periphery.
Electrochemical Parameters
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