Corrosion performance of pulse plated ruthenium: Dependence on pulse-off time

Pulse electrodeposition (PED) was used to produce nanocrystalline zinc film from zinc sulphate electrolyte. Differences reductive/oxide voltage were employed to study the grain size and surface morphology of these ultra-fine zinc coating with SEM. Also pulse times were discussed for the same electricity. The corrosion behaviour of these as formed zinc coating are investigated by potentiodynamic polarization. The different corrosion resistances of SS316L under different applied voltages and pulse time conditions are summarized, providing a foundation for further consideration of electroplating zinc.

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Corrosion performance of pulse plated ruthenium: Dependence on pulse-off time

Cited by 3 publications

References 20 publications

Ruthenium electrodeposition from non-aqueous electrolytes containing divalent ions

Ruthenium electrodeposition from non-aqueous electrolytes containing divalent ions

Enhanced adhesion of anticorrosion ruthenium films deposited by RF sputtering on 304L stainless steel

Pulse Electroplating of Ultra-Fine Grained Zinc Coating on 316L Stainless Steel and its Corrosion Behaviour

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