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Beryllium was oxidized at a current density of 10mAcm−2 in a 0.5M Na2CO3 (pH=11.2) electrolyte to understand the micro-arc oxidation (MAO) process. Different oxidation stages were investigated by analysing the voltage–time responses and coating morphology. ‘Electric breakdown’ accompanied by sparks travelling across the metal/electrolyte interface occurs when the voltage rises above a certain point...
The formation of the porous anodic film on beryllium in NaOH electrolyte for navigation application is investigated. In particular, the effect of NaOH concentration and current density on morphology, thickness and properties of the anodic film is studied. The condition for stable growth of the anodic film on beryllium in NaOH electrolyte is obtained by analyzing the voltage-time responses and the...
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