Using a 1 mm wire-tip anode, the authors show that aluminium produces longer-lived microdischarges and bubbles while titanium discharges are faster, and that KOH concentration controls whether titanium forms any PEO coating at all.
For simplicity, a black body radiator is assumed, with an intensity calculated using Planck’s law divided by the energy E = h×c/λ [20]
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Characterisation of single microdischarges during plasma electrolytic oxidation of aluminium and titanium
Using a 1 mm wire-tip anode, the authors show that aluminium produces longer-lived microdischarges and bubbles while titanium discharges are faster, and that KOH concentration controls whether titanium forms any PEO coating at all.