Low Potential Oxidation of Hydrogen Sulfide on a Rotating Tripolar Wiper‐Blade Electrode via Continuous Anode Reactivation

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Abstract
The mechanism of anodic oxidation of hydrogen sulfide in an aqueous electrolyte solution was studied by means of a rotating tripolar wiped electrode system; a statistically most likely model taken from six contending models is proposed via likelihood approach. The cell can efficiently be used for the continuous reactivation of the anode surface.