Abstract
The anodic behavior of gold in solutions containing spirocyclopentyl malonyl peroxide is studied via cyclic voltammetry. It is found that gold dissolves under anodic polarization with the formation of a complex of singly charged cations with spirocyclopentyl malonyl peroxide as a ligand. Gold in this case corrodes at lower potentials (about 500 mV) than in the supporting solution.
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