Abstract
The electrochemical aspects of octyl hydroxamate adsorption on chalcocite were investigated through linear potential sweep voltammetry, contact angle measurements, and flotation tests in a polarizable Hallimond tube. The adsorption of octyl hydroxamate was found to coincide with an oxidation shoulder, just prior to the primary anodic peak. The electrode reaction associated with this peak has been explained as an oxidation/complexation/adsorption process which accounts for the interaction between octyl hydroxamate and chalcocite.
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