The electrochemical behavior of nanostructured binary systems based on transition metals

Abstract

By means cyclic and anodic linear sweep/stripping voltammetry methods the electrochemical behavior of bimetallic electrolytic nanoalloys and nanostructured powders Cu– Cd, Ni–Cd, Fe–Co, Fe–Ni was investigated in acidic (chloride, sulfate) and ammonia buffer media with the glassy carbon and carbon paste electrodes. The conditions (supporting electrolytes, concentrations of metal ions, voltammetric parameters) of the electrochemical synthesis and voltammetric characterization of the binary systems were established.