The complete electrochemical reduction process in a simple solution of trivalent chromium and in a trivalent chromium plating bath is investigated by a cyclic voltammetric measurement method.

The cyclic voltammetry experiments show that there is a certain relation between reduction peak potential (E R) of the sample and the ratio of the doped ion charge (z) to radius (r), i.

Cyclic Voltammetry Study of an NAD Analogue Adsorbed on Au Electrode;

Study on cyclic voltammetry of LiFePO_4 in aqueous electrolyte;

Application of cyclic voltammetry technique in lead-acid batteries;

To study the electrochemical performances of lead foam electrode prepared from electrodeposited lead alloy on copper foam substrate and electrodeposited lead alloy electrode, cyclic voltammogram ( CV) method was used.

By means of the cyclic voltammogram, the effects of upper potential and activation mode on the catalytic activity of two Pt/C catalysts prepared by the sulfurous route and the stannous method for methanol electro-oxidation were investigated.

The electrochemical behavior of copper anode in H_2SO_4 solution is studied by means of cyclic voltammogram technique.