Abstract

Abduali Bayeshov¹, Azhar Bayeshova², Dinara Abizhanova¹ and Umida Abduvaliyeva*¹

DOI : http://dx.doi.org/10.13005/ojc/350225

In the proposed research paper, we considered the pattern of formation of copper powders during the polarization of electrodes by transient currents. When a copper-titanium pair of electrodes is polarized with an industrial alternating current of 50 Hz in a solution of copper (II) sulfate, it is shown that copper powders with a high current yield are formed on the surface of the titanium electrode. Under optimum conditions, the current yield is 80%. The size of the formed copper powders is 0.5-2 µm. The analysis of the obtained oscillograms showed that when titanium is used in the circuit, the asymmetrical sinusoidal current flows.

Alternating Current; Copper; Powder; Titanium

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