Electrochemical behavior molybdenumin hydrochloric acid solution

Abstract

Subsequently, in the world, the production waste of heavy flammable metals is increasing. It is very difficult
to synthesize various inorganic compounds that are useful in processing and removing metal waste. The reason is that the
melting point of these metals is very high and at normal temperatures, difficult to dissolve in acids. Therefore, it is of great
interest to study the electrochemical properties of these metals in non-stationary polarization. In the proposed work, the laws
of melting of molybdenum electrodes were considered when polarization of a pair of titanium-molybdenum electrodes with
alternating current. The effects of the current density of molybdenum and titanium electrode, duration of electrolysis and acid
concentration, temperature were investigated in molybdenum electrode. In the solution of molybdenum hydrochloric acid the
polarization of alternating current at the production frequency was investigated and the optimal parameters of dissolution were
determined by the effect of the density of the current density, duration of electrolysis, saline acids.