Influence of non-stationary electric current on system oxide melt - gas phase
Results of studying of impact of non-stationary electric current on oxide melt are presented. It is revealed that non-stationary power influence can cause changing of a microstructure of liquid systems and promote improbable chemical reactions between the oxide melt and gas components. Thus division of components of a gas phase into gases - oxidizers and gases - reducers becomes very conditional. It is established that stable giving of electric current can bring system into a quasi-equilibrium state which will slow down further development of chemical reaction and directly chemical reaction can generate electric current on the course of process.