Abstract
Multi physics electrochemical modeling in a framework of Computational Fluid Dynamics (CFD) code was proposed and dealt with in detail to simulate the electro-transport behaviour that appears in a molten-salt electrolytic system. The modeling approach in this study is focused on the mass transport and current arising due to the concentration and the surface overpotential based on a cell configuration and electrolyte turbulence. This comprehensive modelling approach was applied and compared to electroplating model in a prepared rotating cylinder Hull (RCH) cell system.
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