EN 
Українська
Polski⚡ Cobalt Electrowinning: Faraday's Law & Current Efficiency (2D)
A 2D cross-section of a cobalt electrowinning cell: current density, Co²⁺ concentration and electrolyte temperature drive a real Faraday's-law deposition model, with live current efficiency, cell voltage and specific-energy readouts.
This 2D companion swaps the 3D version's decorative factory-tour animation for the actual electrochemistry: Faraday's law converts current density into a real deposition rate, current efficiency responds to Co²⁺ concentration, current density and temperature, and cell voltage combines a reversible potential with Tafel activation and ohmic terms — so the readouts and the growing cathode layer track genuine electrowinning physics instead of a generic process loop.
Faraday's-law cobalt deposition with live current efficiency, cell voltage and specific-energy readouts, driven by current density, Co²⁺ concentration and electrolyte temperature.
2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install