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Reference Studied Phenomena [69] Velocity, ion concentration, overpotential, and current density distribution in VRFB cells [70] Effect of geometrical parameters on current density and overpotential distribution and cell performance in VRFBs [71] Effect of geometrical parameters on current density and overpotential distribution and cell performance in VRFBs with IFF [72] Flow rate distribution, flow penetration to the electrode, and their effect on VRFBs with SFF performance [73] Concentration and overpotential distribution between cells in a multi-stack VRFB module, with performance modeling [74] Residence time and velocity distribution in VRFBs with IFF [75] The effect of channel tapering on the pressure drop and flow distribution in RFBs with IFF Modeling approaches Coupled 3-D CFD, mass transport, and kinetics model Coupled 3-D CFD and mass transport model Coupled 3-D CFD and mass transport model Non-dimensionalized 3-D CFD coupled with analytical kinetics model Coupled CFD and mass transport model, considering transport delay in stacks Coupled transient CFD and mass transport model 2-D dimensionless CFD model 14PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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