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C-value is the only parameter fitted to the data; other parameters are obtained from FF or electrolyte properties of studied RFBs. Figure 3. 3. A schematic of the pipe assumption and the flow velocity profile for round pipes in laminar, fully developed viscous flow. Equation 3.29 is sufficient to relate the pressure drop and flow rate in SFF designs. However, an additional equation is required to link the pressure drop and flow rate in the obligatory path through the electrode above the ribs in IFF designs. Darcyβs law is the governing equation for the flow passing through the electrode and is reiterated as: βπ=π π ββπ =πππ€π (3.31) π€π π hπππ π π hπππ Where wr, lr, hp, and k are the width of the ribs, length of the ribs, electrode height, and electrode permeability, respectively. Figure 3. 4 schematically represents the geometric parameters in IFF designs. 35PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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