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Reference- flow field- electrode C SSFF- SGL 4.6 carbon felt 6 3SFF- SGL 4.6 carbon felt 12 3SFF- Carbon paper 32 [43]- IFF- Carbon paper 32 [43]- SSFF- Carbon paper 6 [38]- IFF-1.59w- Carbon paper 0 [38]- IFF-0.79w- Carbon paper 7 [38]- IFF-0.25w- Carbon paper 32 Additionally, it is important to evaluate whether the HEAM is more accurate than its competitive analytical models in the literature or not. As Figure 3. 17-14 suggest, the HEAM is more accurate than MacDonaldβs and Azizβs analytical model. Additionally, as Figure 3. 16-16 suggest, it predicts that the pressure drop decreases as the cross-sectional area of channels becomes larger, which the other two models predict the opposite. Equation 3.35 shows how MacDonaldβs model falsely predicts that the pressure drop increases with the cross-sectional area of channels for RFBs with IFF design. The same is shown for Azizβs model in Equation 3.36. π½ β 0 β { β (1 + ) β 1 + β π½2 β βπ πΌπΉπΉ β βπ ( ) (3.35) coshπ½β1 sinhπ½ β π½ 2+2coshπ½ π½sinhπ½ 4 >1 4 π½2 4 π½2 4 ππΉπΉ π½2 { ππ π€ππ π΄ π π = 32ππ£ππΏπ βπ ππΉπΉ 128πΏ2πΎh πΌπΉπΉ π½2= π π π€ π€ h π2 πππh ππ2 h ββπ β π π π π = π π π€π€hππ£ ππΏh πΎ ππΏ2h 2πΎπ 50PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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