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Reference Gerhardt, Wong, Aziz [38] MacDonald, Darling [82,83] PFF set of equations βπππΉπΉ = 64πππΏπ(π€π + π€π) IFF set of equations βπ =βπ (1+ 2 π½2 = 128πΏππΎhπ π€ π€ h π2 π π π h βπ ππΉπΉ π€ π€hπ2 πΉπΉ π π h = 32ππ£ππΏπ ππ2 h πΌπΉπΉ ππΉπΉ 2 + 2 cosh π½ π½sinhπ½ ) π = 1.5 β 2.0330π + 2.9201π2 β 2.5518π3 +1.4366π4 β 0.3806π5 π=min(hπ,π€π)βmax(hπ,π€π) π£π = π ππ΄π ππΉπΉ:π£π =32π£ππΎ2 { π΄π πΌπΉπΉ:π£π= π πhππΏπ 3.7- Experimental setup 3.7.1- Differential pressure measurement assembly (DPMA) As illustrated in Figure 3. 6, the DPMA consists of a differential pressure gauge (DPG) (Dwyer Capsuhelic differential pressure gauge- series 4000), tubing, and connectors. T-connectors draw portions of the flow from inlet and outlet of the RFB cell and are guided to the DPG. The Capsuhelic DPG measures the pressure difference by a fixed-ended silicone rubber diaphragm, which its center is connected to a precision spring. The high-pressure fluid line is connected to the front of the diaphragm, while the low-pressure one is connected to the back. The difference in the applied pressure by both lines deforms the diaphragm, which its displacement at the center is reported by the gauge indicator attached to the precision spring (A side cross-sectional diagram of 39PDF Image | Analysis of Fluid Flow in Redox Flow Batteries
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