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The third major modification was placing the setup in a hermetically sealed cabinet. This facilitated experiments to be run in an oxygen-deprived environment while also protecting from UV light. This modification required the pump to be externally controllable, so the Shenchen LabV1 pump was connected to the SP-300 potentiostat via a DB9 cable, which allowed control of the flow rate through the potentiostat software. All cables from the connected instruments were passed through the cabinet with a sealed cable lead-in. The final version of the one-container symmetric cell setup with all three major modifications is shown schematically in Figure 6.1. sensor Potentiostat DB9 connection Pulsation dampener Pump Electrolyte reservoir 6.1. Experimental Cable lead-in Temperature Potentiostat cell cables Exhaust Heating cartridges Membrane Electrode Flow plate Current collector End plate Argon in Figure 6.1: Schematic of the final version of the one-container symmetric cell setup used for EIS studies, with the cell seen from the side. The dashed line represents the cabinet that the setup was placed in. Note that the lengths of the tubing leading to and from each side of the cell were more equal in reality. 89PDF Image | Organic Redox Flow Batteries 2023
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