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EXPERIMENTAL A single Zn-Cl^ cell was used (EDA, Madison Heights, Michigan). The cell is shown in Figure 1 and consists of a dense graphite electrode (Union Carbide ATJ Graphite) on which zinc is deposited, and a porous flow-through graphite electrode (Union Carbide Porous Graphite Grade 60) on which chlorine is evolved. The thickness of the porous graphite electrode is 0.2 cm and the porosity is 0.52. The gap between the two electrodes is 0.2 cm. The apparent active area 2 of the electrodes was 68 cm , the total current was 3 A and the charging process lasted for 1-2 hours. KYNAR PLASTIC. HOLDER Cl2 ELECTRODE KYNAR SPACER" POROUS Cl2 ELECTRODE- Li:: ELECTROLYTE EXIT NON-POROUS — GRAPHYTE Zn ELECTRODE . Zn ELECTRODE . ' INTERELECTRODE GAP Cl2 ELECTRODE CONTACTS CAVITY . ^ r p-r- — CONTACTS ELECTROLYTE INLET - Qqr- TZZ Figure 1. The single cell (cross section). A-3PDF Image | Development of the Zinc-Chlorine Battery for Utility
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