Development of the Zinc-Chlorine Battery for Utility

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Development of the Zinc-Chlorine Battery for Utility ( development-zinc-chlorine-battery-utility )

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ELECTROLYTE SUPPLY GLASS CELL CASE TEST ELECTRODES REFERENCE PROBES TERMINAL BUS CONNECTION GAS OUTLET TO CHROMATOGRAPH OVERFLOW ' TOSUMP Figure28-2. Detaileddrawingofproposedaccelerated life test cell. By utilizing the chlorine-chlorine cell approach, the potential of simultaneously testing two porous electrodes is made possible. By using a "busing" or contact arrangement equivalent to current practices (see Figure 28-3) it is possible to also monitor the stability of this most important design feature. As currently envisaged current interruption techniques would be required to separate voltaic losses due to changes in this contact from those of the electrode proper. Initially the cell concept will be tested and evaluated. After the implementation of any necessary modifications, accelerated testing proper will commence. 28-9

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