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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Air dry-bulb temp. T^^g Condensing temp.Tc Air wet -bulb temp. STATE NUMBER Figure 17. Temperature profiles of fluids in wetted con­ denser operating in ambient air of much higher temperature than the condensing fluid. The temperature of the water T^ remains practically constant despite the fact that it re­ ceives heat from both air and condensing fluid. The heat received evaporates part of the water. The vapor generated is added to the air stream. tAwb indicates the change of relative humidity experienced by the air. These data are not necessarily correct but possibly too low for the following reasons. The heat load of the dry condenser is Q =Q+W (50) hCD > act while the load of the wetted condenser is: C-35 TEMPERATURE

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