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A ,A* c c % b>bi5b2S. b COP,COP* c ,c % Pw D h G g h hA,hA is5 §* 1w NOMENCLATURE of frequently used symbols Air states in the i-x diagram Real and apparent heat transfer area ofcondenser other subscripts: b = interface area, d = dry surface, m = surface of a mod ule, w = wetted surface Unit evaporation surface Boundary state of air-water interface Dimensionless multiplier in eq. 26 Normal and improved Coefficient of Performance Specificheatofairandwater Hydraulic diameter subscripts: A = air channel, W = water film, R = refrigerant flow in tube, AW=wettedairchannel Mass flux subscripts: A = air flow through minimum cross-section area, AW = same but in wetted channel, R = refrigerant Acceleration of gravity Heat transfer coefficient subscripts: A = air, AW = at air- water interface, R = refrigerant, W = water Real and augmented heat transfer coefficient at air side condenser surface Enthalpy of air states Enthalpy of air-water interface Enthalpy of water 2 m 2 kcal kg°C m kg 2 m hr C-2 m m 2 sec kcal m2hr°C kcal m2hr°C kcal kg kcal kg kcal kgPDF Image | Development of the Zinc-Chlorine Battery for Utility
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