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^cd’^cw ra,rf’rt,rr Rilat Heat exchanged in dry and wetted channel Heat transfer resistances of air, fin. tube and refrigerant Percentage of latent heat transfer to the air stream in a channel Same but for sensible heat Reynolds numbers of air, water, and refrigerant Temperature subscripts: A = air, W = water, M = mixing temperature, A^g = air wet bulb temperature, A^^ = air dry-bulb tem- perature, Amb = ambient air, b = air water interface, c,c* = normal and lower condensing temperature Real and apparent overall heat trans- fer coefficients at dry wall at wetted wall Same for infinite heat transfer at air side Velocity of air and refrigerant Compressor work Humidity ratio subscripts: A = moist air, b = saturation at water state B Interval fraction defined by eq. 19 Differences of parameters Thickness of water film Heat exchanger effectiveness Temperature effectiveness kcal hr 2 m hr°C kcal % % - °C kcal O m hr°C kcal m^hr°C kcal 2 m hr°C kcal m hr°C m sec kcal kg *&. kg - m - - R ReA’ReW’ReR T U,U* Ud uw u VAsVR y Greek Symbols A 6w e no sen W 4- act X C-4PDF Image | Development of the Zinc-Chlorine Battery for Utility
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