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HEAT PUMP AND REFRIGERATION SYSTEM DESIGN
Natural RefrigerantEnvironmentally Benign Heat Pumps
Fluid Mechanics and Heat Transfer in Positive Displacement Compressors
8 other sections not shown
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absorber absorption heat pump Advanced Energy Systems AES-Vol air-side analysis anode application ASHRAE ASME Advanced Energy calculated cell stack cerium chiller components compression compressor concentration condensation configuration consumption cooling correlations corrosion coupling functions cycle decrease diameter diffusion effect efficiency electric efficiency electricity electrolyzer emissions Energy Systems Division engine enhancement enthalpy environmental equation evaporator exergy exit experimental factor Figure fluid flux fraction Frangopoulos fuel cell fuel utilization gas turbine HCCI heat exchangers heat pump heat transfer coefficient hydrogen increase inlet International liquid load louver mass flow rate mass transfer methanol method micro-channel micro-fin tubes mixture operation optimum outlet overall parameters performance pipe plant pressure drop production ratio reformer refrigerant shown simulation Spakovsky steam surface tension surfactant synthesis/design Table Technology temperature thermal thermodynamic thermoeconomic unit vacuum values valve variables velocity