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DISCUSSION OF RANKINE CYCLE REFRIGERATION
PERFORMANCE OF A RECIPROCATING COMPRESSOR
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amount amplitude bulb C'eav calculated calibrated capacity at 2000 Carnot cycle clearance volume coefficient of performance Company compression ratio compressor stand condenser constant speed rpm cooling capacity cooling effect curve decreases different compressor speeds discharge valve dynamometer Efficiency at 1000 energy ENTHALPY OF VAPOR equation erant expansion process heat collected heat exchanger heat pump high temperature source ideal Rankine cycle increase input instantaneous Joules/gram kcal/kg liquid refrigerant low temperature source mass flow rate maximum measured mechanical mechanical efficiency minute period modulation Number operation P-H diagram performance period with average piston prime mover R-squared Rankine cycle refrigeration reciprocating compressor refrig refrigerant's saturated liquid sensor shown in Figure sinusoidal specific volume speed of rotation strain gauges subcooled suction line superheat superheated test stand thermostatic expansion valve torque trapped vapor valve open vapor cycle VARYING SPEEDS voltage volumetric efficiency water temperature wind power wind turbine Wurm