Keywords: انژکتور; Ejector; Liquid metal; Vacuum; Bernoulli's principle;
مقالات ISI انژکتور (ترجمه نشده)
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Keywords: انژکتور; Ejector; Refrigeration system; COP; Booster; Pressure; Exergy destruction
Keywords: انژکتور; solar thermal; ejector; cooling; crop storage; thermopump
Keywords: انژکتور; Ejector; Test rig; Motive flow; Secondary flow; Entrainment ratio;
Keywords: انژکتور; Ejector; Refrigeration; Combined cooling; Heating and power;
Keywords: انژکتور; Refrigeration; Ejector; Expansion work recovery; Bi-evaporator; COP; Exergy efficiency;
Keywords: انژکتور; Ejector; Two-phase flow; Modeling; Sound velocity; Critical flow; Experiment;
Keywords: انژکتور; CO2 capture; Post-combustion; Ejector; Waste heat; MEA; Aspen Plus;
Keywords: انژکتور; Proton exchange membrane fuel cell; Hydrogen recirculation; Secondary flow tube; Suction chamber; Ejector;
Keywords: انژکتور; Thermodynamic analysis; Air-source heat pump water heater; Ejector; Exergy
Keywords: انژکتور; Ejector; Neural network; Parameter selection; Simulation; Heat exchanger;
Keywords: انژکتور; Ejector; Condensation; Nozzle; Chiller; Waste heat recovery; RefrigerationÉjecteur; Condensation; Tuyère; Refroidisseur; Récupération de chaleur perdue; Froid
Keywords: انژکتور; Condenser; Ejector; Fuzzy logic; Non-condensable gas; Operating principle; Pumped gas;
Keywords: انژکتور; Ejector; Machine learning; Mixing section; Operating principle; Thermodynamic analysis; Vacuum pump;
Keywords: انژکتور; Ejector; Refrigeration system; Working fluid; Cycle configuration; Technology comparison;
Keywords: انژکتور; CFD; Ejector; Turbulence modeling; Refrigeration; Supersonic flow; Review; Mécanique numérique des fluides (CFD); Ãjecteur; Modélisation de turbulence; Froid; écoulement supersonique; Synthèse; CFD; computational fluid dynamics; COP; coefficient of
Keywords: انژکتور; Refrigerating system; Ejector; Subcooling; Performance;
Keywords: انژکتور; Ejector; Flammable refrigerant; Solvent; Entrainment ratio; Estimation;
Keywords: انژکتور; Ejector refrigeration; Ejector; Transcritical; Various refrigerants; CO2
Keywords: انژکتور; Ejector; Enhancement; Heat pump; Injection; Performance
Keywords: انژکتور; Ejector; Hydrogen recirculation; Compressible flow; Supersonic flow;
Keywords: انژکتور; Ejector; Nozzle; Solar cooling; Variable geometry;
Keywords: انژکتور; Domestic refrigerator-freezers; Ejector; Experimental work; Refrigeration system
Keywords: انژکتور; Zeotropic mixtures; Auto-cascade refrigeration cycle; Ejector; Performance enhancement;
Keywords: انژکتور; Refrigeration; Ejector; Throttling loss; COP; Exergy efficiency; Exergy destruction
Keywords: انژکتور; Coefficient of performance; Ejector; Entrainment ratio; Modeling; Simulation; TurbineCoefficient de performance; Ejecteur; Ratio d’entraînement; Modélisation; Simulation
Keywords: انژکتور; CFD; Ejector; Turbulence modeling; Supersonic flow
Keywords: انژکتور; Ejector; Performance; Maximisation; Methodology; Method of characteristics; CFD;
Keywords: انژکتور; Vapor compression cycle; Subcooling; Ejector; Expander; Injection; Saturation cycleCycle à compression de vapeur; Sous refroidissement; Ejecteur; Détendeur; Injection; Cycle à saturation
Keywords: انژکتور; Ejector; Working fluids; COP; Entrainment ratio; Ejector refrigeration; Ejector efficienciesEjecteur; Fluides actifs; COP; Taux d'entrainement; Système frigorifique à éjecteur; Efficacités d'éjecteur
Keywords: انژکتور; Ejector; Refrigeration system; COP; Performance; Improvement;
Keywords: انژکتور; Ejector; Mass ratio; Potential flow; Mathematical model;
Keywords: انژکتور; Solar energy; Heat pump; Air-source; Ejector; Performance; Enhancement;
Keywords: انژکتور; Ejector; Environmentally friendly refrigerants; Entrainment ratio; Simulation
Keywords: انژکتور; Refrigeration; Ejector; PIV technique; CFD modelling; Solar air-conditioning;
Keywords: انژکتور; Split-type air conditioner; Ejector; R22; Energy savings; COP improvement
Keywords: انژکتور; Ejector; Bypass; Annular cavity; CFD modeling; Performance;
Keywords: انژکتور; Domestic refrigerator-freezers; Ejector; Enhancement; Performance; Refrigeration system;
Keywords: انژکتور; Supercritical or transcritical Rankine cycle (SRC TRC); Supercritical or transcritical Rankine cycle with ejector (ESRC ETRC); Ejector; Thermodynamic analysis
Keywords: انژکتور; Ejector; PEM fuel cell; Geometric parameters; Entrainment ratio; Optimization
Keywords: انژکتور; Ocean thermal energy conversion (OTEC); Ammonia–water absorption; Power cycle; Ejector; Energy efficiency; Exergy efficiency
Keywords: انژکتور; CO2; Flooded evaporator; Thermostatic valve; Ejector; Transcritical cycleCO2; Evaporateur noyé; Détendeur thermostatique; Ejecteur; Cycle transcritique
Keywords: انژکتور; Ejector; Fanno; Modelling; Refrigeration; Mathematics; Compressible;
Keywords: انژکتور; Ejector; Steam jet refrigeration system; Primary nozzle
Keywords: انژکتور; Ejector; Refrigeration system; Optimum performance; Entrainment ratio; Area ratio;
Keywords: انژکتور; Steam; Ejector; Jet refrigeration; CFD; Chiller; Air-conditioningVapeur; Ejecteur; Réfrigération par jet; CFD; Refroidisseur; Conditionnement d'air
Keywords: انژکتور; Energy-exergy analysis; Finite-size thermodynamics; Ejector; Parametric analysis; Design recommendations;
Keywords: انژکتور; Ejector; Schlieren; CFD modeling; Turbulence model; Shock wavelengthEjecteur; Schlieren; Modélisation à l'aide de la mécanique des fluides numérique; Longueur d'onde de choc; Modélisation de la turbulence
Keywords: انژکتور; Ammonia/LiNO3; Ammonia/NaSCN; Absorption refrigeration; Ejector; Thermodynamic analysis;
Keywords: انژکتور; Ejector; Refrigeration; Working fluids; Performance; EfficiencyEjecteur; Réfrigération; Fluides actifs; Performance; Efficacité