Keywords: انژکتور; Ejector; Failure criterion; Parametric simulation model; Reliability assessment;
مقالات ISI انژکتور (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: انژکتور; Ejector; Hydrofluoroethers; Entrainment ratio; Estimation;
Keywords: انژکتور; Ejector; Ejector refrigeration; Flash tank economizer; Performance;
Keywords: انژکتور; Nuclear reactor safety; Thermal-hydraulics; Passive safety system; Two-phase flow; Direct contact condensation; Ejector;
Keywords: انژکتور; Ejector; Roughness; Efficiency prediction; CFD;
Keywords: انژکتور; Vacuum spray flash desalinator; DTECD; Ejector; Eductor;
Keywords: انژکتور; Ejector; Carbon dioxide; Transcritical cycle; Model; Non-equilibrium; Ãjecteur; Dioxyde de carbone; Cycle transcritique; Modèle; Non-équilibre;
Keywords: انژکتور; Ejector; Efficiency; One- and two-stage; Optimized selection;
Keywords: انژکتور; Low-pressure sampling; Ejector; Online measurements; SMPS; CPMA;
Keywords: انژکتور; Energy saving; Solar; Exergy analysis; Economic analysis; Ejector; 4E;
Keywords: انژکتور; Ejector; Analysis; Design; Fluid dynamics; Real gas properties;
Keywords: انژکتور; Transcritical CO2 refrigeration system; Supermarket; Ejector; AC; air conditioning; CB; conventional booster; EJAC; AC multiejector; EJMT; MT multiejector; EVAP; evaporator; FGV; flash gas bypass valve; HPV; high pressure valve; HVAC; heating, ventilation
Keywords: انژکتور; Variable area nozzle; Ejector; Numerical modeling; Experimental study; Convergent-divergent nozzle;
Keywords: انژکتور; Ejector; Air-solid ejector; Mixing process; Performance;
Keywords: انژکتور; Ejector; Friction losses; Roughness value; Refrigerant; Ãjecteur; Pertes par friction; Valeur de rugosité; Frigorigène;
Keywords: انژکتور; Ejector; Freeze drying; Entrainment ratio; Thermodynamic analysis; Energy saving;
Keywords: انژکتور; Hydrocarbon mixture; Ejector; Autocascade refrigeration cycle; Performance improvement;
Keywords: انژکتور; Solar refrigeration; Ejector; Optimization; Evacuated tube collector; Exergy efficiency;
Keywords: انژکتور; Ejector; Solar; Air-source heat pump; Energy; Exergy;
Keywords: انژکتور; CO2capture; Carbon dioxide; Steam; Non-condensable; Ejector; Performance;
Keywords: انژکتور; Absorption refrigeration; Ejector; Lithium bromide; Experimental; Multi-heat sources; Economic optimization;
Keywords: انژکتور; Ejector; Area ratio; Nozzle exit position; CFD; Auto-tuning;
Keywords: انژکتور; Auto-cascade refrigeration; Ejector; Compression ratio; Entrainment ratio; Coefficient of performance (COP);
Keywords: انژکتور; Bubble swarm; Ejector; Momentum transfer; Bubble break-up;
Keywords: انژکتور; Ejector; Suction chamber angle; NXP; CFD; Experimental study;
Keywords: انژکتور; Experimental investigation; Ejector; Zeotropic refrigerant; Auto-cascade refrigeration; Exergy efficiency;
Keywords: انژکتور; Oil radiator air-cooled passage; Ejector; Piccolo-tube nozzle; Porous medium model; Scaled model test;
Keywords: انژکتور; Ejector; Vapor absorption cycle; NH3-LiNO3; Parabolic trough collector; Organic rankine cycle;
Keywords: انژکتور; Experimental research; Ejector; Auto-cascade refrigeration; Pull-down performance; Low-temperature freezer;
Keywords: انژکتور; Carbon dioxide; Ejector; Two-phase; Oil circulation rate; Evaporator;
Keywords: انژکتور; Ejector; Refrigeration: Entrainment ratio;
Keywords: انژکتور; ejector; active liquid jet; passive gas medium; agitator; diffuser; vertical pipe; efficiency;
Keywords: انژکتور; Constant area mixing; constant pressure mixing; ejector; hydrofluorocarbons (HFCs); hydrofluoroolefins (HFOs); throttling losses;
Keywords: انژکتور; Ejector; Predictive model; Refrigeration system; Control;
Keywords: انژکتور; MED-TVC desalination; Ejector; Entrainment ratio; NXP; CFD simulation;
Keywords: انژکتور; Theoretical analysis; Heat pump cycle; Ejector; Solar energy;
Keywords: انژکتور; Ejector; Schlieren photography; Method of characteristics; Numerical simulation; Visualization;
Keywords: انژکتور; Solid oxide fuel cell; Anode off gas; Ejector; Turbocharger; Optimization;
Keywords: انژکتور; Exergy; Multi-generation system; Ejector; Zeotropic mixture; Desalination;
Keywords: انژکتور; Solar refrigeration; Ejector; ETC; Optimization; Working fluids; R141b;
Keywords: انژکتور; Ejector; Nozzle position; Entrainment ratio; Pressure lift ratio;
Keywords: انژکتور; Ejector; Critical back pressure; Primary pressure; Entrainment ratio; Model; Ãjecteur; Contrepression critique; Pression primaire; Ratio d'entrainement; Modèle;
Keywords: انژکتور; Heat pump; Oil flooded compression; Ejector; Ejector cycle enhancement; Internal heat exchanger; R32; Pompe à chaleur; Compression noyée dans l'huile; Ãjecteur; Amélioration du cycle de l'éjecteur; Ãchangeur thermique interne au R32;
Keywords: انژکتور; Falling film; Ejector; Liquid recirculating ratio; Integrated falling-film factor; Nonuniformity; Film tombant; Ãjecteur; Ratio de recirculation de liquide; Facteur de film tombant intégré; Non-uniformité;
Keywords: انژکتور; Thermodynamic analysis; Ejector; Energy; Exergy; Waste heat; Analyse thermodynamique; Ãjecteur; Ãnergie; Ãxergie; Chaleur perdue;
Keywords: انژکتور; Numerical study; Ejector; Primary nozzle; Primary flow rate; Entrainment ratio; Surface roughness; étude numérique; Ãjecteur; Tuyère primaire; Débit primaire; Ratio d'entrainement; Rugosité de la surface;
Keywords: انژکتور; Ejector; Entrainment ratio; ANN; COP; Refrigeration cycle; PSO;
Keywords: انژکتور; Organic Rankine cycle (ORC); Ejector; Regenerator; Feed fluid heater; Thermodynamic performance; Working fluids;
Keywords: انژکتور; Cogeneration; Low-temperature heat sources; Ejector; Energy analysis; Exergy analysis;
Keywords: انژکتور; Ejector; Liquid metal; Vacuum; Bernoulli's principle;