Keywords: نسبت جذب; Ejector; Hydrofluoroethers; Entrainment ratio; Estimation;
مقالات ISI نسبت جذب (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: نسبت جذب; Steam ejector; CFD; Primary steam nozzle distance; Mixing chamber throat diameter; Entrainment ratio;
Keywords: نسبت جذب; Area ratio; Critical mode; Ejector refrigeration system; Entrainment ratio; Loss coefficients; Subcritical mode;
Keywords: نسبت جذب; Ejector; Freeze drying; Entrainment ratio; Thermodynamic analysis; Energy saving;
Keywords: نسبت جذب; Auto-cascade refrigeration; Ejector; Compression ratio; Entrainment ratio; Coefficient of performance (COP);
Keywords: نسبت جذب; Variable area ratio ejector; Entrainment ratio; Back pressure; Ejector-based refrigerator-freezer system; Blocking percentage;
Keywords: نسبت جذب; Steam ejector; Entrainment ratio; Supercharging ratio; Static pre-cyclonic steam ejector;
Keywords: نسبت جذب; MED-TVC desalination; Ejector; Entrainment ratio; NXP; CFD simulation;
Keywords: نسبت جذب; Rectangular ejector; Compressible flow; Shock formation; Entrainment ratio; Turbulence model;
Keywords: نسبت جذب; Ejector; Nozzle position; Entrainment ratio; Pressure lift ratio;
Keywords: نسبت جذب; Ejector cooling systems; Entrainment ratio; Compression efficiency; COP; Système de refroidissement à éjecteur; Ratio d'entrainement; Rendement de compression; COP;
Keywords: نسبت جذب; Ejector; Critical back pressure; Primary pressure; Entrainment ratio; Model; Ãjecteur; Contrepression critique; Pression primaire; Ratio d'entrainement; Modèle;
Keywords: نسبت جذب; 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: نسبت جذب; Ejector; Entrainment ratio; ANN; COP; Refrigeration cycle; PSO;
Keywords: نسبت جذب; Novel ejector; Bypass inlet; Enhanced performance; Entrainment ratio;
Keywords: نسبت جذب; Ejector; Test rig; Motive flow; Secondary flow; Entrainment ratio;
Keywords: نسبت جذب; Bypass; Enhanced performance; Entrainment ratio; Geometrical factor
Keywords: نسبت جذب; Two-stage ejector; Entrainment ratio; Geometrical factor;
Keywords: نسبت جذب; Heating; Ventilation and air conditioning; Active chilled beams; Chamber geometry; Entrainment ratio; Computational fluid dynamics; Terminal unit;
Keywords: نسبت جذب; Steam ejector; Mixing layer growth rate; Compressibility effects; Entrainment ratio; CFD (computational fluid dynamics)
Keywords: نسبت جذب; Two-stage ejector; Entrainment ratio; Subzero refrigeration; CFD;
Keywords: نسبت جذب; Multi-evaporator refrigeration system; Variable area ratio ejector; Spindle; Cooling capacity allocation; Power consumption; Entrainment ratio;
Keywords: نسبت جذب; Ejector refrigeration cycle; Entrainment ratio; Working fluids; Low-grade thermal energy;
Keywords: نسبت جذب; Ejector; Flammable refrigerant; Solvent; Entrainment ratio; Estimation;
Keywords: نسبت جذب; Steam ejector; Entrainment ratio; Condensation; Shear layer mixing; Pitot pressure; CFD (computational fluid dynamics)
Keywords: نسبت جذب; Coefficient of performance; Ejector; Entrainment ratio; Modeling; Simulation; TurbineCoefficient de performance; Ejecteur; Ratio d’entraînement; Modélisation; Simulation
Keywords: نسبت جذب; Ejector; Working fluids; COP; Entrainment ratio; Ejector refrigeration; Ejector efficienciesEjecteur; Fluides actifs; COP; Taux d'entrainement; Système frigorifique à éjecteur; Efficacités d'éjecteur
Keywords: نسبت جذب; Air ejector; Entrainment ratio; Shock; Static wall pressure;
Keywords: نسبت جذب; Ejector; Environmentally friendly refrigerants; Entrainment ratio; Simulation
Keywords: نسبت جذب; Vacuum ejector; Hydrogen recirculating scheme; Entrainment ratio; Proton exchange membrane fuel cell;
Keywords: نسبت جذب; Forward feed; Falling film; Entrainment ratio; Fouling; Brackish water; Vertical tube evaporator;
Keywords: نسبت جذب; Ejector; PEM fuel cell; Geometric parameters; Entrainment ratio; Optimization
Keywords: نسبت جذب; Ejector; Refrigeration system; Optimum performance; Entrainment ratio; Area ratio;
Keywords: نسبت جذب; Ejector refrigeration; COP; Entrainment ratio; Irreversibility; Efficiency;
Keywords: نسبت جذب; Variable ejector; Multi-evaporator refrigeration system; Pressure recovery; Entrainment ratio; Critical area ratio; Experiment;
Keywords: نسبت جذب; Natural gas ejector; Geometrical factors; Entrainment ratio; Pressure ratio;
Optimization on ejector key geometries of a two-stage ejector-based multi-evaporator refrigeration system
Keywords: نسبت جذب; Two-stage ejector; Multi-evaporator refrigeration system; Key geometric parameters; Entrainment ratio; CFD;
Geometric optimization of an ejector for a 4Â kW SOFC system with anode off-gas recycle
Keywords: نسبت جذب; Ejector; Solid oxide fuel cell; Geometric design; Anode off-gas recycling; Entrainment ratio; Steam to carbon ratio;
Performance evaluation and parametric studies on variable nozzle ejector using R134A
Keywords: نسبت جذب; Ejector; Variable nozzle; Cooling system; Entrainment ratio; Turbulence models;
CFD simulation of two-phase ejector performance influenced by different operation conditions
Keywords: نسبت جذب; Two-phase ejector; Temperature phase change; Entrainment ratio; Transient; CFD; Operation conditions;
Performance assessment of a low grade waste heat driven organic flash cycle (OFC) with ejector
Keywords: نسبت جذب; Area utilization temperature indicator; Ejector; Entrainment ratio; OFC; Waste heat recovery; Pinch limitation;
1-D model for finding geometry of a single phase ejector
Keywords: نسبت جذب; 1-D model; Ejector design; Entrainment ratio; Ejector geometry; Refrigeration system;
Experimental determination of the water vapor effect on subsonic ejector for proton exchange membrane fuel cell (PEMFC)
Keywords: نسبت جذب; Subsonic ejector; Entrainment ratio; Hydrogen fuel; PEMFC;
Comparison of traditional and CRMC ejector performance used in a steam ejector refrigeration
Keywords: نسبت جذب; Ejector; Refrigeration cycle; CRMC; Entrainment ratio;
Performance investigation of a novel EEV-based ejector for refrigerator-freezers
Keywords: نسبت جذب; EEV-based ejector; Cooling loads; CFD; Entrainment ratio; Blocking percentage;
PIV experiment and evaluation of air flow performance of swirl diffuser mounted on the floor
Keywords: نسبت جذب; Flow visualization; 2D-PIV; Swirl diffuser; Dimensionless velocity; Centerline velocity decay coefficient; Entrainment ratio;
Induction ratio of active chilled beams â Measurement methods and influencing parameters
Keywords: نسبت جذب; Active chilled beams; Induction ratio; Entrainment ratio; Measurements;
Three-dimensional CFD modeling and simulation on the performance of steam ejector heat pump for dryer section of the paper machine
Keywords: نسبت جذب; Steam ejector heat pump; Three-dimensional; CFD modeling; Simulation; Entrainment ratio
Characteristics and mechanistic analysis of CO formation in MILD regime with simultaneously diluted and preheated oxidant and fuel
Keywords: نسبت جذب; MILD combustion; CO formation mechanism; Entrainment ratio; Equivalence ratio; Inlet temperature;
Numerical and experimental investigation on nozzle parameters for R410A ejector air conditioning system
Keywords: نسبت جذب; Two-phase ejector; Nozzle parameters; Adjustable ejector; Entrainment ratio; R410AEjecteur diphasique; Paramètres des tuyères; Ejecteurs ajustables; Ratio d'entraînement; R410A