Keywords: مایع کار; Flat-plate micro heat pipe; Thermal resistance; Effective thermal conductivity; Liquid filling ratio; Working fluid; Inclination angle;
مقالات ISI مایع کار (ترجمه نشده)
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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: مایع کار; Oxy-fuel combustion; CO2 capture; LNG; Working fluid; H2O content;
Keywords: مایع کار; Pulsating heat pipe; Working fluid; Nano-fluid; Dry-out; Start-up;
Keywords: مایع کار; Pulsating heat pipe; Working fluid; Thermal resistance; CTAC; Surface tension; Viscosity;
Keywords: مایع کار; Organic Rankine Cycle (ORC); Working fluid; Mixture; Genetic algorithms (GA); Multi-objective optimization;
Keywords: مایع کار; Vapor-compression refrigeration; Working fluid; Second-law analysis; Equivalent temperature;
Keywords: مایع کار; Organic Rankine Cycle (ORC); Waste heat recovery; Working fluid; Expander; Experiment test rig;
Keywords: مایع کار; Organic Rankine Cycle; Diesel engine; Waste heat recovery; Main component; Working fluid; Thermodynamic analysis;
Keywords: مایع کار; EGS; HDR; Working fluid; Water; Carbon dioxide; Nitrous oxide;
Keywords: مایع کار; Organic Rankine cycle; Waste heat; Working fluid; Cycle efficiency;
Keywords: مایع کار; Refrigerant; Working fluid; Stirling refrigerator; Coefficient of performance; Duplex stirling;
Keywords: مایع کار; Absorption heat pump; Compression-assisted; Ammonia; Ionic liquid; Working fluid; Heating;
Keywords: مایع کار; Engine; Waste heat; Supercritical Rankin cycle; Working fluid;
Keywords: مایع کار; Air conditioning; Vapor compression cycle; Organic Rankine cycle; Waste heat recovery; Working fluid; Thermodynamic; thermo-economic analysis;
Keywords: مایع کار; Mobile device thermal management; Ultra-thin vapor chamber; Heat pipe; Working fluid; Figure of merit;
Keywords: مایع کار; Two-phase closed thermosyphon; Performance evaluation; Working fluid; Heat transfer coefficient;
Keywords: مایع کار; Integrated design; Optimization; CAMD; Organic Rankine cycle; Working fluid; Waste heat;
Keywords: مایع کار; Hybridization; Working fluid; Sodium; Molten salt; Modularisation;
Keywords: مایع کار; Ejector refrigeration system; Exergy destruction; Working fluid; Performance; Improvement;
Keywords: مایع کار; ORC; Working fluid; Expander; Scroll; Radial turbine; Applications;
Keywords: مایع کار; Thermosyphon; Filling ratio; Working fluid; Thermal characteristics;
Keywords: مایع کار; Supercritical CO2 power cycle; Working fluid; Nuclear industry; Solar industry; Technology; Application;
Keywords: مایع کار; nanoparticle sensor; condensation nucleus counter; automotive exhaust analysis; working fluid; system stability;
Keywords: مایع کار; Working fluid; Organic Rankine cycle; Uncertainty analysis; Monte Carlo procedure; Property data; Screening;
Keywords: مایع کار; Solar thermal power generation; Organic Rankine cycle; Direct vapor generation; Working fluid; Critical temperature;
Keywords: مایع کار; Evacuated tube; Thermosyphon heat pipe; Energy; Exergy; Performance; Working fluid;
Keywords: مایع کار; Capillary pumped loop; Working fluid; Porous wick
Keywords: مایع کار; Organic Rankine cycle; Internal heat exchanger; Reheat; Regenerative; Working fluid; Cycle configuration; Exergy destruction;
Keywords: مایع کار; Closed-cycle gas turbine; Brayton cycle; Compact heat exchanger; Working fluid; Fossil fuel; Nuclear reactor;
Keywords: مایع کار; Ejector; Refrigeration system; Working fluid; Cycle configuration; Technology comparison;
Keywords: مایع کار; Anti-gravity; Heat pipe; Working fluid; Filling ratio; Wick structure;
Keywords: مایع کار; Heat transfer coefficient; Working fluid; Boiling; Isobutane; Oil; Concentration; CorrelationCoefficient de transfert de chaleur; Fluide actif; Ebullition; Isobutane; Huile; Concentration; Corrélation
Keywords: مایع کار; Optimal Heat Source Temperature; Organic Rankine Cycle; Heat Transfer Fluid; Working fluid; Pinch point; Exergetic efficiency
Keywords: مایع کار; CFD; Thermoacoustics; Prime mover; Refrigerator; Working fluid; Average pressure
Keywords: مایع کار; Coefficient of Performance; Ground heat recovery; Solar Collector; TRNSYS; Heat pump; Greenhouse heating; Working fluid
Keywords: مایع کار; Exhaust energy recovery; Rankine cycle; Diesel engine; Gasoline engine; Working fluid
Keywords: مایع کار; Combined cycle; Refrigeration capacity; Exergy efficiency; Regenerator; Working fluid;
Keywords: مایع کار; Cold exergy; Efficiency; LNG; Thermal cycles; Working fluid;
Keywords: مایع کار; Low-grade heat; Unsteady heat engine; Thermofluidic oscillator; Working fluid; Thermodynamic properties; Efficiency
Keywords: مایع کار; Micro-grooved heat pipe; Modelling; Dimensional analysis; Working fluid; Thermophysical properties; Heat transfer;
Keywords: مایع کار; Organic Rankine Cycle; Diesel engine; Working fluid; Total annual cost; Thermal efficiency; NSGA-II;
Reconstruction procedure of the thermodynamic cycle of organic Rankine cycles (ORC) and selection of the most appropriate working fluid
Keywords: مایع کار; Organic Rankine cycle; Working fluid; Equivalent temperature; Entropy; Exergy;
How to quantitatively describe the role of the pure working fluids in subcritical organic Rankine cycle: A limitation on efficiency
Keywords: مایع کار; Organic Rankine cycle; Limiting thermal efficiency; Limiting thermodynamics perfection; Working fluid; Thermos-physical properties; Selection maps;
Energy, exergy and exergoeconomic analysis of a cogeneration system for power and hydrogen production purpose based on TRR method and using low grade geothermal source
Keywords: مایع کار; Geothermal energy; Organic Rankine cycle; Proton exchange membrane electrolyzer; Working fluid; Exergoeconomic analysis; Cogeneration;
Exergoenvironmental model of Organic Rankine Cycle system including the manufacture and leakage of working fluid
Keywords: مایع کار; organic Rankine Cycle; Life cycle analysis; Exergoenvironment; Working fluid; Leakage;
Comparisons of different ionic liquids combined with trans-1,3,3,3-tetrafluoropropene (R1234ze(E)) as absorption working fluids
Keywords: مایع کار; Absorption cycle; Global warming potential; Hydrofluoroolefin; R1234ze(E); Ionic liquid; Working fluid; Cycle à absorption; Potentiel de rcléchauffement planétaire; Hydrofluoro-oléfine; R1234ze(E); Liquide ionique; Fluide actif; COP; coefficient of pe
Thermodynamic properties and evaluation of the lithium nitrate-imidazole IL-water ternary systems as new working fluids for a double-effect AHP cycle
Keywords: مایع کار; Absorption heat pump; Ionic liquids; Working fluid; Thermodynamic properties; Corrosiveness; Pompe à chaleur à absorption; Liquides ioniques; Fluide actif; Propriétés thermodynamiques; Corrosivité;
Thermodynamic study of ORC at different working and peripheral conditions
Keywords: مایع کار; Organic Rankine cycles; thermodynamic; working fluid; on-; off-design;
Thermo-economic analysis and optimization selection of ORC system configurations for low temperature binary-cycle geothermal plant
Keywords: مایع کار; Organic Rankine cycle; Multi-objective programming; Working fluid; Geothermal plant;
Multi-criteria evaluation of several million working fluids for waste heat recovery by means of Organic Rankine Cycle in passenger cars and heavy-duty trucks
Keywords: مایع کار; Organic Rankine Cycle; COSMO-RS; PubChem; Working fluid; Automotive application; Multi-criteria evaluation;