Keywords: مایع کار; Solar thermal collection; Working fluids; Bionic structure; Frog eggs; Photo-thermal conversion;
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; LNG cold energy recovery; Two-stage condensation Rankine cycle; Turbine efficiency; Working fluids;
Keywords: مایع کار; Compression refrigeration cycle; Organic Rankine cycle; Working fluids; Integrated cycles;
Keywords: مایع کار; Organic Rankine cycle; Evaporator superheat; Internal heat exchanger; Thermo-economic analysis; Working fluids; Heat sources;
Keywords: مایع کار; Abandoned oil wells; Geothermal energy; Power generation; ORC; Heat transfer; Working fluids;
Keywords: مایع کار; Temperature-entropy saturation boundary; Saturated slope; Working fluids; Molecular groups; Mixture composition;
Keywords: مایع کار; Temperature-entropy saturation boundary; Saturated vapor slope; Molecular groups; Artificial neural network; Working fluids; Topological index;
Keywords: مایع کار; Transcritical Rankine cycle (TRC); Economic performance; Working fluids; Optimization; Waste heat recovery; Diesel engine;
Keywords: مایع کار; Organic Rankine cycle; Working fluids; Thermal efficiency; Subcritical ORC; Supercritical ORC;
Keywords: مایع کار; Solar refrigeration; Ejector; ETC; Optimization; Working fluids; R141b;
Keywords: مایع کار; Group contribution methods; Physical properties; Working fluids; Thermodynamic cycles;
Keywords: مایع کار; Simulation model; Working fluids; Cycle COP; Heating ventilation and air conditioning HVAC&R; Refrigerants thermophysical properties; Modèle de simulation; Fluides actifs; Cycle COP; Chauffage, Ventilation et Climatisation et Froid (CVC); Thermophysique
Keywords: مایع کار; Organic Rankine Cycle; Internal combustion engines; Waste heat recovery; Working fluids; Dynamic response;
Keywords: مایع کار; Absorption heat pump; Heating; Low-GWP; Working fluids; Energy saving; Pompe à chaleur à absorption; Chauffage; Faible GWP; Fluides actifs; Ãconomie d'énergie;
Keywords: مایع کار; Organic Rankine cycle (ORC); Ejector; Regenerator; Feed fluid heater; Thermodynamic performance; Working fluids;
Keywords: مایع کار; Near-infrared spectroscopy; Multivariate curve resolution; Lithium salts/water mixture; Working fluids; Hydration process
Keywords: مایع کار; Parallel miniature heat pipes; Heat flux; Thermal conductance; Thermal resistance; Working fluids;
Keywords: مایع کار; Working fluids; Organic Rankine cycle; Compression refrigeration cycle; Combined cycle; Low-grade thermal energy
Keywords: مایع کار; Ejector refrigeration cycle; Entrainment ratio; Working fluids; Low-grade thermal energy;
Keywords: مایع کار; Equation of state; Organic Rankine cycle; Parametric study; Peng-Robinson; Working fluids;
Keywords: مایع کار; Organic Rankine cycle; Payback period; Waste heat recovery; Parameter optimization; Working fluids;
Keywords: مایع کار; Equation of state; Organic Rankine cycle; Peng-Robinson; Simulation model; Working fluids
Keywords: مایع کار; Comparative analysis; Curved tubes; Geometrical parameters; Working fluids; Correlation
Keywords: مایع کار; High temperature; Power generation; Review; Thermodynamic cycles; Working fluids;
Keywords: مایع کار; Solar energy; Evacuated tube solar collector; Efficiency; Working fluids; Challenges;
Keywords: مایع کار; organic Rankine cycle; Cycle architectures; Working fluids; Optimization; Exergy; Second law efficiency;
Keywords: مایع کار; Ejector; Working fluids; COP; Entrainment ratio; Ejector refrigeration; Ejector efficienciesEjecteur; Fluides actifs; COP; Taux d'entrainement; Système frigorifique à éjecteur; Efficacités d'éjecteur
Keywords: مایع کار; Organic Rankine cycle; Mixtures; Working fluids; Composition proportion; Performance comparison;
Keywords: مایع کار; Equation of State; Organic Rankine cycle; Peng-Robinson; Working fluids;
Keywords: مایع کار; Organic Rankine cycle; Waste heat recovery; Working fluids; Power generation;
Keywords: مایع کار; Organic Rankine Cycle; Zeotropic mixtures; Second law; Exergy; Working fluids;
Keywords: مایع کار; Ejector; Refrigeration; Working fluids; Performance; EfficiencyEjecteur; Réfrigération; Fluides actifs; Performance; Efficacité
Keywords: مایع کار; Absorption heat transformers; Single stage; Double stage; Working fluids; Crystallization; Industrial applications;
Keywords: مایع کار; Two-phase thermosyphon; Working fluids; Performance comparison;
Keywords: مایع کار; Geothermal energy; Organic Rankine cycle; Working fluids; Parameter optimization;
Keywords: مایع کار; Stirling engines; Rhombic drive mechanism; Philips Stirling engines; Working fluids; Drive mechanisms;
Effects of physical and chemical properties of working fluids on thermodynamic performances of medium-low temperature organic Rankine cycles (ORCs)
Keywords: مایع کار; Organic Rankine cycle; Working fluids; Thermal efficiency; Specific turbine volume; Entropy-generation analysis;
Thermal performance of a novel helically coiled oscillating heat pipe (HCOHP) for isothermal adsorption. An experimental study
Keywords: مایع کار; Oscillating heat pipes (OHP); Heat transfer; Working fluids; Isothermalization; Thermal resistance; Thermal contact resistance; Dry-out;
Influence of superheat and expansion ratio on performance of organic Rankine cycle-based combined heat and power (CHP) system
Keywords: مایع کار; Combined Heat and Power (CHP); Organic Rankine cycle (ORC); Superheat; Expansion ratio; Working fluids;
Optimizations of the organic Rankine cycle-based domestic CHP using biomass fuel
Keywords: مایع کار; Combined heat and power (CHP); Organic Rankine cycle; Biomass; Optimization; Working fluids;
A new corresponding-states model for estimating the vaporization heat of working fluids used in Organic Rankine Cycle
Keywords: مایع کار; Vaporization heat; Organic Rankine Cycle; Working fluids; Corresponding states principle; Molecular polarity;
Permeability evolution in natural fractures and their potential influence on loss of productivity in ultra-deep gas reservoirs of the Tarim Basin, China
Keywords: مایع کار; Ultra-deep resource reservoirs; Tight sandstone; Stress sensitivity permeability; Working fluids; Numerical simulation;
A limiting efficiency of subcritical Organic Rankine cycle under the constraint of working fluids
Keywords: مایع کار; Organic Rankine cycle; Working fluids; Limiting efficiency; Thermody namic perfectness;
Developing a performance evaluation model of Organic Rankine Cycle for working fluids based on the group contribution method
Keywords: مایع کار; Organic Rankine Cycle; Group contribution method; Simulation model; Working fluids;
Condensation heat transfer of low GWP ORC working fluids in a horizontal smooth tube
Keywords: مایع کار; ORC; In-tube condensation; Heat transfer; GWP; Working fluids;
Performance evaluation of organic Rankine cycle systems utilizing low grade energy at different temperature
Keywords: مایع کار; Low grade energy; LNG; Organic Rankine cycle; Working fluids; Multi-objective optimal;
Exergy-based optimization of an organic Rankine cycle (ORC) for waste heat recovery from an internal combustion engine (ICE)
Keywords: مایع کار; Exergy; Organic Rankine cycle; Internal combustion engine; Efficiency; Working fluids; Waste heat recovery;
HFOs as substitute for R-134a as working fluids in ORC power plants: A thermodynamic assessment and thermal stability analysis
Keywords: مایع کار; Refrigerants; Working fluids; R-134a; Hydro-fluoro-olefins; HFO-1234yf; HFO-1234ze(E); ORC; Geothermal binary plants;
Performance analyses of transcritical organic Rankine cycles with large variations of the thermophysical properties in the pseudocritical region
Keywords: مایع کار; Transcritical organic Rankine cycle; Thermophysical properties variations; Optimization; Working fluids;
Innovative CHP concept for ORC and its benefit compared to conventional concepts
Keywords: مایع کار; 00-01; 99-00; Organic Rankine Cycle; Combined heat and power; Regenerative preheating; Turbine bleeding; Working fluids; Concept comparison; Siloxanes;