Keywords: کندانسور خنک کننده هوا; Multi-effect distillation (MED); Thermal vapor compression (TVC); Solar desalination; Linear Fresnel collector (LFC); Air-cooled condenser;
مقالات ISI کندانسور خنک کننده هوا (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: کندانسور خنک کننده هوا; Natural draft direct dry cooling system; Air-cooled condenser; Horizontally arranged; Vertically arranged; Cooling performance; Wind speed;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Square array; Reverse flow; Hot plume recirculation; Wind speed and direction; Thermo-flow performances;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Inclination; Experimental facility; Heat transfer; Condensation; Flattened tube;
Keywords: کندانسور خنک کننده هوا; Natural draft direct dry cooling system; Air-cooled condenser; Annularly arranged; Triangularly arranged; Thermal-flow performances; Ambient wind;
Keywords: کندانسور خنک کننده هوا; Water spray cooling; Air-cooled condenser; Back pressure of turbine; Water consumption;
Keywords: کندانسور خنک کننده هوا; Steam condensation; Air-cooled condenser; Power plant; Water conservation;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Vapor flow distribution; CFD; Modelling; Simulation; Inlet losses;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Hybrid ventilation; Ambient wind; Thermo-flow performances; Turbine back pressure;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Circular array; Ambient winds; Thermo-flow performances; Turbine back pressure;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Inclination; Pressure drop; Condensation; Flattened tube;
Keywords: کندانسور خنک کننده هوا; Heat transfer; Fluid flow; Intermittent wavy finned flat tube; Air-cooled condenser; Numerical method;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Novel layout; Ambient wind; Flow and heat transfer; Turbine back pressure;
Keywords: کندانسور خنک کننده هوا; ORC (organic Rankine cycle); Geothermal; Air-cooled condenser; Economics; Optimization
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Reduced order model; Proper orthogonal decomposition; Multi-scale simulation; Numerical heat transfer;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Wind effects; Response surface methodology; Optimisation;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Heat load capability; Anti-freezing; Back pressure; Ambient temperature; Axial flow fan
Keywords: کندانسور خنک کننده هوا; Dry cooling; Air-cooled condenser; Air-cooled heat exchanger; CSP (Concentrated Solar Power) system analysis;
Keywords: کندانسور خنک کننده هوا; Metal foam; Metallic foam; Dry cooling; Air-cooled condenser; Porous medium; Darcy-Forchheimer model;
Keywords: کندانسور خنک کننده هوا; Proper orthogonal decomposition; Air flow field; Air-cooled condenser; Reduced order modeling;
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Steam condenser; Power plant; Dry cooling; Hybrid cooling; Water conservation
Novel air-cooled condenser with V-frame cells and induced axial flow fans
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Condenser cell; Induced axial flow fan; Flow and heat transfer; Turbine back pressure;
Effects of geometric structures of air deflectors on thermo-flow performances of air-cooled condenser
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Flow and heat transfer; Ambient winds; Air deflector; Reverse flow; Turbine back pressure;
A numerical analysis of a composition-adjustable Kalina cycle power plant for power generation from low-temperature geothermal sources
Keywords: کندانسور خنک کننده هوا; Kalina cycle; Dynamic power cycle; Composition adjustable; Ammonia-water mixture; Air-cooled condenser;
A favorable face velocity distribution and a V-frame cell for power plant air-cooled condensers
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Face velocity; Flow maldistribution; Thermal performance; A-frame cell; V-frame cell;
Minimizing the levelized cost of electricity production from low-temperature geothermal heat sources with ORCs: Water or air cooled?
Keywords: کندانسور خنک کننده هوا; ORC; Geothermal; Air-cooled condenser; Wet cooling tower; Economics; Optimization
Design of a natural draft air-cooled condenser and its heat transfer characteristics in the passive residual heat removal system for 10Â MW molten salt reactor experiment
Keywords: کندانسور خنک کننده هوا; Natural draft; Air-cooled condenser; PRHRS; Molten salt reactor;
POD-based modeling on thermal-flow characteristics for air-cooled condenser of power plant
Keywords: کندانسور خنک کننده هوا; Proper orthogonal decomposition; Air-cooled condenser; Flow and temperature fields; Reduced order model; Flux matching procedure;
POD based modeling on flow and heat transfer of air-cooled condenser influenced by natural wind
Keywords: کندانسور خنک کننده هوا; Flow and heat transfer; Air-cooled condenser; Reduced-order model; Proper orthogonal decomposition
A theoretical and experimental investigation into the thermodynamic performance of a 50Â MW power plant with a novel modular air-cooled condenser
Keywords: کندانسور خنک کننده هوا; Dry-cooling; Air-cooled condenser; Thermodynamics; Power-plant analysis;
Performance evaluation of a combined ejector-vapor compression cycle
Keywords: کندانسور خنک کننده هوا; Vapor compression cycle; Ejector-cooling cycle; Combined refrigeration cycle; Air-cooled condenser; Sub-cooling; Performance evaluation
Area ratio effects to the performance of air-cooled ejector refrigeration cycle with R134a refrigerant
Keywords: کندانسور خنک کننده هوا; Ejector refrigeration cycle; Air-cooled condenser; Area ratio; Entrainment ratio; Coefficient of performance; Cooling capacity
Thermal-flow characteristics of the new wave-finned flat tube bundles in air-cooled condensers
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Wave-finned flat tube; Flow and heat transfer; CFD; Buoyancy effect;
Trapezoidal array of air-cooled condensers to restrain the adverse impacts of ambient winds in a power plant
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Finned tube bundle; Thermo-flow performances; Wind speed and direction; Hot plume recirculation; Trapezoidal array;
Wind effect on the thermo-flow performances and its decay characteristics for air-cooled condensers in a power plant
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Finned tube bundle; Axial flow fan; Thermo-flow performances; Wind speed and direction; Hot plume recirculation;
Space characteristics of the thermal performance for air-cooled condensers at ambient winds
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Fin-tube bundle; Flow and heat transfer; Wind speed and direction; Exhause plume recirculation
Influences of wind-break wall configurations upon flow and heat transfer characteristics of air-cooled condensers in a power plant
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Flow and heat transfer characteristics; Wind-break wall; Hot plume recirculation; Wind speed and direction;
An improvement of airflow and heat transfer performance of multi-coil condensers by different coil configurations
Keywords: کندانسور خنک کننده هوا; Refrigeration system; Air-cooled condenser; Improvement; Flow; Air; Heat transfer; Parameter; Geometry-coilSystème frigorifique; Condenseur à air; Amélioration; Écoulement; Air; Transfert de chaleur; Paramètre; Géométrie-serpentin
Fin-and-tube condenser performance evaluation using neural networks
Keywords: کندانسور خنک کننده هوا; Heat exchanger; Air-cooled condenser; Simulation; Performance; Neural networkÉchangeur de chaleur; Condenseur à air; Simulation; Performance; Réseau neuronal
Numerical investigation of hot air recirculation of air-cooled condensers at a large power plant
Keywords: کندانسور خنک کننده هوا; Hot air recirculation; Air-cooled condenser; Hot recirculation rate;
Development and validation of a condenser three zones model
Keywords: کندانسور خنک کننده هوا; Air-cooled condenser; Modelling; Critical pressure; R134a
Microchannel heat exchangers for charge minimization in air-cooled ammonia condensers and chillers
Keywords: کندانسور خنک کننده هوا; Heat exchanger; Micro-channel; Experiment; Liquid chiller; Air-cooled condenser; Ammonia; Reduction; Refrigerant chargeÉchangeur de chaleur; Micro-canal; Expérimentation; Refroidisseur de liquide; Condenseurs à air; Ammoniac; Réduction; Charge en frigorig
Wind tunnel simulation on re-circulation of air-cooled condensers of a power plant
Keywords: کندانسور خنک کننده هوا; Re-circulation; Air-cooled condenser; Wind tunnel simulation; Power plant;