Keywords: مایع خشک کن; Liquid desiccant; Indoor air quality; Volatile organic compounds; Particulate contaminants; Microorganism contaminants; Removal efficiency;
مقالات ISI مایع خشک کن (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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 خشک کن; Liquid desiccant; Dehumidifier; ANN; ANFIS; LSSVM; Modeling;
Keywords: مایع خشک کن; Liquid desiccant; Air conditioning system; Factor analysis; System performance optimization; Orthogonal design; Variance analysis;
Keywords: مایع خشک کن; Hollow fiber membrane; Air dehumidification; Membrane contactor; Liquid desiccant;
Keywords: مایع خشک کن; Liquid desiccant; Solar energy; TRNSYS; HAP; Saving energy
Keywords: مایع خشک کن; Liquid desiccant; Control strategies; Optimization;
Keywords: مایع خشک کن; Evaporative cooling; Liquid desiccant; Solar energy; Nanofluids
Keywords: مایع خشک کن; Lithium bromide; Sodium formate; Liquid desiccant; Absorption refrigeration; Molecular dynamics simulation;
Keywords: مایع خشک کن; Liquid desiccant; Auxiliary regenerator; Solution branch; Concentration difference;
Keywords: مایع خشک کن; Dehumidification; Passive; Falling film; Indoor; Liquid desiccant;
Keywords: مایع خشک کن; Hybrid air-conditioning system; Energy saving; Liquid desiccant; DehumidificationSystème hybride de conditionnement d'air; Économie d'énergie; Déshydratant liquide; Déshumidification
Keywords: مایع خشک کن; Heat pump; Hollow fiber membrane; Liquid desiccant; Two-stage; System performance;
Keywords: مایع خشک کن; Desiccant cooling; Evaporative cooling; Liquid desiccant; 100% outdoor air system; PEMFC;
Keywords: مایع خشک کن; Lithium chloride; Liquid desiccant; Regeneration; Electrodialysis;
Keywords: مایع خشک کن; Liquid desiccant; Enthalpy recovery; Exergy destruction; Unmatched coefficient; Multi-stage process; Performance optimization;
Keywords: مایع خشک کن; Liquid desiccant; Internally-cooled dehumidification; Heat and mass transfer; Performance comparison;
Keywords: مایع خشک کن; Liquid desiccant; Dehumidification/regeneration; Counter flow; Heat pump; Performance optimization;
Keywords: مایع خشک کن; Wetting behavior; Liquid desiccant; Energy minimization; Hysteresis; Internally-cooled contactor;
Keywords: مایع خشک کن; Air-conditioning; Liquid desiccant; Energy conservation; COP;
Keywords: مایع خشک کن; Heat pump; Hollow fiber membrane; Liquid desiccant; Air dehumidification system; Transient performancePompe à chaleur; Membrane en fibre creuse; Déshydratant liquide; Système de déshumidification d’air; Performance transitoire
Keywords: مایع خشک کن; Ultrasonic atomization; Liquid desiccant; Regeneration; Performance prediction; Energy saving;
Keywords: مایع خشک کن; Liquid desiccant; Sensitivity analysis; Stability analysis; Taguchi method; Ultrasonic atomization;
Keywords: مایع خشک کن; Refrigeration; Liquid desiccant; Evaporative cooling; Open-pattern; Close-pattern
Keywords: مایع خشک کن; Liquid desiccant; Dehumidifier; Evaporative cooling; Regenerator; Solar pond;
Keywords: مایع خشک کن; Liquid desiccant; Composite desiccant materials; Adiabatic dehumidifier; Inner cooling;
Keywords: مایع خشک کن; Liquid desiccant; Cross flow; Humidity reduction; Humidity effectiveness; Pressure drop;
Keywords: مایع خشک کن; Solar thermal; Collector performance; Liquid desiccant; TRNSYS; HVAC; Air-conditioning;
Keywords: مایع خشک کن; Liquid desiccant; Counter flow; Dehumidification; Experiment; Effectiveness; Empirical correlation; Déshydratant liquide; Contre-courant; Déshumidification; Expérience; Efficacité; Corrélation empirique;
Keywords: مایع خشک کن; Liquid desiccant; Air conditioning; Integrated design; Building application; Potassium formate;
Keywords: مایع خشک کن; Experimental study; Liquid desiccant; Heat and mass transfer coefficients; Dehumidification; Heat pump;
Keywords: مایع خشک کن; CA; conditioned air; CT; cooling tower; CWR; cooling water return; CWS; cooling water supply; DEC; direct evaporative cooler; DOAS; dedicated outdoor air system; DP-IEC; dew point indirect evaporative cooler; EA; exhaust air; HWS; hot water supply; HX; he
Keywords: مایع خشک کن; Contact angle; Liquid desiccant; Dehumidification system; Film area; Experiment;
Keywords: مایع خشک کن; Liquid desiccant; Performance; Mass transfer; Air conditioning;
Keywords: مایع خشک کن; Compressed air; Liquid desiccant; Drying; Waste heat utilization; Experiment
Keywords: مایع خشک کن; Liquid desiccant; Cycle analysis; Dehumidification; Cooling; Fresh air;
Keywords: مایع خشک کن; Coupled absorber and regenerator columns; Experimental investigation; Hybrid air conditioner; Liquid desiccant; Vapor compression system
Keywords: مایع خشک کن; Refrigeration; Liquid desiccant; Exhausted heat utilization; Solution concentration; Performance improvement;
Keywords: مایع خشک کن; Liquid desiccant; Internally-cooled dehumidification; Heat and mass transfer; Thermally conductive plastic; Experimental analysis
Keywords: مایع خشک کن; Liquid desiccant; Indirect evaporative cooling; Water-side free cooling; 100% Outdoor air system
Keywords: مایع خشک کن; Condensation heat; Refrigeration; Liquid desiccant; Evaporative cooling; Energy efficiency;
Keywords: مایع خشک کن; Dehumidification perfectness; Mass transfer capability; Comparison; Prediction; Liquid desiccant
Keywords: مایع خشک کن; Ultrasonic atomization; Liquid desiccant; Experiment; Mass transfer;
Keywords: مایع خشک کن; Dehumidification; Ideal efficiency; Thermodynamics; Liquid desiccant; Air conditioning
Keywords: مایع خشک کن; Dehumidifier; Regenerator; Liquid desiccant; Analytical solution; Structured packing bed; Desiccant cooling
Keywords: مایع خشک کن; Ultrasonic; Dehumidification; Liquid desiccant; Improvement;
Keywords: مایع خشک کن; Refrigeration; Liquid desiccant; Subcooling; Condensation heat utilization; Energy efficiency improvement
Keywords: مایع خشک کن; Heat pump; Hollow fiber membrane; Liquid desiccant; Air dehumidification system;
Keywords: مایع خشک کن; Run-around membrane energy exchanger (RAMEE); VOCs; Exhaust air transfer ratio (EATR); Liquid desiccant; Membrane; Effectiveness
Keywords: مایع خشک کن; Data center; Hot water cooling; Liquid desiccant; Evaporative cooling;
Keywords: مایع خشک کن; HVAC; Buildings; Membrane; Air conditioning; Liquid desiccant; Energy recovery ventilator