Keywords: مایع خشک کن; Compressed air; Liquid desiccant; Drying performance; Energy consumption;
مقالات ISI مایع خشک کن (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: مایع خشک کن; Liquid desiccant; Dehumidifier; Falling film; Internally cooled; Anodized aluminum;
Keywords: مایع خشک کن; Liquid desiccant; Hydrophilic nonporous membrane; Absorber; Dehumidification;
Keywords: مایع خشک کن; Liquid desiccant; Internally-cooled dehumidification; Self-cooled solution; Vaporizable coolant; Experimental analysis;
Keywords: مایع خشک کن; Liquid desiccant; Lithium Bromide; Regeneration system; Vacuum; Performance prediction;
Keywords: مایع خشک کن; Dehumidification; Liquid desiccant; Heat and mass transfer; System performance;
Keywords: مایع خشک کن; Liquid desiccant; Internally-cooled; Dehumidification; Heat pump; Heat and mass transfer;
Keywords: مایع خشک کن; LDCD; Liquid desiccant; Cooling and dehumidification; Performance investigation; Experiment;
Keywords: مایع خشک کن; Air conditioning; Liquid desiccant; Freshwater; Mass extraction; Heat recovery; Enthalpy pinch;
Keywords: مایع خشک کن; Coupled heat and mass transfer; Dehumidification; Liquid desiccant; Finite difference model; Recursive algorithm;
Keywords: مایع خشک کن; Dehumidification; Evaporative cooling; Liquid desiccant; Solar cooling; Energy storage;
Keywords: مایع خشک کن; Dehumidification; Theoretical model; Liquid desiccant; Adiabatic and water-cooled dehumidifiers; Heat and mass transfer;
Keywords: مایع خشک کن; Renewable energy resources; Thermal comfort; Liquid desiccant; Dehumidification; Regeneration; Air conditioning;
Keywords: مایع خشک کن; Liquid desiccant; Air conditioning; Membrane; Modeling; Dehumidification; Heat and mass transfer; Heat and mass exchanger;
Keywords: مایع خشک کن; Membrane; Liquid desiccant; Dew point evaporative cooling; Modeling; Experiment;
Keywords: مایع خشک کن; Liquid desiccant; Moisture removal; Thermo-physical properties; Thermo-chemical energy storage; Economic factor; Ionic liquids;
Keywords: مایع خشک کن; Liquid Desiccant; Dehumidification; Air conditioning;
Keywords: مایع خشک کن; Compressed air; Drying; Liquid desiccant; Waste heat recovery;
Keywords: مایع خشک کن; Dynamic model; Liquid desiccant; Lithium bromide; Regeneration system; Vacuum;
Keywords: مایع خشک کن; Membrane; Dehumidification; Liquid desiccant; Heat and mass transfer;
Keywords: مایع خشک کن; Liquid desiccant; ED regeneration; Current efficiency; Experimental research; System performance; Déshydratant liquide; Régénération par électrodialyse; Efficacité actuelle; Recherche expérimentale; Performance du système;
Keywords: مایع خشک کن; Liquid desiccant; Indirect solar regenerator; Solar collector/regenerator; Water desorption rate; Dehumidification capacity; Performance comparison;
Keywords: مایع خشک کن; Liquid desiccant; Membrane-based; Dehumidification; Numerical modelling;
Keywords: مایع خشک کن; Liquid desiccant; ED regeneration; LiCl aqueous solution; Electrical conductivity; Performance model; Déshydratant liquide; Régénération électrodialytique; Solution aqueuse de LiCl; Conductivité électrique; Modèle de performance;
Keywords: مایع خشک کن; Liquid desiccant; Regeneration; Numerical modelling; Membrane-based flat-plate exchanger;
Keywords: مایع خشک کن; Liquid desiccant and evaporative cooling-assisted 100% outdoor air system (LD-IDECOAS); Thermal comfort; Predicted mean vote (PMV); Thermal environment simulation; CAV; Constant air volume; DBT; Dry-bulb temperature [°C]; DEC; Direct evaporative cooler;
Keywords: مایع خشک کن; Total heat recovery; Liquid desiccant; Air-conditioning system; Entransy analysis; Optimization;
Keywords: مایع خشک کن; Liquid desiccant; Counter flow; Two-stage heat pump; Experimental results;
Keywords: مایع خشک کن; Liquid desiccant; Electrodialysis regeneration; Different concentrations; Comparative research; Experimental study;
Keywords: مایع خشک کن; Liquid desiccant; Coefficient of performance; Solar regenerator; Greenhouse;
Keywords: مایع خشک کن; Liquid desiccant; Air cooling/dehumidification; Heat transfer; Fined-tube;
Keywords: مایع خشک کن; Liquid desiccant; Air-conditioning; Multi-stage; Lithium bromide; HVAC; TRNSYS;
Keywords: مایع خشک کن; Heat pump; Hollow fiber membrane; Liquid desiccant; Two-stage; Capacity matching; Pompe à chaleur; Membrane en fibre creuse; Déshydratant liquide; Bi-étagé; Correspondance de puissance;
Keywords: مایع خشک کن; Liquid desiccant; Mass transfer; Electrodialysis; Experimental investigation; Numerical simulation;
Keywords: مایع خشک کن; Dehumidification system; Greenhouse; Liquid desiccant; MATLAB Simulink; Solar collector;
Keywords: مایع خشک کن; Dehumidification; Evaporative cooling; Liquid desiccant; Recirculation; Air conditioning;
Keywords: مایع خشک کن; Liquid desiccant; Non conventional energy resources: Solar energy; Dehumidification;
Keywords: مایع خشک کن; Heat recovery; Air conditioning; Liquid desiccant; Freshwater; Energy effectiveness; Cycle optimization;
Keywords: مایع خشک کن; Liquid desiccant; Membrane-based; Dehumidification; Performance testing; Effectiveness;
Keywords: مایع خشک کن; Liquid desiccant; Indoor air quality; Dehumidification; VOCs; Carryover;
Keywords: مایع خشک کن; Liquid desiccant; Humidification; Dehumidification; Experimental research;
Keywords: مایع خشک کن; Falling film; Liquid desiccant; Absorption; Dehumidification; Ionic liquids; LiBr;
Keywords: مایع خشک کن; Liquid desiccant; Evaporative cooling; Exergy analysis; Exergy efficiency; Déshydratant liquide; Refroidissement évaporatif; Analyse exergétique; Efficacité exergétique;
Keywords: مایع خشک کن; Outside evaporative; Liquid desiccant; Dehumidifier; Mathematical model; Dehumidification rate; Ãvaporation extérieure; Déshydratant liquide; Déshumidificateur; Modèle mathématique; Taux de déshumidification;
Keywords: مایع خشک کن; PEG; Poly(ethylene glycol); PEO; Poly(ethylene oxide); MW; molecular weight; ID; identifier; A. drying; D. Al2O3; Liquid desiccant;
Keywords: مایع خشک کن; Hollow fiber membrane; Liquid desiccant; Lithium chloride; Mass transfer; Natural convection loop;
Keywords: مایع خشک کن; Liquid desiccant; Regeneration; Electrodialysis; Concentration difference; Experimental study;
Keywords: مایع خشک کن; Liquid desiccant; Indoor air quality; VOCs; Formaldehyde; Dehumidification;
Keywords: مایع خشک کن; Liquid desiccant; Regeneration; Multi-function; Production rate;
Keywords: مایع خشک کن; District heating; Energy simulation; Regenerator; Liquid desiccant; Evaporative cooling;