Keywords: تهویه مطبوع; Geothermal energy; Air-conditioning; Energy use reduction
مقالات ISI ترجمه شده تهویه مطبوع
مقالات ISI تهویه مطبوع (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: تهویه مطبوع; Nocturnal sky radiation cooling; Air-conditioning; Off-grid data centers; Optimal system design;
Keywords: تهویه مطبوع; Heat exchanger; Wave fin; Tube-by-tube method; Vapor compression cycle; Heat pump; Air-conditioning;
Keywords: تهویه مطبوع; AC; Air-conditioning; BC; Black carbon; CBD; Central business district; CV; Coefficient of variation; dB (A); A-weighted Decibels; PM; Particulate Matter; PM2.5; Particulate matter 2.5 micrometres or less; PM10; Particulate matter 10 micrometres or less;
Keywords: تهویه مطبوع; Urban agriculture; Green walls; Air-conditioning; Energy savings; Microclimate; Urban heat island;
Keywords: تهویه مطبوع; Counter-flow; Dew point evaporative cooler; Air-conditioning; Modeling; Heat and mass transfer coefficients; Experiments;
Keywords: تهویه مطبوع; Air-conditioning; Clustering analysis; KPIs; Use pattern; AC usage benchmarking; Residential building;
Keywords: تهویه مطبوع; Desiccant evaporative cooling (DEC); Desiccant wheel; Solar thermal; Air-conditioning; Heat pump; Monitoring; Hybrid;
Keywords: تهویه مطبوع; Ejection refrigeration cycle; Low GWP refrigerant; Experiment; Air-conditioning; District heating system; COP improvement; Low grade heat source; R-1234ze(E);
Keywords: تهویه مطبوع; Air-conditioning; Solar chimney; Design; Desiccant dehumidification; Adsorption chilling; Heat and mass transfer; Simulation;
Keywords: تهویه مطبوع; Solar cooling; Solar collectors; Absorption chiller; Air-conditioning; Refrigeration;
Keywords: تهویه مطبوع; Air-conditioning; Energy conservation; Membrane regeneration; Performance;
Keywords: تهویه مطبوع; Air-conditioning; Precooling control; Building energy efficiency; Indoor environment control; Peak load limiting;
Keywords: تهویه مطبوع; Air-conditioning; Carbon; Economic; Energy; Environment; Retrofit;
Keywords: تهویه مطبوع; Adsorption isotherms; Desiccants; Air-conditioning; Applications; Optimization;
Keywords: تهویه مطبوع; Air-conditioning; Building energy consumption; Cooling load; Ventilation; Indoor air quality;
Keywords: تهویه مطبوع; VRF; EES; air-conditioning; Eco-Villa; energy modelling; refrigerants;
Keywords: تهویه مطبوع; Reversible air-to-water heat pump; Dynamic simulation; Condensation-heat recovery; Air-conditioning; Domestic hot water; Primary-energy saving;
Keywords: تهویه مطبوع; Air-conditioning; Climate change; Housing studies; Foucault; Hong Kong; Energy;
Keywords: تهویه مطبوع; renewable energy; environmental impact; energy recovery; air-conditioning; technical analysis;
Keywords: تهویه مطبوع; Direct load control (DLC); Air-conditioning; Taguchi method; Thermal sensation; Cognitive performance;
Keywords: تهویه مطبوع; Air-conditioning; Heat transfer; Mathematical model; Energy consumption;
Keywords: تهویه مطبوع; Liquid desiccant; Air-conditioning; Multi-stage; Lithium bromide; HVAC; TRNSYS;
Keywords: تهویه مطبوع; Thermoelectric cooling; Thermoelectric heating; Building application; Performance analysis; Air-conditioning;
Keywords: تهویه مطبوع; Probabilistic optimal design; Uncertainty analysis; Adaptive commissioning; Air-conditioning; Building energy saving;
Keywords: تهویه مطبوع; Cleanroom; Air-conditioning; Energy saving; Dehumidification; Humidity control;
Keywords: تهویه مطبوع; Regenerator; Air-conditioning; Refrigerator; Cryogenic; Vapor compression; Solid-state cooling;
Keywords: تهویه مطبوع; Architectural climate zones; Outdoor design temperature; Heating; Air-conditioning;
Keywords: تهویه مطبوع; Higher temperature setpoints; Air-conditioning; Cognitive load; Thermal comfort;
Keywords: تهویه مطبوع; Building thermal design; Air-conditioning; Photovoltaic; Off-grid;
Keywords: تهویه مطبوع; Air-conditioning; Computational fluid dynamics; Temperature; Humidity; Water vapor flux;
Keywords: تهویه مطبوع; High-rise residential buildings; External insulation; Air-conditioning; Energy for cooling; Vertical green wall;
Keywords: تهویه مطبوع; Air-conditioning; Indirect evaporative cooling; Dehumidification; Heat and mass transfer; Mathematical model;
Keywords: تهویه مطبوع; Air-conditioning; Membrane; Capacitive deionization; Performance;
Keywords: تهویه مطبوع; Risk analysis; Heat wave; Heat-related risks; Heat stress; Cool roof; Cool pavement; Urban green; Passive building design; Air-conditioning
Keywords: تهویه مطبوع; Adaptive comfort; Control; Air-conditioning; Adaptive opportunity; Field study;
Keywords: تهویه مطبوع; Adsorption; Air-conditioning; Greenhouse; Carbon; Steady-state; Vapor pressure deficit;
Keywords: تهویه مطبوع; Air-conditioning; Liquid desiccant; Energy conservation; COP;
Keywords: تهویه مطبوع; Solar cooling; Absorption chiller; Air-conditioning; TRNSYS; Simulation; Control strategy
Keywords: تهویه مطبوع; Solar thermal; Collector performance; Liquid desiccant; TRNSYS; HVAC; Air-conditioning;
Keywords: تهویه مطبوع; Air-conditioning; Evaporative cooling; Heat and mass transfer; Experimental study;
Keywords: تهویه مطبوع; Air-conditioning; Absorption; Membrane; Performance;
Keywords: تهویه مطبوع; Air-conditioning; Mixed absorbent; Performance; Membrane;
Keywords: تهویه مطبوع; Thermal comfort; Direct Load Control; Air-conditioning; Lecture theatres;
Keywords: تهویه مطبوع; Coupled heat and mass transfer; Exergy destruction; Unmatched coefficient; Air-water contact module; Air-conditioning;
Keywords: تهویه مطبوع; Solar; Air-conditioning; Climatic; Economic; Environment; Morocco;
Keywords: تهویه مطبوع; Desiccant cooling; Air handling unit; Microcogenerator; Performance parameters; Energy analysis; Air-conditioning;
Keywords: تهویه مطبوع; Air-conditioning; Desiccant dehumidification; Evaporative cooling; Feasibility study; Hybrid system
Keywords: تهویه مطبوع; Air-conditioning; Cooling down period; Coefficient of performance (COP); Liquid chiller; Thermoelectric; Solar PVConditionnement d'air; Période de refroidissement; Coefficient de performance (COP); Refroidisseur de liquide; Thermoélectrique; Solaire photo
Keywords: تهویه مطبوع; Adsorption; Solar cooling; Air-conditioning; TRNSYS;