Keywords: نور روز; Daylighting; Lighting; Office; Energy efficiency; Light well; Investment costs; Task lighting; Ambient lighting; LED; Fluorescent
مقالات ISI نور روز (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: نور روز; Integrated energy system modelling; Daylighting; Genetic algorithm (GA); Artificial neural network (ANN); Design of experiments (DOE); Energy efficiency;
Keywords: نور روز; Lighting energy savings; Daylight responsive dimming system; Artificial lighting; Daylighting;
Keywords: نور روز; Daylighting; Energy saving; CO2 mitigation; Carbon credit; Energy matrices;
Keywords: نور روز; Daylighting; Deculverting; Macroinvertebrates; Urbanisation; Restoration; Streams;
Keywords: نور روز; Lighting retrofit; Daylighting; Monitoring procedure; Monitoring protocol; Energy efficiency; Lighting quality;
Keywords: نور روز; Thermochromic glazing; Transition temperature; Thermal comfort; Daylighting; Dynamic simulations;
Keywords: نور روز; Window roller shades; Optical properties; Modeling; Daylighting; Product specifications
Keywords: نور روز; BISTS; Louver shading; Energy savings; Daylighting
Keywords: نور روز; Urbanization; daylighting; energy management; useful daylight illuminances; window-to-wall ratio;
Keywords: نور روز; Daylighting; Clear sky; External View; Hospital; Internal blinds; Slat shape
Keywords: نور روز; Daylight illuminance; Daylighting; Visual comfort; Building façade; Urban context; Energy consumption;
Keywords: نور روز; Window; Daylight autonomy; Energy savings; Daylighting; Lighting simulation program;
Keywords: نور روز; Daylighting; Educational building; Energy optimization; System reliability; Feasibility of lighting systems; Energy saving measures;
Keywords: نور روز; Daylighting; Thermal gain; Slats; Sun shading; Tropical climate;
Keywords: نور روز; TDGS; Mirrored light pipe (MLP); Daylighting; Energy savings; HEMERA; Validation methodology; Model optimization; Building simulation;
Keywords: نور روز; Passive design; Daylighting; Multi-objective optimization; Natural ventilation;
Keywords: نور روز; Natural ventilation; Single sided ventilation; Stack; Daylighting; Vortex shedding;
Keywords: نور روز; Discomfort glare; Absolute glare factor; Relative glare factor; Human subject study; Daylighting; Luminance; HDRI (high dynamic range imaging);
Keywords: نور روز; Daylighting; Illuminance; Light collimator;
Keywords: نور روز; Aerogel windows; Daylighting; Solar gain
Keywords: نور روز; daylighting; tunnel; mirror reflector; control system;
Keywords: نور روز; Daylighting; Energy saving; Cost saving; Performance
Keywords: نور روز; Light-pipe; Daylighting; Illuminance
Keywords: نور روز; Fiber; Daylighting; Tracking;
Keywords: نور روز; Passive solar wall; Phase change materials; Silica aerogels; Daylighting;
Keywords: نور روز; Daylighting; Energy savings; Sensor network; Industrial building
Keywords: نور روز; Daylighting; Building energy; Renewable energy; Lighting; Building simulation
Keywords: نور روز; Daylighting; Complex fenestration systems; Bi-directional scattering distribution function; Three phase method; Building simulation; Solar control; EnergyPlus; Radiance;
Keywords: نور روز; Daylighting; Sunlight redirecting system; Optical louver system; Field measurements; High dynamic range luminance images;
Keywords: نور روز; Daylighting; Lighting simulation; Overcast sky; Test cases;
Keywords: نور روز; Window; Daylight factor; Daylighting; Overcast sky; Lighting simulation program; Energy saving;
Keywords: نور روز; Monitor skylight; Skylight; Monitor; Daylighting; Overcast sky;
Keywords: نور روز; Daylighting; Solar screen; Parametric analysis; Classroom
Keywords: نور روز; Daylighting; Climate-based modeling; Goal-based performance metrics; Non-visual lighting; Design decision support
Keywords: نور روز; Energy savings; Daylighting; Visual comfort; Woven roller shades; Building energy simulation; EnergyPlus;
Keywords: نور روز; Building energy-efficiency; Daylighting; Windows; Shading systems; Angular selective systems
Keywords: نور روز; Window glazing; Glazing methods; Thermal balance; Daylighting; Energy performance;
Keywords: نور روز; Building energy simulation; Building energy performance optimization; Daylighting; Multi-objective optimization; Simulation optimization;
Keywords: نور روز; Window shades; Optical properties; Visual comfort; Daylighting; Facades;
Keywords: نور روز; Energy efficiency in buildings; Legislation and regulations; Lighting; Daylighting; Design of buildings and technical building systems;
Keywords: نور روز; Dimming controls; Atrium; Frequency distribution; Lighting energy use; Daylighting
Keywords: نور روز; Questionnaire survey; Luminous comfort; Daylighting; Human behavior; Physical environment; Residential buildings;
Keywords: نور روز; Daylighting; Sun tracking; Concentrated light; Fiber
Keywords: نور روز; Daylighting; Skylighting; Tubular daylighting devices; Solar collectors and concentrators; LEED compliance; Green building
Keywords: نور روز; Energy savings; Daylighting; Genetic optimization; Dynamic simulation
Keywords: نور روز; Daylighting; Energy efficiency; Window; Landscape view; multicriteria approach
Keywords: نور روز; Splayed window; Solar shading; Daylighting; West orientation;
Keywords: نور روز; Daylighting; Light pipe; Anidolic concentrator; Sky luminance; Sunlight;
Keywords: نور روز; Daylighting; Orientation; Student dorm room; Climate; Design; Methodology; Evaluation;