Keywords: بهره وری انرژی; Ecoinnovation; Phase change materials; Life cycle assessment; Energy efficiency; Building envelopes;
مقالات ISI بهره وری انرژی (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: بهره وری انرژی; Data center networks; Resource optimization and allocation on-demand; Request blocking; Energy efficiency; Virtual network; Dynamic traffic engineering;
Keywords: بهره وری انرژی; Low-carbon scheduling; Flexible job shop scheduling; Multi-objective optimization; Energy efficiency; Noise emission;
Keywords: بهره وری انرژی; Wireless sensor networks; Clustering; Channel coding; Energy efficiency; Reliability;
Keywords: بهره وری انرژی; Ground source heat pump systems; Ground heat exchanger; Flow rate; Heat transfer; Pumping energy; Energy efficiency;
Keywords: بهره وری انرژی; O44; Q4; Q5; Energy efficiency; Decoupling indicators; Environmental policy stringency;
Keywords: بهره وری انرژی; Public transport; Bus; Emissions; Energy efficiency; Renewable fuels; Sweden;
Keywords: بهره وری انرژی; Energy efficiency; Main engine; Portfolio selection; Sustainability; Shipbuilding supply chain;
Keywords: بهره وری انرژی; Gamification; Serious games; Systematic review; Energy efficiency; Energy conservation; Energy consumption; Domestic energy usage;
Keywords: بهره وری انرژی; Low-temperature heating systems; Low-temperature district heating; Energy efficiency; Energy performance; Thermal comfort;
Keywords: بهره وری انرژی; Energy efficiency; Solar energy; Thermal mass; Interior surfaces; Finishing material;
Keywords: بهره وری انرژی; Cost-optimal renovation; Cost-effectiveness; Optimisation; Energy efficiency; Heat pump system; Energy simulation;
Keywords: بهره وری انرژی; Energy efficiency; Food preservation; Microgrid; Thermoelectric refrigerator;
Keywords: بهره وری انرژی; Energy management; Energy efficiency; Energy consumption; Occupant behavior; Commercial buildings; Return-on-investment;
Keywords: بهره وری انرژی; Occupancy learning; Occupancy prediction; Demand-driven control; HVAC; Energy efficiency; Intelligent systems;
Keywords: بهره وری انرژی; Stirling engine; Solar energy; Solar concentration; Numerical modelling; Energy efficiency; Optimization;
Keywords: بهره وری انرژی; Continuously variable transmission; Electrical variable transmission; Dual mechanical port electric machine; 4 quadrant transducer; Energy efficiency;
Keywords: بهره وری انرژی; Thermal comfort; Energy efficiency; Intelligent energy platform; Big data; Statistical quality control; Time series;
Keywords: بهره وری انرژی; EU; European Union; GHG; Greenhouse gas; Energy efficiency; Residential sector; Panel data studies; Applied behavioural research; Situated accounts;
Keywords: بهره وری انرژی; Residential building; DHW consumption; Monthly factor; Energy efficiency; Energy saving;
Keywords: بهره وری انرژی; Monitoring; Smart building; User comfort; User behavior; Energy efficiency; Sensor data;
Keywords: بهره وری انرژی; Green communications; Sleep-scheduling; Routing protocols; Energy awareness; Energy efficiency;
Keywords: بهره وری انرژی; AHP; Wind turbine select; Renewable energy; Energy efficiency; Multi-criteria decision making; AHP; Analytic Hierarchy Process; TOPSIS; Technique for Order Preference by Similarity to Ideal Solution;
Keywords: بهره وری انرژی; Closed-loop scheduling and control; Coordinated berthing times; Energy efficiency; Inter terminal transport; Waterborne AGVs;
Keywords: بهره وری انرژی; Natural gas hydrate; Hydrate saturation; Hydrate dissociation; Energy efficiency; Hot brine injection;
Keywords: بهره وری انرژی; Alternative refrigerant; Hydrocarbon refrigerants; Natural refrigerants; Environmental impact; Energy efficiency; COP;
Keywords: بهره وری انرژی; Information model; Assembly; Manufactured assembly; Energy efficiency; Ontology; Semantic interoperability;
Keywords: بهره وری انرژی; Energy efficiency; Permutation flow shop scheduling; Controllable transportation time; Backtracking search algorithm; Multi-objective optimization;
Keywords: بهره وری انرژی; Energy efficiency; Drinking water heat recovery; Heat pump; District heating;
Keywords: بهره وری انرژی; Reactive absorption; Enzymatic CO2 capture; Carbonic anhydrase; Energy efficiency; Process Intensification; Carbon dioxide; Rotating Packed Bed; Membrane Contactor;
Keywords: بهره وری انرژی; Thermal mass; Indoor temperature; Energy efficiency; Thermal simulations, data analysis; Pattern recognition;
Keywords: بهره وری انرژی; Energy efficiency; Natural dynamics; Cyclic task; Adaptive oscillator; Pattern generator;
Keywords: بهره وری انرژی; Heat pump; Field test; Thermo-economic; Primary energy factor; Energy efficiency; Pompe à chaleur; Essai sur le terrain; Thermo-économique; Facteur énergétique primaire; Efficacité énergétique;
Keywords: بهره وری انرژی; ADEME; French Environment and Energy Agency - Agence de l'environnement et de la maîtrise de l'énergie; ALUR; Access to Housing and Urban Renovation - Accès au Logement et un Urbanisme Rénové; AMO; consulting; ANAH; National Housing Agency â
Keywords: بهره وری انرژی; Clothes dryer; Heat pump dryer; Energy efficiency; Energy savings;
Keywords: بهره وری انرژی; Green networking; Universal Plug & Play; Energy efficiency; Power measurement; Home Gateway Proxy;
Keywords: بهره وری انرژی; Ventilated façade; Ventilated façadepassive; Passive design; CFD simulation; Energy efficiency;
Keywords: بهره وری انرژی; Energy-water nexus; Energy efficiency; Energy technology; Electricity; Sustainable water;
Keywords: بهره وری انرژی; Industry; Model comparison; Integrated Assessment Models; Energy efficiency; Energy models; Climate change mitigation;
Keywords: بهره وری انرژی; Daylighting system; Energy efficiency; Plastic optical fibers; Solar concentrator; Overheat damages; Uniformity illumination;
Keywords: بهره وری انرژی; Ultrasonic pre-treatment; Energy efficiency; Anaerobic digestion; Biogas;
Keywords: بهره وری انرژی; Electric multiple unit; Driver advisory system; Energy efficiency;
Keywords: بهره وری انرژی; Automation; Occupant preferences; Energy efficiency; Adjustable autonomy; Adaptive autonomy; Appliance control; Lighting control;
Keywords: بهره وری انرژی; energy efficiency; resource efficiency; modernisation of locomotives; RAMS; Life Cycle Cost;
Keywords: بهره وری انرژی; Optimal maintenance; Energy efficiency; Biomass boilers; Dynamic programming;
Keywords: بهره وری انرژی; Thermal energy storage; Energy efficiency; Sensible heat storage; Latent heat storage; Thermochemical storage; Zero energy buildings;
Keywords: بهره وری انرژی; L94; L95; Q40; Energy efficiency; Energy Star; Green certifications; Housing markets; Propensity score matching; Hedonic model;
Keywords: بهره وری انرژی; Internet of Things; Refrigerator; Energy efficiency; Smart data; Semantic technology; Crowdsourcing; User participation; Energy awareness;
Keywords: بهره وری انرژی; Energy efficiency; Packet transmission; Deadline restraint; Computational complexity;
Keywords: بهره وری انرژی; Smart jewelry; Behavioral health; Change-point detection; Energy efficiency; Smart segmentation;