Keywords: بهره وری انرژی; Integrated Product; Production Engineering (IPPE); Sustainability; Energy-Efficiency; Material Selection; Tool-Based Method;
مقالات ISI بهره وری انرژی (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: بهره وری انرژی; Building energy retrofit; Energy-efficiency; Life-cycle cost analysis; Multiple-benefit analysis; UAE;
Keywords: بهره وری انرژی; Food and non-food retailers; Energy consumption; Energy-efficiency; Sustainability; Benchmarks;
Keywords: بهره وری انرژی; Cloud computing; Data center; Virtual machine; Consolidation; Placement; Energy-efficiency;
Keywords: بهره وری انرژی; Building holistic design; Decision making; Energy-efficiency; First-order reliability method; Multi-criteria decision analysis; Performance-based engineering;
Keywords: بهره وری انرژی; Cognitive radio; Data-loss; Energy-efficiency; Interference-efficiency; Throughput; Spectrum monitoring;
Keywords: بهره وری انرژی; Internet of things; Parallel broadcasting; Communication protocols; Permutation routing; Collision-free; Energy-efficiency;
Keywords: بهره وری انرژی; Source-location privacy protection; Message sharing; Wireless sensor networks; Energy-efficiency;
Keywords: بهره وری انرژی; Wireless sensor networks; Clustering algorithm; Genetic algorithm; Energy-efficiency; Network life cycle; Routing;
Keywords: بهره وری انرژی; Urban rail transit system; Train operation; Performance improvement; Energy-efficiency; Train control; Transportation organization;
Keywords: بهره وری انرژی; Cubesat applications; Internet of things; M2M; Energy-efficiency; Random access; Multiple-access;
Keywords: بهره وری انرژی; O1; O3; Q40; Energy-efficiency; Barriers to energy efficiency; Discrete choice models; Generalized ordered logit model; Ukraine;
Keywords: بهره وری انرژی; Domestic refrigeration system; Water-cooled condenser; BPHE; Energy-efficiency; TEWI; Building energy-efficiency;
Keywords: بهره وری انرژی; Monostearin synthesis; Phase change material; Heterogeneous reaction kinetics; Far infrared radiation; Rotating batch reactor; Energy-efficiency;
Keywords: بهره وری انرژی; Retrofit; Energy-efficiency; Thermal comfort; Building envelope; Higher educational spaces; Simulation tools; Hot aid zones;
Keywords: بهره وری انرژی; Dynamic energy benchmark; Machining system; Mass production; Energy management; Energy-efficiency; Energy consumption;
Keywords: بهره وری انرژی; Wearable devices; Smartphones; Data communication; Energy-efficiency; Delay time;
Keywords: بهره وری انرژی; Climate; Governance; Energy-efficiency; Future urban vision; Sustainability;
Keywords: بهره وری انرژی; HPC; Energy-efficiency; System characteristic; Cooling efficiency; High-Temperature Direct Liquid Cooling (HT-DLC);
Keywords: بهره وری انرژی; Building automation; Energy-efficiency; Fuzzy logic controller; HDR vision sensor; Office lighting; On-site monitoring; Visual comfort and performance;
Keywords: بهره وری انرژی; Energy-efficiency; Traction power network; Regenerative braking; Optimisation;
Keywords: بهره وری انرژی; Wireless sensor network; Energy hole problem; Energy-efficiency; Periodic monitoring application; Routing hole;
Keywords: بهره وری انرژی; Wireless sensor network; Routing; Energy-efficiency; Energy balanced data transmission; Mixed hop transmission schemes;
Keywords: بهره وری انرژی; Energy-efficiency; Routing; Cloud computing; Datacenters; IP-over-WDM optical networks;
Keywords: بهره وری انرژی; Energy-efficiency; Mobile computing; Data mining;
Keywords: بهره وری انرژی; Occupancy detection; Non-intrusive ground truth; HVAC control; Energy-efficiency;
Keywords: بهره وری انرژی; Dual-homing; Energy-efficiency; Network protection; Routing and wavelength assignment; Survivability;
Keywords: بهره وری انرژی; Sustainable Building; Renewable Resources; Energy-efficiency; Building Simulation; Innovative Energy Concept;
Keywords: بهره وری انرژی; Weatherization; IEQ; Low-income housing; Energy-efficiency; Particle size distribution; ACHÂ =Â Air Changes per Hour; CAAÂ =Â Community Action Agency; CNTRLÂ =Â Control Home; CSÂ =Â Cooling Season; CSTÂ =Â Coastal study location; HCHOÂ =Â Formaldehyde; HS
Keywords: بهره وری انرژی; Collaborative eco-aware everyday things; Eco-aware everyday things; Social devices; Energy-efficiency; Coffee machines; Predictive models;
Keywords: بهره وری انرژی; Hospital; Commercial building; Energy-efficiency; Egypt; Demand control ventilation;
Keywords: بهره وری انرژی; Rule matching algorithm; Driving system; Energy-efficiency; Safety00-01; 99-00
Keywords: بهره وری انرژی; Building renovation processes; Evaluation procedure; Sustainability targets; Greenhouse gas emissions; Energy-efficiency; Embodied emissions;
Keywords: بهره وری انرژی; Photovoltaic systems; Wind turbine generator; Fuel cell; Water pumping applications; Energy-efficiency; Stand-alone energy systems;
Keywords: بهره وری انرژی; Energy-efficiency; Thermal comfort; Historic buildings; Building preservation; Sustainability
Keywords: بهره وری انرژی; Dynamic network; Elastic optical networks; Energy-efficiency; Network planning; Optical VPN; Protection; Spectral-efficiency
Keywords: بهره وری انرژی; Energy-efficiency; Green networks; Network resilience; Risk engineering; Risk management; Risk mitigation;
Keywords: بهره وری انرژی; Wall type; Energy-efficiency; Life cycle assessment; Light timber frame; Aerated autoclaved concrete; Masonry brick;
Keywords: بهره وری انرژی; Energy-efficiency; Load monitoring; Load balancing; Peer-to-peer systems; Distributed systems;
Keywords: بهره وری انرژی; device-to-device (D2D) communication; energy-efficiency; multi-hop; relay-assisted transmission; routing algorithm;
Keywords: بهره وری انرژی; Natural ventilation; Energy-efficiency; Houses; CFD; UAE
Keywords: بهره وری انرژی; Wireless sensor networks; Partial packet recovery; Frame fragmentation; Adaptive power; Interference-resiliency; Energy-efficiency
Keywords: بهره وری انرژی; Content-Centric Networking; Named data networking; Ant colony optimization; Energy-efficiency; Quality of service
Keywords: بهره وری انرژی; Cloud computing; Data center; Virtualization; Energy-efficiency; Queueing theory
Keywords: بهره وری انرژی; Energy-efficiency; Climate impacts; Life cycle impact assessment; Life cycle costing; Environmental-economic sustainability Assessment; Residential building; Windows
Keywords: بهره وری انرژی; Simulations; Thermal models; Energy-efficiency; Data centers
Keywords: بهره وری انرژی; Green; ICT; Energy-efficiency; Circuit switching; Packet switching; Power consumption
Keywords: بهره وری انرژی; Daylight control system; Dynamic window system; Energy-efficiency; Transparent louvers;
Keywords: بهره وری انرژی; Cloud computing; Energy-efficiency; Quality-of-service; Virtualization; Frequency scaling; Application elasticity
Keywords: بهره وری انرژی; Life-cycle thinking; Climate change; Energy-efficiency; Building stocks; Refurbishment; Material