Keywords: ذخیره انرژی; Spindle acceleration; Energy consumption; Machine tools; Energy saving;
مقالات ISI ذخیره 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: ذخیره انرژی; Pro-environmental behavior; Flying; Meat consumption; Energy saving; Greenhouse gas emissions; Environmental education;
Keywords: ذخیره انرژی; Wholesale electricity market; Voluntary price for the small consumer; Real-time pricing; Demand response; Energy saving; Load-shifting;
Keywords: ذخیره انرژی; Smart Grid; energy saving; energy efficiency; lighting system; repayment target financing;
Keywords: ذخیره انرژی; cogeneration; trigeneration; electric vehicle; energy saving; TRNSYS; carbon dioxide emissions;
Keywords: ذخیره انرژی; High albedo; Energy saving; Glass ceramic; Thermal diffusivity;
Keywords: ذخیره انرژی; Vacuum ejector; Pressure regulator; Energy saving; Flowrate amplification;
Keywords: ذخیره انرژی; Home energy report; Home energy management system; Energy saving;
Keywords: ذخیره انرژی; Energy consumption; Energy saving; Renewable Energy Sources (RES); Willingness to pay; Citizens' perceptions; Andros island;
Keywords: ذخیره انرژی; Passive cooling; CFD simulations; Semi outdoor; Energy saving; Room conditioning; Ceiling confluent air;
Keywords: ذخیره انرژی; Sustainable manufacturing; Renewable energy; On-line real-time discrete event simulation; Energy management; Energy saving; CO2 reduction;
Keywords: ذخیره انرژی; Construction machinery; Hydraulic excavator; Energy saving; Idle speed; Hydraulic accumulator; Pure electric system;
Keywords: ذخیره انرژی; CHP; Energy saving; Exhaust steam utilization; Thermodynamic analysis; Techno-economic evaluation;
Keywords: ذخیره انرژی; Multi-zone; Zone; Zoning; Control modelling; Simulation; Occupancy; Heating; Energy saving;
Keywords: ذخیره انرژی; Natural ventilation; Energy saving; Building energy simulation; Wind profile; Power law; Uncertainty;
Keywords: ذخیره انرژی; Natural ventilation; Energy saving; Regional variations; Climate; NV hour; Mixed-mode ventilation;
Keywords: ذخیره انرژی; Ridesharing; Direct impacts; Indirect impacts; Energy saving; Emission reduction; Beijing;
Keywords: ذخیره انرژی; DPF/gypsum composite; Thermophysical properties; Periodical method; Flash method; Thermal insulation; Energy saving;
Keywords: ذخیره انرژی; Green roof; Passive cooling; Evaporative cooling; Thermal energy storage; Heat sink; Energy saving;
Keywords: ذخیره انرژی; Room air temperature; Intended thermal comfort; Energy saving; Air conditioning system; Stratum ventilation;
Keywords: ذخیره انرژی; Energy consumption; Buildings; Energy saving; Building energy efficiency; Building stock; BRIC countries;
Keywords: ذخیره انرژی; Sleeping environments; Task/ambient air conditioning; Radiation based; Radiant panel; Thermal comfort; Energy saving; Draft;
Keywords: ذخیره انرژی; Life Cycle Cost; Drain Water Heat Recovery System; Graywater Harvesting System; Rainwater Harvesting System; Water saving; Energy saving;
Keywords: ذخیره انرژی; Energy modeling; Residential sector; Scenario analysis; Energy saving; LEAP;
Keywords: ذخیره انرژی; Natural convection; double-skin roof; Energy saving; CFD;
Keywords: ذخیره انرژی; stack ventilation; ventilation chimney; monitoring; historic context; energy saving;
Keywords: ذخیره انرژی; Energy saving; Motivations; Altruism; Organizational behavior;
Keywords: ذخیره انرژی; Energy saving; Energy use prediction; Data mining techniques; Occupancy status; Occupants' energy use behavior;
Keywords: ذخیره انرژی; Energy saving; Intermittent impinging jet; Numerical study; Performance evaluation; Thermal drying;
Keywords: ذخیره انرژی; Carbon; Resource conservation techniques; GHGs; Energy saving; Rice;
Keywords: ذخیره انرژی; Cleanroom; Air-conditioning; Energy saving; Dehumidification; Humidity control;
Keywords: ذخیره انرژی; Building-integration of photovoltaics; Perovskite-based solid-state solar cells; Energy saving; Daylighting; Visual comfort;
Keywords: ذخیره انرژی; Energy saving; Thermal comfort; Displacement ventilation; Local exhaust ventilation;
Keywords: ذخیره انرژی; Energy recovery; Evaporation; Energy saving; Environment; Ventilation; HVAC;
Keywords: ذخیره انرژی; Trigeneration; Transient operation; Energy saving; Economic analysis; Carbon dioxide emissions; TRNSYS;
Keywords: ذخیره انرژی; Burst transmission; Energy Efficient Ethernet; Markov model; Energy saving; Packet delay;
Keywords: ذخیره انرژی; Housing-related lifestyle; Energy saving; Consumer innovativeness; Multi-level latent class analysis;
Keywords: ذخیره انرژی; Long-term user engagement; Energy saving; Behavioural changes; Bottom-up approach; User-made rules; Expert-made rules;
Keywords: ذخیره انرژی; Natural fibre; Climate change; Composite; Energy saving; Environment;
Keywords: ذخیره انرژی; Data center network; Energy saving; Computation time; Vital nodes; Reliability; Performance;
Keywords: ذخیره انرژی; Hydraulic excavator; Energy regeneration system; Closed-circuit; Hydraulic accumulator; Energy saving;
Keywords: ذخیره انرژی; Lighting control; Universal lamp dimming; Wireless system; Energy saving; Economic analysis;
Keywords: ذخیره انرژی; District heating; Distributed variable-speed pumps; Hydraulic regulation; Genetic algorithm; Energy saving;
Keywords: ذخیره انرژی; C63; Q48; Q52; Q59; Emission trading scheme; Iron and steel sector; Energy saving; Competitiveness; Output-based allocation;
Keywords: ذخیره انرژی; Software defined networking; Data centers; Automatic configuration; Network security; Resource allocation; Energy saving;
Keywords: ذخیره انرژی; Residential building; DHW consumption; Monthly factor; Energy efficiency; Energy saving;
Keywords: ذخیره انرژی; Parametric design; Daylighting; Solar radiation; Energy saving;
Keywords: ذخیره انرژی; Thermoelectric cooling; Photovoltaic wall; TRNSYS; COP; Energy saving;
Keywords: ذخیره انرژی; Thermal inflexion; Energy saving; Cooling set-point; Building envelope; Insulation optimisation; Thermal mass; Construction layer configuration; Overheating risk;
Keywords: ذخیره انرژی; Energy saving; Light-energy consumption; Multivariate extremum seeking; Desired lighting level;