Keywords: بهره وری انرژی; Biodiesel; Energy efficiency; Empirical rate expression; Supercritical fluid;
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; Lithium-sulfur battery; Nanostructured current collectors; Polysulfides; Energy efficiency; Pouch cell;
Keywords: بهره وری انرژی; Energy efficiency; Refrigeration; Bibliometrics; Social Network Analysis;
Keywords: بهره وری انرژی; Energy efficiency; Bootstrap-DEA; Clustering analysis; Tobit regression;
Keywords: بهره وری انرژی; Rice husk; Heat exchanger; Emission; Energy efficiency; Parboiling;
Keywords: بهره وری انرژی; OR in natural resources; Scheduling; Metaheuristics; Energy efficiency;
Keywords: بهره وری انرژی; Tensor contraction engines; Quantum chemistry; Libtensor; Cyclops. High performance computing; Distributed memory programming models; Energy efficiency;
Keywords: بهره وری انرژی; Chiller sequencing control; Maximum cooling capacity; Variable speed screw chiller; Partial load ratio; Energy efficiency;
Keywords: بهره وری انرژی; Fuel poverty; Energy justice; Energy consumption; Energy efficiency; Spatial analysis; Space heating; Residential buildings;
Keywords: بهره وری انرژی; Microwave; Energy efficiency; Exergy efficiency; Energy consumption; Effective moisture diffusivity; Seed breakage;
Keywords: بهره وری انرژی; Energy efficiency; Solar energy; Photovoltaic panels; Solar heat pump;
Keywords: بهره وری انرژی; Cloud computing; Load balancing; Resource utilization; Energy efficiency; Quality of Service;
Keywords: بهره وری انرژی; Biodiesel; Waste cooking oil; Ultrasonication; Energy efficiency; Recirculating flow reactor;
Keywords: بهره وری انرژی; Metro train scheduling; Energy efficiency; Dynamic passenger demands; Space-time network; Regenerative energy;
Keywords: بهره وری انرژی; Torrefaction; Biomass fuels; Process modeling; Process optimization; Energy efficiency;
Keywords: بهره وری انرژی; Residential buildings; Energy efficiency; Uncertainty; Life-cycle cost; Monte Carlo simulation; Discount rate;
Keywords: بهره وری انرژی; PLC; programmable logic controller; DF; daylight factor; DA; daylight autonomy; DAcon; continuous daylight autonomy; DAmax; maximum daylight autonomy; UDI; useful daylight illuminance; PLR; part load ratio; AHP; analytic hierarchy process; RI; random cons
Keywords: بهره وری انرژی; Ventilated packaging; Polyliner; Energy efficiency; Resistance to airflow; Refrigeration unit; Punica granatum;
Keywords: بهره وری انرژی; Gliding pulsed plasma; Energy efficiency; Methane conversion; Spark; Plasma chemistry;
Keywords: بهره وری انرژی; Energy benchmarking; Machining systems; Energy assessments; Energy demand; Energy efficiency; Energy consumption;
Keywords: بهره وری انرژی; Energy storage system; Electric vehicle; Battery equalization; Energy efficiency; Model predictive control;
Keywords: بهره وری انرژی; Mobile crowd sensing; Smartphones; Task scheduling; Energy efficiency;
Keywords: بهره وری انرژی; Building retrofitting; Energy efficiency; Annual energy demand; Spanish regulations; Passivhaus standard; Single-family house;
Keywords: بهره وری انرژی; $; Canadian dollar; AESO; Alberta electric system operator; bl; billion; CANSIM; Canadian socio-economic information management; CERI; Canadian Energy Research Institute; CFL; compact fluorescent; CFR; capital recovery factor; CH4; methane; CO2; carbon di
Keywords: بهره وری انرژی; By-products carbon; Chlorella vulgaris; Energy efficiency; Mixotrophic; Protein production;
Keywords: بهره وری انرژی; CFL; compact fluorescent lamp; DHW; domestic heater water; FL; fluorescent lamps; HPM; high pressure mercury; HPS; high pressure sodium; IL; incandescent light; ipRGC; intrinsically photosensitive retinal ganglion cells; LED; light-emitting diodes; LPS; l
Keywords: بهره وری انرژی; Artificial intelligence; Case based reasoning; Demand response; Energy efficiency; Intelligent house energy management;
Keywords: بهره وری انرژی; Iron and steel; Energy efficiency; CO2 emissions; Mexico; System boundary definition; International comparison methodology;
Keywords: بهره وری انرژی; Energy efficiency; Natural gas liquids; Design; Optimization; Process integration;
Keywords: بهره وری انرژی; Cognitive radio network; Stochastic geometry; Poisson point process; Energy efficiency;
Keywords: بهره وری انرژی; Low-carbon green growth; Rebound effect; Energy efficiency; Eco-efficiency; Degrowth; Public participation;
Keywords: بهره وری انرژی; School buildings; Energy efficiency; Energy monitoring; Indoor air quality; Indoor environmental conditions;
Keywords: بهره وری انرژی; Adaptive lighting systems; Competition over resources algorithm; Energy efficiency; Experimental prototype; Metaheuristic optimization;
Keywords: بهره وری انرژی; Home energy management; Energy efficiency; Smart home; Home automation; Internet of things;
Keywords: بهره وری انرژی; Ground source heat pump (GSHP); Energy demand; Coefficient of performance (COP); Energy efficiency;
Keywords: بهره وری انرژی; Electric vehicles; Energy efficiency; Power losses; Grid-integrated vehicles; Vehicle-to-grid; Dispatch algorithm;
Keywords: بهره وری انرژی; Absorption heat pumps; Hybrid heat pumps; LiBr-H2O modeling; Energy efficiency; Process simulation; Mathematical model;
Keywords: بهره وری انرژی; Design for reuse; End-of-Life strategy; Exergy; Energy efficiency; Product design;
Keywords: بهره وری انرژی; Energy efficiency; Barriers; Best-worst multi-criteria method; Buildings;
Keywords: بهره وری انرژی; Pumps as Turbines; Energy recovery; Energy efficiency; Particle swarm optimization;
Keywords: بهره وری انرژی; Data envelopment analysis; Energy efficiency; Environmental efficiency; Petrochemical industry;
Keywords: بهره وری انرژی; ASHRAE; American Society of Heating, Refrigerating, and Air-Conditioning Engineers; AC; air conditioning; ANSI; American National Standards Institute; CAPMAS; Central Agency for Public Mobilization and Statistics; CRI; color rendering index; CFLs; compact
Keywords: بهره وری انرژی; Carbon emissions; Buildings; Energy efficiency; Life cycle costs; Optimal designs; Energy retrofits;
Keywords: بهره وری انرژی; Energy efficiency; IaaS cloud computing; Predictive analysis; Convex optimization; Gaussian process;
Keywords: بهره وری انرژی; Non-residential buildings; GreenBuilding programme; Energy efficiency; Energy consumption; Technology measures; Best practices; Nearly zero energy buildings (NZEBs);
Keywords: بهره وری انرژی; Dark silicon; Heterogeneous many-core systems; Big.LITTLE architecture; Peak temperature; Energy efficiency;
Keywords: بهره وری انرژی; Energy efficiency; Differentiated product; Quality; Price discrimination; Q40; Q48; Q58;
Keywords: بهره وری انرژی; Software-Defined Networking (SDN); Energy efficiency; OpenFlow;
A swirling jet-induced cavitation to increase activated sludge solubilisation and aerobic sludge biodegradability
Keywords: بهره وری انرژی; Energy efficient; Sludge solubilisation; Swirling jet-induced cavitation; Sludge disintegration; Aerobic biodegradability; AC; acoustic cavitation; HC; hydrodynamic cavitation; COD; chemical oxygen demand; TCOD; total COD; PCOD; particulate COD; SCOD; sol
Keywords: بهره وری انرژی; Energy efficiency; Ultra-lightweight concrete; Office building; Structural design;