Keywords: شدت انرژی; Energy end-use efficiency policy; Energy intensity; Spain;
مقالات ISI شدت 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: شدت انرژی; Electricity prices; Energy intensity; Panel analysis; Europe;
Keywords: شدت انرژی; D24; O13; Q43; Energy intensity; Economic growth; Firm growth;
Keywords: شدت انرژی; C5; F1; O1; Q3; Q4; Inequality; CO2 emissions; Energy intensity; Environmental Kuznets curve; Trade; FDI;
Keywords: شدت انرژی; Energy efficiency; Energy intensity; Institutional reform; The iron and steel industry; China;
Keywords: شدت انرژی; C23; Q47; Q48; Q54; Economic growth; Energy growth; Energy intensity; Convergence;
Keywords: شدت انرژی; grazing; greenhouse gas emission; energy intensity; life cycle assessment;
Keywords: شدت انرژی; Electricity consumption; Economic growth; Industrial structure; Energy intensity; HDD and CDD; Financial development;
Keywords: شدت انرژی; Energy efficiency; Energy intensity; Financial performance; Stakeholder theory; Chinese firms;
Keywords: شدت انرژی; Japan; Energy intensity; Energy conservation; Distance function;
Keywords: شدت انرژی; Q56; Q53; Q58; Q37; F18; Keywords:; China; Export VAT rebates; Export taxes; Trade policy; Second-best environmental policy; Air pollution; Water pollution; Energy intensity; Natural resources; Metal products;
Keywords: شدت انرژی; Life cycle assessment; Commercial rainwater harvesting; Municipal water supply; Energy intensity;
Keywords: شدت انرژی; Urbanization; Ruralization; Energy intensity; GDP; Asia; Panel data;
Keywords: شدت انرژی; Energy intensity; Income per capita; Industrialization; Urbanization; Q43; R11; O14;
Keywords: شدت انرژی; Efficiency; Energy intensity; Dairy farm; Milk; Building; Machinery;
Keywords: شدت انرژی; O44; C43; Q43; Energy systems analysis; Decomposition; Energy intensity; Canada; LMDI;
Keywords: شدت انرژی; energy construction adjustment; energy-saving and emission-reduction; energy intensity; economic growth.;
Keywords: شدت انرژی; Black carbon; Sectoral emission; Decomposition analysis; Energy intensity
Keywords: شدت انرژی; Greenhouse gas emission; Industry; Energy intensity; CO2 emission reduction allocation; Data envelopment analysis;
Keywords: شدت انرژی; BAT; Best Available Technologies; MLOE; million liters of oil equivalent; MRT; mass rapid transit; HEV; hybrid electric vehicle; KLOE; kilo liters of oil equivalent; IEA; International Energy Agency; BOE; Bureau of Energy; MOEA; Ministry of Economic Affai
Keywords: شدت انرژی; Energy intensity; Extreme bound analysis; Bayesian averaging; Sensitivity analysis; China;
Keywords: شدت انرژی; Rapidly deployable structures; Disaster shelters; Life cycle performance; Greenhouse gas emissions; CO2 emissions; Energy intensity;
Keywords: شدت انرژی; Energy consumption; Energy-income correlation; Energy intensity; History and forecast; Developing country; Morocco;
Keywords: شدت انرژی; Water droplet erosion; Stainless steel; Ti6Al4V; TiAl; Energy intensity
Keywords: شدت انرژی; Urban water system; Energy intensity; Water end-use; Water-related energy consumption; Relative effects
Keywords: شدت انرژی; Energy intensity; Spatio-temporal heterogeneity; Energy rebound effect; Geographically and Temporally Weighted Regression Model
Keywords: شدت انرژی; Energy intensity; Symbolic regression; Energy consumption; Population; China;
Keywords: شدت انرژی; Energy intensity; Numerical management system; Indicators; Energy policy; China;
Keywords: شدت انرژی; Carbon dioxide intensity; Iron and steel industry; Energy intensity
Keywords: شدت انرژی; Water use cycle; Energy-water nexus; Energy intensity;
Keywords: شدت انرژی; Energy intensity; Small brewery; Heat losses; Energy monitoring; Benchmarking;
Keywords: شدت انرژی; Iron and steel industry; Energy intensity; Ferrite-flows; Optimization model;
Keywords: شدت انرژی; Q20; E24; C33; Emissions; Energy intensity; Urbanization; Openness; Nonlinearity;
Keywords: شدت انرژی; Q41; Q43; G31; E22; C23; Energy Price; Investment; Energy Intensity; Error Correction Model (ECM);
Keywords: شدت انرژی; Embodied carbon flows; Index decomposition analysis; Regional differences; Trade balance; Energy intensity; Efficiency loss
Keywords: شدت انرژی; Energy intensity; Energy consumption; Energy prices; Energy taxes; Gross domestic product; European Union
Keywords: شدت انرژی; Energy intensity; Energy saving potential; Foreign-invested enterprises; Chinese owned enterprises; Input-output table; Q43; R15;
Keywords: شدت انرژی; Energy intensity; Benchmarking; Cheese; Whey; Energy allocation
Keywords: شدت انرژی; Energy distribution; Energy intensity; Cost analysis; Lowland paddy; Sustainable production
Keywords: شدت انرژی; Energy efficiency; Energy intensity; Thermodynamics; Energy management;
Keywords: شدت انرژی; Petroleum refining industry; Energy intensity; Energy conservation potential
Keywords: شدت انرژی; L520 Q410; Energy efficiency; Index Decomposition Analysis; Logarithmic Mean Divisia Index method I; Chilean industry; Energy intensity;
Keywords: شدت انرژی; Energy saving; Energy intensity; Energy efficiency; China;
Keywords: شدت انرژی; Q40; Q41; Q43; C50; C51; C22; Energy intensity; Asymmetric effects; Absorptive capability; Nigeria;
Keywords: شدت انرژی; C33; Q32; Q38; Q43; Q48; R11; Urbanization; Energy intensity; Energy transition; Long-run elasticity; Heterogeneous estimators;
Keywords: شدت انرژی; Energy intensity; Trade structure; Industrial structure; Structural effects
Keywords: شدت انرژی; Energy intensity; Road freight transport; LMDI; Divisia index decomposition;
Keywords: شدت انرژی; Water heater; Heat pump; Residential buildings; Energy intensity; Sensitivity analysis;
Keywords: شدت انرژی; Energy intensity; Business cycle; Energy conservation policy; Algeria
Keywords: شدت انرژی; Energy prices; Energy supply; Economic growth; Energy intensity; Numerical simulation; Control strategy;