Keywords: منابع تجدید نشدنی; Scheduling; Single machine; Non-renewable resources; Branch-and-cut; Integer programming;
مقالات ISI منابع تجدید نشدنی (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: منابع تجدید نشدنی; Non-renewable resources; Renewable resources; R&D-based growth; Stagnant growth; Vertical innovation; O13; O31; O41;
Keywords: منابع تجدید نشدنی; P48; Q32; Q38; Cost of expropriation; Depletion; Extraction capacity; Institutions; Non-renewable resources; Weak property rights;
Keywords: منابع تجدید نشدنی; H21; H23; Q31; Q41; Q54; Q58; Carbon taxation; Externality; Global warming; Non-renewable resources; OPEC;
Keywords: منابع تجدید نشدنی; Commodity currencies; commodity prices; Dutch Disease; non-renewable resources; optimal policy; E63; F41; Q33; Q38;
Keywords: منابع تجدید نشدنی; Scheduling; Parallel machines; Non-renewable resources; Approximation schemes;
Keywords: منابع تجدید نشدنی; Commodities; Non-renewable resources; Elasticity of demand; Non-homothetic preferences; Nonstationary heterogenous panel; Q31; O13; N50;
Keywords: منابع تجدید نشدنی; Non-renewable resources; Modelling; Forecasting; Trend; Fluctuation component; Monitoring of model evolution;
Keywords: منابع تجدید نشدنی; Differential games; Regime switching strategies; Technology adoption; Non-renewable resources; C61; C73; Q32;
Keywords: منابع تجدید نشدنی; Emergy; Hydropower; Emergy investment ratio; Jupiá; Porto Primavera; DA; direct area; ED; empower density; EIR; emergy investment ratio; EIRSP; emergy investment ratio of São Paulo State; ELR; environmental loading ratio; EmpdR; renewable empower densit
Keywords: منابع تجدید نشدنی; Non-renewable resources; Coal; Exergy; Life-cycle; Thermo-ecological cost
Keywords: منابع تجدید نشدنی; Q32; Q43; Q54Climate change; Carbon capture and storage; Adaptation; Non-renewable resources
Keywords: منابع تجدید نشدنی; Automobile sector; Sustainable practices; Chemical; Non-Renewable resources;
Keywords: منابع تجدید نشدنی; Non-renewable resources; Alternative futures; Afghanistan; Resource curse; The Great Game; Q28; Q32; D74; L72;
Keywords: منابع تجدید نشدنی; Non-renewable resources; Optimal depletion; Open economy; O40; Q31; Q33;
Keywords: منابع تجدید نشدنی; O41; Q32; Q43; Non-renewable resources; Energy; Economic growth; Innovation; Directed technical change;
Keywords: منابع تجدید نشدنی; Phosphorus; Phosphate rock; Non-renewable resources; Fertilizer; Recycling;
Keywords: منابع تجدید نشدنی; Non-renewable resources; Renewable resources; Sustainability assessment; Life cycle perspective; Sustainable resource management; Material development; Diaper; Nappy; Absorbent hygiene product;
Keywords: منابع تجدید نشدنی; Multi-stage optimal control; Threshold effects; Irreversibility; Non-renewable resources; Backstop technology; Q30; Q53; C61; O33;
Keywords: منابع تجدید نشدنی; Multi-stage optimal control; Threshold effects; Irreversibility; Non-renewable resources; Viability
Keywords: منابع تجدید نشدنی; Q30; L12; H21Limit-pricing monopoly; Demand elasticity; Carbon tax; Non-renewable resources; Oil substitutes; Shale oil
A Hotelling model for the circular economy including recycling, substitution and waste accumulation
Keywords: منابع تجدید نشدنی; Non-renewable resources; Hotelling; Recycling; Substitution; Dynamic numerical optimisation modelling;
Learning and price volatility in duopoly models of resource depletion
Keywords: منابع تجدید نشدنی; Commodity prices; Depletion; Escape dynamics; Learning; Non-renewable resources;
Sustainability and substitution of exhaustible natural resources
Keywords: منابع تجدید نشدنی; Q20; Q30; O41; O33; Growth; Non-renewable resources; Substitution; Investment incentives; Endogenous technological change; Sustainability;
Absolute abundance and relative scarcity: Environmental policy with implementation lags
Keywords: منابع تجدید نشدنی; Q31; Q41; Q54; Q58; Non-renewable resources; Implementation lags; Announcement effects; Scarcity; Order of extraction; Climate policy; Clean Air Act; Green Paradox;
Producing energy in a stochastic environment: Switching from non-renewable to renewable resources
Keywords: منابع تجدید نشدنی; C63; D81; Q20; Q30; Q40Optimal switching time; Renewable resources; Non-renewable resources; Uncertainty; Irreversibility
Sustainability and externalities: Is the internalization of externalities a sufficient condition for sustainability?
Keywords: منابع تجدید نشدنی; Environmental externalities; Sustainable development; Environmental rights; Economic instruments; Non-renewable resources;
Prices vs. quantities in a dynamic problem: Externalities from resource extraction
Keywords: منابع تجدید نشدنی; D92; H23; L50; Q38; Q58Environmental policy; Resource policy; Choice of instruments; Asymmetric information; Non-renewable resources; Prices vs. quantities; Taxes; Permits; Uncertainty
Optimal growth when environmental quality is a research asset
Keywords: منابع تجدید نشدنی; Endogenous growth; Non-renewable resources; Environmental quality; Environmental hysteresis
Non-constant discounting and differential games with random time horizon
Keywords: منابع تجدید نشدنی; Non-constant discounting; Naive and sophisticated agents; Random duration; Differential games; Non-renewable resources
An optimal control model of oil discovery and extraction
Keywords: منابع تجدید نشدنی; Optimal control; Non-renewable resources; Oil discovery; Oil extraction
Distribution of phosphorus resources between rich and poor countries: The effect of recycling
Keywords: منابع تجدید نشدنی; Non-renewable resources; Essential resources; Phosphate mining; Recycling; Distribution of resources; D91; Q32;
On technical change in the elasticities of resource inputs
Keywords: منابع تجدید نشدنی; Q20; Q30; O30Elasticity of substitution; Technical change; Biased technical change; Non-renewable resources; Renewable resources
Numerical analysis of non-constant pure rate of time preference: A model of climate policy
Keywords: منابع تجدید نشدنی; C63; Q20Non-constant pure rate of time preference; Hyperbolic discounting; Numerical methods; Non-renewable resources; Observational equivalence; Climate change; Stern Review
A step beside the maximin path: Can we sustain the economy by following Hartwick's investment rule?
Keywords: منابع تجدید نشدنی; Q01; Q30; D99; Non-renewable resources; Sustainable consumption; Hartwick's rule;
The resource conservation effect of recycling in a dynamic Leontief model
Keywords: منابع تجدید نشدنی; Recycling; Reuse; Input-output model; Leontief model; Sustainable development; Balanced growth path; Non-renewable resources; Product recovery management;
Thermo-ecological optimization of a solar collector
Keywords: منابع تجدید نشدنی; Exergy; Optimization; Non-renewable resources; Solar collector
Modification of ecological footprint evaluation method to include non-renewable resource consumption using thermodynamic approach
Keywords: منابع تجدید نشدنی; Ecological footprint; Non-renewable resources; Exergy; Resource depletion
Mass and energy-capital conservation equations to study the price evolution of non-renewable energy resources: Part I—Generalization of the Hotelling rule
Keywords: منابع تجدید نشدنی; Hotelling rule; Non-renewable resources; Mass conservation; Energy conservation; Extraction policy; Extracted resources; Price evolution
Quantitative guidelines for urban sustainability
Keywords: منابع تجدید نشدنی; Energy; Water; Food; Non-renewable resources; Transportation; Housing; Waste management
Case studies in quantitative urban sustainability
Keywords: منابع تجدید نشدنی; Energy; Water; Food; Non-renewable resources; Transportation; Housing; Waste management
Long-run models of oil stock prices
Keywords: منابع تجدید نشدنی; C32; L71; Q30; Q40; Cointegration; Vector error correction models; Oil companies; Oil stock prices; Hydrocarbon fuels; Energy; Non-renewable resources; Environment;
Modelling the load curve of aggregate electricity consumption using principal components
Keywords: منابع تجدید نشدنی; C51; C53; Q30; Q40; Electricity; Load curves; Principal components; Fourier estimator; Constrained smoothing spline estimator; Temperature; Non-renewable resources; Hydrocarbon fuels; Environment;
Scarcity, growth and R&D
Keywords: منابع تجدید نشدنی; C61; D92; O13; O32; Q32; Scarcity; Economic growth; Non-renewable resources; Backstop technology; R&D;
Growth in overlapping generation economies with non-renewable resources
Keywords: منابع تجدید نشدنی; O13; O40; Q32; Overlapping generations; Exogenous technological progress; Non-renewable resources; Balanced growth path;
Polluting non-renewable resources, innovation and growth: welfare and environmental policy
Keywords: منابع تجدید نشدنی; O32; O41; Q20; Q32; Non-renewable resources; Pollution; Innovation; Growth; Extraction path; Environmental policy;
What motivates membership in non-renewable resource cartels?
Keywords: منابع تجدید نشدنی; D43; L1; Q3; Non-renewable resources; Cartel; OPEC;