Estimation of resource-specific technological change
Year of publication: |
2019
|
---|---|
Authors: | Wei, Taoyuan ; Liu, Yang |
Published in: |
Technological forecasting & social change : an international journal. - Amsterdam : Elsevier, ISSN 0040-1625, ZDB-ID 280700-2. - Vol. 138.2019, p. 29-33
|
Subject: | CES | Cobb-Douglas | Economic growth | Resource elasticity | Resource intensity | Resource productivity | Translog | Technischer Fortschritt | Technological change | Wirtschaftswachstum | Produktivität | Productivity | Ressourcenökonomik | Resource economics | Substitutionselastizität | Elasticity of substitution | Erschöpfbare Ressourcen | Exhaustible resources | CES-Produktionsfunktion | CES production function | Produktionsfunktion | Production function | Cobb-Douglas-Produktionsfunktion | Cobb-Douglas production function | Wachstumstheorie | Growth theory | Endogenes Wachstumsmodell | Endogenous growth model | Rohstoffvorkommen | Resource deposit | Natürliche Ressourcen | Natural resources |
-
The aggregate production function is NOT neoclassical
Zambelli, Stefano, (2018)
-
R&D capital and the idea production function
Growiec, Jakub, (2023)
-
Long-run growth, speed of convergence and the specification of technology
Gómez, Manuel A., (2022)
- More ...
-
Estimation of global rebound effect caused by energy efficiency improvement
Wei, Taoyuan, (2017)
-
Liu, Yang, (2016)
-
Liu, Yang, (2019)
- More ...