Li, Defu and Huang, Jiuli (2012): 新古典增长模型的稳态路径能否包括资本增进型技术进步? Published in: South China Journal of Economics No. 10 (October 2012): pp. 43-50.
Li, Defu and Huang, Jiuli and Zhou, Ying (2013): Revisting the Steady-State Equilibrium Conditions of Neoclassical Growth Models.
Li, Defu and Huang, Jiuli and Zhou, Ying (2014): Is Harrod-neutrality Needed for Balanced Growth? Uzawa's Theorem Revisited.
Li, Defu and Huang, Jiuli (2014): Uzawa(1961)’s Steady-State Theorem in Malthusian Model.
Li, Defu and Bental, Benjamin (2016): What determines the direction of technological progress?
Li, Defu and Bental, Benjamin and Huang, Jiuli (2016): Stationary Growth and the Impossibility of Capital Efficiency Gains.
Li, Defu and Huang, Jiuli (2016): The steady-state growth conditions of neoclassical growth model and Uzawa theorem revisited.
Li, Defu (2016): A Proof of the Invalidity of Proposition 15.12 in Acemoglu(2009).
Li, Defu and Bental, Benjamin (2019): A Generalized Growth Model and the Direction of Technological Progress.
Li, Defu and Benjamin, Bental (2021): Factor Supply Elasticities, Returns to Scale, and the Direction of Technological Progress.
Bental, Benjamin and Li, Defu and Tang, Xuemei (2022): Comment on “Labor- and Capital-augmenting technical change”: Does the stability of balanced growth path depend on the elasticity of factor substitution?
Li, Defu and Bental, Benjamin (2023): What determines the Direction of Technological Progress(2023.11.16)?
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