中国经济问题 ›› 2025›› Issue (03): 17-.

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全要素生产率的技术—分配二重性及其分解———基于马克思主义经济学的视角

  

  • 出版日期:2025-05-20 发布日期:2025-07-16

  • Online:2025-05-20 Published:2025-07-16

摘要:

本文在Shaikh基于国民收入恒等式的分析基础上引入工资利润率曲线证明了全要素生产率(索洛残值) 存在技术分配两重性也就是说全要素生产率既是生产效率的体 也受到收入分配的影响通过分解发现劳资分配主要影响全要素生产率的整体水平但是对全要素生产率的变动影响较小全要素生产率的变动可以体现经济效率的提升但由于各国技术进步类型和劳资分配情况不同不能在国别之间横向比较最后结合决定全要素生产率的技术因素本文发现中国整体上呈现出劳动生产率提高资本生产率下降的马克思偏向的技术进步类型但技术变动背后的过程并不符合马克思偏向技术变动的机制这是因为中国过去的技术进步以引进吸收西方技术为主体现的是西方国家技术进步的路径因此在自主创新过程中我们要兼顾劳动和生产资料的生产效率发展新质生产力实现全要素生产率的持续提高


关键词:

全要素生产率, 技术—分配二重性, 马克思主义

Abstract:

This paper builds upon Shaikh's analysis based on the national income identity by introducing the wage-profit rate curve, and derives the duality of total factor productivity (TFP, or Solow residual) in terms of technology and distribution. That is to say,TFP is not only a reflection of production efficiency but also influenced by income distribution. Through decomposition, it is found that the labor-capital distribution mainly affects the overall level of TFP, but has a relatively small impact on the changes in TFP. Changes in TFP can reflect improvements in economic efficiency. However, due to differences in types of technological progress and labor-capital distribution among countries, it is not appropriate to make horizontal comparisons across countries. Finally, by integrating the technological factors that determine TFP, this paper finds that China generally exhibits a Marx-biased type of technological progress, characterized by increasing labor productivity and decreasing capital productivity. However, the process behind the technological changes does not conform to the mechanism of Marx-biased technological change. This is because China's technological progress had primarily focused on the introduction and absorption of Western technologies, reflecting the path of technological progress in Western countries. Therefore, in the process of independent innovation, we need to balance the production efficiency of labor and means of production, develop a new type of productive forces, and achieve sustained improvement in TFP. 

Key words:

total factor productivity, technology-distribution duality, Marxist