摘要
文章测算了1980—2015年中国工业分行业投入产出数据,并估计了上述行业的能源CES生产函数,结果发现:(KE)L函数形式比(KL)E和(LE)K形式更符合中国工业分行业的实际情况,各行业的资本-能源替代弹性范围为国026,资本能源合成品与劳动的替代弹性范围为步率为0.109~1.093;在(KE)L函数形式下,中工业分行业的能0.0源21增~1强.型技术进技0.78%~42.6%,资本增强型技术进步率为-1.3%^-23.6%,劳动增强型术进步率为2.6%~14.2%。
This paper measures and calculates the input-output data of China's industrial subsector from 1980 to 2015, and estimates the energy CES production function of theses industries. The result shows that(KE) L function form is more suitable than(KL) E and(LE) K for China's industrial actual situation; the capital-energy substitution elasticity range of various industries is0.021~1.026, and the alternative elasticity of capital energy composite and labor is 0.109~1.093; under(KE) L function, the energy-enhanced technology progress rate of China's industrial subsector is 0.78% ~ 42.6%, the capital-enhanced technology progress rate-1.3% ^-23.6%, and the labor-enhanced technology progress rate 2.6%~14.2%.
出处
《统计与决策》
CSSCI
北大核心
2018年第4期112-117,共6页
Statistics & Decision
基金
中国博士后科学基金资助项目(2014M562520XB)
中央高校基本科研业务费专项资金资助项目(16SZYB34)
关键词
可计算一般均衡
常替代弹性函数
技术进步
computable general equilibrium (CGE)
CES function
technological progress