京津冀科技创新—产业升级协同度测度——基于复合系统协同度模型

Measurement of Synergy Degree of Technical Innovation and Industrial Upgrading in Beijing-Tianjin-Hebei:Based on Synergy Degree Model of Compound System

基于复合系统协同度模型测度了京津冀科技创新—产业升级相同基期和相邻基期协同度。结果表明:2007—2015年京津冀科技创新—产业升级相同基期协同度显著提升,2015年已达良好协同水平,但区域内并不均衡;科技创新子系统有序度一直低于产业升级子系统有序度,是制约复合系统相同基期协同度进一步提升的关键因素;2007—2015年复合系统相邻基期协同度在[0.037,0.113]之间,处于稳定低度协同演变状态,科技创新与产业升级协同能力有待进一步增强;科技创新与产业升级平衡性发展更能促进复合系统相同基期协同度的提高,即发挥"2×2>3×1"的整体协同效应,也更能促进复合系统相邻基期协同度的稳定演变。

The paper measures the technical innovation and industrial upgrading of the same base period and adjacent base period coordination in Beijing-Tianjin-Hebei on the model of coordination degree of compound system.The results show that technical innovation and industrial upgrading of the same base period coordination degree increased significantly in 2007-2015 in Beijing-Tianjin-Hebei.It reaches good coordination level in 2015,but the area is not balanced.Order of the technical innovation system has been lower than that of the industrial upgrading system,which is the key factor to restrict the compound system to further enhance the coordination degree of the same period.The 2007-2015 compound system adjacent base period synergy degree between[0.037,0.113]is in a stable low co-evolution,but technical innovation and industrial upgrading coordination ability needs to be enhanced.Technical innovation and industrial upgrading can promote the balanced development of compound system of the same base of synergy,and play the whole effect of“2×2>3×1”.It can also promote the compound system of synergy degree stable evolution in adjacent base period.