二象对偶理论视角下林木加工产业技术创新系统的协调度测度

The Measurement of Coordinated Degree of Technology Innovation System in Wood Processing Industry from the Perspective of Er-Xiang Dual Theory

基于改进熵值法和二象对偶理论,将林木加工产业技术创新系统划分为以创新能力为表征的状态子系统和以创新效率为测度的过程子系统,并根据子系统进一步阐述林木加工产业技术创新系统的二象特征。测度2008年-2012年林木加工产业技术创新系统的二象子系统发展水平、系统综合发展水平及二象子系统间协调发展水平。结果表明：林木加工产业技术创新系统的二象子系统及系统综合发展整体呈现上升演化态势,二象子系统间的协调发展程度总体处于动态不稳定的演化规律。

Based on the improved entropy method and er-xiang dual theory,the article divides wood processing industrial technology innovation system into state subsystem and process subsystem,and describes its er-xiang features from two subsystems.And the article measures the levels of two subsystem development,comprehensive development and coordinated development between the subsystems of the wood processing industrial technology innovation systems in China from 2008 to 2012.The empirical results show that the overall development of the two subsystems and the comprehensive development of the system tend to rise,and dual subsystem coordinated development is fluctuating.