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该文基于热力学熵增与耗散结构理论,探讨“知识流”、三维空间与企业内生创新互动的耦合机理,并通过结构方程模型进行检验,为企业的创新决策提供理论基础。研究发现,在知识流作用下,企业要素配置边界以极低的配置成本得以扩张,进而形成了知识流在三维空间与企业内生创新互动之间的耦合中介机制;创新三维空间的合理配置会强化区域内部的知识溢出效应,从而促进区域内部企业之间知识的流动;知识流转化为促进企业创新的特定要素还有赖于企业自身的能力,包括吸收能力和整合能力。
Based on the theories of thermodynamic entropy increase and dissipative structure, this paper explores the coupling mechanism of “knowledge flow”, three-dimensional space and enterprise endogenous innovation, and verifies it through the structural equation model to provide a theoretical basis for innovation decision-making of enterprises. The research finds that under the action of knowledge flow, the boundary of enterprise’s factor configuration is expanded with extremely low configuration cost, and then the coupling mechanism of knowledge flow between three-dimensional space and endogenous innovation interaction of enterprises is formed. The reasonable configuration of innovation three-dimensional space Strengthen the knowledge spillover effect within the region so as to promote the flow of knowledge among enterprises in the region; and the specific elements of knowledge flow into promotion of business innovation depend on their own capabilities, including absorptive capacity and integration ability.