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| An Evaluation of Coupling Effect of Science and Technology |
| Lu Yuting1,Zhou Xiaoliang2 |
| (1.Fujian Academy of Social Sciences, Fuzhou 350001,China; 2.School of Economics and Management, Fuzhou University,Fuzhou 350008，China) |
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Abstract Considering the complexity of the current innovation environment, the coupling system of science and technology has become an open system that evolves under the influence of both internal and external factors. A state space model for the coupling system is constructed. By solving the model, the intensity of scientific technicalization and technological scientificization are described, and the complementary effect and cost effect of science and technology interaction are analyzed. Based on it, the coupling effect of science and technology of 29 provinces is evaluated, and the type of coupling path of sci-technology development in different regions is measured. The conclusions show that the evolutionary effects of the process of scientific technicalization and technological scientificization in different provinces are significantly different, and it doesn’t mean that the better the coupling effect is, the faster the development of science and technology is. The path in most provinces is sci-tech-balanced path, and the path with the smallest proportion is tech-strong path.At last the pointed are proposed .
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Received: 16 April 2020
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