煤炭产业科技创新联盟构建及运行机制研究

发布时间：2018-07-08 07:53

本文选题：煤炭产业 + 科技创新联盟　；参考：《辽宁工程技术大学》2014年硕士论文

【摘要】：随着煤炭资源不断枯竭,煤炭产业生产水平低、技术进步缓慢、市场竞争力薄弱、资源利用率低及生态环境破坏等问题已引起政府与企业广泛关注。煤炭产业科技创新联盟作为推动科技进步的有效途径,为实现煤炭产业可持续发展指明了方向。联盟成员围绕煤炭共性关键技术形成科学合理的分工与协作,通过合作互补达到高效协同,最终实现煤炭产业循环经济发展。本文从合作动机与影响因素出发,探究了煤炭产业科技创新联盟形成机理。基于联盟构建的必要性与伙伴选择方法,以辽宁省煤炭产业为例具体阐述了联盟构建及模式选择过程。在系统协同理论视角下,确定了煤炭产业科技创新联盟运行机制知识转移、利益分配、风险防范及支撑和保障体系四个序参量及运行框架。利用定性分析法与数学均衡模型,确定了序参量发展瓶颈与解决对策,提出多中心自组织网络管理模型,并对其进行有效性检验、分析及评价。最后,从完善煤炭行业管理体制,科技服务系统的功能与机制,政府政策法律三个方面提出煤炭产业科技创新联盟稳定性发展策略。
[Abstract]:With the continuous depletion of coal resources, low production level of coal industry, slow technological progress, weak market competitiveness, low utilization rate of resources and ecological environment damage, and so on, the government and enterprises have been widely concerned. As an effective way to promote the progress of science and technology, the scientific and technological innovation alliance of coal industry has pointed out the direction to realize the sustainable development of coal industry. The alliance members form a scientific and reasonable division of labor and cooperation around the key technologies of coal commonality, and achieve high efficiency and cooperation through cooperation and complementation, and finally realize the development of circular economy in coal industry. This paper probes into the forming mechanism of scientific and technological innovation alliance in coal industry based on cooperative motive and influencing factors. Based on the necessity of alliance construction and the method of partner selection, taking Liaoning coal industry as an example, the paper expounds the process of alliance construction and mode selection. From the perspective of system coordination theory, four order parameters and operational framework of coal industry scientific and technological innovation alliance operating mechanism knowledge transfer, benefit distribution, risk prevention and support and guarantee system are determined. By using qualitative analysis method and mathematical equilibrium model, the bottleneck of order parameter development and solutions are determined, and the multi-center self-organizing network management model is put forward, and its validity is tested, analyzed and evaluated. Finally, from three aspects of perfecting the management system of coal industry, the function and mechanism of science and technology service system, government policy and law, the paper puts forward the stable development strategy of scientific and technological innovation alliance of coal industry.
【学位授予单位】：辽宁工程技术大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：F426.21

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