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Two poles in global nano research: Structure and evolution of the global Nano Collaborative Innovation Network

机译:全球纳米研究的两个极点:全球纳米协同创新网络的结构和演变

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摘要

Nano Science and Technology (S&T) is one of the core areas of S&T competition among developed countries in the 21st century and plays a supporting and leading role in social, economic and technological development. As an emerging international interdisciplinary subject, cooperation is of great significance to the development of Nano S&T. Current studies of international Nano S&T cooperation focus mainly on cooperation between countries without much contribution to the understanding of these global networks at a global level. Based on the Web of Science (WOS) database, this paper presents a bibliometric, statistical and social network analysis to: (1) characterize the overall status of Nano Collaborative Innovation Network (NCIN); (2) identify core and periphery countries; (3) analyze the evolution and characteristics of each node of NCIN; (4) evaluate the scientific publication output quality of each country from NCIN and analyze research hotspot changes of NCIN; and (5) visualize the NCIN network. A more detailed look at China in this NCIN provides support for improving the research quality and international influence of China's Nano S&T.
机译:纳米科学技术是21世纪发达国家科技竞争的核心领域之一,在社会,经济和技术发展中起着支撑和领导作用。作为新兴的国际交叉学科,合作对纳米科技的发展具有重要意义。当前的国际纳米科技合作研究主要集中在国家之间的合作上,对在全球范围内对这些全球网络的理解没有多大贡献。基于Web of Science(WOS)数据库,本文提供了文献计量,统计和社交网络分析,以:(1)表征纳米协作创新网络(NCIN)的总体状况; (2)确定核心和周边国家; (3)分析NCIN每个节点的演变和特征; (4)从NCIN评估各国的科学出版物产出质量,分析NCIN的研究热点变化; (5)可视化NCIN网络。在此NCIN中更详细地了解中国,为提高中国纳米科技的研究质量和国际影响力提供了支持。

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