摘要
[目的/意义]通过分析和对比中美工程学领域高被引科学家的高被引文献发文特征,以发现中美两国的优劣势,为我国工程学领域发展提供参考信息,并为其他领域提供借鉴。[方法/过程]以中美两国工程学领域入选2014—2019年ESI高被引科学家名单的科学家为研究对象,基于Web of Science核心合集数据库,通过文献计量方法和可视化工具VOSviewer,对上述科学家2010—2019年发表的高被引文献从年度发文量、引文影响力、基金资助产出率、合作情况、研究方向等多个维度进行定量定性相结合的对比分析。[结果/结论]在2010—2019年间,中国工程学领域保持较高的发文量和被引量,在国际上已有一定的影响力,但高被引科学家的高被引文献基金资助产出率以及国际合作活跃度等方面尚存在不足,需要制定相关政策对我国工程学领域的发展加以引导。
[Objective/Significance]By analyzing and comparing the characteristics of highly cited literatures published by highly cited scientists in the engineering feld in China and the United States,this paper discovers the strengths and weaknesses of the two countries,and provides reference information for the development of engineering or other felds in China.[Methods/Processes]This paper examines scientists in engineering from China and the United States who were included in the list of ESI highly cited scientists from 2014—2019.Based on the data from Web of Science Core Collection,bibliometrics method and visualization tool VOSviewer were used to analyze those highly cited scientists.A quantitative and qualitative comparative econometric analysis of the highly cited paper authored by those highly cited scientists from 2010—2019 was conducted by combining multiple dimensions including annual publication volume,citation impact,grant-funded output rate,funding source,collaboration,and layout of research hotspots.[Results/Conclusions]This study fnds that China’s engineering feld maintain higher number of the published and cited articles in 2010—2019,which has certain infuence around the world.However,there are shortcomings in the input-output ratio of highly cited paper of the fund grants and the activity of international collaboration.It is necessary to formulate targeted policies to guide the development of China’s engineering feld.
作者
李璐
许海云
王超
龚兵营
崔斌
齐燕
LI Lu;XU Haiyun;WANG Chao;GONG Bingying;CUI Bin;QI Yan(Business School,Shandong University of Technology,Zibo 255000,China;Institute of Medical Information/Library,Chinese Academy of Medical Sciences,Beijing 100020,China)
出处
《情报工程》
2022年第5期3-15,共13页
Technology Intelligence Engineering
基金
国家自然科学基金项目“基于科学-技术主题关联分析的创新演化路径识别方法研究”(71704170)
山东省青年泰山学者(青年专家计划)(202103069)。
关键词
工程学
ESI高被引文献
中国
美国
文献计量学
Engineering Science
ESI highly cited papers
China
the United States
bibliometrics