Citation Diffusion of the Seminal Paper of Nanozymes Based on Bibliometrics
王友梅1
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作者信息
1. 河南大学,河南 开封 475004
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摘要
深入分析纳米酶开创性论文的引文特征,对进一步认识该创新性研究的知识扩散具有重要价值.通过Web of Science核心合集"被引参考文献",采集引用纳米酶开创性论文的4507 篇文献,采用文献计量分析与知识图谱可视化的方法从时间、空间、学科领域、研究主题、文献共被引等方面分析该开创性论文的引文扩散特征.结果表明,纳米酶开创性论文自发表以来在科学领域产生了重要影响,其影响力在时间趋势上呈持续增长态势,施引论文作者遍布 80 个国家/地区的约 2000 个研究机构,纳米酶研究内容从最初的材料合成、酶样活性检测逐步拓展到多个应用领域.在纳米酶引文扩散过程中形成了一些高影响力的文献,这些文献与开创性论文共同构成纳米酶研究的重要知识基础.
Abstract
The study presents an in-depth analysis of the citation characteristics of the seminal paper of nanozymes,which provides great value for researchers in related fields to further understand the knowledge diffusion of this innovative research.Through the Web of Science core collection,4507 pioneering papers on nanozymes are collected.Based on bibliometrics and knowledge graph visualization,the citation diffusion characteristics of the seminal paper of nanozymes are analyzed from time,space,disciplinary field,research topic,and co citation of literature.The results indicate that:since the publication of the seminal paper of nanozymes,it has been exerted a great impact across scientific disciplines and its impact is still growing.Authors of the cited paper come from a variety of disciplines from 80 countries and 2000 research institutions.From the initial material synthesis and enzyme-like activity detection,the research content of nanozymes has gradually expanded to many application fields.During the diffusion of nanozymes citations,a number of high-impact literature are formed,together with seminal papers,to be an important knowledge basis for nanozymes research.
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