An extensive bibliometric analysis utilizing data from Scopus was conducted to gain insight into the growth and development of fabric integration as EMI shielding from 2014 to July 23, 2023. The analysis selected 339 articles, which were then visualized using VOSViewer, R-Studio, and Tableau. The study explored various essential aspects, including the number of publications in this field over time, the authors with significant contributions, the contributions from different countries and their collaboration networks, the top journals publishing articles related to fabric integration as EMI shielding, the most frequently cited documents used as references, and research trends. The results showed that the most articles on fabric integration as EMI shielding were published in 2022, with a total of 72 articles. The research in the last decade displayed the remarkable dedication of authors from different countries. The latest research trend focuses on providing additional functions to shield fabrics, along with the use of MXene and Polydopamine as fillers in fabrics. This article provides researchers with a thorough and extensive overview of fabric integration as EMI shielding. It will enable them to identify research gaps and find collaborators with greater efficiency. This analysis is an invaluable resource for researchers who want to enhance their understanding of fabric integration as EMI shielding.

中文翻译：

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纺织屏蔽：EMI 屏蔽织物集成的当前文献计量分析以及未来研究的前景


利用 Scopus 数据进行了广泛的文献计量分析，以深入了解 2014 年至 2023 年 7 月 23 日期间织物集成作为 EMI 屏蔽的增长和发展。该分析选择了 339 篇文章，然后使用 VOSViewer、R-Studio 和画面。该研究探讨了各个重要方面，包括随着时间的推移该领域的出版物数量、做出重大贡献的作者、来自不同国家及其合作网络的贡献、发表与织物集成作为 EMI 屏蔽相关文章的顶级期刊、最常见的用作参考的引用文件和研究趋势。结果显示，2022 年发表的关于织物集成作为 EMI 屏蔽的文章最多，共有 72 篇。过去十年的研究展示了来自不同国家的作者的非凡奉献精神。最新的研究趋势侧重于为屏蔽织物提供额外的功能，以及使用 MXene 和聚多巴胺作为织物中的填料。本文为研究人员提供了将织物集成作为 EMI 屏蔽的全面而广泛的概述。这将使他们能够发现研究差距并以更高的效率找到合作者。对于想要加深对织物集成作为 EMI 屏蔽的理解的研究人员来说，该分析是宝贵的资源。