Magnetic Graphene Oxide Conjugated with Polyamidoamine Dendrimer (MGO-PAMAM) as Heavy Metal Adsorbent: Bibliometric Analysis using Google Scholar Indexed VOSViewer

Brigitta Stacia Maharani, A. Nandiyanto
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Abstract

This study aims to analyses the scope of research related to magnetic graphene oxide conjugated with polyamidoamine dendrimer (MGO-PAMAM) material as an adsorbent for heavy metals using bibliometric evaluation and data mapping with VOSViewer software. MGO-PAMAM material research data was collected from the Google Scholar database with criteria in the form of MGO journals and keywords, dendrimers, polyamidoamine, PAMAM, synthesis, and adsorption in 2018–2023. Based on the search results, 175 relevant journal articles were found. The number of articles has fluctuated from 2018 to 2023. This is due to the COVID-19 pandemic that is happening globally. This study can provide information on the pattern of distribution of journal articles and the quality of research developments related to polyamidoamine dendrimer material as an adsorbent for heavy metals in the last 5 years. This bibliometric analysis is expected to help researchers recognize research trends related to polyamidoamine dendrimer materials as heavy metal adsorbents globally and recommend future research prospects.
磁性氧化石墨烯与聚酰胺胺树状大分子(MGO-PAMAM)作为重金属吸附剂:使用谷歌学者索引VOSViewer进行文献计量分析
本研究旨在利用文献计量学评价和VOSViewer软件的数据制图,分析磁性氧化石墨烯与聚酰胺胺树形大分子(MGO-PAMAM)材料作为重金属吸附剂的研究范围。2018-2023年MGO-PAMAM材料研究数据来源于Google Scholar数据库,检索标准为MGO期刊、关键词、树形大分子、聚酰胺胺、PAMAM、合成和吸附。根据检索结果,共找到175篇相关期刊文章。文章数量从2018年到2023年一直在波动。这是由于全球正在发生的COVID-19大流行。本研究可以提供近5年来有关聚酰胺胺树突材料作为重金属吸附剂的期刊文章分布模式和研究进展质量的信息。这一文献计量分析有望帮助研究人员认识到全球范围内聚酰胺胺树形材料作为重金属吸附剂的研究趋势,并建议未来的研究前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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