通过生物燃料研究探索学术科学与经济学之间的关系:科学计量分析

L. Mohammad Abbas, K. S. Shivraj, U. Perachi Selvi, R. Balasubramani, Seshathiri Dhanasekaran
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引用次数: 0

摘要

科学计量学日益成为制定科学政策的有力工具,通过评估优先事项、观点和能力,影响项目和机构的资金分配。研究学术科学与经济学之间的关系是科学计量学研究领域的最新进展之一。它在创新系统中承担着知识生产和传播分析方法的角色。这些结果表明,生物燃料对研究合作产生了积极影响,并因此影响了科学绩效。HistCite 是该研究的工具之一,用于以简洁明了的方式分析数据。研究人员在其网站上进行了人工搜索,以收集其数据的浓缩概览,用于数据挖掘。此外,还利用科学网(WOS)数据库进行研究可视化。Vos Viewer 和 MS Excel 被用来创建类似图表的可视化数据,尤其侧重于关键术语 "生物燃料",以展示该领域的研究重点和该领域的生产力排名。统计技术和网络挖掘被用来完善和提取相关信息。研究时间跨度为 33 年(1989-2022 年),本文介绍了研究结果。这可能有助于说明,从生态、技术和经济角度考虑,地球上植物的持续生长大大超过了人类的基本能源消耗;生长的生物质中只有一部分可以用来产生能源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Exploring the Relationship Between Academic Science and Economics Through Bio-fuel Research: A Scientometric Analysis
Scientometrics is increasingly wielded as a powerful tool in shaping scientific policies, impacting the allocation of funding for projects and institutions by assessing priorities, viewpoints, and capabilities. The investigation of the relationship between academic science and economics is one of the most recent developments in the field of scientific metrics study. It assumes the role of an analysis method of knowledge production and dissemination in innovation systems. These results suggest that biofuel positively affected research collaboration and, as a result, scientific performance. HistCite is one of the study’s tools for analyzing data in a clear and concise manner. Manual searches were conducted on their websites to gather a condensed overview of their data for data mining purposes. Additionally, the Web of Science (WOS) database was utilized for research visualization. Vos Viewer and MS Excel were employed to create graph-like visualizations of data, particularly focusing on the key term 'biofuel' to showcase the field’s research focus and productivity rankings in this area. Statistical techniques and web mining were employed to refine and extract pertinent information. The study period was 33 years (1989-2022), and the results are presented in this paper. This may help to show that the continual growth of plants on our planet greatly outweighs men’s fundamental energy consumption when considering ecological, technical, and economic considerations; only a portion of the biomass that grows can be used to generate energy.
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