投稿时间：2023-06-10
修订日期：2023-07-27
网络发布日期：2023-12-29
中文摘要:《矿床地质》是中国报道矿产资源最新研究成果的代表性刊物，同时也是汇集矿床学领域重要研究进展及成果的学术交流平台，对其载文热点追踪及期刊量化评价有助于梳理国内矿床学领域的研究进展，探究未来发展趋势，并为学科相关研究人员提供借鉴和参考。文章基于文献计量学研究、借助大数据和机器学习等手段，分析了1982~2022年《矿床地质》刊载论文的内容与信息，揭示矿床学40年的研究热点及主题演化情况，并通过与国际同领域知名期刊的对比，系统性地总结和讨论其展现的研究领域的进展和发展趋势。该刊主要聚焦于地球科学领域，热点关键词主要包括：流体包裹体、成矿作用、矿床成因、成矿流体和地质特征等。历年刊文可归纳为5个研究主题，包括区域成矿规律、成矿背景与构造环境、成矿流体和矿化特征、成岩成矿年龄和岩浆热液成矿作用以及元素富集成矿。热门地区主要是内蒙古、新疆和西藏等中西部省区。未来矿床学研究将会更加注重新技术和新方法的宏观和微观应用、多学科交叉融合对矿床成因机制和成矿规律的揭示，以及矿产勘查的综合指导等方面。
Abstract:Mineral deposit geology is a comprehensive discipline that reveals the formation process and mechanism of ore deposits. It is helpful for human society to exploit and develop the mineral resources. As an academic exchange venue that gathers important research progress and achievements in this field, Mineral Deposits is a representative journal in China that reports on the latest research results of mineral resources. The tracking of research hotspots and quantitative evaluation of the journal can help to sort out the research progress in the field of mineral deposits in China, explore future development trends, and provide reference for relevant researchers in the discipline. Based on bibliometrics, big data, machine learning and other analytical methods, this paper analyzes the research hotspots and trends of the papers published in Mineral Deposits from 1982 to 2022. It reveals the research hotspots and theme evolution of mineral deposit geology for 40 years. The journal mainly focuses on the field of geosciences, of which geochemistry and geology are two high-frequency hotspots. Other hot keywords mainly include: fluid inclusion, mineralization, ore genesis, ore-forming fluid and geological characteristics. Previous publications can be divided into five research topics: regional metallogeny, ore-forming background and tectonic setting, ages of ore-related intrusions and mineralization, magmatic hydrothermal mineralization, as well as element enrichment and mineralization. The hot research areas are mainly central and western provinces of China, such as Inner Mongolia, Xinjiang, and Tibet. In the future, research on mineral deposits will pay more attention to the macro and micro applications of new technologies and methods, the integration of multiple disciplines to reveal the genesis of mineral deposits, and comprehensive guidance for mineral exploration
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基金项目:本文得到国家自然科学基金项目（编号：41773041、41203036、42261144669）联合资助
引用文本：
贾敬伍,赵海杰,秦思婷,尹淑苹,孟秋熠.2023.1982~2022年《矿床地质》载文分析与趋势展望[J].矿床地质,42(6):1285~1304JIA JingWu,ZHAO HaiJie,QIN SiTing,YIN ShuPing,MENG QiuYi.2023.Article analysis and research advances on publications in Mineral Deposits from 1982 to 2022[J].Mineral Deposits42(6):1285~1304
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