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作 者:任静 葛飞[1] 李雷明[1] 周笃珺[1] Ren Jing;Ge Fei;Li Leiming;Zhou Dujun(Key Laboratory of Comprehensive and Highly Efficient Utilization of Salt Lake Resources,Qinghai Institute of Salt Lakes,Chinese Academy of Sciences,Xining 810008,China)
机构地区:[1]中国科学院青海盐湖研究所盐湖资源综合高效利用重点实验室,西宁810008
出 处:《青海科技》2023年第1期42-48,55,共8页Qinghai Science and Technology
基 金:青海省“高端创新人才计划”培养拔尖人才项目(E140WX42)。
摘 要:基于CNKI期刊数据库、Elsevier数据库作盐湖锂主题检索,通过Excel对期刊论文进行发文量、下载量、被引量等统计,并借助知网可视化分析功能作文献计量学判别。2012年~2021年国内期刊发表盐湖(卤水)锂论文逾500篇,综述类论文占总发文量的1/3,地学环境类论文约为15%,化学化工类论文占总发文量的一半以上,综述类论文被引量和下载量均较高。刊载盐湖锂论文的期刊156种,不同期刊发文量差异很大。国内有关盐湖提锂工艺的发文91篇,公司企业参与研发有所加快;技术方法以吸附法和萃取法篇数最多,高镁锂比盐湖卤水是特别受关注的研究对象。盐湖锂资源类型多样,不同提锂技术通用性差,总体上盐湖锂研究文献发布相对有限,就国内期刊盐湖锂发文进行内容、特点和态势分析,或相关期刊将盐湖锂作为其重点组稿内容,都会对盐湖学科的发展以及盐湖锂资源的开发产生积极作用。This paper counted the amounts,downloads and citations of journal articles base on salt lake lithium subject retrieval of CNKI and Elsevier database and Excel statistical model,and also made a bibliometrics discriminant by CNKI visual analysis function.More than 500 articles on salt lake(brine)lithium were published in Chinese journals from 2012 to 2021,in which review articles with relatively high citation and download rate accounting for 1/3 of the total ones,the articles on geoscience accounting for about 15%,and the articles on chemistry and chemical engineering accounting for over the half.There were 156 journals that issued salt lake lithium articles,but the number of the articles in different journals varied greatly.The articles on the lithium extraction process were 91,while the enterprises becoming important participants in the technique research and development.Most of the technical methods belonged to the adsorption and extraction,and the techniques for high Mg/Li ratio salt lakes received more concerns.Because of diverse salt lake lithium resources,poor versatility of different lithium extraction techniques,and relevant limited research literatures of salt lake lithium,it is valuable for salt lake discipline progress and lithium resources development by analyzing the content,characteristics and trend of salt lake lithium articles published in Chinese journals in the past or continuously soliciting more manuscripts about salt lake lithium in the relevant academic journals.
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