Trends in Chemistry represents a new global platform for discussion of significant and transformative concepts in all phases of chemistry. Undoubtedly, uncovering new frontiers in chemistry will have significant impact on many of the imposing challenges facing our world today. The journal offers readable...
Trac-Trends in Analytical ChemistryJournal Abbreviation: TRAC-TREND ANAL CHEM Journal ISSN: 0165-9936Year Impact Factor (IF) Total Articles Total Cites 2023 (2024 update) 11.8 0 32283 2022 13.1 - 30416 2021 14.908 - 30783 2020 12.296 305 25063 2019 9.801 381 18843 2018 8.428 241 15717 2017 ...
Trac-trends In Analytical Chemistry是一份国际专业期刊,致力于汇集全球范围内最优秀的化学-CHEMISTRY, ANALYTICAL研究者,为他们提供一个展示最新研究成果、交流学术思想的平台。该期刊中文名称:分析化学的跟踪趋势,国际简称:TRAC-TREND ANAL CHEM,在中科院分区表2023年12月升级版中大类学科位于1区。本刊是一本OA未...
分析化学的跟踪趋势(Trac-trends In Analytical Chemistry)是一本由Elsevier出版的一本化学-分析化学学术刊物,主要报道化学-分析化学相关领域研究成果与实践。本刊已入选来源期刊,属于国际一流期刊。该刊创刊于1981年,出版周期Monthly。2021-2022年最新版WOS分区等级:Q1,2023年发布的影响因子为11.8,CiteScore指数20,SJR指...
Read the latest articles of Trends in Environmental Analytical Chemistry at ScienceDirect.com, Elsevier’s leading platform of peer-reviewed scholarly literature
Last update 13 December 2023 Translational research aims to turn basic science discoveries more quickly and efficiently into interventions that improve the health of individuals and the public. This collection covers cutting-edge science discoveries in cell biology, material chemistry, and medicine in tra...
meets in this new world, the group aims to rebuild human civilization.Dr. Stoneis an entertaining spin on the post-apocalyptic genre, combining it with prehistoric-inspired aesthetics. The series also smartly incorporates real-world biology, engineering, and chemistry elements in the cast’s ...
Impact factor:7.059 JCR partition:Q1 期刊简介 环境分析化学的趋势致力于发表对环境分析化学领域中快速变化和发展的简明而批判性的综述。 Trends in Environmental Analytical Chemistry is devoted to publishing concise and critical overviews of the rapid changes and development in the field of environmental analyt...
To study the trend in the OH sink, a chemistry transport model (OsloCTM3, see Method) is used. In Fig. 3 the OsloCTM3 results for OH are shown as changes in global OH relative to year 2000. As oxidation by OH is the main methane sink, the methane lifetime trend goes in the oppo...
Skip to main contentJournals & Books Help Search My accountSign in Supports open access 20.1CiteScore 11.4Impact Factor Articles & Issues About Publish Order journal