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Atomic Spectroscopy

机译:原子光谱

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Atomic spectrometric methods make use of flames and furnaces as atom reservoirs for atomic absorption and mainly plasma sources at reduced or ambient pressure as radiation and/or ion sources for emission and elemental mass spectrometry, respectively. Whereas applications deal with almost every area of science and technology, a lot of methodic innovation took place, as reflected in the literature published in the period between November 2005 and October 2007. As in the recent issues of this review series (1-3), a representative part of the papers published in the journals Analytical Chemistry, Analytical Sciences, Analytical and Bioanalytical Chemistry, Applied Spectroscopy, International Journal of Environmental Analytical Chemistry, Journal of Analytical Atomic Spectrometry, Journal of Environmental Monitoring, Microchimica Acta, Microchemical Journal, and Spectrochimica Acta, Part B is discussed and at the hand of these papers trends of development show up. Of course the number of journals covered as well as the number of citations does not allow a complete overview of the area but nevertheless allow it to draw up the great lines of development in atomic spectrometry. Within the period covered a number of important scientific meetings such as the Winter Conferences on Plasma Spectrochemistry in the U.S.A. (January 8-14, 2006, Tucson, AZ), Europe (February 18-23, 2007, Taormina, Italy), and Asia (November 26-December 2, 2006, Bangkok, Thailand), the Colloquium Spectroscopicum Internationale (September 4-9, 2005, Antwerp, Belgium) (4) or the International Congress on Analytical Sciences (June 20-30, 2006, Moscow, Russia) (5) took place or the proceedings were published. Further, special issues of the above-mentioned journals occurred, where actual topics like new plasma discharges for atomic spectrometry (6) or the use of vapor generation for analytical atomic spectrometry (7) was treated. Also reviews dealing with topics like atmospheric plasma discharges for atomic spectrometry, in which both the principles as well as a number of prominent applications were discussed (8), have been published.
机译:原子光谱法利用火焰和熔炉作为原子吸收的原子储存器,主要利用处于减压或环境压力下的等离子体源作为发射和/或元素质谱的辐射和/或离子源。尽管应用程序涉及科学和技术的几乎每个领域,但在2005年11月至2007年10月期间发表的文献中都反映出了很多方法上的创新。与本评论系列的最新版本(1-3)一样。 ,在《分析化学》,《分析科学》,《分析与生物分析化学》,《应用光谱学》,《国际环境分析化学》杂志,《分析原子光谱》杂志,《环境监测杂志》,《微化学学报》,《微化学杂志》和讨论了Spectrochimica Acta,B部分,并在本文中指出了发展趋势。当然,所涵盖的期刊数量和引文数量无法全面概述该领域,但仍然可以勾勒出原子光谱学的重要发展方向。在此期间涵盖了许多重要的科学会议,例如美国(2006年1月8日至14日,亚利桑那州图森),欧洲(2007年2月18日至23日,意大利陶尔米纳)冬季会议(2006年11月26日至12月2日,泰国曼谷),Colloquium Spectroscopicum Internationale(2005年9月4日至9日,比利时安特卫普)(4)或国际分析科学大会(2006年6月20日至30日,莫斯科,俄罗斯)(5)发生或诉讼记录已公开。此外,发生了上述期刊的特殊问题,其中讨论了诸如新的原子光谱等离子放电(6)或蒸汽产生用于分析原子光谱(7)等实际话题。还发表了有关原子光谱法大气等离子体放电等主题的评论,其中讨论了原理以及许多重要应用(8)。

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