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近10年来,由于微量分析的需要迅速增加,灵敏度高选择性强的荧光分析法日益受到重视。有关文献数量猛增,内容也从一般仪器及分析方法介绍发展到高精度、高灵敏度、自动化、多用途的新仪器新技术研究。荧光分析对象从以无机样品为主发展到以有机及生化样品为主,并从成分分析向化学结构、化学形式、微观分析、空间分布等状态分析发展,应用遍及各个领域。荧光光谱图册也陆续出版,美国费城Sadtler研究实验室自1974年起出版标准荧光光谱图及各专用荧光光谱图(如药物)。荧光分析法的应用范围与发射光谱法、火焰光度法、质谱法等相仿,成为一种重要的仪器分析方法。
In the past 10 years, due to the rapid increase in the need of microanalysis, the more sensitive and selective fluorescence spectrometry has drawn more and more attention. The literature volume soared, the content from the general introduction of instrumentation and analytical methods to the development of high-precision, high sensitivity, automation, multi-purpose new instrument technology research. The main object of fluorescence analysis is from inorganic samples to organic and biochemical samples, and from component analysis to state analysis of chemical structure, chemical form, microscopic analysis and spatial distribution, and has been applied in various fields. Fluorescence spectra album also published one after another, the United States Philadelphia Sadtler Research Laboratory since 1974 published standard fluorescence spectroscopy and the dedicated fluorescence spectrum (such as drugs). Fluorescence analysis of the scope of application and emission spectrometry, flame photometry, mass spectrometry and other similar, has become an important instrument analysis.