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    化学蒸气发生进样技术在原子光谱分析应用中的进展

    Progress in Application of Chemical Vapor Generation for Sample Introduction Technology to Atomic Spectrometry

    • 摘要: 从化学蒸气发生技术的仪器装置、影响蒸气发生效率的主要因素、与分离富集技术的联用以及新型蒸气发生技术等方面,综述了2008-2017年化学蒸气发生进样技术,包括基于硼氢化物反应的蒸气发生、光诱导化学蒸气发生、介质阻挡放电蒸气发生和电化学蒸气发生,在原子光谱分析应用中的进展(引用文献95篇)。

       

      Abstract: From the aspects of the instruments for the chemical vapor generation, the main factors affecting the efficiency of vapor generation, the combination with separation and enrichment technique and the new vapor generation technology, a review on application of chemical vapor generation for sample introduction technology to atomic spectrometry in years from 2008 to 2017 was presented, including vapor generation based on tetrahydroborate reactions, photo chemical vapor generation, dielectric barrier discharge vapor generation and electrochemical vapor generation (95 ref. cited).

       

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