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On-line spectroscopic and spectrometric methods for the determination of metal species in industrial processes

机译:在线光谱法和光谱法测定工业过程中的金属种类

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摘要

The status of on-line methods for determining metal species, particularly alkali and heavy metals, is reviewed. The background and motivation is discussed first, including current environmental and economic issues associated with release of metal species in industrial processes as well as control measures. Then general diagnostic problems such as optical access and sampling design are considered, followed by an overview of selected diagnostic methods, including recent contributions to technique development and to the understanding of fundamental combustion processes. The main focus is on absorption (tunable diode laser and differential absorption spectroscopies) and emission (spontaneous atomic emission, laser induced fluorescence, photofragment fluorescence as well as several varieties of plasma spectroscopy), but on-line ionisation methods (molecular beam and single particle mass spec-trometry and surface ionisation) are also reviewed briefly. In the final section, the capabilities of the selected methods are illustrated by examples of field measurements in the conversion of solid fuels as well as waste incineration, glass production and other processes.
机译:综述了用于确定金属种类(尤其是碱金属和重金属)的在线方法的现状。首先讨论了背景和动机,包括与工业过程中金属物质释放相关的当前环境和经济问题以及控制措施。然后考虑一般的诊断问题,例如光学通道和采样设计,然后概述所选的诊断方法,包括对技术开发和对基本燃烧过程的理解的最新贡献。主要重点是吸收(可调二极管激光器和差分吸收光谱)和发射(自发原子发射,激光诱导的荧光,光致碎裂荧光以及多种等离子体光谱),但是在线电离方法(分子束和单粒子)质谱和表面电离)也进行了简要回顾。在最后一节中,通过在固体燃料转化以及废物焚烧,玻璃生产和其他过程中的现场测量示例说明了所选方法的功能。

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