Abstract In the present work, a simple thermospray sample introduction applied in the recently developed μFAES system (where a microburner and flame were created on a microchip (flame-on-a-chip)) was extended with a process based on combined effects of thermospray and evaporation of the formed solid salts. In the used microfluidic system, the mechanisms of the thermospray and evaporation exhibit interesting and new features, which can be utilized in atomic spectroscopy. The effects of several parameters (like flow rates, sample volume and inner diameter of the thermospray capillary) of the sample introduction were investigated.

中文翻译：

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片上火焰中热喷涂和蒸发效应的研究

摘要 在目前的工作中，在最近开发的 μFAES 系统（其中在微芯片上产生微燃烧器和火焰（芯片上的火焰））中应用的简单热喷雾样品引入扩展了基于热喷雾组合效应的过程。和蒸发形成的固体盐。在使用的微流体系统中，热喷雾和蒸发的机制表现出有趣的新特征，可用于原子光谱学。研究了样品引入的几个参数（如流速、样品体积和热喷雾毛细管的内径）的影响。