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有关原子荧光光谱法方面的研究报告已有数百篇发表。也有综合性的评论文章。该方法的特点是:(i)在大多数情况下,它的灵敏度要比原子吸收法高,而且工作曲线的线性范围宽,一般可达3—4个数量级;(ii)原子荧光的光谱更为简单,并能在原子化器周围的任何一个固定方向观察荧光,因此它更适合于多元素时测定;(iii)由于观察系统不对准激发束,原子荧光的实验装置中可不用单色器,即所谓的非色散装置。这样仪器的结构简单,体积可大大地缩小,成本更加
Hundreds of papers have been published on the study of atomic fluorescence spectroscopy. There are also comprehensive review articles. The method is characterized by: (i) in most cases, its sensitivity is higher than that of atomic absorption spectrometry, and the linear range of the working curve is broad, generally up to 3-4 orders of magnitude; (ii) the atomic fluorescence spectrum is more It is more suitable for multi-element determinations because it is simple and can observe fluorescence in any fixed direction around the atomizer; (iii) monochromators are not required in the experimental setup of atomic fluorescence due to the observation system misaligning the excitation beam , The so-called non-dispersive device. This instrument structure is simple, the volume can be greatly reduced, the cost more