交流电弧原子发射光谱测定地质样品中银、硼、锡效果研究

Determination of silver, boron and tin in Geological Samples by AC arc atomic emission spectrometry

众所周知,交流电弧的工作对固体进样技术的依赖程度较高,不需要通过酸溶以及碱熔的方式分解样品。该方法的优势在于操作简单,同时,稳定性和绿色环保方面表现出优异的效果。为提高分析工作落实效率,选择通过交流电弧光电发射光谱的方式,测定地质样品当中的银、硼和锡三种元素的分析方式。该方法通过自动搅拌机将光谱样品混合均匀,每次混合30件左右。本文通过系统地阐述试验和分析工作的细节,研究了交流电弧原子发射光谱测定地质样品中银、硼和锡的效果,希望为相关工作的优化发展提供新的思路。

It is well known that ac arc is highly dependent on solid injection technology and does not need to decompose samples by means of acid solution and alkali fusion.The advantages of this method lie in the simple operation,at the same time,stability and environmental protection has shown excellent results.In order to improve the implementation efficiency of analysis,the analysis method of determining silver,boron and tin in Geological Samples by AC arc photoelectric emission spectroscopy can also be selected.The method uses an automatic blender to mix the spectral samples evenly,which can mix about 30 pieces each time.This paper systematically expounds the details of test and analysis,and studies the effect of AC arc atomic emission spectrometry on the determination of silver,boron and tin in geological samples,hoping to provide new ideas for the optimization and development of related work.