气相色谱-微波诱导等离子体原子发射光谱的应用进展

Recent Progress on the Study and Application with Gas Chromatogrpahy-Microwave Induced Plasma-Atomic Emission Spectroscopy

气相色谱 微波诱导等离子体原子发射光谱 (GC MIP AES)是一种具有显著特点的分离 检测方法 ,可进行多元素检测并具有较高的元素选择性。本文综述了GC MIP AES的原理、特点及其近年在非金属和金属有机化合物检测方面的应用 ,评述了GC MIP AES中元素响应因子的化合物无关性校正用于经验公式计算和非同一标准品定量分析的进展。引用文献 5

Atomic emission spectroscopy (AES) can be used as simultaneous multielement specific detector with high selectivity. This paper reviews the principle and the characteristics of gas chromalography (GC) coupled with microwave induced plasma (MIP)-AES, summarizes the applications of the technique in the area of non-metal and metal heteroatomic compounds. The progresses in empirical formulae calculation and compound-independent calibration are prospected. 56 references are cited.