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少量样品快脉冲火焰原子吸收光谱分析法(简称本法),一不改动仪器,二不附加设备,只是一种简单的组合。但它却综合了火焰原子吸收光谱法的抗干扰和无火焰原子吸收光谱法可取微量样品的优点。同时克服了火焰原子吸收光谱法(简称常规法)使用样品量多、无火焰原子吸收光谱法(简称无焰法)干扰严重、工作曲线范围狭窄以及两者均存在着测定时间较长的缺陷。本法首先由Sebastiani等提出。其后越来越多的作者把研究兴趣转向了这一技术。近年来,国内也开始重视这项技术的研究。莫胜钧、刘纪琳等在他们的应用方面也取得了成效。
A small amount of sample fast pulse flame atomic absorption spectrometry (referred to as the law), one does not change the instrument, two no additional equipment, just a simple combination. However, it combines the advantages of flame atomic absorption spectrometry with anti-interference and non-flame atomic absorption spectrometry desirable trace samples. At the same time overcome the flame atomic absorption spectrometry (referred to as the conventional method) the use of more samples, no flame atomic absorption spectrometry (flameless method for short) serious interference, narrow working curve and the existence of both the longer defect. This law was first proposed by Sebastiani et al. Since then more and more authors have shifted their research interests to this technology. In recent years, China has also begun to attach importance to the study of this technology. Mo Shengjun, Liu Jilin, etc. in their application has also achieved results.