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Development of Continuous Flow Microwave Digestion Procedures for Analysis of Trace Metal in Water Using Ion Chromatography

机译:离子色谱法开发用于分析水中痕量金属的连续流动微波消解程序

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A simple and rapid sample pretreatment process necessary for determination of metal oxides in water was proposed. Samples were injected into the continuous-flow tube installed inside the microwave oven and the treated samples were cooled before entered to the Ion Chromatography (IC) or Inductively Coupled Plasma (ICP). By coupling this microwave digestion system with IC or ICP, a fully automatic analytical procedures may be easily established. In this study, two different types of digestion methods were considered; the open tubing method (OTM) and the restraint tubing method (RTM). The RTM was proved to be 3 times faster in digestion period and 10 times higher in detection range than the OTM. Validation of proposed sample digestion system was carried out by using an ICP. The results showed that both of continuous-flow methods, the OTM and the RTM were comparable in accuracies with the conventional batch-type vessel digestion method.
机译:提出了一种简单快速的样品预处理方法,用于测定水中的金属氧化物。将样品注入安装在微波炉内部的连续流管中,将处理过的样品冷却,然后进入离子色谱法(IC)或电感耦合等离子体(ICP)。通过将此微波消解系统与IC或ICP耦合,可以轻松建立全自动分析程序。在这项研究中,考虑了两种不同类型的消化方法。打开管法(OTM)和约束管法(RTM)。事实证明,RTM的消化时间比OTM快3倍,检测范围高10倍。建议的样品消解系统通过ICP进行验证。结果表明,连续流方法,OTM和RTM的准确性均与常规分批式容器消解方法相当。

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