Development of a fully integrated microdistillation flow injection system for the determination of trace level ammonia

C.W.K. Chow, R. Lane, T.C.W. Yeow, D.E. Davey, D.E. Mulcahy
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引用次数: 2

Abstract

An in-housed designed computerised flow injection system comprised a fully integrated microdistillation flow injection (MDFI) system for low level ammonia analysis was reported. In this system, the microdistillation separation step was incorporated into the flow injection manifold and the ammonia gas sensing probe sensing element was replaced by a flow-through micro-pH electrode which sensed the change in pH of a flowing collector solution caused by the dissolution of distilled ammonia gas, in a process analogous to that occurring in the internal solution of the gas sensing probe. A computerised control and data acquisition system was constructed for this system using a commercially available data acquisition card which offered many advantages such as improved data acquisition rates and control over the system components, as well as good graphics display and data processing options. The system was optimised using a multi-variable simplex optimisation technique.

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用于痕量氨测定的全集成微分散流动注射系统的开发
报道了一种室内设计的计算机流动注射系统,该系统包括一个用于低水平氨分析的完全集成的微分散流动注射(MDFI)系统。在该系统中,微分散分离步骤被结合到流动注入歧管中,并且氨气感测探针感测元件被流通的微pH电极代替,该电极感测由蒸馏氨气的溶解引起的流动收集器溶液的pH变化,其过程类似于在气体传感探针的内部溶液中发生的过程。使用商用数据采集卡为该系统构建了计算机控制和数据采集系统,该卡具有许多优点,如提高了数据采集率和对系统组件的控制,以及良好的图形显示和数据处理选项。使用多变量单纯形优化技术对系统进行了优化。
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Preface Publisher's note Data acquisition, analysis and processing Optimization of laboratory experiments Author index volume 34
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