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首页> 外文期刊>Talanta: The International Journal of Pure and Applied Analytical Chemistry >THE DEVELOPMENT OF A SAMPLER-SENSOR USING A VANADIUM-OXINATE-POLYMER FILM FOR THE SELECTIVE AND DIRECT DETERMINATION OF ATMOSPHERIC ETHANOL
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THE DEVELOPMENT OF A SAMPLER-SENSOR USING A VANADIUM-OXINATE-POLYMER FILM FOR THE SELECTIVE AND DIRECT DETERMINATION OF ATMOSPHERIC ETHANOL

机译:钒-氧酸酯-聚合物膜用于选择性和直接测定大气乙醇的采样传感器的开发

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摘要

The development of a sensor for the direct and selective determination of atmospheric ethanol is in the initial stages. The sensor takes advantage of the selective chemical reaction between ethanol and vanadium oxinate. This reaction occurs in an organic medium where a red colored complex is the product. This reaction is determined spectrophotometrically where the absorbance maxima is 475 nm. The focus of this paper is to discuss the parameters necessary to develop a solid sorbent sampling-sensor which can be used to determine atmospheric ethanol.
机译:用于直接和选择性测定大气中乙醇的传感器的开发处于初期阶段。该传感器利用了乙醇和含氧钒酸钒之间的选择性化学反应。该反应发生在有机介质中,其中红色络合物为产物。分光光度法测定该反应,其中最大吸收为475nm。本文的重点是讨论开发可用于测定大气乙醇的固体吸附剂采样传感器所需的参数。

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