Increase of the Selectivity of Sensor Arrays Through Consumption Effects of Metal Oxide Sensors

Frank Röck, N. Bârsan, U. Weimar
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引用次数: 2

Abstract

Metal oxide gas sensors alter the gas composition during the sensing process. This peculiarity can be used as an advantage to obtain additional information in order to identify the analyte gas or to determine the composition of a gas sample. For that purpose the former sensors can be seen as catalytic filters which increase selectivity in a sensor array or even produce it if the array consists of identical sensors. In this work the described concept was proven and first steps were done to understand the influence of several variables on this effect in order to fully exploit the increase of selectivity.
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利用金属氧化物传感器的消耗效应提高传感器阵列的选择性
金属氧化物气体传感器在传感过程中改变气体成分。这种特性可以作为一种优势来获得附加信息,以便识别分析气体或确定气体样品的组成。为此目的,前一种传感器可被视为催化过滤器,它可以增加传感器阵列中的选择性,如果阵列由相同的传感器组成,甚至可以产生选择性。在这项工作中,所描述的概念得到了证明,并采取了第一步来了解几个变量对这种效应的影响,以便充分利用选择性的增加。
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