Semiconductor Oxide Gas Sensors: Correlation between Conduction Mechanisms and Their Sensing Performances

A. Fioravanti, S. Morandi, M. Carotta
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Abstract

In this work, a variety of semiconducting oxides were prepared and principally characterized by means of spectroscopic techniques (absorbance FT-IR, diffuse reflectance UV-Vis-NIR) to shed light on the electronic properties and defects involved at the roots of gas sensing capabilities. The thick films were obtained by screen printing technology on which electrical characterization and gas sensing measurements were performed. From the cross analysis of the results, a description of the specific sensing mechanism for each material is proposed.
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半导体氧化物气体传感器:传导机制与传感性能的关系
在这项工作中,制备了各种半导体氧化物,并主要通过光谱技术(吸收FT-IR,漫反射UV-Vis-NIR)进行表征,以揭示气体传感能力根源所涉及的电子特性和缺陷。通过丝网印刷技术获得了厚膜,并对其进行了电学表征和气敏测量。通过对结果的交叉分析,对每种材料的具体传感机理进行了描述。
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