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Optical properties and aging of gasochromic WO_3

机译:气致变色WO_3的光学性质和老化

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摘要

The limits of WO_3 as an optical gas sensor were derived by establishing the change in optical constants induced by 2% H_2 in Ar. Using Langmuir's adsorption equation, it was found that at low H_2 concentrations a high sensitivity is predicted, but the coloration could saturate at 57.9% of the material's maximum ion adsorption. The air poisoning problem observed in these devices was shown to be remedied by coating with a permeable polydimethylsiloxane layer, thus eliminating common atmospheric gases as the possible poisoning agents.
机译:通过建立由Ar中2%H_2引起的光学常数的变化来推导WO_3作为光学气体传感器的极限。使用Langmuir吸附方程,发现在低H_2浓度下可以预测高灵敏度,但着色可能会饱和在材料最大离子吸附的57.9%处。在这些设备中观察到的空气中毒问题已显示出可以通过涂上一层可渗透的聚二甲基硅氧烷层来解决,从而消除了常见的大气气体作为可能的中毒剂。

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