响应曲线/spl sigma///spl sigma/// sub 0/ vs P/sub NOx/的NO/sub x/传感器采用有机半导体,呈功率型函数

O. Bodea, C. Roman, N. Santa, A. Levi, N. Prodan, E. Cordos, I. Manoviciu
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引用次数: 0

摘要

其中一个最敏感和选择性的气体传感器氧化气体,如NO/ subx /,是基于铅酞菁。理论传感机理考虑了多数载流子密度与传感器表面附近环境中气体分压之间存在的关系。输出信号响应曲线与NO/sub x/分压的关系为幂型函数。对多个传感器进行了研究,并绘制了它们的输出信号。实验证实了理论传感机理。响应曲线的指数项均值为0.38。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The response curve /spl sigma///spl sigma//sub 0/ vs P/sub NOx/ of the NO/sub x/ sensor using organic semiconductors, a power type function
One of the most sensitive and selective gas sensors for oxidising gases, like NO/sub x/, is that based on lead phthalocyanine. The theoretical sensing mechanism takes account of the relationship existing between the density of majority carriers and the partial pressure of the gas in the near environment of the sensor surface. The output signal response curve vs. NO/sub x/ partial pressure is found to be a power type function. A number of sensors were studied and their output signal was plotted. The experiment confirms the theoretical sensing mechanism. The mean value of the exponential term of the response curve is 0.38.
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