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NO_2 gas sensing studies: Impact of geometrical and physical characteristics of ohmic contacts on n-InP epitaxial sensitive layer

机译:NO_2气体传感研究:欧姆接触的几何和物理特性对n-InP外延敏感层的影响

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摘要

This paper deals with the influence of technological process steps on electrical and metrological parameters of NO_2 gas sensors. The NO_2 gas sensors are based on thin n-InP epitaxial layers. The NO_2 gas action makes the resistance of the device, measured in parallel to the surface between ohmic contacts, increase. It is demonstrated that the methodology of fabrication modifies the geometrical and the physical parameters of ohmic contacts and the reproducibility of the devices. The impact on the gas sensors in response to NO_2 is also discussed.
机译:本文探讨了工艺步骤对NO_2气体传感器电学和计量学参数的影响。 NO_2气体传感器基于薄的n-InP外延层。 NO_2气体作用使与欧姆接触之间的表面平行测量的器件电阻增加。证明了制造方法改变了欧姆接触的几何和物理参数以及器件的再现性。还讨论了响应NO_2对气体传感器的影响。

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