Hydrogen Detection Using Sensor

August Bizirangu
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Abstract

To satisfy the needs of future hydrogen economy, there are different kinds of hydrogen (H2) sensors, which utilize various systems (e.g., opposition based, optical based, impetus based, electrochemical based, flimsy and thick film based, chemo chromic based, Schottky based, MEMS-based, and surface acoustic wave (SAW) based) to distinguish H2 gas. Among these sensors, the SAW sensor has benefits that take into consideration distant remote activity and a high potential in aloof sensors.
基于传感器的氢气探测
为了满足未来氢经济的需求,出现了不同种类的氢(H2)传感器,它们利用各种系统(如基于对抗的、基于光学的、基于动力的、基于电化学的、基于薄膜和厚膜的、基于化学变色的、基于肖特基的、基于mems的和基于表面声波(SAW)的)来区分H2气体。在这些传感器中,声表面波传感器的优点是考虑到远距离遥控活动,并且在超然传感器中具有很高的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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