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Non-contact flow rate detection of component in mixed gas using spectrum absorption theory

机译:基于光谱吸收理论的混合气体中组分的非接触式流量检测

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摘要

To measure the flow rate of each gas component in gas mixture, a novel non-contact sensing method is proposed based on spectrum absorption theory. By using the Finite Element Analysis Method (FEAM), the process of the proposed sensing method is simulated, which proves the feasibility of the proposed method. Then, the further numerical analysis results prove that the non-contact flow rate sensing method could identify the flow rates of each gas components in gas mixture with different flow widths and rates. The maximum relative error is demonstrated to be 9.7%.
机译:为了测量气体混合物中每种气体组分的流速,基于光谱吸收理论提出了一种新的非接触式传感方法。利用有限元分析方法(FEAM),对提出的传感方法进行了仿真,证明了该方法的可行性。然后,进一步的数值分析结果证明,非接触式流量感测方法可以识别不同宽度和流量的混合气体中各气体成分的流量。最大相对误差被证明是9.7%。

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