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A novel micro gas sensor with high selectivity based on both mass and conductivity measurement

机译:一种基于质量和电导率测量的高选择性的新型微气传感器

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A novel micro gas sensor based on both mass and conductivity measurement is presented. The sensing technique can efficiently improve the selectivity of gas-sensitive films to the detected gas. Consulting the chemical principle that an atom can be identified by its charge-mass ratio, we present an idea that the high selectivity to the detected gas can be obtained through measuring the charge-mass ratio of the gas molecule. To actualize the idea, we designed a sensor that can measure both charge and mass of the detected gas molecules only by one device at the same time. Thereby, the charge-mass ratio of the detected gas molecule can be obtained The structure of the sensor was designed, simulated and optimized. The fabrication process and a prototype experiment are also presented.
机译:提出了一种基于质量和电导率测量的新型微气传感器。传感技术可以有效地改善气敏膜的选择性到检测到的气体。咨询了通过其电荷质量比识别原子的化学原理,我们提出了一种想法,可以通过测量气体分子的电荷质量比来获得对检测到的气体的高选择性。为了实现这个想法,我们设计了一种传感器,可以同时通过一个设备测量检测到的气体分子的电荷和质量。由此,可以获得检测到的气体分子的电荷质量比,设计了传感器的结构,模拟和优化。还提出了制造过程和原型实验。

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