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Snou2082 nanocrystalline Synthesis method and its application in a resistive type sensor for Detecting Hydrogen in air

机译:Sno u2082纳米晶的合成方法及其在电阻式传感器中的应用

摘要

Method for Synthesizing nanocrystalline snou2082 reactive oxidation, Pure and its application to the Construction, according to the method of Thick Film resistive type, a sensor that detects between 5 ppm and 50 ppm of hydrogen in air with a temperature of operation in a range of 180 to 220u00baC and, being built with snou2082 nanocrystalline PureIt is characterized by: Higher Sensitivity and Lower operating temperature compared with the Sensors of the same type constructed with pure snou2082 conventional microcrystalline.
机译:合成纳米晶体sno u2082反应性氧化的方法Pure及其在建筑中的应用,根据厚膜电阻式方法,该传感器可在工作温度范围内检测空气中5 ppm至50 ppm的氢与sno2082纳米微晶构成的相同类型的传感器相比,使用sno2082纳米晶构建的PureIt具有以下特点:更高的灵敏度和更低的工作温度。

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