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Chemical Sensor Systems for Environmental and Emission Control

机译:用于环境和排放控制的化学传感器系统

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摘要

Focusing on environment and health aspects, the importance of monitoring and controlling dangerous gases and particulate matter increases. For this purpose we present a new version of silicon carbide based gas sensors with improved properties and suitable for high temperature and harsh environments such as power plants or car exhausts. Development of sulfur dioxide sensors for a power plant application is described as well as sensors for detection of ammonia in connection with the SCR process where urea is converted to ammonia, which reduces nitric oxide components in the exhausts. We also describe progress on nanoparticle detection, especially related to detection of the content of adsorbed particles through heating and detection of emitted molecules by a sensor array. Some results are also presented from impedance spectroscopy for detection of the concentration of nanoparticles but with the potential to reveal more details about the particles such as shape and kind of particles.
机译:关注环境和健康方面,监视和控制危险气体和颗粒物的重要性日益增加。为此,我们提出了一种新版本的基于碳化硅的气体传感器,该传感器具有改进的性能,适用于高温和恶劣的环境,例如发电厂或汽车尾气。描述了用于发电厂的二氧化硫传感器的开发以及与SCR过程相关的用于检测氨的传感器,在该过程中尿素被转化为氨,这减少了废气中的一氧化氮成分。我们还描述了纳米粒子检测的进展,特别是涉及通过加热检测吸附的颗粒的含量以及通过传感器阵列检测发射的分子。阻抗光谱学还提供了一些结果,用于检测纳米粒子的浓度,但有可能揭示有关粒子的更多细节,例如粒子的形状和种类。

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