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Acoustic; Methane; Methane sensor; Palladium; Pd; Saw; Sensors; Sno2; Surface acoustic waves; Thin film devices; Thin films; Tin dioxide; Zinc oxide; Zno
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Nanocluster Thin-Films For Sensor Applications, Joseph Serritella
Nanocluster Thin-Films For Sensor Applications, Joseph Serritella
HIM 1990-2015
The ability to sense gas such as methane can provide an early warning system to protect human lives. High demand for the ability to sense the world around us has provided an extensive area of research for sensor technology. In particular, current sensor technology, specifically for methane, has provided sensors that require a heated environment to function. The majority of current methane sensors function at temperatures between 150°C and 450°C [1-3]. This thesis will explore an approach to produce a room temperature methane sensor.