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All polymer humidity sensor based on laser carbonized polyimide substrate

机译:基于激光碳化聚酰亚胺基材的全聚合物湿度传感器

摘要

A sensing device formed upon a substrate, including a method of forming the sensing device. A substrate can be provided, which is formed from a polymer. A sensor circuit can then be patterned and formed upon the substrate. One or more carbonized filaments can also be formed upon the substrate for use with the sensor circuit. The sensor circuit itself can comprise a capacitive type sensor circuit. A polymer can be coated over the sensor circuit and circuit components thereof to form an all polymer sensor for use in detecting chemical agents. Such a hygrosensitive polymer can comprise, for example, HMPTAC (2-hydroxy-3-methacryloxypropyl trimethylammonium chloride). The all polymer sensor formed thereof can also be utilized as a humidity sensor. The polymer can be laser carbonized by an argon ion laser to form the plurality of carbonized filaments.
机译:在基板上形成的感测装置,包括形成感测装置的方法。可以提供由聚合物形成的衬底。然后可以在基板上对传感器电路进行图案化和形成。也可以在衬底上形成一根或多根碳化细丝,以用于传感器电路。传感器电路本身可以包括电容型传感器电路。可以将聚合物涂覆在传感器电路及其电路组件上,以形成用于检测化学试剂的全聚合物传感器。这种湿敏聚合物可包括例如HMPTAC(2-羟基-3-甲基丙烯酰氧基丙基三甲基氯化铵)。由其形成的全部聚合物传感器也可以用作湿度传感器。可以通过氩离子激光将聚合物激光碳化以形成多个碳化的长丝。

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