首页> 外文会议>International Conference on Solid-State Sensors, Actuators and Microsystems >DESIGN AND FABRICATION OF INTEGRATED MICRO AMMONIA ANALYSIS SYSTEM (IMAAS) WITH MICRO REACTOR AND IN-PLANE TYPE OPTICAL DETECTOR USING BERTHELOT REACTION AND MICRO FLUIDIC DEVICES
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DESIGN AND FABRICATION OF INTEGRATED MICRO AMMONIA ANALYSIS SYSTEM (IMAAS) WITH MICRO REACTOR AND IN-PLANE TYPE OPTICAL DETECTOR USING BERTHELOT REACTION AND MICRO FLUIDIC DEVICES

机译:使用Berthelot反应和微流体装置的微反应器和平面型光学检测器的集成微氨分析系统(IMAAS)的设计和制造

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Integrated micro ammonia analysis systems (IMAAS) with micro reactor and in-plane type optical detector using Berthelot reaction and micro fluidic devices were newly proposed and investigated. IMAAS with the size of 5 cm by 5 cm and thickness of 1 mm were fabricated using MEMS processes. IMAAS were packaged with inlet and outlet tube, and optical fiber connected with in-plane type optical source and optical detector using UV epoxy bonding. Reaction rates from ammonia to indophenols at IMAAS were increased with temperatures. In case of reaction temperature of 318K, reaction time was less than 1 min. From these results, fabricated IMAAS were reproducible and suitable for ammonia analysis. For the future works, it was thought these micro systems could be used for other micro reactions for versatile species analyses as well as detections for N-containing organic species including ammonia.
机译:新提出并研究了使用Berthelot反应和微流体装置的微氨氨分析系统(IMAAS),使用Berthelot反应和微流体装置进行了内部型光学检测器。使用MEMS工艺制造尺寸为5厘米5厘米,厚度为1mm的IMAAS。使用紫外环氧键合与平面型光源和光学检测器连接的入口和出口管和光纤连接。温度升高了来自IMAAS的氨对靛酚的反应速率。在反应温度为318K的情况下,反应时间小于1分钟。从这些结果来看,制造的IMAAS可重复,适用于氨分析。对于未来的作用,据认为这些微型系统可用于多功能物种分析的其他微反应以及包括氨的含N的有机物物种的检测。

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