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首页> 外文期刊>Journal of Micromechanics and Microengineering >The silicon-glass microreactor with embedded sensors-technology and results of preliminary qualitative tests, toward intelligent microreaction plant
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The silicon-glass microreactor with embedded sensors-technology and results of preliminary qualitative tests, toward intelligent microreaction plant

机译:带有嵌入式传感器的硅玻璃微反应器-技术和初步定性测试的结果,用于智能微反应装置

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摘要

The technology and preliminary qualitative tests of silicon-glass microreactors with embedded pressure and temperature sensors are presented. The concept of microreactors for leading highly exothermic reactions, e.g. nitration of hydrocarbons, and design process-included computer-aided simulations are described in detail. The silicon-glass microreactor chip consisting of two micromixers (multistream micromixer), reaction channels, cooling/heating chambers has been proposed. The microreactor chip was equipped with a set of pressure and temperature sensors and packaged. Tests of mixing quality, pressure drops in channels, heat exchange efficiency and dynamic behavior of pressure and temperature sensors were documented. Finally, two applications were described.
机译:介绍了具有嵌入式压力和温度传感器的硅玻璃微反应器的技术和初步定性测试。用于引起高度放热反应的微反应器概念,例如详细介绍了碳氢化合物的硝化作用以及包括设计过程在内的计算机辅助模拟。已经提出了由两个微混合器(多流微混合器),反应通道,冷却/加热室组成的硅玻璃微反应器芯片。微反应器芯片配备了一组压力和温度传感器并进行了包装。记录了混合质量,通道中的压降,热交换效率以及压力和温度传感器的动态行为的测试。最后,描述了两个应用程序。

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