An active micro reactor system with integrated fluid control devices for chemical synthetic process
An active micro reactor system with integrated fluid control devices for chemical synthetic process
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一种用于化学合成过程的集成流体控制装置的主动微反应器系统
DOI：
10.1109/aim.2008.4601632
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发表时间：
2008
期刊：
影响因子：
--
通讯作者：
S. Nakatani
中科院分区：
文献类型：
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作者：
H. Taniguchi;K. Suzumori;S. Nakatani
本研究的目的是开发一种可应用于许多化学合成过程的笔记本电脑微型反应器系统。如果我们能够利用这种微反应器系统快速有效地达到反应条件，那么研发的速度将得到惊人的提高。在这里，我们设计并制造了带有集成流体控制装置的微型反应器原型。开发的流体控制装置有微型泵、微型混合器和温度调节器。特别是，微混合器是一种新颖的混合器，其具有带有磁致动器的主动机构。在对微型泵的估算中，我们得到了在以下条件下的最大流量和压力：1.15 ml/min和2.76 kPa；电压，40 Vp-p；频率，2 赫兹。在微混合器的估算中，我们在0.163 s内确认了混合的有效性。结果表明这些设备的可用性。我们代表了迈向用于化学合成过程的笔记本电脑微型反应器系统的第一步。
The aim of this research is to develop a laptop micro reactor system which can apply to many chemical synthetic processes. If we can reach the reactive conditions quickly and effectively using this micro reactor system, the speed of research and development will improve spectacularly. Here we design and fabricate a prototype of micro reactor with integrated fluid control devices. Developed fluid control devices are micro pumps, micro mixers, and a temperature regulator. Especially, the micro mixer is a novel one which has an active mechanism with a magnetic actuator. In the estimation of the micro pump, we have obtained the maximum flow rate and pressure was 1.15 ml/min and 2.76 kPa under the following conditions: voltage, 40 Vp-p; frequency, 2 Hz. In the estimation of micro mixer, we confirmed the effectiveness of the mixing in 0.163 s. The results indicated the availability of these devices. We represent a first possible step towards a laptop micro reactor system for chemical synthetic process.