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Control Challenges in Micro Fluidic Systems and Nanoscale Transport Phenomena

机译:控制微流体系统和纳米级运输现象的挑战

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Over the last three decades, the number of available micro devices, actuators, and sensors has grown in leaps and bounds. Moreover, newly emerging nano - technology and nano-sized patterning techniques are enabling even more capabilities in micro fluidic systems. The micro community is now moving from component creation to system design, optimization, and control. Hence there is a real opportunity for controls researchers, who are well versed in system dynamics and control, to contribute to the maturing field of micro systems, and also to the emerging field of nano systems. This paper presents some brief examples of my groups research efforts in this direction, and outlines our perspective on the available control opportunities and emerging system integration and control challenges.
机译:在过去的三十年中,可用的微器件,执行器和传感器的数量已经生长在跨越式和界限。此外,新出现的纳米技术和纳米尺寸的图案化技术在微流体系统中能够实现更多能力。 Micro社区现在从组件创建移动到系统设计,优化和控制。因此,控制研究人员有一个真正的机会,良好地掌握了系统动态和控制,促进了微系统的成熟领域,也有助于纳米系统的新兴领域。本文介绍了我群体研究努力的一些简短例子,并概述了我们对可用控制机会和新兴系统整合和控制挑战的看法。

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