The wide variety of possible applications of micro-thermofluid control
The wide variety of possible applications of micro-thermofluid control
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微热流体控制的广泛应用
DOI：
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发表时间：
2005
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通讯作者：
H. Yoshida
中科院分区：
文献类型：
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作者：
H. Yoshida
本文主要根据1987年以来召开的17次IEEE微机电系统国际研讨会和会议的论文集，对微热流控制的可能应用进行了评述。内容包括三个方面。第一个是微系统中的热流体控制;特别是，注意力集中在各种类型的微型泵上。第二个是微型热流体机器，如微型涡轮机和微型冷却器中的热流体控制。第三个是常规尺寸的流动现象，如湍流剪切流和扑翼微型飞行器的微型热流体控制。作者强调，在这一领域中，相对年轻的研究人员已经取得了相当大的进展，与其他各种背景的经典热流体动力学，许多具有挑战性的工作正在进行中，这将导致在热流体动力学领域的新的可能性。此外，作者得到的印象是，研究人员的绰号最近已经从"MEMS研究能做什么？"到"MEMS研究应该做什么？"
The possible applications of micro-thermofluid control are reviewed here, mainly on the basis of the seventeen proceedings of IEEE International Workshops and Conferences on Micro Electro Mechanical Systems held since 1987. The contents consist of three aspects. The first is thermofluid control in microsystems; particularly, the attention is focused on the various types of micropumps. The second is thermofluid control in miniaturized thermofluid machines such as a microturbine and a microcooler. The third is micro-thermofluid control for conventional-sized flow phenomena such as turbulent shear flows and a flapping-wing micro-aerial vehicle. The author stresses that, in this field, considerable advances have been achieved by relatively young researchers with various backgrounds other than the classical thermofluid dynamics, and many challenging works are in progress which will lead to new possibilities in the field of thermofluid dynamics. Also, the author has gained the impression that the researchers’ byword has recently changed from “what can MEMS research do?” to “what should MEMS research do?”