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微电子机械系统 (MEMS)的发展对流体力学的研究提出了许多新的课题 本文讨论了固体边界、表面张力等因素对微流体运动状态的影响 ,且微观尺度等级不同影响程度不同 这些讨论对微流体器件的设计优化和控制有积极意义
The development of micro-electro-mechanical systems (MEMS) has raised many new topics for the study of fluid mechanics. This paper discusses the effect of solid boundary and surface tension on the microfluidic motion and the influence of micro-scale levels on the micro-fluidic level. Fluid device design optimization and control has a positive meaning