Mixing control for biomechanical engineering applications

-在许多涉及湍流或层流的工业应用中，需要加强流体混合。内燃机、燃气轮机、工业燃烧器和肉鸡、化学推进剂和焚化炉中的流动，仅举几例，是与发电、玻璃工业、公共和私人运输以及污染相关的典型湍流。搅拌槽反应器、隔板混合器和滚筒瓶中的流动，仅举几例，是与化工、石化、制药和食品工业过程相关的典型层流。微混合器中的流动与生物医学应用相关，例如分析化学、高通量血液检测、药物合成和微生物分析等。

- The need to enhance fluid mixing is felt in many industrial applications involving turbulent or laminar flows. Flows in internal combustion engines, gas turbines, industrial burners and broilers, chemical propellants and incinerators, to name a few, are typical turbulent flows of relevance in power generation, the glass industry, public and private transportation and pollution. Flows in stirred tank reactors, partitioned pipe mixers and roller bottles, to name a few, are typical laminar flows of relevance in chemical, petrochemical, pharmaceutical, and food industry processes. Flows in micromixers are of relevance in biomedical applications such as analytical chemistry, high-throughput blood testing,pharmaceutical synthesis and microbiological analysis, to name a few.