MICRO AIR BUBBLE MANIPULATION BY ELECTROWETTING PRINCIPLE: TRANSPORTING, MERGING AND ELIMINATING

机译：通过电润液原理进行微气泡操纵：运输，合并和消除

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For the first time we report a series of micro air bubble manipulations (transporting, merging and eliminating of air bubbles) in two-dimensional microchannels filled with a water solution. Air bubbles (～1.2 mm~3 in volume) are driven by electrowetting-on-dielectric (EWOD) principle. By sequentially energizing an array of electrodes covered with dielectric layers, micro air bubbles can be transported along a programmed path, merged into a single larger one, and eliminated out of a bulk water solution. These three fundamental micro bubble operations demonstrated will facilitate efficient micro bubble handling essentially required in micro gas analysis systems.

机译：我们首次报告一系列微型气泡操纵（在填充水溶液的二维微通道中运输，合并和消除气泡）。通过电润湿导通电介质（EWOD）原理驱动气泡（体积〜1.2mm〜3）。通过顺序地激励覆盖有介电层的电极阵列，可以沿着编程的路径传送微气泡，合并成单个较大的路径，并从大量水溶液中消除。所示的这三种基本微泡作用将促进微气体分析系统中基本要求的高效微泡处理。

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《International Conference on Microchannels and Minichannels》|2005年||共7页
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Yuejun Zhao; Sung Kown Cho; American Society of Mechanical Engineers(ASME);
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MICRO AIR BUBBLE MANIPULATION BY ELECTROWETTING PRINCIPLE: TRANSPORTING, MERGING AND ELIMINATING

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