At last future developments of micron op let in microfluidic are prospected.

论文展望了微液滴的发展前景.

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Objective To establish direct - write laser method for micromachining immunoassay microfluidic chip.

目的建立微流控芯片的CO_ 2激光直接微加工方法.

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Based on above researches, we produced this new crotch - structure microfluidic chip.

并且通过对多种分叉结构的流场仿真, 得出了最优的分叉形式.

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The method of hot - embossing technology for microfluidic chip was presented.

提出了微流控芯片热压成型方法.

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Manufacturing of microfluidic channel is an important technology associated array technology.

微流器件的制备是液相芯片技术一项重要的相关技术.

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Microfluidic electrophoresis chips is an important separation technique for microfluidic devices.

微流控电泳芯片是微流体系统的一项重要分离技术.

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Through the simulation we find that the shape of Microchannel produce greatest affection on Microfluidic momentum.

模拟结果表明管道的形状和大小对微流体的动量传递有很大的影响,进而影响微流体的速度流型.

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Triangle granules in rough Microchannel produce less affection on Microfluidic than semi - circle granules.

对摩擦力的模拟中发现小管径密集粗糙颗粒的情况下得到的流型是最好的.

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A compact microfluidic chip flow cytometer has been developed based on the orthogonal optical arrangement.

基于芯片正交光路检测模式,搭建了一套小型的微流控芯片流式细胞仪.

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