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A new microfluidic driving method based on the liquid crystalline backflow effect

机译:基于液晶回流效应的微流驱动新方法

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摘要

In order to broaden the application range of the liquid crystal,the group dedicates to study the anisotropic nature of the liquid crystal from mechanical point of view and new ideas that develop new micro-fluidic drive and control method using backflow effect was proposed.The theoretical calculation showed that the twist angle had effect on the magnitude and direction of the backflow induced by the electric field.When the electric field was cut off,there was also backflow induced with a change in magnitude,direction and short duration.The verification experiment showed that it can be realized to drive micro particles moving to any direction using backflow induced by the continuous electric field.
机译:为了拓宽液晶的应用范围,该小组致力于从力学的角度研究液晶的各向异性,并提出了利用回流效应开发新的微流体驱动和控制方法的新思路。计算表明,扭转角对电场引起的回流具有一定的影响。当电场被切断时,也会引起回流,其大小,方向和持续时间均发生变化。可以认识到利用由连续电场引起的回流来驱动微粒向任何方向移动。

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