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首页> 外文会议>Symposium on microelectronics technology and devices >Study of Formation of Oriented Fibers Using Injection of Polymeric Solutions Inside Electric Fields Defined by Two Parallel Suspended Electrodes
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Study of Formation of Oriented Fibers Using Injection of Polymeric Solutions Inside Electric Fields Defined by Two Parallel Suspended Electrodes

机译：用两个平行悬挂电极限定的电场注入聚合物溶液形成纤维的研究

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Conventional electrospinning (1) permits to obtain micro- and nanofibers that are randomly deposited. Applications that use these fibers, such as filtration, texturing, composite reinforcement, tissue and sensor engineering, could be improved if the fibers could be oriented/aligned (2, 3). Several modifications of the typical electrospinning setup have been considered (3-5) aiming at obtaining: aligned fibers, control of the area covered by the deposited fibers, mixing of fibers of different materials, high production of fibers, definition of fiber patterns, coaxial fibers, smooth fibers and single fibers made of two different materials. These configurations employ additional electrodes, rotating mechanisms and/or multiple capillary for solution injection. Thus, they represent the use of more complicated setups.
机译：常规静电纺丝（1）允许获得随机沉积的微型和纳米纤维。如果纤维可以定向/对准（2,3），则可以改善使用这些纤维的应用，例如过滤，纹理，复合增强，组织和传感器工程，例如，可以改善（2,3）。已经考虑了典型的静电纺丝设置的几种修改（3-5）旨在获得：对齐的纤维，控制由沉积的纤维覆盖的面积，不同材料的纤维混合，纤维的高生产，纤维图案的定义，同轴的定义纤维，光滑的纤维和由两种不同材料制成的单纤维。这些配置采用额外的电极，旋转机构和/或用于溶液注入的多毛细管。因此，它们代表了使用更复杂的设置。

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