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首页> 外文期刊>Macromolecular rapid communications: Publishing the newsletters of the European Polymer Federation >Well-aligned nano-fiberous membranes based on three-pole electrospinning with channel electrode
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Well-aligned nano-fiberous membranes based on three-pole electrospinning with channel electrode

机译:基于通道电极的三极静电纺丝的取向良好的纳米纤维膜

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摘要

Three-pole electrospinning devices integrated with a blade-cage collector were developed to fabricate well-aligned nano-fiberous membranes. The proposed three-pole configuration with a channel electrode can be a powerful tool in aligning nano-fibers with regular diameter because the generated electric field can be accurately controlled without severe fluctuation in comparison with other methods. The three-pole electrospinning method is also valid for industrial mass production and accurate diameter control of the aligned nano-fibers.(Figure Presented)
机译:开发了与刀笼式集热器集成的三极电纺丝设备,以制造排列良好的纳米纤维膜。所提出的带有通道电极的三极配置可以成为对准具有规则直径的纳米纤维的有力工具,因为与其他方法相比,可以精确控制产生的电场而不会出现严重波动。三极静电纺丝方法也适用于工业化批量生产和对齐纳米纤维的精确直径控制。

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