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Direct and all-dry fabrication of paper-based microfluidic device using parylene-C deposition and maskless microplasma writing

机译:使用聚粉-C沉积和无掩模微血模具写入的纸基微流体装置的直接和全干燥

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摘要

This paper reports a novel and simple method for direct and all-dry fabrication of paper-based microfluidic devices using parylene-C deposition and maskless atmospheric pressure microplasma writing. Microplasma jet with diameter of about 10 μm was demonstrated to investigate the feasibility of this method in this paper and well defined hydrophilic-hydrophobic contrast channels are fabricated. By controlling the diameter of the microplasma jet and the treatment time, the channel width and wettable depth can be tuned.
机译:本文报告了一种新颖简单的方法,用于使用聚氨酯-C沉积和无掩模大气压微塑料写入的纸基微流体装置的直接和全干法制造。表明直径为约10μm的显微膜射流以研究该方法在本文中的可行性,并且制造良好定义的亲水 - 疏水性对比度通道。通过控制微置物射流的直径和处理时间,可以调整通道宽度和可湿性深度。

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