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首页> 外文期刊>Journal of Industrial Textiles >An electrically conductive hybrid polyaniline/ silver-coated polyester fabric for smart applications
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An electrically conductive hybrid polyaniline/ silver-coated polyester fabric for smart applications

机译：用于智能应用的导电杂化聚苯胺/银涂层聚酯织物

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摘要

A highly conductive polyester fabric was fabricated by the two-step successive in situ polymerization of aniline. This was followed by silver electroless plating on the surface of the fabric. Also, a silver electroless-plated fabric and a PANI-coated fabric were prepared by the in situ chemical polymerization of aniline. The electrical conductivity measurements, scanning electron microscopy, thermal gravimetric analysis, water contact angle measurements, wide angle X-ray diffraction, Fourier transform infrared spectroscopy, and air permeability tests were conducted on the coated fabrics. It was found that the surface of the hybrid PANI/silver-coated fabric was coated with granular silver particles having the average diameter of 1.3 mu m. Besides, the amount of the reduced silver on the surface of the fabric was much higher than that in the silver electroless-plated fabric. The emeraldine form of PANI was oxidized to pernigraniline and the silver ions were reduced to silver metal particles. The hybrid PANI/silver-coated fabric showed the electrical conductivity of 2.63 x 10(3)Scm(-1); so, it could be applied in many smart wearable applications.
机译：通过苯胺的原位聚合的两步连续制造高导电聚酯织物。接下来是织物表面上的银色化学镀。此外，通过苯胺的原位化学聚合制备银化学镀织物和粘合织物。在涂布织物上进行了电导率测量，扫描电子显微镜，热重分析，热重谱分析，水接触角测量，广角X射线衍射，傅里叶变换红外光谱和透气性试验。发现杂交粉涂层织物的表面涂覆有平均直径为1.3μm的颗粒银颗粒。此外，织物表面上的还原物的量远高于银化无电镀织物中的金属。将翡翠形式的PANI氧化成PernigraniLine，将银离子还原为银金属颗粒。杂交粉/银涂层织物显示电导率为2.63×10（3）SCM（-1）;因此，它可以应用于许多智能可穿戴应用程序。

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