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首页> 外文期刊>Advanced Coatings & Surface Technology >BETTER ELECTRICAL CONDUCTIVITY THROUGH GOLD-PLATED TETRAMETHYLBENZIDINE NANOFIBERS
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BETTER ELECTRICAL CONDUCTIVITY THROUGH GOLD-PLATED TETRAMETHYLBENZIDINE NANOFIBERS

机译:通过镀金的叔丁基苄基纳米粉提高电导率

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摘要

Metal nanoparticles are vast because of their exceptional physical and chemical properties resulting from characteristics such as quantum size effects and huge surfaces. Although all metal nanoparticles are unique in their own way, the most intriguing of all metals is the aurum (Au) or gold nanoparticle due to the chemical and physical versatility of its nanoparticles' surface. The usages of Au nanoparticles are already implemented into chemical separation, sensor, and medicine, for diagnosis of cancer. It is believed that organic conducting polymers exhibit electrical, electronic, magnetic, and optical properties of metal while acceding to the mechanical properties and process abilities of conventional polymers. Therefore, by reincorporating Au nanoparticles into conducting polymers, the: polymer/metal nanocomposites display superior sensing, catalytic capabilities, and conductivities in contrast to pure conducting polymers.
机译:金属纳米粒子之所以庞大,是因为它们具有特殊的物理和化学性质,这些性质是由诸如量子尺寸效应和巨大的表面等特性产生的。尽管所有金属纳米粒子以它们自己的方式都是独特的,但由于其纳米粒子表面的化学和物理多功能性,所有金属中最吸引人的是金(Au)或金纳米粒子。金纳米颗粒的用途已经在化学分离,传感器和医学中实现,用于诊断癌症。据信有机导电聚合物表现出金属的电,电,磁和光学性质,同时符合常规聚合物的机械性质和加工能力。因此,通过将Au纳米颗粒重新掺入导电聚合物中,与纯导电聚合物相比,聚合物/金属纳米复合材料显示出优异的感测,催化能力和电导率。

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