Abstract—

The influence of nanostructure carbon additives (functionalized nanotubes, deaglomerated detonation nanodiamonds, nanocarbon) on the conductivity of the Aquivion perfluoropolymer membrane is studied. In the work the data are presented on the manufacturing of the composite materials and the investigation of their proton conductivity via the impedance spectroscopy method. It is found that the introduction of nanocarbon dopants in a certain concentrations increases the conductivity of the Aquivion membrane.

中文翻译：

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具有纳米级添加剂的基于Aquivion的复合膜

摘要—

研究了纳米结构碳添加剂（功能化纳米管，去团聚爆轰纳米金刚石，纳米碳）对Aquivion全氟聚合物膜电导率的影响。在工作中，提供了有关复合材料制造和通过阻抗光谱法研究其质子电导率的数据。发现以一定浓度引入纳米碳掺杂剂可增加Aquivion膜的电导率。