双电层电容器碳纳米管固体极板的制备

本文研究了基于碳纳米管的法拉级双电层电容器极板的制备,使用碳纳米管和酚醛树脂混合成型作为极板的双电层电容器获得了15~25F/g的容量.通过测试所制电容器的主要电性能参数并与传统的活性炭极板对比,表明具有高的比表面积和良好晶化程度的碳纳米管用以制备双电层电容器极板具有潜在的优势.

Fabrication of Electric Double-layer Capacitors with Carbon Nanotubes Solid Electrodes

In this paper,the fabrication of polarizable electrodes in electric double-layer capacitors (EDLCs) based on carbon nanotubes is studied.These talets are prepared by using molded mixtures comprising electrodes.EDLCs with specific capacitance of about 15~25F/g are obtained.Through surveying the major electric performance parameters for the obtained capacitors and comparing them with the ones for conventional activated carbon electrodes,it reveals that carbon nanotube with high accessible surface area and good crytallizing degree has potential advantage in the fabrication of EDLCs.