應用碳黑與碳纖維於導電高分子特性之研究

The Study of Application for Carbon Black and Fiber to Conductive Polymers Characteristics

10.29987/CCUHKJE.201206.0021

廖崧皓(S. H. Liao)；林建宏(C. H. Lin)

碳黑 ； 碳纖維 ； 導電高分子 ； 力量感測器 ； Carbon black ； carbon fiber ； conductive polymer ； force sensor

華岡工程學報

29期（2012 / 06 / 01）

130 - 136

繁體中文

科技的進步與奈米材料的發展，應用奈米複合材料於導電高分子的研究蓬勃發展。導電高分子具有許多優點，可以應用於新興科技領域，利用碳黑與碳纖維為導電高分子材料的填充物，其成本遠比利用奈米碳管便宜，且具有類似之導電特性，因此以碳黑與碳纖維為高分子聚對二甲基矽氧烷之填充物，探討不同比例之組成對導電高分子之壓阻特性之影響，並且以同心圓及梳狀電極之可撓式基板完成導電高分子之力量感測器之應用。

The development of nanomaterials and advances in technology, the application of nano composite materials on the conductive polymer research is in the booming development. The conductive polymer has many advantages and can be applied in the field of emering technologies. The cost of carbon black and carbon fiber as filled conductive polymer materials is cheaper than carbon nanotubes. Moreover, the carbon black and carbon fiber have similar electrical properties to carbon nanotube. Therefore, to develop the conducting polymer is important for carbon black and carbon fiber to combine to the polydimethylsiloxane. The piezoresistance characteristics with different percentage composition for carbon black and carbon fiber mixture have discussed. Furthermore, using conductive polymer, the force sensors with concentric circles and comb electrodes on the flexible substrate are achieved.

1. 陳昌毅(2017)。以液相含浸製程摻雜不同碳原料強化材製作針軋三維碳/碳複合材料性質研究。義守大學材料科學與工程學系學位論文。2017。1-132。