Tunable liquid sensing performance of conducting carbon nanotube–polyethylene composites with a porous segregated structure
2013
Pang, Huan | Piao, Ying-Ying | Xu, Ling | Bao, Yu | Cui, Cheng-Hua | Fu, Qiang | Li, Zhong-Ming
An electrically conductive carbon nanotube–polyethylene composite with a porous segregated structure was fabricated using a combination of hot compaction and salt-leaching. The composite exhibited high electrical conductivity (∼8.5 S m⁻¹), good reproducibility, and a tunable liquid sensing capacity over a large range of 220–1718%.
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