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A flexible cross-linked multi-walled carbon nanotube paper for sensing hydrogen

Author:
Darryl N. Venturaa   Shu Lib   Christopher A. Bakera   Christopher J. Breshikea   Artrease L. Spanna   Geoffrey F. Strousea   Harold W. Krotoa   Steve F.A. Acquaha   sacquah@chem.fsu.edu  


Journal:
Carbon


Issue Date:
2012


Abstract(summary):

Here we report on the construction and operation of a cross-linked aminated multi-walled carbon nanotube paper as a hydrogen sensor. The incorporation of palladium onto the surface of the paper resulted in p-type conduction as the resistance of the paper was measured, under exposure to hydrogen gas. When palladium nanocrystals were embedded into the cross-linked paper, n-type conduction was observed during hydrogen sensing. This investigation highlights the next stage in the development of functional nanotube paper.


Page:
2672-2674


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