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Search for "nitration" in Full Text gives 1 result(s) in Beilstein Journal of Nanotechnology.

Functionalization of vertically aligned carbon nanotubes

Eloise Van Hooijdonk,
Carla Bittencourt,
Rony Snyders and
Jean-François Colomer

Beilstein J. Nanotechnol. 2013, 4, 129–152, doi:10.3762/bjnano.4.14

; functionalization; graphene; nitration; oxidation; Introduction Carbon nanotubes (CNTs) have stirred the curiosity of the scientific community for two decades now. They consist of layers of graphene rolled up on themselves in order to form cylinders often closed at the two ends by fullerenic caps. Either they are

electrochemical properties of the VA-CNTs. Nitration of VA-CNTs: Fluorination of VA-CNTs increases their field-emission performance. Another solution lies in the utilization of post-growth nitrogen plasma treatment. This method was proposed by Lai et al. [109] in 2009. Patterned VA-CNTs, with an ideal hexagon

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Figure 1: Example of scanning electron microscopy image of carbon nanotubes aligned perpendicularly to the su...

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Figure 2: (a) SEM and HR-TEM images of aligned MWCNTs grown in three dimensions on Inconel substrates by floa...

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Figure 3: SWCNT forest grown with water-assisted CVD. (a) Picture of a 2.5 mm tall SWCNT forest on a 7 mm by ...

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Figure 4: Various examples of nanotube arrays grown on Ni dots. (a) Bunches of nanotubes (about 100 nm in dia...

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Figure 5: SEM images of natural (a) gecko setae, (b) a lotus leaf with hierarchical roughness, and (c) the ha...

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Figure 6: SEM image of beautiful repeating patterns of multiply oriented, organized nanotube structures on de...

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Figure 7: SEM images of (a) Chinese characters cut in 2D on a mat of CNTs, (b) a pyramidal structure cut by f...

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Figure 8: (a) Field-emission data of a CNT film before and after 2 min of CF₄ plasma treatment. Inset is the ...

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Figure 9: Effect of oxygen plasma functionalization on the VA-CNTs. (1) Optical microscopy images of the cont...

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Figure 10: XPS analysis of (a) pristine vertically aligned MWCNTs and oxygen-plasma-treated MWCNTs for (b) 5 m...

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Figure 11: Percentage weight loss of amorphous carbon as a function of the H₂O-plasma etching time. The H₂O-pl...

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Figure 12: (a) Variation of threshold electric field and nitrogen content with the duration of the nitrogen pl...

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Figure 13: (a) Procedures for the nanotube inner wall modification and the asymmetric modification of the nano...

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Figure 14: HRTEM images of (a) Pt-NPs-covered CNT tip; inset shows individual particles on the ends of CNTs. (...

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Figure 15: SEM micrographs of the aligned carbon nanotubes (a) before and (b) after plasma polymerization of a...

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Figure 16: SEM images of water droplets on CNT films. (a) Top-down view of micron-sized water droplets suspend...

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Figure 17: Illustration of the ACNT-epoxy TIM assembly process and the CNT statues at the interface. Adapted w...

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Figure 18: Preparation procedure for organizing PANI/MWCNT nanocomposite-tube films. (a) Aligned MWCNT film gr...

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Figure 19: (a) Schematic representation of the VA-CNTs embedded into a polymer matrix by thermal infiltration ...

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Figure 20: (a) Schematic illustration of the iCVD functionalization process of aligned CNTs and (b) schematic ...

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Figure 21: (a) The functionalization process of the amine-terminated ferrocene derivative to CNT ends by carbo...

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Figure 22: In-situ DNA synthesis from sidewalls of carbon nanotubes photoetched with azidothymidine. Aligned M...

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Figure 23: (a) SEM image (taken at a 25° tilt) of a VA-CNFs substrate. (b) Schematic of the functionalization ...

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Figure 24: SEM images of superhydrophobic CNT forests, after functionalization with thiols: (a) in the gas pha...

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Review

Published 22 Feb 2013

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