Sustainable Carbon
Nanotechnology and Engineering
Nanotechnology and Engineering
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SCNR Clusters
SCNTE Clusters are comprised of a tightly intertwined network of nano rods. This format
holds several advantages over more traditional CNT soot.
SCNTE Clusters are comprised of a tightly intertwined network of nano rods. This format
holds several advantages over more traditional CNT soot.
- ease of dispersion
- high internal thermal and electrical conductivity
- high degree of kinked or strained sights increase chemical reactivity
| High Resolution TEM Image of SCNR NanoCluster on Copper TEM Grid |
Dusting of 100nm clusters
on Cu TEM grid
on Cu TEM grid
High mag TEM image of
100nm clusters on Cu TEM
grid
100nm clusters on Cu TEM
grid
The high degree of consistency of SCNRs can be seen in the G band splitting. This
feature is rarely seen in MWCNTs, and even most SWCNTs, because of
inconsistency in diameters. The splitting is a result in the difference in energies
between in plane C-C stretching and tangental C-C stretching. For the researcher,
this means greater consistency from experiment to experiment.
feature is rarely seen in MWCNTs, and even most SWCNTs, because of
inconsistency in diameters. The splitting is a result in the difference in energies
between in plane C-C stretching and tangental C-C stretching. For the researcher,
this means greater consistency from experiment to experiment.
Ph: 937.296.5090
Fax: 937.297.9437
Fax: 937.297.9437
2000 Composite Drive
Dayton, OH 45420
Dayton, OH 45420
