Nanotubes
Nanotubes, like single-walled carbon nanotubes, MWCNT and carbon nanotubes, are subject to ongoing research as shown in figure 1 and 2. A lot of the reported synthesis procedures include anodization, self-assembling or hydrothermal synthesis during the preparation. Amongst the most actively researched properties of nanotubes are cyclic voltammogram, Nyquist plot and band gap. Very often nanotubes are characterized by either transmission electron microscopy, scanning electron microscopy or X-ray diffraction. High impact articles within this field report applications in catalysis, drug delivery or energy storage.
Number of indexed publications on nanotubes per year
Journal distribution of indexed publications on nanotubes
Most relevant nanomaterial summaries for nanotubes
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single-walled carbon nanotubes
- Composition:
- GC
- Nanostructure: single-walled carbon nanotube
Based on 1709 articles and 84 patents (most recent: 2019)
- Characterization (1787)
- Property (1377)
- Preparation (833)
- Biological effects (390)
- Application (314)
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Properties (1377)
water self-diffusion coefficient dependent on chirality
Value: Details in source
Source: Eliodoro Chiavazzo et al., Nature Commun., 2014
See all entries of water self-diffusion coefficient dependent on chirality
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Applications (314)
electronics
Application: electronic and electrochemical devices
electronics
Application: field-effect transistors, channel material
Source: Gao, Jia and Loo, Yueh-Lin (Lynn), Adv. Funct. Mater., 2015
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Characterization (1787)
scanning electron microscopy
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Biological effects (390)
Wistar rat
Test Details: increase of phosphatidylcholine level in liver, intratracheal
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MWCNT
- Composition:
- GC
- Nanostructure: multi-walled carbon nanotube
Based on 2408 articles and 90 patents (most recent: 2019)
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carbon nanotubes
- Composition:
- aC
- Nanostructure: nanotubes
Based on 1308 articles and 216 patents (most recent: 2019)
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multi-walled carbon nanotube yarn
- Composition:
- MWNT
- Nanostructure: nanostructured materials
Based on 190 articles and 5 patents (most recent: 2018)
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TiO2 nanotubes
- Composition:
- anatase
- Nanostructure: nanotubes
Based on 409 articles and 8 patents (most recent: 2018)