45:- which make them possibly suitable for clothing. They are excellent (10 siemens per metre) electrical conductors, are 15 times stronger than the strongest
30:(CNTs), colossal carbon tubes have much larger diameters ranging between 40 and 100 μm. Their walls have a corrugated structure with abundant pores, as in
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of 6,000 km. This exceeds the specific strength of the strongest carbon nanotube; this strength is sufficient to support a
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and are 224 times stronger than individual cotton fibers. The tubes exhibit an ultra low density comparable to that of
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CCTs have technologically attractive properties such as ultra light-weight, extremely high strength, excellent
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130:"Strong and Ductile Colossal Carbon Tubes with Walls of Rectangular Macropores"
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Colossal carbon nanotubes could replace cotton fibers for high-tech clothing
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New colossal carbon tubes created, and flipping spins at the speed limit
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34:, where the solid membranes have a graphite-like layered structure.
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CCTs conduct electricity and show some of the properties of
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128:Peng, H.; Chen D.; Huang J.Y.; et al. (2008).
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80:if retained in a fabricated macroscale structure.
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193:"The Space Elevator Feasibility Condition"
108:"Carbon nanotubes, but without the 'nano'"
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72:(tensile strength per density), and a
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288:Lonsdaleite (hexagonal diamond)
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157:10.1103/PhysRevLett.101.145501
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1:
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22:(CCTs) are a tubular form of
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49:(T1000), have 30 times the
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619:Aggregated diamond nanorod
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417:(cyclo[18]carbon)
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401:(cyclo[6]carbon)
385:Linear acetylenic carbon
445:Carbide-derived carbon
327:(buckminsterfullerene)
16:Tubular form of carbon
68:of 7 GPa, and a high
32:corrugated fiberboard
26:. In contrast to the
20:Colossal carbon tubes
640:Allotropes of carbon
262:Allotropes of carbon
149:2008PhRvL.101n5501P
540:(cyclopropatriene)
521:hypothetical forms
342:Fullerene whiskers
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495:(diatomic carbon)
427:mixed sp/sp forms
70:specific strength
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645:Carbon nanotubes
599:Activated carbon
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435:Amorphous carbon
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195:. Archived from
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167:. Archived from
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66:tensile strength
59:carbon nanofoams
28:carbon nanotubes
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576:Metallic carbon
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479:(atomic carbon)
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137:Phys. Rev. Lett
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74:breaking length
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581:Penta-graphene
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215:External links
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143:(14): 145501.
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85:semiconductors
78:space elevator
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556:(prismane C8)
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367:Glassy carbon
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199:on 2013-06-24
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614:Carbon fiber
604:Carbon black
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571:Cubic carbon
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201:. Retrieved
197:the original
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176:. Retrieved
169:the original
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112:. Retrieved
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64:CCTs have a
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47:carbon fiber
43:conductivity
36:
19:
18:
566:Haeckelites
511:(tricarbon)
460:other forms
360:Nanoscrolls
634:Categories
318:Fullerenes
203:2009-08-03
178:2009-07-12
114:2017-11-12
110:. Aug 2008
91:References
348:Nanotubes
41:and high
39:ductility
609:Charcoal
450:Q-carbon
377:sp forms
354:Nanobuds
313:Graphene
307:Graphite
298:sp forms
165:18851539
51:tenacity
591:related
561:Chaoite
145:Bibcode
163:
55:Kevlar
24:carbon
272:forms
172:(PDF)
133:(PDF)
161:PMID
270:sp
153:doi
141:101
53:of
636::
412:18
357:,
351:,
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159:.
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139:.
135:.
99:^
87:.
61:.
551:6
546:C
535:3
530:C
506:3
501:C
490:2
485:C
474:1
469:C
407:C
396:6
391:C
363:)
333:C
323:C
254:e
247:t
240:v
206:.
181:.
155::
147::
117:.
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