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Summary Of: Allotropes of carbon

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Eight allotropes of carbon:  a) Diamond,   b) Graphite,  c) Lonsdaleite,  d) C60 (Buckminsterfullerene or buckyball),  e) C540,  f) C70,  g) Amorphous carbon, and  h) single-walled carbon nanotube or buckytube. | | carbon | Diamond | Graphite | Lonsdaleite | Buckminsterfullerene | buckyball | Amorphous carbon | carbon nanotube | buckytube | allotropes | carbon | Diamond | allotropes | mineral | gemological | bort | diamond anvil | bearings | windows | semiconductor | microchips | heat sink | electronics | Japan | Europe | United States | covalent bonds | Graphite | Abraham Gottlob Werner | 1789 | standard conditions | standard state | heat of formation | conduct | electricity | delocalization | pi bond | electrons | lubricant | loose interlamellar coupling | vacuum | space | adsorbed | molybdenum disulfide | superlubricity | pyrolytic carbon | prosthetic | heart valves | pyrolytic graphite | carbon fiber | solid rocket | high temperature reactors | brake | electric motor | Amorphous carbon | carbon | crystalline | glassy | graphite | diamond | Coal | soot | pyrolysis | anthracite | Bituminous coal | lignite | Nanomaterials | Fullerenes | Carbon nanotubes | Fullerene chemistry | Applications | In popular culture | Timeline | Nanoparticles | Quantum dots | Nanostructures | Colloidal gold | Iron nanoparticles | Nanotechnology | view | talk | Fullerenes | Richard Buckminster "Bucky" Fuller | Carbon nanotube | carbon | molecules | optics | materials | electrical | heat | Inorganic nanotubes | fullerene | buckyballs | spherical | cylindrical | nanometers | single-walled nanotubes | Computer models of stable NanoBud structures | | Carbon nanobud | carbon | fullerene | carbon nanotubes | Aggregated diamond nanorods | allotrope | carbon | isothermal bulk modulus | gigapascals | diamond | ultrahard fullerite | Glassy carbon | carbon | electrochemistry | The General Electric Company | phenolic resin | graphite | Carbon nanofoam | 1997 | Australian National University | Canberra | atoms | graphite | heptagons | hexagonal | buckminsterfullerenes | pentagons | aerogel | air | sea level | electrical conductor | Lonsdaleite | hexagonal | diamond | meteoric | graphite | Earth | crystal | lattice | Canyon Diablo meteorite | Barringer Crater | Arizona | 1967 | New Mexico | Antarctica | Tunguska impact site | Russia | Linear Acetylenic Carbon | photodiodes | carbon | allotrope | orbital hybridisation | polymer | nanotechnology | Diamond and graphite are two allotropes of carbon: pure forms of the same element that differ in structure. | | cubic system | hexagonal system | Mohs scale | Mohs scale | Chaoite | chaoite | phase diagram | Prismane C8 | ISBN 0-7923-5323-4 | v | d | Diamond (cubic) | Lonsdaleite (hexagonal diamond) | Aggregated diamond nanorods | Graphite | Amorphous carbon | Fullerenes | buckyballs (C20+) | nanotubes | nanobuds | Glassy carbon | Carbon nanofoam | Linear acetylenic carbon | C1 | C2 | C3 | C8 | Chaoite | Activated carbon | Carbon black | Charcoal | Carbon fiber | Fullerite | Categories | Carbon | Carbon forms | Allotropy |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Allotropes of carbon".