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Graphene Structure Allotrope of Carbon

$20
or
Royalty Free License
- All Extended Uses
Included Formats
3ds Max 2013 V-Ray 3.2
3ds Max 2014 V-Ray 3.2
3ds Max 2015 V-Ray 3.2
3ds Max 2016 V-Ray 3.2
3ds Max 2013 mental ray
3ds Max 2014 mental ray
3ds Max 2015 mental ray
3ds Max 2016
FBX
Other
OBJ

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3D Model Specifications
Product ID:1122408
Published:
Geometry:Polygonal Quads/Tris
Polygons:26,912,074
Vertices:1,452,096
Textures:Yes
Materials:Yes
Rigged:No
Animated:No
UV Mapped:No
Unwrapped UVs:No
Artist
TurboSquid Member Since August 2016
Currently sells 56 products
Achievements:
Product Rating
Unrated
Description
Graphene Structure Allotrope of Carbon 3D model

Ready to go Models of Graphene structures showing the crystalline allotropes of carbon. Background and HDRi spherical map are included.

100% accurate to the real chemical structure, scientific data was used as reference to construct these models.

1) Nanotube - Rolled Graphene
2) Graphite - Multi layer Graphene
3) Fullerene - Buckyball
4) Lonsdaleite
5) Mono-layer Graphene Sheet
6) Diamond

Versions:
3Ds Max 2016, 3Ds Max 2015, 3Ds Max 2014, 3Ds Max 2013
3Ds Max 2016 - VRay 3.2, 3Ds Max 2015 - VRay 3.2, 3Ds Max 2014 VRay - 3.2, 3Ds Max 2013 - VRay 3.2
OBJ
3DS
FBX

Graphene is an atomic-scale honeycomb lattice made of carbon atoms. It has the basic structural elements of graphite, carbon nanotubes and fullerenes. In short 'Graphene' is the super thin, super strong, transparent, conductive and self-repairing material is poised to revolutionize the future.

Graphene is a crystalline allotrope of carbon with 2-dimensional properties. Its carbon atoms are densely packed in a regular atomic-scale chicken wire (hexagonal) pattern.

Each atom has four bonds, one bond with each of its three neighbors and one -bond that is oriented out of plane.

Graphene's hexagonal lattice can be regarded as two interleaving triangular lattices. This perspective was successfully used to calculate the band structure for a single graphite layer using a tight-binding approximation.

Graphene's stability is due to its tightly packed carbon atoms.

Graphene sheets in solid form usually show evidence in diffraction for graphite's layering. This is true of some single-walled nanostructures. However, unlayered graphene with only rings has been found in the core of presolar graphite onions. TEM studies show faceting at defects in flat graphene sheets and suggest a role for two-dimensional crystallization from a melt.

Graphene can self-repair holes in its sheets, when exposed to molecules containing carbon, such as hydrocarbons. Bombarded with pure carbon atoms, the atoms perfectly align into hexagons, completely filling the holes.
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