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Recently, scientists in China, the United States and Japan have discovered a new structure as a carbon - pentagonal graphene
.
The two-dimensional structure of pentagonal graphene with carbon five-membered ring as the structural basis is expected to become a new carbon material, and its performance may surpass that of conductor graphene in some aspects, and it has a wide range of application prospects
in electronics, biomedicine and nanotechnology.
Molecular dynamics simulation suggests that pentagonal graphene can withstand high temperature of 727 °C and has ultra-high mechanical strength
comparable to graphene.
Most of the previously discovered carbon materials are composed of carbon six-membered rings as the main structural primitives, and carbon materials composed only of carbon-five-membered rings as structural primitives have not been found, while the new materials are completely two-dimensional pentagonal carbon allotropes
.
This discovery has enriched the understanding of
carbon structure.
At present, this new carbon allotrope pentagonal graphene has been included
in Wikipedia.
Recently, scientists in China, the United States and Japan have discovered a new structure as a carbon - pentagonal graphene
.
The two-dimensional structure of pentagonal graphene with carbon five-membered ring as the structural basis is expected to become a new carbon material, and its performance may surpass that of conductor graphene in some aspects, and it has a wide range of application prospects
in electronics, biomedicine and nanotechnology.
Molecular dynamics simulation suggests that pentagonal graphene can withstand high temperature of 727 °C and has ultra-high mechanical strength
comparable to graphene.
Most of the previously discovered carbon materials are composed of carbon six-membered rings as the main structural primitives, and carbon materials composed only of carbon-five-membered rings as structural primitives have not been found, while the new materials are completely two-dimensional pentagonal carbon allotropes
.
This discovery has enriched the understanding of
carbon structure.
At present, this new carbon allotrope pentagonal graphene has been included
in Wikipedia.
