These clusters might then be used to connect various parts of semiconducting graphene substrate. Nanotechnology motors use enhanced catalysis to surpass speeds of biological motors Coreshell nanoparticles reveal how nanotechnology can improve cancer drug delivery Could nanotechnology use clusters of boron atoms to dope graphene nanodevices? Preliminary theoretical calculations show that it might be possible to develop nanotech application in which clusters of few boron atoms connect very small graphene semiconductors to make nanoelectronic devices.
The research paper Functionalizing graphene by embedded boron clusters is available at arXiv. org.Jim This entry was posted on 7th, at am and is filed under Research, Research, European Nanotechnology, Nanotechnology, Nanotech, Nano, Computational nanotechnology, Foresight Nanotech Challenges, Information technology. Jens Kunstmann of the MaxPlanck Institute for Festkrperforschung in Stuttgart and colleagues have proposed way to take the wiring down to the nanoscale by implanting chains of B7 clusters into the graphene matrix. Previous theoretical studies on heterogeneous nanotubular boroncarbon networks by the team have shown that boron and carbon are compatible on the nanoscale.
You can leave response, or trackback from your own site. Jens Kunstmann of the MaxPlanck Institute for Festkrperforschung in Stuttgart and colleagues have proposed way to take the wiring down to the nanoscale by implanting chains of B7 clusters into the graphene matrix. The model involves using alternating chains of boron clusters to connect various areas of semiconducting graphene substrate. However, graphenebased devices studied so far are on the micron rather than nanoscale because they mainly consist of broad sheets of graphene connected by wiring of about the same size.
Previous theoretical studies on heterogeneous nanotubular boroncarbon networks by the team have shown that boron and carbon are compatible on the nanoscale. However, graphenebased devices studied so far are on the micron rather than nanoscale because they mainly consist of broad sheets of graphene connected by wiring of about the same size. These clusters might then be used to connect various parts of semiconducting graphene substrate.
The model involves using alternating chains of boron clusters to connect various areas of semiconducting graphene substrate. You can follow any responses to this entry through the RSS feed. Jens Kunstmann of the MaxPlanck Institute for Festkrperforschung in Stuttgart and colleagues have proposed way to take the wiring down to the nanoscale by implanting chains of B7 clusters into the graphene matrix. The researchers have gone step further and calculated that small planar boron clusters embedded into graphene substrate as metallic islands. You can leave response, or trackback from your own site.
