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Description

Graphene is a one-atom-thick planar sheet of sp2-bonded carbon atoms that are densely packed in a honeycomb crystal lattice. The term Graphene was coined as a combination of graphite and the suffix -ene by Hanns-Peter Boehm, who described single-layer carbon foils in 1962. Graphene is most easily visualized as an atomic-scale chicken wire made of carbon atoms and their bonds. The crystalline or "flake" form of graphite consists of many graphene sheets stacked together.

Learn more about quantum dots from the many resources on this site, listed below. More information on Graphene can be found here.

Resources (1-3 of 3)

  1. UCSB Graphene Nanoribbon Interconnect Compact Model

    20 Apr 2017 | Compact Models | Contributor(s):

    By Junkai Jiang1, Kaustav Banerjee1, Wei Cao2

    1. University of California, Santa Barbara 2. University of California Santa Barbara

    As the (local) interconnect dimension scales down to sub-20 nm, the rapidly increasing metal resistance by barrier layer and surface and grain boundary scatterings, and the diminishing current...

    https://nanohub.org/publications/126/?v=1

  2. Physics-Based Compact Model for Dual-Gate Bilayer Graphene FETs

    06 Apr 2016 | Compact Models | Contributor(s):

    By Jorge-Daniel Aguirre Morales1, Sébastien Frégonèse2, Chhandak Mukherjee3, Cristell Maneux3, Thomas Zimmer3

    1. CNRS, University of Bordeaux, IMS Laboratory 2. CNRS, IMS Laboratory 3. University of Bordeaux, IMS Laboratory

    A compact model for simulation of Dual-Gate Bilayer Graphene FETs based on physical equations.

    https://nanohub.org/publications/133/?v=1

  3. UCSB Graphene Nanoribbon Interconnect Compact Model

    21 Apr 2015 | Compact Models | Contributor(s):

    By Junkai Jiang1, Wei Cao1, Kaustav Banerjee1

    University of California Santa Barbara

    UCSB GNR interconnect model is based on a distributed RLC circuit, in which carrier mean free path, graphene doping concentration (Fermi level) and number of layers are considered. The model was...

    https://nanohub.org/publications/57/?v=1