Physics and Chemistry of Graphene : Graphene to Nanographene / edited by Toshiaki Enoki, Tsuneya Ando.

Includes bibliographical references.

<P>Introduction (Enoki)<BR><BR>Theory of electronic states and transport in graphene (Ando)<BR>Electronic states of monolayer graphene<BR>Magnetic properties<BR>Optical properties<BR>Transport properties<BR>Phonons and electron-phonon interaction<BR>Bilayer graphene<BR>Summary<B><BR><BR>Experimental Approach to of graphene and device applications (Kanda)<BR></B>Formation of graphene<BR>Experiments on transport properties of graphene for device applications<BR>Summary<B><BR><BR>Chemistry on condensed polycyclic aromatic hydrocarbons molecules to nanographene (Kubo & Konishi) <BR></B>A brief introduction to polycyclic aromatic hydrocarbons: The history of polycyclic aromatic hydrocarbons <BR>The electronic structure of polycyclic aromatic hydrocarbons<BR>Examples other than graphenes<BR>Summary<B><BR><BR>Electronic structure and electron transport of nanographene (Wakabayashi)<BR></B>Electronic structure of nanographene and edge state<BR>Electronic states of nanographene in a magnetic field<BR>Electronic transport properties of nanographene<BR>Summary<B><BR><BR>Electronic and magnetic properties of nanographene (Enoki)p<BR></B>Electronic structure of nanographene and graphene edges<BR>Preparations of nanographene<BR>Chemical activities of nanographene and graphene edges, and chemical modifications of edges<BR>Magnetic structures of nanographene<BR>Summary<B><BR><BR>Conclusion (Enoki)</B><BR></P>

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