Professor of Materials Science and Engineering, COE Associate Dean for Students

378 Hearst Memorial Mining Building
Berkeley, CA 94729-1760

Email: oddubon@berkeley.edu

Phone: (510) 643-3851



Photovoltaic Materials

  • Intermediate-Band Solar Cells
  • Transparent conductive oxides

Graphene Growth on Metal Foils

The understanding of graphene growth on metal substrates is far from complete, yet it has significant consequences for the final film properties. We use low-energy electron microscopy (LEEM) to characterize in-situ graphene growth on metal substrates. By measuring the growth velocity as a function of the carbon adatom concentration, we gain insight into the fundamental processes that control graphene growth. Epitaxial graphene growth on metal substrates is unique in that the film lies a few angstroms above the metal substrate but the edges are bonded to the substrate more strongly than the interior. We investigate the consequences of this strong edge binding for the growth process, including its effects on growth velocity, island morphology, and island impingement.