Ultimate Permeation Across Atomically Thin Porous Graphene

@article{Celebi2014UltimatePA,
  title={Ultimate Permeation Across Atomically Thin Porous Graphene},
  author={Kemal Celebi and Jakob Buchheim and Roman M. Wyss and Amirhossein Droudian and Patrick Gasser and Ivan Shorubalko and J Kye and Changho Lee and Hyung Gyu Park},
  journal={Science},
  year={2014},
  volume={344},
  pages={289-292}
}
A two-dimensional (2D) porous layer can make an ideal membrane for separation of chemical mixtures because its infinitesimal thickness promises ultimate permeation. Graphene—with great mechanical strength, chemical stability, and inherent impermeability—offers a unique 2D system with which to realize this membrane and study the mass transport, if perforated precisely. We report highly efficient mass transfer across physically perforated double-layer graphene, having up to a few million pores… CONTINUE READING
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We appreciate the support from Binnig Rohrer Nanotechnology Center of ETH Zurich and IBM Zurich

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