Molecular functionalization of graphene is a key to materials applications. This could be by covalent and non-covalent strategies, the latter more interesting since this causes no damage to the carbon lattice, but also more challenging since this can be more difficult to detect by “standard” graphene methods such as Raman spectroscopy, microscopy (light, AFM, STM and TEM). Pyrene derivatives are established tools for non-covalent fuctionalization of carbon nano-tubes that should interact with Graphene in the same fashion.<p>Poster presented at 216th ECS Meeting, October 4-9, 2009, Vienna, Austria</p
Graphene is considered the material of the third millennium, due to its extraordinary electronic and...
Graphene is considered the material of the third millennium, due to its extraordinary electronic and...
Graphene nanobuds were prepared via the non-covalent anchoring of C60-based molecules endowed with o...
The ‘graphene rush’ that started almost a decade ago is far from over. The dazzling properties of gr...
Graphene dispersions, produced in a chemically assisted exfoliation process, have been treated with ...
This thesis discusses methods for the comparatively mild covalent functionalization of graphene. Sev...
This thesis discusses methods for the comparatively mild covalent functionalization of graphene. Sev...
This thesis discusses methods for the comparatively mild covalent functionalization of graphene. Sev...
Graphene has attracted wide interest of academic and industrial circles due to its superior physical...
Graphene is a newly available conductive material ideally suited for forming well-defined interfaces...
Graphene is a material of great potential in a broad range of applications, for each of which specif...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene is considered the material of the third millennium, due to its extraordinary electronic and...
Graphene is considered the material of the third millennium, due to its extraordinary electronic and...
Graphene nanobuds were prepared via the non-covalent anchoring of C60-based molecules endowed with o...
The ‘graphene rush’ that started almost a decade ago is far from over. The dazzling properties of gr...
Graphene dispersions, produced in a chemically assisted exfoliation process, have been treated with ...
This thesis discusses methods for the comparatively mild covalent functionalization of graphene. Sev...
This thesis discusses methods for the comparatively mild covalent functionalization of graphene. Sev...
This thesis discusses methods for the comparatively mild covalent functionalization of graphene. Sev...
Graphene has attracted wide interest of academic and industrial circles due to its superior physical...
Graphene is a newly available conductive material ideally suited for forming well-defined interfaces...
Graphene is a material of great potential in a broad range of applications, for each of which specif...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene, a two dimensional monolayer carbon sheet with the atoms tightly packed in a hexagonal latt...
Graphene is considered the material of the third millennium, due to its extraordinary electronic and...
Graphene is considered the material of the third millennium, due to its extraordinary electronic and...
Graphene nanobuds were prepared via the non-covalent anchoring of C60-based molecules endowed with o...