Abstract: A simple one-pot process to exfoliate graphite and synthesize nanographene-dimesitylporphyrin hybrids has been developed. Despite the bulky mesityl groups, which are expected to hinder the efficient π–π stacking between the porphyrin core and graphene, the liquid-phase exfoliation of graphite is significantly favored by the presence of the porphyrins. Metallation of the porphyrin further enhances this effect. The resulting graphene/porphyrin hybrids were characterized by spectroscopy (UV-visible, fluorescence, and Raman) and microscopy (STEM, scanning transmission electron microscopy)
Biological interfacing of graphene has become crucial to improve its biocompatibility, dispersabilit...
Graphene is a two-dimensional single-layer sheet of sp2 hybridized carbon atoms has attracted tremen...
We report the production of high quality single and double layer graphene from sonication and centri...
A simple one-pot process to exfoliate graphite and synthesize nanographene-dimesitylporphyrin hybri...
The successful exfoliation of graphite to graphene sheets in liquid phase via tip sonication was ach...
Graphene has been attracting a great deal of attention because of its interesting physical behaviors...
This paper presents the first report of the successful ball-milling exfoliation of graphitic filame...
Exfoliation of graphite was achieved using a free-base porphyrin 1 resulting in an efficient fabrica...
Graphene is a wonder material possessing unique properties; however, graphene prepared by exfoliatio...
Graphene has been publicized as the next generation material of this millennium. In the past two dec...
The idea of attaching multiple porphyrins to graphene is explored. A charged porphyrin salt is stabi...
Liquid-phase exfoliation of tetraethylammonium graphite intercalation compound (TEA-GIC) has been pr...
Graphene is turning out to be the material that will effectively kick-start a new era for nanotechno...
Edge-functionalized graphite (EFG) is prepared via a "direct'' covalent attachment of...
A novel route is proposed to produce graphite nanoplatelets (GNPs) and graphene sheets. The natural ...
Biological interfacing of graphene has become crucial to improve its biocompatibility, dispersabilit...
Graphene is a two-dimensional single-layer sheet of sp2 hybridized carbon atoms has attracted tremen...
We report the production of high quality single and double layer graphene from sonication and centri...
A simple one-pot process to exfoliate graphite and synthesize nanographene-dimesitylporphyrin hybri...
The successful exfoliation of graphite to graphene sheets in liquid phase via tip sonication was ach...
Graphene has been attracting a great deal of attention because of its interesting physical behaviors...
This paper presents the first report of the successful ball-milling exfoliation of graphitic filame...
Exfoliation of graphite was achieved using a free-base porphyrin 1 resulting in an efficient fabrica...
Graphene is a wonder material possessing unique properties; however, graphene prepared by exfoliatio...
Graphene has been publicized as the next generation material of this millennium. In the past two dec...
The idea of attaching multiple porphyrins to graphene is explored. A charged porphyrin salt is stabi...
Liquid-phase exfoliation of tetraethylammonium graphite intercalation compound (TEA-GIC) has been pr...
Graphene is turning out to be the material that will effectively kick-start a new era for nanotechno...
Edge-functionalized graphite (EFG) is prepared via a "direct'' covalent attachment of...
A novel route is proposed to produce graphite nanoplatelets (GNPs) and graphene sheets. The natural ...
Biological interfacing of graphene has become crucial to improve its biocompatibility, dispersabilit...
Graphene is a two-dimensional single-layer sheet of sp2 hybridized carbon atoms has attracted tremen...
We report the production of high quality single and double layer graphene from sonication and centri...