摘要

<正>Graphene has received increased attention recently owing to its wide range of significant applications. Graphene is comprised of planar sheets of carbon atoms arranged in six-membered ring networks (Fig. 1a). An atomically thin sheet of this substance can be regarded as molecular entity, in which nanometer-scale corrugations and defects create different physical and chemical environments. Knowledge about how these sheets interact with solvent molecules and how the defects govern these interactions is a critical component of understanding and predicting the liquid-phase chemistry of graphene.