… However, the variability in graphene aerogel properties and the incomplete understanding
… of graphene aerogels. Here, we show that the properties of graphene aerogels are strongly …

Graphene aerogels (GAs) have demonstrated great promise in water treatment, acting as
separation and sorbent materials, because of their high porosity, large surface area, and high …

… Consequently, a GA is a porous-low density-material that consists of a network of graphene
aggregated sheets and which exhibited a relatively high, mechanical strength [44, 45]. …

… The dilute pure aqueous GO suspension, with low GO density (1 mg mL −1), offers lower
density and larger surface area for printed GA when compared with the-state-of-the-art printing …

… methods of graphene aerogels and detail the various advantages of graphene aerogels as
… The aerogel had very low density, excellent thermal stability and high absorption (Fig. 2a). …

… eliminates functional groups to produce ultralight graphene aerogel (ULGA) with excellent
elasticity… The synthesis process of graphene aerogel with extremely low density is illustrated in …

… This approach produces monolithic graphene architectures with low densities (approaching
10 mg/cm 3 ) and electrical conductivities more than 2 orders of magnitude greater than …

… and extremely low densities. Recently, a large number of reports have described graphene
aerogels based on the reduction of graphene oxide (GO). Though these GO-based aerogels …

… The optimized graphene aerogels have very low density, higher porosity and surface
area, with pore sizes ranging from several nanometers to several tens of micrometers, and …

… possessed a unique structure, which can achieve high sensitivity and stability at low density
… The use of a sacrificial template for the growth of graphene aerogels produces well-defined …