Aerogels are used in a broad range of scientific and industrial applications due to their large
surface areas, ultrafine pore sizes, and extremely low densities. Recently, a large number of …

Sol–gel processing of graphene oxide (GO) dispersions is the most common method to
prepare graphene aerogels. However, the variability in graphene aerogel properties and the …

The simple synthesis of ultralow‐density (≈ 2.32 mg cm− 3) 3D reduced graphene oxide
(rGO) aerogels that exhibit high electrical conductivity and excellent compressibility are …

We report the assembly of graphene oxide (GO) building blocks into a vertical and radially
aligned structure by a bidirectional freeze-casting approach. The crystallization of water to …

Many efforts have been devoted to fabricating three-dimensional graphene-derived
aerogels owing to their promising real-world applications. However, it is still a challenge to …

Graphene aerogels (GAs) are amongst the lightest materials in the world. They attracted
increasing interest in academia and industry because of their exceptional and unique …

Graphene aerogels combining elastic, lightweight, and robust mechanical properties have
been explored for a wide variety of applications. However, graphene aerogels are generally …

Materials combining high porosity, mechanical durability, and multifunctionality have drawn
significant research interest because of their potential in engineering applications. Herein …

Graphene sheets and nanoribbons are graphene-based nanostructures with different
dimensions. Here, we show that these two materials can be combined to form highly porous …

Graphene aerogels derived from graphene-oxide (GO) starting materials recently have been
shown to exhibit a combination of high electrical conductivity, chemical stability, and low cost …