Graphene aerogel (GA) as one of the innovative carbon nanostructured materials is superior
with flexibility, strong mechanical strength, lightweight, high porosity and excellent durability …

Abstract Three-dimensional (3D) graphene-based aerogels have significant potential for
adsorption, sensors, and thermal management applications. However, their practical …

Three-dimensional (3D) graphene skeletons constructed from two-dimensional (2D)
graphene layers can overcome the limitation caused by the physical dimensions of …

Graphene aerogels have attracted much attention as a promising material for various
applications. The unusually high intrinsic thermal conductivity of individual graphene sheets …

Two dimensional (2D) graphene has become one of the most intensively explored carbon
allotropes in materials science owing to attractive features like its outstanding …

Graphene aerogels (GAs), fabricated from graphene oxide (GO) suspensions using a mild
chemical reduction method, are promising for many applications. Here we report the thermal …

We investigate thermal transport in three-dimensional graphene aerogel networks at
elevated temperatures. The aerogels are solution-processed from graphene-oxide flakes …

Aerogels such as SiO2 aerogels, Al2O3 aerogels and carbon aerogels have been widely
used in thermal insulation. However, graphene aerogels (or reduced graphene oxide …

Graphene and carbon nanotube (CNT) aerogels provide combinations of mechanical,
thermal, and electrical properties that are interesting for a variety of applications. In this work …

It was interesting to experimentally find that the thermal insulation of silica aerogels was
improved by doping graphene sheets with high heat conductivity. The underlying …