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 …

Three dimensional (3D) graphene aerogel was prepared by in situ reduction-assembly
method. Paraphenylene diamine (PPD) was used as reducing and functionalizing agent of …

Compared with traditional two-dimensional graphene, graphene aerogels possess better
research values and broad application prospects because of high specific surface areas and …

Graphene-based materials with aerogel structures were developed in recent years for
various adsorption applications. In the present study, a hydrothermal process was …

Amine-functionalized graphene aerogel was prepared through gelation and in situ reduction
of GO by using polyethylenimine, and subsequent freeze-drying of the resultant graphene …

In order to improve structural stability of aerogel, supported N-doped reduced graphene
oxide aerogels are prepared by introducing fiber materials (biomass cellulose and carbon …

Graphene based aerogels (GAs) are 3D scaffold materials that can be lighter than air. Due
to their fascinating properties, such as, high mechanical strength and electrical conductivity …

In this study, three-dimensional graphene aerogel materials fabricated by self-assembly of
graphene oxide (GO) sheets with ethylenediamine was used as a reducing agent. GO …

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 …

Three-dimensional xanthan gum (XG)/graphene oxide (GO) hybrid aerogels were fabricated
by ice crystal templating without using chemical modifiers. The hybrid aerogels were …