… Nevertheless, the controlled synthesis of reduced graphene … of graphene aerogels, which
are notable obstacles to applications. Thus, the exploration of lightweight graphene aerogels …

… Thus, graphene aerogel exposes the largest external surface area and … graphene aerogel
a unique carbon material. For instance, the open macroporous structure of graphene aerogel …

… The pore size of the GA was largely regulated from 240 to 6 μm on … controlling the freezing
rate of the ice crystal template, we could regulate the morphology of the graphene aerogel …

… Structure optimization of GACs is obtained by controlling synthesis methods to achieve
high performance in batteries and supercapacitors. Problems and development directions of …

… to form the desired graphene-based aerogel. Another highly … The graphene aerogel is
collected after freeze-drying and … to the formation of a graphene aerogel structure following the …

… (e) Schematic description of the processes of graphene aerogel fibers and graphene
aerogel composite fibers. Reproduced with permission [48]. Copyright 2018, Wiley-VCH. …

… In the synthesis process, the energy consumption for making graphene aerogels should be
reduced. For example, freeze-drying is not economical, while drying at normal temperature …

… Graphene is the thinnest material in the world and lightest material when it is in aerogel …
systems and PCMs, furthermore proper insight into graphene aerogel used in PCMs that help in …

… Until 2009, following the popular development of carbon aerogels, including the aerogels
of carbon nanoparticle and nanotube, Wang and Ellsworth reported 3D graphene aerogel …

… freeze drying to obtain graphene aerogel. The graphene aerogel prepared by this chemical
… In addition, the contact angle of the graphene aerogel to hexadecane was almost 0, which …