In this section, you can access to the latest technical information related to the FUTURE project topic.

Carbon fibers assisted 3D N-doped graphene aerogel on excellent adsorption capacity and mechanical property

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 fibers) via self-assembly method. Thereinto, N-doped carbon fibers/reduced graphene oxide aerogel exhibits ultra-light density (7.19 mg/cm3), high specific surface area (329.6 m2/g), excellent superhydrophobicity, high adsorption capacity (206.38 g/g), which is superior to most reported cellulose aerogels. Moreover, regardless of multiple heating or squeezing cycles, adsorption capacity of this aerogel is also more than 90 %. In addition, N-doped carbon fibers/reduced graphene oxide aerogel shows good mechanical compressive property and thermal stability, which contributes to high-valued utilization in practice.

» Author: Wen Qin, Weihui Zhu, Jing Ma, Yongzhen Yang, Bin Tang

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