Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
10128325 | Carbon | 2018 | 10 Pages |
Abstract
Graphite-like crystallites are the predominant structures that are strongly bonded together via amorphous carbons in biomass-based activated carbon. Here, we demonstrate a scalable process for efficiently decomposing biomass-based activated carbons into independent graphite-like crystallites with a high yield of 78â¯wt% by a selective oxidation scheme to rapidly break the amorphous carbon parts between graphite-like crystallites. The results show that the obtained graphite-like crystallite-based nanomaterials with tunable dimensions and morphologies has remarkable features, such as high water solubility and a strong tendency to self-assemble into a film structure.
Related Topics
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Energy (General)
Authors
Meng Miao, Songlin Zuo, Yunyang Zhao, Yongfang Wang, Haian Xia, Chao Tan, Han Gao,