BPN742: Hash Environmental Energy Storage Based on Two-Dimensional Carbide Materials


MXENE carbide with rich surface -OH, -OOH functional group generally cannot survive higher than 200 oC, and structure collapse with surface oxidation will be critical for energy storage. However, 2d- like nanocrystalline assembled carbide with “purer” carbide phase will provide better temperature and chemical resilience. Highly conductive, capacitive 2d-like carbide hybrid electrodes with high surface area and strong ion intercalation will provide solutions for extreme condition energy storage with high capacitance/capacity.

Project end date: 08/06/18

Xining Zang
Minsong Wei
Publication date: 
January 29, 2018
Publication type: 
BSAC Project Materials (Final/Archive)
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