“…7,8 Thus, the key issues for improving the performance of hybrid capacitors are to understand the specific mechanisms of charge storage during electrochemical processes and develop advanced anode materials with high specific capacity, excellent multiplication capability, long-term cycling stability and more cutting-edge motor design rules. 9–11…”
2D-Ti3C2Tx conductive thin films and N-doped hollow polyhedra are tightly anchored by strong electrostatic adsorption, ensuring high electron conductivity and fast ion transport channels in multilevel composite structures.
“…7,8 Thus, the key issues for improving the performance of hybrid capacitors are to understand the specific mechanisms of charge storage during electrochemical processes and develop advanced anode materials with high specific capacity, excellent multiplication capability, long-term cycling stability and more cutting-edge motor design rules. 9–11…”
2D-Ti3C2Tx conductive thin films and N-doped hollow polyhedra are tightly anchored by strong electrostatic adsorption, ensuring high electron conductivity and fast ion transport channels in multilevel composite structures.
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