CoFe Prussian blue analogues on 3D porous N-doped carbon nanosheets boost the intercalation kinetics for a high-performance quasi-solid-state hybrid capacitor

Abstract

Prussian blue analogues (PBAs), especially those with crystal water networks, have attracted extensive attention for aqueous electrolyte-based energy storage devices.

Engineering a defect-rich Prussian blue analog composite for enhanced Cs+ removal performance

“…However, most reported PBA-based composites suffer from lower adsorption capacities and slower adsorption rates compared with those of pure PBA powder. [7][8][9] Therefore, the synthesis of PBA-based composite materials with a rapid adsorption rate, high adsorption capacity, considerable stability and good reusability is still urgently desirable.…”

A hierarchical integrated 3D carbon electrode derived from gingko leaves via hydrothermal carbonization of H3PO4 for high-performance supercapacitors

“…Warburg impedance could be indicated in the region of medium frequencies, where the electrolyte ion penetrated into the depth of the micro/mesoporous network of the GLAC-2 electrode. 64 The inconspicuous semicircle in the high-frequency region of the plot displays a negligible charge-transfer resistance and a fast faradaic response in the electrode material, owing to the porous structures and functional groups of the electrode material. However, the capacitance is slowly developed at high frequencies, due to the abundant charge transfer complexes migrating with the rapid variety of the potential by overcoming the activation energy.…”

Cation-exchange and oxygen vacancies triggered capacity in hierarchical α-Ni1−xCuxMoO4@CC flexible electrodes for energy-storage applications

“…20,47 Besides, the involved battery-type energy storage mechanism in the a-Ni 0.95 Cu 0.05 MoO 4 @CC electrode was further investigated by a power law and Bruce Dunn's kinetic analysis. 48,49 This kinetic analysis is initially described using eqn (6). Herein, the i total represents two parts.…”