Keywords:AOPs;electro-Fenton process;cathodes;CuCo2O4.
0D/2D hybrids, graphitic carbon nitride, photo-Fenton, Wastewater Treatment, Quantum dots
MIL-100(Fe), defect engineering, photo-peroxydisulfate, Rhodamine B degradation, 5-aminoisophthalic acid
N-doped MIL-101(Fe) electrocatalysts, Hierarchical porous structure, Synergetic effect, Bifunctional catalysts, Zn-air battery
Supercapacitors, negative electrode, ZIF-67-derived porous carbon, high area capacitance
Electrochemical carbon dioxide, Cu-based catalysts, Valence regulation, Synergistic effect, Cu(0)-Cu(I)-Cu(II)
Keywords: electrocatalysis, oxygen evolution reaction, Prussian blue analogue, hollow structure, transition metal phosphides, structure and composition regulation
supercapacitors, negative electrode, ZIF-67-derived porous carbon, high area capacitance
FeP-BN, multifunctional electrocatalysts, host-guest role swapping, Zn-air batteries
Fe2P-Co2P/NPC electrocatalyst, lattice cation substitution engineering, 3D conductive network design, ORR/OER reversible electrodes, Zn-air batteries
Zn-air batteries, neutral electrolytes, photocatalysis, single atoms
Bimetallic MOFs, Ultrasonic synthesis, Photo-Fenton degradation, TC-HCl, degradation mechanism
amorphous FeOOH, Photo-Fenton process, low-crystallization MIL-125
amorphous FeOOH;Photo-Fenton process;low-crystallization MIL-125
bimetallic MOFs, Ultrasonic synthesis, photo-Fenton degradation, TC-HCl, Degradation Mechanism