China
Shanghai Institute of Technology
Oxygen evolution reaction, Electrocatalysts, Nanoarray, 4-nitrophenol degradation
Amorphous MOF, p-n junction, supercapacitor, Oxygen evolution reaction
Perovskite, Pb-MOF, Co-shared atom, Ratiometric fluorescent
catalyst, Dual Z-Scheme, ZIF-8, Heterojunction
Self-sacrificing strategy, p-n heterojunction, oxygen evolution reaction, Electro-Fenton reaction, Tandem reaction
Covalent organic framework, Three-Dimensional, D-π-A, Thiazole, Hydrogen Peroxide, Photosynthesis
Covalent organic framework, Thiazole, Photosynthesis
Covalent organic framework, Photosynthesis, Thiazole
Photocatalysis, water splitting for H2 evolution, poly heptazine imide, intrinsic COOH defects
n-n heterojunction, Perovskite Nanocrystals, Ln-MOF, Ratio fluorescent sensor
Self-derived MOF, Photothermal, CO2 reduction, S-Scheme heterojunction, BA oxidation
MoS2, Amorphous, N2 reduction reaction (NRR), Photocatalytic
MOFs, Self-sacrifice, Perovskite nanocrystals, p-n heterojunction, Fluorescent sensing
Antibiotics, Self-Fenton reaction, Fe2O3 homojunction, Built-in electric field
Metal-organic framework (MOF), Sites-occupation, negative thermal expansion (NTE), Type-I band alignment, Ratiometric Fluorescence Thermometry
S-type heterojunction, In-situ reduction, photothermal, CO2 reduction, OTC degradation