Low-temperature calcination, Oxygen vacancy, Bi5O7I-Bi4O5I2 solid solution/carbon composites, photocatalysis
Dual-defect, S-scheme, I doped BiOBr/N vacancy g-C3N4, photocatalytic, Dual-purpose reaction system
CO2 reduction, tetracycline oxidation, BiO1-xBr/g-C3N4, photocatalytic
Coupled reaction system, Z-scheme, dual-functional Ni2P, electron-bridge, cocatalyst
Bismuth oxyiodides, heterojunction, Urea solution, Precipitation, photocatalysis
Low-temperature calcination, Oxygen vacancy, Bi5O7I-Bi4O5I2 solid solution/carbon composites, Photocatalysis
S-scheme heterojunction, Interface chemical bond, Dual redox sites, Coupled reaction system
Dual-purpose reaction system, S-scheme junction, Bi-N bond, N vacancy, photocatalytic
Z-scheme heterojunction, Orbital hybridization, Dual-defect, Bi2O3-x/CNv, Coupled reaction system
Coupled reaction system, p−n homojunction, Electron−defective B sites, Electron−enriched P sites, Dual redox sites
PMS activation, Multicomponent, Oxygen vacancy, Synergistic effect, Tetracycline degradation, Catalytic mechanism
Monoclinic phase, AgBr/Ag/m-Bi5O7I, S-scheme heterojunction, Morphology, Specific surface area, Photocatalysis
Amino group, Hydroxyl group, Z-scheme heterojunction, Dual redox sites, Coupled reaction system
Coupled reaction system, N vacancy, Bi dual atoms, Photocatalytic
EDTA-2Na, Bi/anions ratios, Photocatalytic performance, Coupling, Electron migration
Phase engineering, NiS/RP, Ohmic junction, Schottky junction, Selective oxidation of benzyl alcohol
Bi3O4Br, Band potential and oxidation potential, Energy level matching, photocatalysis
Strontium carbonate, Mesoporous structure, Visible light photocatalysis, Tetracycline.
Coupled reaction system, Dynamic dual defects, Photoexcited OVs, I-substitutional defect
Coupled reaction system, Cobalt ion cocatalysts, BiOCl, Surface hydroxyls, oxygen vacancies
Coupled reaction system, Oxygen vacancy, Electron-rich Bi(3-x)+ sites, Electron-defective Co sites, Excited active sites
Bi12O17Cl2 nanosheets, low-temperature calcination, visible-light photocatalysis, Tetracycline degradation, oxygen vacancies
