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Facile synthesis of high crystallinity and oxygen vacancies rich bismuth oxybromide upconversion nanosheets by air-annealing for UV–Vis–NIR broad spectrum driven Bisphenol A degradation

Yongjin Li, Tong Liu, Zhiyuan Cheng, Yan Peng, Shenghong Yang, Yueli Zhang

2020Chemical Engineering Journal48 citationsDOI

Topics & Concepts

CrystallinityMaterials scienceAnnealing (glass)BismuthChemical engineeringOxygenPhotocatalysisAdsorptionIrradiationDegradation (telecommunications)Photon upconversionFabricationVisible spectrumNanotechnologyPhotochemistryOptoelectronicsChemistryCatalysisDopingOrganic chemistryComposite materialEngineeringMedicineAlternative medicineTelecommunicationsPathologyComputer scienceMetallurgyPhysicsNuclear physicsAdvanced Photocatalysis TechniquesLuminescence Properties of Advanced MaterialsCovalent Organic Framework Applications
Facile synthesis of high crystallinity and oxygen vacancies rich bismuth oxybromide upconversion nanosheets by air-annealing for UV–Vis–NIR broad spectrum driven Bisphenol A degradation | Litcius