Enhancement of bacterial inactivation of BiOBr nanoflower through oxygen vacancy engineering
Abstract
In recent years, various strategies focused on regulating the different defect types and concentrations have been put forward to alter the photo- or electro-catalytic performance of nanomaterials (NMs), such as chemical vapor deposition, thermal annealing, heavy ion irradiation, etc. Herein, a simple strategy for regulating the concentration of oxygen vacancies was developed by in-situ Bi reduction of BiOBr nanoflowers (Bi-BiOBr), largely...
Paper Details
Title
Enhancement of bacterial inactivation of BiOBr nanoflower through oxygen vacancy engineering
Published Date
Jan 1, 2022
Journal
Volume
571
Pages
151268 - 151268
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