Enhancing photocatalytic antibacterial activity using oxygen vacancy–rich α-MnO₂ decomposition approach
Photocatalytic antibacterial and anti-fouling technology, known for its environmentally friendly characteristics, is gaining increasing recognition for its potential applications. However, the activity of single photocatalytic materials is often limited due to the low efficiency of charge carrier separation.
Photocatalytic antibacterial and anti-fouling technology, known for its environmentally friendly characteristics, is gaining increasing recognition for its potential applications. However, the activity of single photocatalytic materials is often limited due to the low efficiency of charge carrier separation.
