Handbook of Smart Photocatalytic Materials

<p>Section I: Photocatalytic materials for Energy<br>1. Ferroelectric semiconductors for photocatalytic energy and environmental applications</p> <p>Section II: Photocatalytic materials for environmental protection</p> <p>2. Metal-oxide semiconductor photocatalysts for the degradation of organic contaminants<br>3. Different strategies of surface modification to improve the photocatalysis properties: pollutant adsorption, visible activation, and catalyst recovery<br>4. Sustainable photocatalytic porcelain grés slabs active under LED light for indoor depollution and bacteria reduction</p> <p>5. Zinc oxide-based nanomaterials for environmental applications</p> <p>6. The application of photocatalytic materials for efficient  air purification<br>7. Photocatalyst: mechanism, challenges, and strategy for organic contaminant degradation<br>8. Degradation of environmental contaminants by  topical heterogeneous photocatalysts<br>9. Solar photocatalysis for environmental remediation<br>10. Progress in the preparation of TiO2 films at boron-doped diamond toward environmenta applications</p> <p>Section III: Emerging Applications of Photocatalytic materials<br>11. Emerging trends in photocatalytic transformation of biomass-derived glycerol into hydrogen fuel and  value-added chemicals</p> <p>12.Two-dimensional MXene-based heterostructures for photocatalysis</p>