PART 1: FUNDAMENTALS OF METAL OXIDES LUMINESCENT MATERIALS 1. An overview of metal oxide luminescent materials: History and progress 2. Luminescence mechanisms of metal oxides-based phosphors 3. Long persistent metal oxides-based phosphors 4. Synthesis approach based on derived metal oxides-based phosphors: Defects modulation and bandgap tailoring 5. Material characterization of metal oxide-based phosphors: Powders and thin films PART 2: STRATEGIES OF ENHANCING LUMINESCENCE PERFORMANCE OF METAL OXIDES-BASED PHOSPHORS 6. Electronic and crystal structures of garnet phosphor materials: Silicate, aluminate, gallate and germanate 7. Luminescence characteristics of phosphate and borate-based metal oxide phosphors 8.

Luminescence properties of tungstate and vanadate-based metal oxide phosphors 9. Luminescence dynamics of single and double perovskite-based metal oxide phosphors 10. Dynamics of metal-organic frameworks (MOF)-oxide luminescent hybrid materials 11. Luminescence characteristics of MXene-oxide phosphor composite materials 12. Polymeric materials and functionalization of luminescent-based metal oxides 13. Influence of magnetic properties on luminescence features of ferrites spinel-based metal oxides 14. Doping metal oxide-based phosphors with non-rare earth elements: Noble and transition metals PART 3: RECENT TRENDS FOR APPLICATIONS OF METAL OXIDES-BASED PHOSPHORS 15. Metal oxide-based phosphors for solid-state lighting applications 16.

Metal oxide phosphors for thermoluminescence radiation dosimetry applications 17. Metal oxide-based luminescent materials for bioimaging and biomedical applications: Phototherapy and antimicrobial 18. Metal oxide-based phosphors for anti-counterfeiting applications 19. Metal oxide-phosphors suitable for solar spectral converters for photovoltaics 20. Metal oxide-based phosphors for chemiresistive sensors 21. Metal oxide-based phosphors for optical thermometry applications.