Anapole Excitations in Oxygen-Vacancy-Rich TiO_{2- x} Nanoresonators: Tuning the Absorption for Photocatalysis in the Visible Spectrum

Keyphrases

• Photocatalysis 100%
• Visible Spectrum 100%
• Photocatalyses 100%
• Absorption Enhancement 100%
• TiO2-x 100%
• Oxygen Vacancies-rich 100%
• Anapole Excitation 100%
• Nanoresonator 100%
• Photocatalytic 66%
• Photocatalytic Effect 33%
• Rutile 33%
• Dielectric 33%
• Application-oriented 33%
• Band Gap 33%
• Light Harvesting 33%
• Photocatalyst 33%
• Photonic Applications 33%
• Spectral Region 33%
• Reduction Reaction 33%
• Catalytic Materials 33%
• Strong Light 33%
• Nanodiscs 33%
• Optical Losses 33%
• TiO2 Optical Properties 33%
• Single-particle Levels 33%
• Light Confinement 33%
• Field Confinement 33%
• Dielectric Nanostructures 33%
• Dielectric Nanoantennas 33%
• High Refractive Index 33%
• Silver Reduction 33%
• Cavity Damping 33%
• Anapole 33%
• Tunable Nanostructures 33%
• Dielectric Resonator 33%
• Nanoantenna 33%

Material Science

• Titanium Dioxide 100%
• Photocatalysis 100%
• Oxygen Vacancy 100%
• Dielectric Material 100%
• Nanostructure 50%
• Resonator 25%
• Refractive Index 25%
• Optical Property 25%
• Photocatalysts 25%
• Optical Loss 25%