Linked from

The 15 pages that link to Photocatalysis, each with the reason it gives.

• CatalysisBroader topic: It adds light as an energy input to catalytic reaction pathways.

• PhotochemistryRelated: It applies photochemical excitation to drive reactions such as pollutant degradation or fuel formation.

• Heterogeneous catalysisRelated: Some photocatalysts are solids, adding light-driven charge generation to surface reaction steps.

• NanotechnologyRelated: Nanostructured catalysts are studied for pollutant breakdown and solar fuel production.

• PhotolysisCompared with: Unlike direct photolysis, photocatalysis uses a catalyst to mediate light-driven transformations.

• Titanium dioxideRelated: Illuminated titanium dioxide can generate reactive species that drive chemical transformations.

• Quantum yieldRelated: Reaction quantum yields quantify how effectively absorbed photons drive catalytic chemistry.

• Photochemical reactionRelated: It uses light-generated charge carriers or excited states to drive chemical transformations.

• Advanced oxidation processRelated: Light-activated catalysts can generate oxidizing species at contaminant surfaces.

• CatalystRelated: Light-activated catalysts support applications such as solar fuel production and pollutant breakdown.

• AnataseNarrower topic: Anatase surfaces can drive reactions after absorbing ultraviolet light.

• RutileRelated: Rutile can participate in light-driven reactions, often alongside anatase in TiO₂ materials.

• BrookiteRelated: Brookite is studied as a photocatalyst and as a component in mixed-phase titanium dioxide.

• NanocatalysisRelated: Nanoscale catalysts can use light absorption and surface reactions for chemical conversion.

• Tin(IV) oxideRelated: Tin dioxide's photoactive surfaces have been studied for light-driven degradation and oxidation reactions.