Linked from

The 15 pages that link to Electron–hole pair, each with the reason it gives.

• Band gapRelated: Promoting an electron across the gap creates this pair.

• Photovoltaic effectBroader topic: These paired carriers are the immediate products of light absorption in many photovoltaic devices.

• Solar cellRelated: Absorbed photons create these carriers, which must be collected before recombination.

• ExcitonNarrower topic: Their attraction binds the pair into an exciton.

• Fermi levelRelated: Thermal generation of these pairs shifts occupations around the Fermi level.

• Titanium dioxideRelated: Light-generated electron–hole pairs initiate titanium dioxide’s photocatalytic reactions.

• PhotovoltaicsRelated: Light absorption in a semiconductor commonly creates the paired carriers that contribute to photocurrent.

• PhotoconductivityBroader topic: Photons can create these paired carriers, increasing conductivity.

• PhotocatalysisBroader topic: These charge carriers drive oxidation and reduction at semiconductor photocatalyst surfaces.

• ElectroluminescenceRelated: Their recombination releases energy that can emerge as light.

• Quantum efficiencyBroader topic: A photon's energy can create this pair, the starting point for semiconductor detection.

• Laser diodeRelated: Their recombination in the active region can release photons.

• AnataseRelated: Light creates these charge carriers in anatase before they recombine or reach its surface.

• PlasmonCompared with: Unlike this single-particle excitation, a plasmon involves coordinated motion of many electrons.

• Valence and conduction bandsRelated: Excitation across the gap creates both charge carriers.