Linked from

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

• FluorescenceRelated: It measures how efficiently absorbed photons become fluorescent photons.

• PhotochemistryRelated: It measures how efficiently absorbed photons produce a chosen chemical transformation.

• PhotoluminescenceRelated: It quantifies how efficiently absorbed light becomes photoluminescent emission.

• PhotolysisRelated: It measures how efficiently absorbed photons cause photolytic change.

• Fluorescence spectroscopyRelated: It links absorbed light to the amount of fluorescence produced.

• PhotobleachingRelated: The bleaching quantum yield measures how often absorption leads to permanent molecular damage.

• PhotocatalysisRelated: It measures how efficiently absorbed light produces a defined photocatalytic outcome.

• ChemiluminescenceRelated: It quantifies how efficiently reaction events produce emitted photons.

• PhotodegradationRelated: It quantifies how efficiently absorbed light causes a degradation event.

• Photochemical reactionRelated: It measures how efficiently absorbed photons produce chemical products.

• PhotodissociationRelated: It measures how often absorption actually leads to the chosen dissociation products.

• Photosynthetically active radiationRelated: It relates absorbed PAR photons to photosynthetic output.

• LuminescenceRelated: It measures how efficiently absorbed energy produces luminescent photons.

• Auger effectRelated: Auger yields quantify the probability that an initial ionization leads to electron emission.

• AzobenzeneRelated: It measures how efficiently absorbed light drives azobenzene isomerization.