Linked from

The 13 pages that link to Chemiluminescence, each with the reason it gives.

• FluorescenceCompared with: It creates excited states chemically rather than by optical absorption.

• Reactive oxygen speciesRelated: Some assays detect reactive oxygen species through light-producing reactions.

• PhotoluminescenceCompared with: Its excitation energy comes from chemistry, not absorbed photons.

• Fluorescence spectroscopyCompared with: It generates emission chemically instead of first absorbing excitation radiation.

• PhosphorCompared with: It produces light through reaction energy rather than absorbed radiation or particles.

• Western blotRelated: Enzyme-linked detection often converts antibody binding into visible light.

• White phosphorusRelated: Slow oxidation at the surface produces the faint glow associated with white phosphorus.

• AirglowRelated: Reactions between atmospheric atoms and molecules release energy as airglow photons.

• Bacterial bioluminescenceNarrower topic: Bioluminescence is a biological instance of this broader chemical phenomenon.

• LuminescenceBroader topic: Chemical energy supplies the excitation instead of absorbed photons.

• LuminolNarrower topic: Luminol’s blue glow is a classic example of light generated directly by chemical reactions.

• John PolanyiRelated: Polanyi used light emitted by reaction products to probe their internal energy.

• BiophotonNarrower topic: Biophoton emission is a living-system case of light generated by chemical reactions.