Linked from

The 106 pages that link to Electron, each with the reason it gives.

• Oxidizing agentNarrower topic: Electron transfer is the defining event in oxidation-reduction reactions.

• Compton scatteringNarrower topic: Its recoil accounts for the photon’s loss of energy and momentum.

• Electron microscopeNarrower topic: Electron microscopes use these particles as illumination and signal carriers.

• Transmission electron microscopyNarrower topic: TEM uses electrons as the imaging radiation.

• Free radicalNarrower topic: A radical's defining feature is an electron left unpaired in its electronic structure.

• Fermi surfaceNarrower topic: The occupied states bounded by a Fermi surface are electron states in a material.

• ReductionNarrower topic: Electron gain is the literal basis of reduction in electron-transfer reactions.

• Thermionic emissionNarrower topic: Thermionic emission transports electrons from a solid into surrounding space.

• Drude modelNarrower topic: The model treats mobile electrons as the charge carriers inside metals.

• Cryo-electron microscopyNarrower topic: Electron beams provide image-forming signals but can also damage biological specimens.

• Electron–hole pairNarrower topic: The electron is the mobile negative member of the pair.

• Inverse Compton scatteringNarrower topic: The electron is the charged particle that scatters the photon and supplies its energy.

• Solid-state physicsNarrower topic: Electrons supply the mobile charges and magnetic moments central to many solid properties.

• Electron densityNarrower topic: The density counts the spatial distribution of these particles in a molecular state.

• Classical electron radiusNarrower topic: The radius is a derived scale associated with this particle, not a measured geometric size.

• Franck–Hertz experimentNarrower topic: The experiment varies electron kinetic energy and observes how electrons scatter from mercury.

• Robert MillikanNarrower topic: Millikan’s charge measurement helped establish the electron as a quantifiable physical entity.

• Electron massNarrower topic: Electron mass is the electron’s intrinsic rest-mass property.

• Lester GermerNarrower topic: Germer’s experiments investigated how electrons scatter from crystalline surfaces.

• Philipp LenardNarrower topic: The particles Lenard detected in cathode rays and photoelectric emission are electrons.

• George Paget ThomsonNarrower topic: Thomson’s experiment addressed whether this particle also has wave-like properties.

• RedoxNarrower topic: Electron transfer is the defining event in redox chemistry.

• Chemical polarityNarrower topic: Uneven electron density is the microscopic basis of chemical polarity.

• ElectrideNarrower topic: Electrides assign electrons a structural role normally played by anions.

• Hans Georg DehmeltNarrower topic: The electron was the principal particle in Dehmelt’s precision-trapping experiments.

• Electron techniquesNarrower topic: Electron beams are the shared probes or tools behind these techniques.

• Gustav Ludwig HertzNarrower topic: The experiment tracked how electrons transferred energy during collisions with mercury atoms.

• Owen RichardsonNarrower topic: Electron emission, the central subject of Richardson’s research, depends on electrons escaping material surfaces.

• PhototubeNarrower topic: Electrons emitted by the cathode form the phototube’s measurable signal.