KnowraElectronvoltLinked fromLinked fromThe 16 pages that link to Electronvolt, each with the reason it gives.All 16Related 10Narrower topic 2Compared with 4ElectronRelated: It conveniently expresses energies associated with electrons and atomic processes.Electric potentialRelated: It converts a potential difference into the energy change of a single charge.Boltzmann constantCompared with: It expresses energy directly; kT expresses a temperature-dependent energy scale.Ionization energyRelated: Ionization energies are commonly reported in electronvolts per particle.JouleCompared with: Atomic and particle physics often use electronvolts for energies far smaller than a joule.PhotoionizationNarrower topic: Photon energies and ionization thresholds are commonly compared in electronvolts.Work functionNarrower topic: Work functions are commonly reported in electronvolts, though this is a unit rather than a surface property.Charged particleCompared with: It is often used for particle energies, but it measures energy rather than charge.Natural unitsRelated: Particle physics often uses electronvolts for mass and energy in natural units.Atomic mass unitCompared with: Particle physics often reports masses in energy units via mass–energy equivalence, not in u.Mass defectRelated: The energy equivalent of a small mass defect is often expressed in electronvolts.Electric potential energyRelated: This unit expresses electric potential energy changes conveniently at atomic scales.Franck–Hertz experimentRelated: The excitation threshold is expressed directly as an electron energy in electronvolts.Electron massRelated: Particle physics often reports electron rest energy in electronvolts rather than mass units.Ultra-high-energy cosmic rayRelated: It provides the scale used to express the extraordinary energies of these particles.Planck relationRelated: It is a convenient unit for expressing photon energies calculated from frequency.
KnowraElectronvoltLinked fromLinked fromThe 16 pages that link to Electronvolt, each with the reason it gives.All 16Related 10Narrower topic 2Compared with 4ElectronRelated: It conveniently expresses energies associated with electrons and atomic processes.Electric potentialRelated: It converts a potential difference into the energy change of a single charge.Boltzmann constantCompared with: It expresses energy directly; kT expresses a temperature-dependent energy scale.Ionization energyRelated: Ionization energies are commonly reported in electronvolts per particle.JouleCompared with: Atomic and particle physics often use electronvolts for energies far smaller than a joule.PhotoionizationNarrower topic: Photon energies and ionization thresholds are commonly compared in electronvolts.Work functionNarrower topic: Work functions are commonly reported in electronvolts, though this is a unit rather than a surface property.Charged particleCompared with: It is often used for particle energies, but it measures energy rather than charge.Natural unitsRelated: Particle physics often uses electronvolts for mass and energy in natural units.Atomic mass unitCompared with: Particle physics often reports masses in energy units via mass–energy equivalence, not in u.Mass defectRelated: The energy equivalent of a small mass defect is often expressed in electronvolts.Electric potential energyRelated: This unit expresses electric potential energy changes conveniently at atomic scales.Franck–Hertz experimentRelated: The excitation threshold is expressed directly as an electron energy in electronvolts.Electron massRelated: Particle physics often reports electron rest energy in electronvolts rather than mass units.Ultra-high-energy cosmic rayRelated: It provides the scale used to express the extraordinary energies of these particles.Planck relationRelated: It is a convenient unit for expressing photon energies calculated from frequency.