KnowraElastic scatteringLinked fromLinked fromThe 16 pages that link to Elastic scattering, each with the reason it gives.All 16Broader topic 4Related 5Narrower topic 1Compared with 6Nuclear reactionBroader topic: It is the limiting case with no nuclear excitation or particle production.Electron diffractionRelated: Elastic events preserve the coherence needed to form diffraction patterns.ScatteringBroader topic: It isolates changes in direction from energy transfer to the target.Molecular spectroscopyCompared with: Unlike Raman scattering, elastic scattering does not report molecular energy changes through a frequency shift.Deep inelastic scatteringCompared with: Unlike deep-inelastic events, elastic events leave the target intact.Neutron cross sectionRelated: Elastic scattering is one major channel contributing to a neutron's scattering cross section.Elastic collisionBroader topic: It applies elastic-collision conservation to particle deflection without internal excitation.Small-angle X-ray scatteringNarrower topic: SAXS analysis generally interprets direction changes without an energy shift.Electron scatteringBroader topic: It contrasts with energy-exchanging events and often dominates low-temperature impurity scattering.Inelastic scatteringCompared with: It marks the boundary: inelastic scattering changes energy or internal state.Neutron moderationRelated: Neutrons lose kinetic energy by transferring part of it to nuclei in these collisions.Nuclear cross sectionCompared with: Its cross section counts a different outcome from reactions that alter nuclear states or composition.Optical theoremCompared with: The theorem’s total cross section includes inelastic channels as well as elastic scattering.Neutron radiationRelated: Elastic collisions transfer neutron energy to nuclei and help determine penetration and shielding.Atomic and molecular collisionsCompared with: It contrasts with collisions that transfer internal energy or alter chemical species.Electron techniquesRelated: Elastic electron scattering contributes strongly to diffraction and image contrast.
KnowraElastic scatteringLinked fromLinked fromThe 16 pages that link to Elastic scattering, each with the reason it gives.All 16Broader topic 4Related 5Narrower topic 1Compared with 6Nuclear reactionBroader topic: It is the limiting case with no nuclear excitation or particle production.Electron diffractionRelated: Elastic events preserve the coherence needed to form diffraction patterns.ScatteringBroader topic: It isolates changes in direction from energy transfer to the target.Molecular spectroscopyCompared with: Unlike Raman scattering, elastic scattering does not report molecular energy changes through a frequency shift.Deep inelastic scatteringCompared with: Unlike deep-inelastic events, elastic events leave the target intact.Neutron cross sectionRelated: Elastic scattering is one major channel contributing to a neutron's scattering cross section.Elastic collisionBroader topic: It applies elastic-collision conservation to particle deflection without internal excitation.Small-angle X-ray scatteringNarrower topic: SAXS analysis generally interprets direction changes without an energy shift.Electron scatteringBroader topic: It contrasts with energy-exchanging events and often dominates low-temperature impurity scattering.Inelastic scatteringCompared with: It marks the boundary: inelastic scattering changes energy or internal state.Neutron moderationRelated: Neutrons lose kinetic energy by transferring part of it to nuclei in these collisions.Nuclear cross sectionCompared with: Its cross section counts a different outcome from reactions that alter nuclear states or composition.Optical theoremCompared with: The theorem’s total cross section includes inelastic channels as well as elastic scattering.Neutron radiationRelated: Elastic collisions transfer neutron energy to nuclei and help determine penetration and shielding.Atomic and molecular collisionsCompared with: It contrasts with collisions that transfer internal energy or alter chemical species.Electron techniquesRelated: Elastic electron scattering contributes strongly to diffraction and image contrast.