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Nuclear structure & decays


  • Related Concepts
  • Collective models
  • Shell model
  • Nuclear astrophysics
  • Thermal & statistical models
  • Models based on symmetries
  • Nuclear density functional theory
  • Nuclear many-body theory
  • Nuclear decay
  • Cluster models
  • Disciplines
  • Nuclear Physics
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  • Research AreasNuclear structure & decays
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  • Broader Concepts
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  • Narrower Concepts
  • Alpha decay
  • Beta decay
    • Double beta decay
    • Neutrinoless double beta decay
  • Binding energy & masses
  • Collective levels
  • Coulomb energies & analogue states
  • Electromagnetic transitions
  • Electron & muon capture
  • Electroweak interactions in nuclear physics
  • Energy levels
  • Few-body systems
    • Efimov states
  • Giant resonances
  • Heavy-particle decays
  • High spin states
  • Hypernuclei & mesic nuclei
  • Isomer decays
  • Level densities
  • Lifetimes & widths
    • Lifetime of molecular or ionic species
  • Neutron decay time
  • Neutron skin thickness
  • Nuclear binding
  • Nuclear charge distribution
    • Nuclear charge radii
  • Nuclear forces
  • Nuclear matter
    • Asymmetric nuclear matter
    • Equations of state of nuclear matter
    • Symmetry energy
  • Nuclear radii
  • Nuclear shapes and moments
  • Nuclear spin & parity
  • Nucleon distribution
  • Nucleon-nucleon interactions
  • Nucleus-neutrino interactions
  • Proton emission
  • Rare & new isotopes
  • Spectroscopic factors & electromagnetic moments
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