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- Q188132 subject Q7457475.
- Q188132 abstract "Interstitials are a variety of crystallographic defects, i.e. atoms which occupy a site in the crystal structure at which there is usually not an atom, or two or more atoms sharing one or more lattice sites such that the number of atoms is larger than the number of lattice sites. They are generally high energy configurations. Small atoms in some crystals can occupy interstitial sites in an energetically favourable configuration, such as hydrogen in palladium.Interstitials can be produced for instance by particle irradiation above thethreshold displacement energy, but may also exist in smallconcentrations in thermodynamic equilibrium.".
- Q188132 thumbnail Metalinterstitials2.png?width=300.
- Q188132 wikiPageWikiLink Q1048589.
- Q188132 wikiPageWikiLink Q1111.
- Q188132 wikiPageWikiLink Q11426.
- Q188132 wikiPageWikiLink Q11456.
- Q188132 wikiPageWikiLink Q12485.
- Q188132 wikiPageWikiLink Q160003.
- Q188132 wikiPageWikiLink Q1775760.
- Q188132 wikiPageWikiLink Q187360.
- Q188132 wikiPageWikiLink Q2945123.
- Q188132 wikiPageWikiLink Q43533.
- Q188132 wikiPageWikiLink Q465453.
- Q188132 wikiPageWikiLink Q473227.
- Q188132 wikiPageWikiLink Q7457475.
- Q188132 wikiPageWikiLink Q7798099.
- Q188132 wikiPageWikiLink Q825643.
- Q188132 wikiPageWikiLink Q849699.
- Q188132 wikiPageWikiLink Q895901.
- Q188132 wikiPageWikiLink Q898226.
- Q188132 wikiPageWikiLink Q945733.
- Q188132 wikiPageWikiLink Q967996.
- Q188132 comment "Interstitials are a variety of crystallographic defects, i.e. atoms which occupy a site in the crystal structure at which there is usually not an atom, or two or more atoms sharing one or more lattice sites such that the number of atoms is larger than the number of lattice sites. They are generally high energy configurations.".
- Q188132 label "Interstitial defect".
- Q188132 depiction Metalinterstitials2.png.