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- Q128218 subject Q6565519.
- Q128218 subject Q8384587.
- Q128218 abstract "A superatom is any cluster of atoms that seem to exhibit some of the properties of elemental atoms.Sodium atoms, when cooled from vapor, naturally condense into clusters, preferentially containing a magic number of atoms (2, 8, 20, 40, 58, etc.). The first two of these can be recognized as the numbers of electrons needed to fill the first and second shells, respectively. The superatom suggestion is that free electrons in the cluster occupy a new set of orbitals that are defined by the entire group of atoms, i.e. cluster, rather than each individual atom separately (non-spherical or doped clusters show deviations in the number of electrons that form a closed shell as the potential is defined by the shape of the positive nuclei.) Superatoms tend to behave chemically in a way that will allow them to have a closed shell of electrons, in this new counting scheme. Therefore, a superatom with one more electron than a full shell should give up that electron very easily, similar to an alkali metal, and a cluster with one electron short of full shell should have a large electron affinity, such as a halogen.".
- Q128218 wikiPageExternalLink 2006APS..MARR11013B.
- Q128218 wikiPageExternalLink report-38837.html.
- Q128218 wikiPageExternalLink report-27795.html.
- Q128218 wikiPageExternalLink nchem.249.html.
- Q128218 wikiPageExternalLink 18405.abstract?maxtoshow=&HITS=10&hits=10&RESULTFORMAT=1&author1=Reveles%252C+JU&andorexacttitle=and&andorexacttitleabs=and&andorexactfulltext=and&searchid=1&FIRSTINDEX=0&sortspec=relevance&resourcetype=HWCIT.
- Q128218 wikiPageExternalLink 9157.
- Q128218 wikiPageExternalLink Castleman1-2005.htm.
- Q128218 wikiPageExternalLink 430.abstract?ijkey=f3a9fdf29b36601cd071ef3262993dd751b7e4dc&keytype2=tf_ipsecsha.
- Q128218 wikiPageWikiLink Q1130571.
- Q128218 wikiPageWikiLink Q1133068.
- Q128218 wikiPageWikiLink Q1446811.
- Q128218 wikiPageWikiLink Q171407.
- Q128218 wikiPageWikiLink Q17152716.
- Q128218 wikiPageWikiLink Q1757710.
- Q128218 wikiPageWikiLink Q180809.
- Q128218 wikiPageWikiLink Q19557.
- Q128218 wikiPageWikiLink Q19563.
- Q128218 wikiPageWikiLink Q19605.
- Q128218 wikiPageWikiLink Q19609.
- Q128218 wikiPageWikiLink Q2225.
- Q128218 wikiPageWikiLink Q255722.
- Q128218 wikiPageWikiLink Q271580.
- Q128218 wikiPageWikiLink Q36496.
- Q128218 wikiPageWikiLink Q407654.
- Q128218 wikiPageWikiLink Q4165775.
- Q128218 wikiPageWikiLink Q422423.
- Q128218 wikiPageWikiLink Q427504.
- Q128218 wikiPageWikiLink Q46202.
- Q128218 wikiPageWikiLink Q560.
- Q128218 wikiPageWikiLink Q6176857.
- Q128218 wikiPageWikiLink Q629.
- Q128218 wikiPageWikiLink Q6565519.
- Q128218 wikiPageWikiLink Q658.
- Q128218 wikiPageWikiLink Q663.
- Q128218 wikiPageWikiLink Q688.
- Q128218 wikiPageWikiLink Q8384587.
- Q128218 wikiPageWikiLink Q867.
- Q128218 wikiPageWikiLink Q880.
- Q128218 wikiPageWikiLink Q895.
- Q128218 wikiPageWikiLink Q898493.
- Q128218 wikiPageWikiLink Q9121.
- Q128218 comment "A superatom is any cluster of atoms that seem to exhibit some of the properties of elemental atoms.Sodium atoms, when cooled from vapor, naturally condense into clusters, preferentially containing a magic number of atoms (2, 8, 20, 40, 58, etc.). The first two of these can be recognized as the numbers of electrons needed to fill the first and second shells, respectively.".
- Q128218 label "Superatom".