Superheavy Element Research Superheavy Element Research
Superheavy Element Research Superheavy Element Research
Superheavy Element Research Superheavy Element Research
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Simulation of M Adsorbed on Au(100)<br />
Clusters MAu<br />
top hollow<br />
n=14 n=9<br />
bridge<br />
Embedded cluster MAu MAunAu Aum<br />
ad-atom<br />
cluster l t<br />
environment<br />
n = 16 n = 34-36 m = 156<br />
Increase cluster size until convergence g is reached � M-M' dimer trends preserved! p<br />
Interaction E114 – Aun is stronger than Cn – Aun V. Pershina, "Electronic Structure and Chemistry of the Heaviest <strong>Element</strong>s" in Relativistic Methods for Chemists; Eds: Leszczynski/Ishikawa; Springer (2010) 451<br />
Ch.E. Düllmann – <strong>Superheavy</strong> element research – FIAS Colloquium – Frankfurt Institute for Advanced Studies, Frankfurt – October 20, 2011
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