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Materials science / Catalysis / 9 / 10-Dithioanthracene / Anthracenes / Nanomaterials / Adsorption / Molecular diffusion / Energy minimization / Chemistry / Physical chemistry / Surface chemistry


week ending 14 OCTOBER 2005
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Document Date: 2006-09-08 15:12:55

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Manhattan / London / /

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United States / /

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Kansas State University / University of California / Pierce Hall / /

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minimum energy position / high-symmetry thermodynamic-equilibrium metal surface / metal crystals / energy minimization / molecular-scale machinery / online article / on-top site / potential energy surface governing diffusion / hcp hollow site / biomimetic systems / functional machinery / minimum energy trajectory / energy / /

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USA Department of Physics / U.S. Department of Energy / Federal Communications Commission / Kansas State University / Defence Advanced Research Projects Agency / Air Force office of Scientific Research / San Diego Supercomputer Center / University of California / Riverside / /

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Nat / /

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*Corresponding author / RT / forward / /

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Kansas / California / /

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http / animation / HTML / /

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www.aip.org/pubservs/epaps.html / /

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