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Force Field Analysis Suggests a Lowering of Diffusion Barriers in Atomic Manipulation Due to Presence of STM Tip

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Emmrich, Matthias ; Schneiderbauer, Maximilian ; Huber, Ferdinand ; Weymouth, Alfred J. ; Okabayashi, Norio ; Giessibl, Franz J.
Date of publication of this fulltext: 08 May 2015 11:56


We study the physics of atomic manipulation of CO on a Cu(111) surface by combined scanning tunneling microscopy and atomic force microscopy at liquid helium temperatures. In atomic manipulation, an adsorbed atom or molecule is arranged on the surface using the interaction of the adsorbate with substrate and tip. While previous experiments are consistent with a linear superposition model of tip ...


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