Effect of Trace Amounts of Chloride on Roughening of Au(111) Single-Crystal Electrode Surface in Sulfuric Acid Solution during Oxidation-Reduction Cycles. [PDF]
Behjati S, Koper MTM.
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Room-temperature selective cyclodehydrogenation on Au(111) via radical addition of open-shell resonance structures. [PDF]
Li DY +9 more
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Effects of Anion Coadsorption on the Self-Assembly of 11-Acryloylamino Undecanoic Acid on an Au(111) Electrode. [PDF]
Huang YT +5 more
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Interactions involved in the adsorption of ethylene glycol and 2-hydroxyethoxide on the Au(111) surface: a Density Functional Theory study. [PDF]
Avelar J +3 more
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Initial epitaxial growth of (111) Au/(111) Cu and (111) Cu/(111) Au
Thin Solid Films, 1980Abstract The room temperature modes of growth of Au/(111) Cu and Cu/(111) Au are described. For the former growth mode initial deposits (2.4 A) of gold on copper form smooth flat islands delineated by coincidence lattice misfit dislocations. For 6.0 A of gold deposit, both thick and thin gold areas were observed with almost complete substrate ...
J.E. Macur, R.W. Vook
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Ballistic electron transport through Au(111)/Si(111) and Au(111)/Si(100) interfaces
Physical Review B, 1999Ballistic electron emission microscopy (BEEM) measurements have been made, as a function of Au thickness, of Au(111)/Si(111) and Au(111)/Si(100) interfaces, fabricated and studied in ultrahigh vacuum. The measured ballistic electron attenuation length for Au is in excess of 230 \AA{} for both Si orientations.
M. K. Weilmeier +2 more
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Tilting in coronene layers on Au(111)
Physical Chemistry Chemical Physics, 2020Control of molecule adsorption and ordering on metal surfaces is of critical importance for the design and fabrication of molecule-based functional materials.
Nathaniel W. Kabat +2 more
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Electrodeposition of Au−Cd Alloy Nanostructures on Au(111)
Journal of the American Chemical Society, 2003This report concerns an in-situ scanning tunneling microscopy study of the initial stages in the formation of a Au-Cd alloy on the Au(111) herringbone reconstruction. Although Au-Cd nanoclusters of alloy have been observed in sulfate electrolyte by this group, alloy "nanowires" were observed to form preferentially in the hcp regions between the sets of
Marcus D, Lay, John L, Stickney
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