Tuning the surface state dimensionality of Cu nanostripes
Stepped Cu nanostripes with varying terrace widths are self-assembled during Ag-induced periodic faceting of vicinal Cu(111). By changing Ag coverage the average terrace size within individual Cu stripes is readily tuned, making it possible to select the one-dimensional or two-dimensional character...
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| Published in | Physical review letters Vol. 93; no. 13; p. 137602 |
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| Main Authors | , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
United States
24.09.2004
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| Abstract | Stepped Cu nanostripes with varying terrace widths are self-assembled during Ag-induced periodic faceting of vicinal Cu(111). By changing Ag coverage the average terrace size within individual Cu stripes is readily tuned, making it possible to select the one-dimensional or two-dimensional character of surface states. Furthermore, the average terrace size can be smoothly switched from 10 to 30 A, thereby tracking the transition from step-lattice, quasi-two-dimensional umklapp bands to terrace-confined one-dimensional quantum well states. |
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| AbstractList | Stepped Cu nanostripes with varying terrace widths are self-assembled during Ag-induced periodic faceting of vicinal Cu(111). By changing Ag coverage the average terrace size within individual Cu stripes is readily tuned, making it possible to select the one-dimensional or two-dimensional character of surface states. Furthermore, the average terrace size can be smoothly switched from 10 to 30 A, thereby tracking the transition from step-lattice, quasi-two-dimensional umklapp bands to terrace-confined one-dimensional quantum well states. |
| Author | Kuntze, J Ortega, J E Lobo, J Speller, S Michel, E G Bachmann, A R |
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| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/15524761$$D View this record in MEDLINE/PubMed |
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