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- W2047853131 abstract "A brief review of our laboratory's recent scanning tunneling microscopy (STM) studies on nanoclusters supported on TiO2(110) is presented. Particular emphasis is placed on the system AuTiO2(110). The nucleation and growth of the clusters, which were vapor-deposited on TiO2(110) under ultra high vacuum (UHV) conditions, were investigated using STM. It was found that Au, Pd, and Ag clusters all grow in a three-dimensional (3D) (Volmer-Weber) fashion on TiO2(110), but that at low coverages, quasi-two dimensional (quasi-2D) Au and Pd clusters were observed. These quasi-2D clusters are characterized by heights of 1–2 atomic layers. Annealing studies show that Au and Pd clusters form large microcrystals with well-defined hexagonal shapes. Al clusters, which have a strong interaction with the substrate, are oxidized upon deposition, “wetting” the surface and forming small clusters. In addition to the topographic studies, the local electronic properties of these clusters have been studied using scanning tunneling spectroscopy (STS) to measure the cluster band gaps. The electronic structure was found to be cluster size-dependent, as seen by the appearance of a band gap as the cluster size decreased. More specifically, the onset of cluster metallic properties correlates with the transition from quasi-2D to 3D cluster growth." @default.
- W2047853131 created "2016-06-24" @default.
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- W2047853131 date "1998-09-01" @default.
- W2047853131 modified "2023-10-16" @default.
- W2047853131 title "Scanning tunneling microscopy studies of metal clusters supported on TiO2 (110): Morphology and electronic structure" @default.
- W2047853131 cites W1668732895 @default.
- W2047853131 cites W1734743771 @default.
- W2047853131 cites W1964312651 @default.
- W2047853131 cites W1965216379 @default.
- W2047853131 cites W1967666119 @default.
- W2047853131 cites W1970022809 @default.
- W2047853131 cites W1970127317 @default.
- W2047853131 cites W1970608618 @default.
- W2047853131 cites W1976137883 @default.
- W2047853131 cites W1981476385 @default.
- W2047853131 cites W1983189540 @default.
- W2047853131 cites W1983489571 @default.
- W2047853131 cites W1984033458 @default.
- W2047853131 cites W1985160651 @default.
- W2047853131 cites W1988620065 @default.
- W2047853131 cites W1988793047 @default.
- W2047853131 cites W1989751214 @default.
- W2047853131 cites W1995720272 @default.
- W2047853131 cites W1996804600 @default.
- W2047853131 cites W1998325941 @default.
- W2047853131 cites W2000754961 @default.
- W2047853131 cites W2001590466 @default.
- W2047853131 cites W2001883882 @default.
- W2047853131 cites W2002677665 @default.
- W2047853131 cites W2006205301 @default.
- W2047853131 cites W2006371648 @default.
- W2047853131 cites W2008969764 @default.
- W2047853131 cites W2015485364 @default.
- W2047853131 cites W2017487427 @default.
- W2047853131 cites W2021366973 @default.
- W2047853131 cites W2021410049 @default.
- W2047853131 cites W2022190942 @default.
- W2047853131 cites W2032934756 @default.
- W2047853131 cites W2033324545 @default.
- W2047853131 cites W2033376767 @default.
- W2047853131 cites W2033410003 @default.
- W2047853131 cites W2037605604 @default.
- W2047853131 cites W2040661327 @default.
- W2047853131 cites W2044107872 @default.
- W2047853131 cites W2046444582 @default.
- W2047853131 cites W2046776811 @default.
- W2047853131 cites W2048936371 @default.
- W2047853131 cites W2050009229 @default.
- W2047853131 cites W2050644297 @default.
- W2047853131 cites W2050970041 @default.
- W2047853131 cites W2053733444 @default.
- W2047853131 cites W2057063423 @default.
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- W2047853131 cites W2072303253 @default.
- W2047853131 cites W2073300706 @default.
- W2047853131 cites W2082423048 @default.
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- W2047853131 cites W2089900332 @default.
- W2047853131 cites W2090537726 @default.
- W2047853131 cites W2091480244 @default.
- W2047853131 cites W2109804166 @default.
- W2047853131 cites W2145413612 @default.
- W2047853131 cites W2150634381 @default.
- W2047853131 cites W2168772918 @default.
- W2047853131 cites W2473345305 @default.
- W2047853131 cites W260476061 @default.
- W2047853131 cites W2998492726 @default.
- W2047853131 cites W394339504 @default.
- W2047853131 cites W4230779194 @default.
- W2047853131 cites W4245839768 @default.
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- W2047853131 doi "https://doi.org/10.1016/s0079-6816(98)00034-3" @default.
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