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Growth of Ag nanoclusters on a 1D template

机译:一维模板上Ag纳米团簇的生长

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Bi nanolines, which are 1.5 nm wide and can be over 500 nm long, have been used as a ID template for the formation of arrays of small clusters of silver. Distinct nucleation and growth phases are observed. At room temperature, silver atoms preferentially adsorb onto the Bi nanoline templates to form arrays of spheroidal nanoclusters 0.55 nm in height, up to a saturation density of 6.7 clusters per 100 nm of nanoline. Further deposition of Ag results in the growth of the clusters on the nanolines up to 1.4 nm, accompanied by the formation of 0.55 nm clusters on the background. At 400 K, however, deposition of Ag results in the formation of clusters up to 4 nm in height, with the majority formed on the nanoline template. (c) 2006 Elsevier B.V. All rights reserved.
机译:1.5纳米宽且可以超过500纳米长的Bi纳米线已被用作ID模板,用于形成银小簇的阵列。观察到不同的成核和生长阶段。在室温下,银原子优先吸附到Bi纳米线模板上,形成高度为0.55 nm的球状纳米簇阵列,每100 nm纳米线的饱和密度为6.7簇。 Ag的进一步沉积导致簇在纳米线上生长,直至1.4nm,同时在背景上形成0.55nm簇。然而,在400 K下,Ag的沉积会导致形成簇簇,簇簇的高度可达4 nm,其中大部分簇簇形成在纳米线模板上。 (c)2006 Elsevier B.V.保留所有权利。

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