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Nanofibers from methoxy functionalized para-phenylene molecules

机译:甲氧基官能化对亚苯基分子的纳米纤维

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Results of a growth study of self assembled, up to several hundred micrometers long organic nanofibers from methoxy functionalized quaterphenylene molecules on muscovite mica are presented. The new nanofibers emit bright blue light peaked at 400 nm. They show higher surface mobility as compared to hexaphenylene nanofibers, which results in wider aggregates and larger depletion zones around the aggregates. Also, due to the modified crystal structure two different needle directions are observed within a mica domain. Using atomic force microscopy and low energy electron diffraction we present evidence for a wetting layer of lying molecules on the surface. (c) 2006 Elsevier B.V. All rights reserved.
机译:提出了在白云母上由甲氧基官能化的四亚苯基分子自组装的长达数百微米的有机纳米纤维的生长研究结果。新的纳米纤维发出峰值为400 nm的亮蓝光。与六亚苯基纳米纤维相比,它们显示出更高的表面迁移率,这导致更宽的聚集体和聚集体周围更大的耗尽区。另外,由于修饰的晶体结构,在云母区域内观察到两个不同的针方向。使用原子力显微镜和低能电子衍射,我们提供了表面上说谎分子湿润层的证据。 (c)2006 Elsevier B.V.保留所有权利。

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