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From colloids to nanotechnology: Investigations on magic nuclearity palladium nanocrystals

机译:从胶体到纳米技术:魔核钯纳米晶体的研究

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Current status of nanoscience research is briefly surveyed with special emphasis on monodisperse metal nanocrystals. Tunneling spectroscopy measurements on polymer protected magic nuclearity Pd-561 nanocrystals have revealed single electron charging effects. Mesoscopic organizations resulting from self-assembly of these nanocrystals have been investigated. Giant clusters containing magic numbers of nanocrystals are formed when the nanocrystals are capped uniformly with a polymer. In contrast, alkanethiol capped nanocrystals yield well ordered two-dimensional arrays. The Pd nanocrystals have also been exploited as seeds to grow Ni overlayers of desired thickness to form Pd-Ni core-shell nanoparticles. Magnetic arrays of Pd-Ni nanoparticles have been obtained.
机译:简要概述了纳米科学研究的现状,特别着重于单分散金属纳米晶体。在聚合物保护的魔术核Pd-561纳米晶体上的隧道光谱测量表明,单电子带电效应。已经研究了由这些纳米晶体的自组装产生的介观组织。当用聚合物均匀地覆盖纳米晶体时,形成了包含神奇数量的纳米晶体的巨型簇。相比之下,烷硫醇封端的纳米晶体产生了有序的二维阵列。 Pd纳米晶体也已被用作种子来生长所需厚度的Ni覆盖层,以形成Pd-Ni核壳纳米颗粒。已经获得了Pd-Ni纳米颗粒的磁性阵列。

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