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Formation of Close-Packed Nanoparticle Chains

机译:密排纳米颗粒链的形成

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The self-assembly of CoPt3 particles (diameter 6 nm) into low-dimensional ordered arrays results from phase separation in a hexane solution containing nanoparticles, hexadecylamine, and water. The evaporation of hexane from the thin film of solution initiates the formation of a water layer on the solid substrate. Subsequent dewetting of this water layer leads to the formation of water droplets. The nanoparticles follow the motion of the contact line of the dewetting water layer and thus assemble into ordered arrays at the periphery of the water droplets.
机译:CoPt3颗粒(直径6 nm)自组装成低维有序阵列的原因是在含有纳米颗粒,十六烷基胺和水的己烷溶液中发生相分离。从溶液薄膜中蒸发出的己烷会引发在固体基质上形成水层。该水层的随后去湿导致水滴的形成。纳米颗粒跟随去湿水层的接触线的运动,因此在水滴的外围组装成有序的阵列。

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