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Nanostructuring of multilayers by a thermally driven self assembling process

机译:通过热驱动自组装过程对多层材料进行纳米结构

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Multilayers consisting of two immiscible components (e.g. Fe/Ag Fe/Au or Ni/NiO) could by transformed by an annealing process into a nanostructured system of non statistically distributed nearly spherical particles in a surrounding matrix of the complementary component. The non statistical arrangement of the particles and the dynamics of the disintegration process strongly depend on the initial interface energy, i.e. the local interface curvature and the local interfacial stress. Detailed microstructure investigations of the different systems are used to interpret the measured transport properties.
机译:由两种不混溶的组分(例如Fe / Ag Fe / Au或Ni / NiO)组成的多层可以通过退火工艺转变成纳米结构的系统,该系统在互补组分的周围基质中具有非统计分布的近球形颗粒。颗粒的非统计排列和崩解过程的动力学在很大程度上取决于初始界面能,即局部界面曲率和局部界面应力。使用不同系统的详细微观结构研究来解释测得的传输性能。

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