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Nanoscale patterning of composition and chemical order induced by displacement cascades in irradiated alloys

机译:辐照合金中位移级联引起的组成和化学有序的纳米级图案

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摘要

When irradiation leads to the production of dense displacement cascades, it is predicted at the composition and the chemical order in metallic alloys may undergo spontaneous formation of nanoscale patterns. These predictions, which are based on continuum kinetic models and atomistic simulations, are reviewed and compared with available experimental data. If these predictions were confirmed, ion beam processing would offer a route for the direct synthesis of nanoscale patterns of composition and degree of order, with tunable length.
机译:当辐射导致产生密集位移的级联时,可以预测其组成,并且金属合金中的化学顺序可能会自发形成纳米级图案。这些基于连续性动力学模型和原子模拟的预测将进行回顾,并与可用的实验数据进行比较。如果这些预测得到证实,那么离子束处理将为直接合成具有可调长度的组成和有序度的纳米级图案提供一条途径。

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