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A filtering method to reveal crystalline patterns from atom probe microscopy desorption maps

机译:一种通过原子探针显微镜解吸图揭示晶体图案的过滤方法

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摘要

Graphical abstract N p = Number of pulses. Display Omitted Abstract A filtering method to reveal the crystallographic information present in Atom Probe Microscopy (APM) data is presented. The method filters atoms based on the time difference between their evaporation and the evaporation of the previous atom. Since this time difference correlates with the location and the local structure of the evaporating atoms on the surface, it can be used to reveal any crystallographic information contained within APM data. The demonstration of this method is illustrated on: ? A pure Al specimen for which crystallographic poles are clearly visible on the desorption patterns easily indexed. ? Three Fe-15at.% Cr datasets where crystallographic patterns are less obvious and require this filtering method.
机译:图形摘要N p =脉冲数。本文提出了一种过滤方法,用于揭示原子探针显微镜(APM)数据中存在的晶体学信息。该方法基于原子的蒸发和先前原子的蒸发之间的时间差来过滤原子。由于该时间差与表面上蒸发原子的位置和局部结构相关,因此可以用来揭示APM数据中包含的任何晶体学信息。此方法的演示在以下位置进行说明:纯铝样品,其晶体学极点在脱附图案上清晰可见,易于分度。 ?三个Fe-15at。%Cr数据集,其中晶体学模式不太明显,需要这种过滤方法。

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