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Titlebook: Atom Probe Microscopy; Baptiste Gault,Michael P. Moody,Simon P. Ringer Book 2012 Springer Science+Business Media, LLC 2012 Atom probe data

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Quantum Computing and Its Impact,ormulating relationships between microstructure and properties. This short chapter explains how the different methods described previously can be applied to obtain information relevant to the materials scientist.
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From Field Desorption Microscopy to Atom Probe Tomographymitted to the surface atoms of the specimen. The first technique that exploited this process was field desorption microscopy (FDM), which subsequently evolved into the modern atom probe. A general summary of field evaporation theory is first presented, before a more detailed description of FDM and APT and the specific pulsing techniques.
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Specimen Preparation factor, and this is particularly so for non-metals. Related to this is the increasing need for highly reproducible techniques that allow statistically significant numbers of site-specific specimens to be fabricated, enabling better quantification and reliability of the subsequent analyses.
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Experimental Protocols in Atom Probe Tomographyf the data. Of these, several can be assessed as the analysis is being performed, including the measured composition within a dataset, the signal-to-background ratio, the quality of the field desorption map, or the amount of multiple events. Of course, the quality of the tomographic reconstruction is an a posteriori criterion.
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Atom Probe Microscopy and Materials Scienceormulating relationships between microstructure and properties. This short chapter explains how the different methods described previously can be applied to obtain information relevant to the materials scientist.
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