The analysis of solute clustering in atom probe tomography (APT) has almost exclusively
relied on a simple algorithm based on the simple friend-of-friend analysis where a threshold …

The technique of atom probe tomography is often used to image solute clusters and solute
atom segregation to dislocation lines in structural alloys. Quantitative analysis, however …

Accurate, repeatable and quantitative analysis of nanoscale solute clustering in atom probe
tomography (APT) datasets is a complex challenge which is made more difficult by the …

Because atom probe tomography (APT) provides three-dimensional reconstructions of small
volumes by resolving atomic chemical identities and positions, it is uniquely suited to …

Advanced alloys may possess a discrete nanostructure or nanoscale microstructure such as
atomic co-clustering, nanoscale precipitates, solute segregation and engineered interfaces …

The three dimensionality and near atomic resolution of atom probe tomography (APT)
reconstructions can produce striking visualizations and reveal complex information …

Identifying clusters of solute atoms in a matrix of solvent atoms helps to understand
precipitation phenomena in alloys, for example, during the age hardening of certain …

Atom probe tomography (APT) is ideally suited to characterize and understand the interplay
of segregation and microstructure in modern multi-component materials. Yet, the quantitative …

Atom probe tomography (APT) is a powerful technique to characterize buried three-
dimensional nanostructures in a variety of materials. Accurate characterization of those …

Atom probe tomography (APT) is rising in influence across many parts of materials science
and engineering thanks to its unique combination of highly sensitive composition …