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 …

The atom probe has provided a technique for nanoscale characterization for more than 30
years. The three-dimensional atom probe (3DAP) determines the spatial coordinates and …

The clustering properties of solute species drive performance in materials ranging from
metal alloys to organic light emitting diodes [1][2][3]. In atom probe tomography (APT) people …

Nanoscale atomic clusters in atom probe tomographic data are not universally defined but
instead are characterized by the clustering algorithm used and the parameter values …

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 …

This article gives a brief introduction to the principles of atom probe tomography and an
overview of what types of phenomena occurring in nanostructured alloys can be analyzed …

The analysis of the formation of clusters in solid solutions is one of the most common uses of
atom probe tomography. Here, we present a method where we use the Voronoi tessellation …

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 …

Atom probe tomography (APT) is becoming increasingly applied to understand the
relationship between the structure and composition of new alloys at the micro-and …