Accurately quantifying the microstructure of a heterogeneous material is crucial to
establishing quantitative structure-property relations for material optimization and design …

Transmission X-ray microscopy (TXM) has been well recognized as a powerful tool for non-
destructive investigation of the three-dimensional inner structure of a sample with spatial …

An accurate knowledge of the complex microstructure of a heterogeneous material is crucial
for its performance prediction, prognosis and optimization. X‐ray tomography has provided a …

A furnace covering the temperature range from 298 to 1300 K has been designed and
constructed to study in situ the structural evolution of materials by using synchrotron X-ray …

X-rays have been widely used in the structural analysis of materials because of their
significant penetration ability, at least on the length scale of the granularity of most materials …

This tutorial review introduces the use of polychromatic radiation for 3D grain mapping using
X-ray diffraction contrast tomography. The objective is to produce a 3D map of the grain …

A new data collection strategy for performing synchrotron energy-dispersive X-ray diffraction
computed tomography has been devised. This method is analogous to angle-dispersive X …

[en] This book summarizes the works carried out during a workshop that brought together
European specialists of X-ray tomography. Different aspects are reviewed: global …

X-ray diffraction tomography is a well-developed technique to study the structure of
heterogeneous materials which makes it a tool of choice for the non-destructive investigation …

Understanding the formation of materials at elevated temperatures is critical for determining
their final properties. Synchrotron-based X-ray tomographic microscopy is an ideal …