This review highlights the importance of developing multi‐scale characterisation techniques
for analysing operating catalysts in their working environment. We emphasise that a …

Nanotomography is a technique of growing importance in the investigation of the shape,
size, distribution and elemental composition of a wide variety of materials that are of central …

This article presents an X-ray microscopy approach for mapping deeply embedded
dislocations in three dimensions using a monochromatic beam with a low divergence …

One perovskite oxide, ASnO 3 (A= Sr, Ba), is a candidate for use as a transparent conductive
oxide with high electron mobility in single crystalline form. However, the electron mobility of …

Dislocation tomography based on transmission electron microscopy (TEM) exhibits excellent
capabilities in three dimensional (3D) visualization of various dislocation structures but still …

Electron tomography requires a wide angular range of specimen-tilt for a reliable three-
dimensional (3D) reconstruction. Although specimen holders are commercially available for …

We have performed tri-axial compression experiments on olivine aggregates at 900° C and
at a confining pressure of 300 MPa in a high-resolution gas-medium mechanical testing …

This introductory tutorial describes the so called 3 dimensional X-ray diffraction (3DXRD)
technique, which allows bulk non-destructive structural characterizations of crystalline …

Transmission electron microscopy (TEM) and scanning transmission electron microscopy
(STEM) enable the visualization of three-dimensional (3D) microstructures ranging from …

Recent developments in the application of electron tomography for characterizing
microstructures in crystalline solids are described. The underlying principles for electron …