There has been a lot of confusion about the nature of restacked MoS2 and WS2. The
structure has been proposed to be trigonal TiS2 type with octahedral M4+ and called 1T …

Electron crystallography has focused in the last few years on the analyses of microcrystals,
mainly organic compounds, triggered by recent publications on acquisition methods based …

Abstract Three-dimensional (3D) reconstructions from electron tomography provide
important morphological, compositional, optical and electro-magnetic information across a …

Electron diffraction is a unique tool for analysing the crystal structures of very small crystals.
In particular, precession electron diffraction has been shown to be a useful method for ab …

Methods are presented for aligning the pivot point of a precessing electron probe in the
scanning transmission electron microscope (STEM) and for assessing the spatial resolution …

Precession electron diffraction (PED) is a method that considerably reduces dynamical
effects in electron diffraction data, potentially enabling more straightforward solution of …

Precession electron diffraction is considered a key technique available to electron
microscopists to elucidate the structure of a wide variety of crystals. Although originally …

The electron precession diffraction technique is employed to provide quasi-kinematical data
for determination of atom positions in the (Ga, In) 2SnO5m-phase. Precession data are …

Recent work has demonstrated that direct methods, using the minimum relative entropy
approach, can be applied to strongly dynamical diffraction from bulk inorganic structures. In …

The β-Ga2O3/In2O3 system is investigated by means of chemical transport reactions (CTR).
Both β-Ga2O3-rich as In2O3-rich solid solutions can be deposited: β-Ga2O3 (In2O3) with a …