The use of X-ray micro computed tomography (X-ray micro-CT) for three-dimensional (3D)
characterization of multiphase systems continues to increase in metallurgical research. In …

In this paper, various kinds of applications are presented, in which tomographic image data
depicting microstructures of materials are semantically segmented by combining machine …

Accurately quantifying the architecture of lithium ion electrode particles in 3D is critical to
understanding sub-particle lithium transport, rate limitations, and degradation mechanisms …

The premise of identifying, locating, and sorting coal and gangue using photoelectric sorting
technology is that independent image targets should be obtained. In this study, concave …

A new method to measure and quantify the 3D mineralogical composition of particulate
materials using X-ray computed micro-tomography (CT) is presented. The new method is …

An alternative method for the particle tracking approach for scanning electron microscopy-
based image analysis is introduced, using kernel density estimates instead of discrete bins …

There are numerous factors that can have an impact on the degradation behavior of
batteries, such as the number of recharge cycles or the charge rate. Here, we investigate the …

X-ray computed tomography (XCT) has seen significant development in scan time and
spatial resolution over the last decades. It is now increasingly used in the field of particle …

Mineral separation processes operate on properties of individual particle, which can
currently be quantified with 2D characterization techniques, namely 2D automated …

Following the proposal of deriving statistical entropy maps from multidimensional separation
curves, an extension is proposed to allow to compare the separation efficiency of various …