This review, addressing developers, users, and researchers of PEM water electrolysis
stacks, provides a detailed overview of the most important degradation mechanisms, the …

Mapping grain orientation in crystalline solids is essential to investigate the relationships
between local microstructure and crystallography and interpret materials properties. One of …

Crystal orientation imaging is generally confined to the laboratory, typically following
destructive sectioning, with most current techniques reliant on electron-material interactions …

Directional reflectance microscopy (DRM) is a new optical technique that enables grain
orientation mapping in crystalline solids by capturing and analyzing light reflectance signals …

Polarized light microscopy is a large-area, high-resolution, high-throughput microstructural
characterization method for polycrystalline materials comprised of hexagonal close-packed …

In this work, we demonstrate the possibility of gathering crystal orientation information from
cubic—optically isotropic—materials using polarized light microscopy. Our method relies on …

The symmetry of a crystal's morphology usually reflects the symmetry of the crystallographic
packing. For single crystals, the space and point groups allow only a limited number of …

Grain size and shape are important microstructure attributes affected by material processing
and contributing to material properties. We develop automated tools to segment multi-angle …

The current nondestructive inspection paradigm of mono-modal testing and signal-over-
threshold call criteria is insufficient for characterization of microtexture regions in titanium …

Based on a data-driven approach, a computer-assisted workflow for the quantitative analysis
of optical Kerr microscopy images of sintered FeNdB-type permanent magnets was …