Researchers used laser compression to study liquid carbon for the first time, enabling insights into extreme states relevant ...

University of Tokyo’s dLab automates thin-film material synthesis and analysis, speeding up materials discovery with AI and robotics ...

Researchers have developed a digital laboratory system that fully automates the synthesis and evaluation of thin-film samples ...

When only tiny, imperfect nanocrystals are available, crystallography falls short, leaving the structure of countless materials unknown.

Explore benchtop XRD technology, its applications across industries, and how modern software and hardware innovations are ...

The work is published in the journal Nature Communications. The new technique makes 3D X-ray diffraction—known as 3DXRD—more readily accessible, potentially enabling quick analysis of samples and ...

The method typically relies on a technique called X-ray diffraction, in which scientists shoot energetic beams at a crystal and record the pattern of light and dark spots it produces, sort of like ...

The method typically relies on a technique called X-ray diffraction, in which scientists shoot energetic beams at a crystal and record the pattern of light and dark spots it produces, sort of like ...

When illuminated by laser light, microarray films generate diffraction patterns that can reflect and magnify variations of the periodical microstructure induced by surrounding invisible parameters in ...

Powder X-ray diffraction (XRD) is a powerful tool for such purposes ... Our analysis shows that the tokenization strategy is a critical step for XRD pattern analysis. The results obtained for both ...