HRTEMEDS
HRTEMEDS (High-Resolution Transmission Electron Microscopy with Energy-Dispersive Spectroscopy) refers to an integrated workflow in materials characterization that combines the atomic-scale imaging capability of high-resolution transmission electron microscopy with the elemental mapping and quantitative analysis provided by energy-dispersive X-ray spectroscopy. The term is used to describe approaches that couple structural information from HRTEM with compositional information from EDS to study complex materials.
In practice, HRTEMEDS involves acquiring HRTEM images and performing EDS measurements on the same sample region,
Applications of HRTEMEDS span diverse fields, including nanomaterials, catalysis, semiconductors, energy storage materials, metals, ceramics, and
Advantages include the ability to obtain correlated structural and chemical information at near-atomic resolution, while limitations