Materializing the Invisible:
Fresh metallurgical perspectives using advanced characterization techniques
I have developed a passion for the study of materials exposed to irradiation damage, high temperature, and molten salt corrosion, and observing this evolution in situ at the micro- and nano-scale. These scientific pursuits are made possible via world-class S/TEM characterization instruments and specialized holders designed for materials characterization in situ under diverse conditions, including high temperatures, irradiation damage, corrosion, and cryogenic environments.
The role of grain structure in metal alloys subjected to molten salt corrosion
Atomic Resolution HR-STEM to directly measure strain fields nanoscale He bubbles
Cr migration in Ni-Cr exposed to molten FLiNaK via multiscale characterization
