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, finite-size particles transported by turbulent flows display complex dynamics that remain only partially understood. When particles possess inertia, they do not follow fluid trajectories and interact with
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to chemical contamination and microstructural heterogeneity. During collection, sorting and remelting processes, several impurity elements such as iron [1], copper, zinc or magnesium may accumulate in the melt
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steady-state isotopic transient kinetic analysis (SSITKA) with time-resolved operando infrared spectroscopy. This original approach, recently developed at UCCS, will enable the correlation of quantitative
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skills The candidate should have experience in (at least part of): Synthesis of functional materials (nanomaterials, porous materials, metal oxides, composites, hybrid materials) Advanced characterization
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datasets for the broader research community. The student will receive comprehensive training in advanced experimental techniques, data analysis, and multiphase flow physics, preparing them for careers in