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Interessi di ricerca
• Applications of powder diffraction (traditional and non-traditional techniques) to the analysis of materials microstructure, residual stresses and crystallographic texture;
• Diffractometric studies of the relationships between structure/ microstructure and the macroscopic behavior of thin films and thick coatings;
• Modeling of surface relaxation phenomena occurring in nanometer-sized powders within a full diffraction pattern approach;
• Study of the through-thickness residual stress profile in bulk materials and thin films using combination of destructive (hole drilling, coating debonding) and non-destructive (synchrotron, x-ray and neutron diffraction) techniques;
• Surface reactivity of sol-gel nano-sized powders subjected to extensive ball milling and its effects on powder solubility;
• In situ mesoscopic (ESEM study) and microscopic (X-ray diffraction) analysis of microstructure and its evolution in natural and functionalized layered materials (clays) and cements;
• Development of new models for microstructural analysis of nanostructured materials from powder diffraction data based on micromechanics and on a description of layer faults in terms of an interference function.
研究兴趣
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