My research activity is focused on the structural analysis of functional polymers by solid-state NMR coupled with dynamic nuclear polarization (DNP). In order to improve the sensitivity of this technique, my main objective is to identify the optimal parameters for sample preparation by supercritical CO2 impregnation.
PhD supervisors: Stéphane VIEL, Fabio ZIARELLI.
My research is focused on studying the crystallization processes inside porous materials using MAS solid state NMR and DNP. My other interests include computational aspects of crystal structure determination coupled with the experimental data from NMR.
My research focuses on the methodological developments of solid-state NMR experiments for the structural determinations of biological or chemical solids. The new sequences will extract the structural information in more efficient ways than the existing ones (more robust to offset/rf-inhomogeneity, simpler optimization, faster acquisition).
Keywords: homo-/heteronuclear dipolar recoupling, quadrupolar nuclei, dynamic nuclear polarization, fast magic-angle spinning, proton-detection methods
My research activity is focused on the study of the crystallization of small organic molecules by solid state nuclear magnetic resonance (NMR) and nuclear dynamic polarization (DNP). The main goal of my study is to better understand the polymorphism phenomenon.
Keywords: Nuclear magnetic resonance, dynamic nuclear polarization, solid-state NMR, DNP, crystallization, structure, polymorphism
My research theme is the spectroscopic study of crystallisation on bio-organic molecules. The analytical techniques used are NMR and nuclear dynamic polarisation.
Keywords: Nuclear magnetic resonance, dynamic nuclear polarization, solid state, crystallization
giulia.mollica@univ-amu.fr
