This book combines state-of-the-art numerical and experimental techniques applied to water to understand its puzzling properties. Covering multiple length- and time- scales, thermodynamics and working conditions, this book reports a compelling collection from leading scientists in the field of water and water systems.
This book combines state-of-the-art numerical and experimental techniques applied to water to understand its puzzling properties. Covering multiple length- and time- scales, thermodynamics and working conditions, this book reports a compelling collection from leading scientists in the field of water and water systems.
Fausto Martelli is a researcher at IBM Research Europe and Fellow of the Institute of Physics. Using advanced numerical simulations, he investigates the properties of water in bulk and under confinement in a broad range of thermodynamic conditions. Prior to joining IBM Research Europe, Fausto Martelli conducted his research at Princeton University and at the French Centre National de la Recherche Scientifique.
Inhaltsangabe
1. Theoretical X-ray Absorption Spectroscopy of Liquid Water Using First-Principles Calculations 2. Dynamic Crossovers in Water under Extreme Conditions 3. The Franzese-Stanley Coarse Grained Model for Hydration Water 4. Ninteen Phases of Ice and Counting 5. How Many Crystalline Ices are There? 6. The Hydrophilic-Hydrophobic Correlations in Water Systems 7. Multiscale Dynamics in Diluted Aqueous Solutions Revealed by Extended Depolarized Light Scattering: The Hydration Water Contribution 8. Neutron Diffraction Studies of Water and Aqueous Solutions
1. Theoretical X-ray Absorption Spectroscopy of Liquid Water Using First-Principles Calculations 2. Dynamic Crossovers in Water under Extreme Conditions 3. The Franzese-Stanley Coarse Grained Model for Hydration Water 4. Ninteen Phases of Ice and Counting 5. How Many Crystalline Ices are There? 6. The Hydrophilic-Hydrophobic Correlations in Water Systems 7. Multiscale Dynamics in Diluted Aqueous Solutions Revealed by Extended Depolarized Light Scattering: The Hydration Water Contribution 8. Neutron Diffraction Studies of Water and Aqueous Solutions
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