Hydrogen-Bonded Liquids

1. Introduction.- i) Basic concepts and tools of liquid state theory.- ii) Methods for calculating intermolecular energy surfaces.- iii) Quantum effects in hydrogen-bonded liquids.- iv) Transport processes, relaxation, and glass formation in hydrogen-bonded liquids.- v) Thermodynamic properties of some H-bonded liquids in their undercooled and/or overcompressed states.- i) X-ray diffraction studies of liquids..- ii) Neutron diffraction techniques.- iii) Recent structural studies of liquid D2O by neutron diffraction..- iv) H/D substitution in neutron diffraction..- v) Structural analysis of liquid formic acid using neutron diffraction..- vi) Structural studies of water near an interface..- vii) SANS and QENS studies of Vycor containing D2O/H2O mixtures..- i) Molecular dynamics simulation studies of the hydrogen-bond network in water..- ii) A molecular model for aqueous solutions..- iii) A model for hydrogen-bonding effects at aqueous interfaces..- iv) A collective approach to the dynamics of water..- i) Properties of H-bonding in the infrared spectral range.- ii) Infrared spectra of H-bonded molecules..- iii) Vibrational and collision-induced Raman scattering from water and aqueous solutions..- iv) Acoustic S- and P-wave Character of the Intermolecular 60 and 175 cm-1 Raman Bands from Liquid Water..- v) Quasi-elastic and inelastic neutron scattering and molecular dynamics of water at supercooled temperature..- vi) The properties of hydrogen-bonded liquids studied by high pressure NMR..- vii) Low frequency light scattering in hydrogen-bonded liquids..- viii)Dielectric Measurements of water, alcohols and their mixtures..- ix) Ultrasonic properties of alcoholic aqueous solutions..- x) Multi-nuclear relaxation time studies in undercooled aqueous electrolytes..- xi) Vibrational dynamics of liquids and glassy electrolytes..- 6. The Programme.- Posters.- 7. Postscript.- Author index.- Chemical index.