Water, a Comprehensive Treatise: Water and aqueous solutions at subzero temperaturesFelix Franks V.1 The physics and physical chemistry of water "aims ... to review the physical and theoretical techniques which have been and are being applied to a study of the intermolecular nature of water; to discuss critically the type of information obtainable by these techniques ... and to present reliable physical data pertaining to water under a range of conditions."--Pref. Indexed. |
Contents
Contents | 1 |
The Vitrification of Water | 16 |
Interpretation | 66 |
Copyright | |
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amorphous solid amorphous solid water amplitude aqueous solutions average behavior bound water calculated cell cm-¹ component concentration condensed phases configuration contributions cooling rate correlation frequency curve D₂O decrease density dielectric dielectric relaxation dipolar distribution droplets effects emulsion entropy equilibrium eutectic experimental force constant free energy freezing point function glycerol H₂O H₂O(as heat capacity homogeneous nucleation hydration hydrogen bond ice Ih increase interaction intermolecular kJ mol-1 lattice liquid water low temperatures measurements molecular motion nucleation nuclei observed obtained OH stretching OO separation OOO angles oscillator parameters perature polycrystalline ice polymer potential predicted pressure properties protein proton random network model region sample Sceats Section shown in Fig signal spectra spin exchange spin-lattice relaxation spin-lattice relaxation rate spin-spin relaxation structure studies supercooled water surface T₁ temperature dependence temperature range thermal thermodynamic values vibrational viscosity vitrification water content water molecules width