Electrons in fluids : the nature of metal-ammonia solutions

摘要: Theory of Electrons in Polar Fluids.- Discussion.- Metal-Ammonia Solutions: The Dilute Region.- Effect Electrolytes on the Hydrogen-Bonded Structure Liquid Ammonia.- Magnetic Relaxation Properties Solutions Sodium Chemical Equilibria between Anions and Ammoniated Electron.- Metal Amines Ethers.- Extinction Coefficients Alkali Metals Amines.- Ultrafast Optical Processes.- Quasi-Free Liquids.- Spectra Electron Presence Amide.- Raman Spectroscopy Solutions.- General Discussion Papers by SMITH/KOEHLER DEBACKER et al.- VIII. Infrared Solvent.- Transition Range.- Appendix. A Percolation Process for to Nonmetal Systems.- Thermodynamics Critical Phenomena Transport Lithium-Ammonia Intermediate Concentration LEPOUTRE, DAMAY LELIEUR NMR Measurements Self-Diffusion Sodium-Ammonia Cell e.m.f.'s Impedence Behavior Solid Interface.- Absorption Ultrasound Electronic Structures Disordered Materials.- Concentrated M-NH3 Review.- Nuclear Resonance Studies Cesium-Ammonia Conductivity Frequency Range 0-70 GHz.- Strange Phase Relations Compounds.- On Superconducting Complexes.- Metallic Vapors.- Metal-Nonmetal Expanded Mercury.- HENSEL, EVEN/JORTNER.- Exciton Screening.- Mobility Excess Nonpolar Hydrocarbons.- Excitons Liquids Energy State.- Localization Dense He Gas.- States Spectrum Solvated Ethers Binary Radiolytic Photolytic Formation Stable eam? Amide Kinetic Reactions Involving Comments Transfer Reactions.- "Spin Off" Research.- Color Plates.