Spectroscopy in Inorganic Chemistry V2

List of ContributorsPrefaceContents of Volume IMolecular Structure Determination by Neutron and X-Ray Diffraction I. Some General Aspects of Diffraction II. Structure Determination III. Structure Refinement IV. Neutron Diffraction V. Applications ReferencesHigh-Pressure Vibrational Spectroscopy I. Introduction II. Available Instrumentation for Far Infrared-High-Pressure Studies III. Applications IV. Limitations of Technique ReferencesElectronic Raman Transitions of Rare Earth Ions and Crystal Field Effects I. Introduction II. The Vibrational and Electronic Raman Process III. The Raman Scattering Tensor IV. Raman Intensities and the Crystal Field V. Experimental Methods VI. Some Experimental Results VII. Summary ReferencesElectron Spin Resonance Spectra of Inorganic Radicals and Radical Ions I. Introduction II. Energy Levels and Experimental Parameters III. Theoretical Interpretation of Experimental Parameters IV. Instrumentation V. Preparation of Samples VI. ESR Studies of Atoms and of Trapped Electrons VII. Inorganic Radicals and Radical Ions VIII. Organometallic Radicals and Radical Ions IX. Other Applications and Future Developments ReferencesElectron Spin Resonance of Coordination Compounds I. Introduction II. Review of Coordination Bonding and Molecular Orbital Theory III. Theoretical Interpretation of ESR Parameters in Terms of Molecular Orbital Coefficients IV. Conclusion ReferencesElectronic Spectra of Organometalloids I. Introduction II. Simple Metalloids III. Catenated Metalloids IV. Heterocyclic Molecules V. Metalloid Substitution on Common Chromophores ReferencesFluorescence and Laser Action in Rare Earth Chelates I. Introduction II. Compounds III. Mechanism of Energy Transfer IV. Emission Spectrum V. Intensity of Ion Fluorescence VI. Fluorescence Decay and Lifetime VII. Sensitization VIII. Laser Action ReferencesAuthor IndexSubject Index