Physical Methods in Heterocyclic Chemistry V6

Contributors to Volume VIPrefacePreface to Volumes I and IIPreface to Volumes III, IV, and VContents of Other Volumes·1· UV Photoelectron Spectra of Heterocyclic Compounds I. Method II. Application of PE Spectroscopy·2· Microwave Spectroscopy of Heterocyclic Molecules I. Introduction II. Three-Membered Rings III. Four-Membered Rings IV. Five-Membered Rings with Aromatic Character V. Partially and Fully Saturated Five-Membered Rings VI. Aromatic Six-Membered Rings VII. Partially and Fully Saturated Six-Membered Rings VIII. Future Developments·3· ESR Spectroscopy of Heterocyclic Radicals I.ESR Parameters II. Heteroalicyclic Radicals III. Heteroaromatic Radicals IV. Miscellaneous Radicals V. Appendix·4· Fluorescence and Phosphorescence of Heterocyclic Molecules I. Introduction II. Photophysical Processes in Isolated Electronically Excited Molecules III. The Effect of Molecular Structure on Fluorescence and Phosphorescence Spectra IV. Solvent Influences on Fluorescence and Phosphorescence Spectra V. The Influence of Acidity or Basicity on Molecular Luminescence·5· Some Applications of Thermochemistry to Heterocyclic Chemistry I. Introduction II. Enthalpies of Formation III. Chemical Equilibration IV. Ring Strain in Heterocyclic Compounds V. Resonance Energies of Heterocyclic CompoundsAuthor IndexCumulative Author IndexCumulative Subject Index