Table of Contents
Part 1: Coal as A Molecular Solid (I) Chapter 1. Electron Transfer in Coals Chapter 2. Examination of Macromolecular Network of Coal by Differential Scanning Calorimetry Chapter 3. Coal-Water Molecular Interactions Chapter 4. Charge Transfer Complexes between Coal and Electron Acceptors: Non Covalent Interaction in Coal Structure Chapter 5. Solid State C-13 NMR Investigations about the Reactivity of Coals and Maceral ConcentratesPart 2: Coal as A Molecular Solid (II) Chapter 6. Solvent Swelling of Coal in Binary Solvent System Chapter 7. Computer Studies of Coal Molecular Structure Chapter 8. Effect of Various Additives on Non-Covalent Interactions in Coals Chapter 9. Molecular Structure of Bituminous Coals - New Insights from Binary Solvent Studies Chapter 10. The Role of Moisture in the Macromolecular Structure of CoalsPart 3: Chemical Composition Chapter 11. Thermal Alteration of Unbound Biomarkers in Low Rank Coals during Hydrous Pyrolysis Simulating Early Coalification Chapter 12. Monomers in Coal Macromolecules Chapter 13. Determination of Percentage Reactives under Pf Combustion Conditions Chapter 14. Extraction Yields and GC/MS Characteristics of Extracts from High Rank Coals and Anthracites Chapter 15. Spectroscopic Characterization of Aromatic Fractions from Maturation Series of CoalPart 4: Analytical and Spectroscopic Methods (I) Chapter 16. Advanced Electron Paramagnetic Resonance (EPR) Techniques for the Study of Coal Structure Chapter 17. Carbon Skeletal Parameters of Coals from Single Pulse Excitation 13C NMR Chapter 18. Multi-Dimensional EMR of American Coals Chapter 19. Comparison of 13C Chemical Shielding Anisotropy in Model Compounds & Coals with Theoretical Values Chapter 20. Coal Structure Determination Using 19F as A Chemical Label and NMR ProbePart 5: Analytical and Spectroscopic Methods (II) Chapter 21. An 1hnmr Study on Argonne Premium Coals Swollen by Deuterated Solvents Kikuko Hayaiizu, Shigenobu Hayashi and Masaru Yanagisaw Chapter 22. Low Intensity Spectral Analysis of Liptinite, Vitrinite, and Inertinite Macerals Chapter 23. Proposed Techniques to Enhance Vibrational Spectra of Coals: Atr Contact Sampling, Solvent Dissolution, and Microspectrometry Chapter 24. Effect of Vitrinite and Inertinite Fluorescence Propertieson Combustion and Hydrogenation Reactivities of Coals Chapter 25. Success in Using The Natural Gamma Properties Ofcoals and Stones to Give An On-Line Measure of Mineral ContentPart 6: Petrology and Chemical Characterization - Posters Chapter 26. Organic Petrology and Geochemistry of Hebe Coal Seam, Collie Basin, Western Australia Chapter 27. Direct Microscopic Examination of Morphology Changes during Coal Oxidation by An Oxygen Plasma Chapter 28. Structural Studies on Japanese Bituminous Akabira Coal Chapter 29. Jet and Other Carving-Coals Chapter 30. Comparison of Alkanes Released from Coals via Hydropyrolysis and Low-Severity Hydrogenation Chapter 31. Petrographic Characterization of Spanish Bituminous Coals from the Central and Teverga Basins Chapter 32. A Comparative Study of the Structure and Reactivity of Australian and International Coals Chapter 33. A Study of the Reflectance Indicatrix of Vttrinite Chapter 34. Acid Base Interactions on the Surface of Coal Chapter 35. A Bloch Decay and Ultra High Speed CP/MAS 13C NMRstudy of the Argonne Premium Coals and Selected Oxidized Low-Rank Coals Chapter 36. Structure of Asphaltenes Precipitated from Tetraline Extracts of Hard Coals Chapter 37. The Effects of Early Diagenetic Bacterial Sulphate Reduction upon the Petrology and Chemistry of Coal Chapter 38. Gas Evolution from Coal in Sealed Glass Ampoules Chapter 39. Petrology and Geochemistry of Canadian Lipttntte-Rich Coals Chapter 40.
