749 - 760 |
Petroleum Geochemistry - Concepts, Applications, and Results Philp RP, Mansuy L |
761 - 773 |
Technology for Chemical-Metallurgical Coal Ash Utilization Rayzman VL, Shcherban SA, Dworkin RS |
774 - 778 |
Observations About the Structure and Dispersion of Petroleum Asphaltenes Aggregates Obtained from Dialysis Fractionation and Characterization Acevedo S, Escobar G, Ranaudo MA, Pinate J, Amorin A, Diaz M, Silva P |
779 - 784 |
Alkali-Metal Emission During Pyrolysis of Biomass Olsson JG, Jaglid U, Pettersson JB, Hald P |
785 - 791 |
Activated Carbons from Spanish Coals .3. Peroxidation Effect on Anthracite Activation Serranotalavera B, Munozguillena MJ, Linaressolano A, Delecea CS |
792 - 800 |
Formation of No, NO2, and N2O from Gardanne Lignite and Its Char Under Pressurized Conditions Mallet C, Aho M, Hamalainen J, Rouan JP, Richard JR |
801 - 812 |
Effect of Reaction-Time on the Coprocessing of Low-Density Polyethylene with Coal and Petroleum Resid Joo HK, Curtis CW |
813 - 818 |
Iron-Catalyzed Coal-Tire Coprocessing - Influence on Conversion Products Distribution Mastral AM, Murillo R, Palacios JM, Mayoral MC, Callen M |
819 - 824 |
A Simulation-Model for the Pyrolysis of Orimulsion Maki T, Miura K |
825 - 831 |
Extraction of Low-Rank Coals Oxidized with Hydrogen-Peroxide in Conventionally Used Solvents at Room-Temperature Mae K, Maki T, Araki J, Miura K |
832 - 836 |
Catalytic Combustion of Carbon by Alkali-Metal Carbonates Supported on Perovskite-Type Oxide Miyazaki T, Tokubuchi N, Arita M, Inoue M, Mochida I |
837 - 842 |
New Structural Concept for Carbonized Coals Marzec A |
843 - 848 |
Ash Behavior in a Cfb Boiler During Combustion of Salix Skrifvars BJ, Sfiris G, Backman R, Widegrendafgard K, Hupa M |
849 - 855 |
Investigation of First-Stage Liquefaction of Coal with Model Plastic Waste Mixtures Rothenberger KS, Cugini AV, Thompson RL, Ciocco MV |
856 - 865 |
In-Situ Variable-Temperature High-Resolution H-1-NMR Studies of Molecular-Dynamics and Structure in Coal Xiong JC, Maciel GE |
866 - 878 |
Variable-Temperature High-Resolution Proton NMR-Study of Laboratory-Frame and Rotating-Frame Spin-Lattice Relaxation in Coals Xiong JC, Maciel GE |
879 - 886 |
Simplified Hydrocarbon Compound Type Analysis Using a Dynamic Batch Inlet System Coupled to a Mass-Spectrometer Roussis SG, Cameron AS |
887 - 896 |
Investigation on Desulfurization Performance and Pore Structure of Sorbents Containing Zinc Ferrite Kobayashi M, Shirai H, Nunokawa M |
897 - 901 |
Changes in the Macromolecular Structure of a Type-I Kerogen During Maturation Larsen JW, Li S |
902 - 908 |
Key Factors for Formation of N-2 from Low-Rank Coals During Fixed Fed Pyrolysis - Pyrolysis Conditions and Inherent Minerals Wu ZH, Ohtsuka Y |
909 - 914 |
Determination of Sulfides and Thiols in Petroleum Distillates Using Solid-Phase Extraction and Derivatization with Pentafluorobenzoyl Chloride Thomson JS, Green JB, Mcwilliams TB |
915 - 919 |
Secondary Pyrolysis of the Products of the Thermal-Destruction of High-Sulfur Oil-Shale Fainberg V, Garbar A, Hetsroni G |
920 - 925 |
Theoretical Estimation of the Solubility Parameters Distributions of Asphaltenes, Resins, and Oils from Crude Oils and Related Materials Rogel E |
926 - 930 |
Sulfur-Promoted Degradation of Polyethylene/Polypropylene Detected by Electron-Spin-Resonance Spectroscopy Ibrahim MM, Seehra MS |
931 - 935 |
Lithium-Water Reaction Chemistry at Elevated-Temperature Klanchar M, Wintrode BD, Phillips JA |