| PDF | The Use of Thermogravimetric Analysis to Follow Changes During Short-Contact-Time Coal Liquefaction. |
| | | H. Huang, K. Wang, W. H. Calkins, M. T. Klein |
| PDF | The Release of Nitrogen in Coal Combustion and Pyrolysis of Coals and Macerals. |
| | | C. J. Hindmarsh, J. E. Varey, K. M. Thomas |
| PDF | The Chemistry of Sulfur During Hydropyrolysis of Coals. |
| | | M. L. Gorbaty, S. R. Kelemen, S. N. Vaughn, M. Sansone, P. J. Kwiatek, G. N. George |
| PDF | Removal and Recovery of Nitrogen and Sulfur Compounds from Coal Tar Fractions Using Supported Aluminum Sulfate Under Supercritical CO2 Conditions. |
| | | K. Sakanishi, H. Obata, I. Mochida, T. Sakaki, 761 |
| PDF | Characterization of Nitrogenous Compounds in Distillates Derived from Two-Stage Coal Liquefaction. |
| | | C. Bradley, R. E. Pauls, D. C. Cronauer, M. E. Bambacht, 766 |
| PDF | Preparative Separation and Characterization of Coal Liquid Aromatics. |
| | | J. N. Story |
| PDF | Characterization of Pitch Fractions by Quantitative Solid State 13C NMR. |
| | | J. M. Andresen, P. R. Dennison, M. M. Maroto-Valer, C. E. Snape, R. Garcia, S. R. Moinelo |
| PDF | CPMAS and DDMAS 13c NMR Analysis of Coal Liquefaction Residues. |
| | | C. Song, L. Hou, A. K. Saini, P. G. Hatcher |
| PDF | Scope and Limitation of Ruthenium Ion Catalyzed Oxidation of Coal as an Analytical Tool for an Aliphatic Portion of Coal Organic Materials. |
| | | S. Murata, K. Uesaka, H. Inoue, M. Nomura |
| PDF | Absolute Hydrogen Determination in Coal-Derived Heavy Distillate Samples. R. J. Kottenstette |
| | | D. A. Schneider, D. A. Loy |
| PDF | Two-Dimensional HPLC GC-MS Characterization of Oils from Catalytic Coal Liquefaction. |
| | | A. K. Saini, C. Song |
| PDF | Use of Hydrophyrolysis-MS to Probe the Hydrocracking and Diphenylalkane Linkages in the Solid State. S. D. Brown |
| | | 0. Sirkecioglu, K. Ismail, J. Andresen, C. E. Snape, A. C. Buchanan, III, P. F. Britt |
| PDF | A Critical Survey of the Value of Microwave Heating for the Acceleration of Reactions of -OH Groups in Coal and the Relationship to New Analytical Methods for -OH Determination. |
| | | P. Monsef-Mirzai, H. Manak, W. R. McWhinnie |
| PDF | The Application of PIXE/PIGE Analysis to Liquefaction Studies. C. J. Lafferty |
| | | C. Eloi, R. K. Anderson, J. D. Robertson |
| PDF | X-Ray Characterization of the Crystalline Inorganic Species and the Organic Matrix in Wilsonville Recycle Resid from Run #259. |
| | | D. L. Wertz, C. B. Smithhart |
| PDF | Nitrogen XANES Studies of Argonne Coals. S. Mitra-Kirtley |
| | | 0. C. Mullins, J. van Elp, S. P. Cramer |
| PDF | Comparison of Element-Specific Capillary Chromatography Detectors for the Identification of Heteroatomic Species in Coal Liquids. |
| | | S. C. Mitchell, K. D. Bartle, K. M. L. Holden, C. E. Snape, S. Moinelo, R. Garcia |
| PDF | Comparison of Several Contemporary Ionization/Mass Analyzer Techniques for Large Components of Complex Fossil-Derived Materials. J. E. Hunt |
| | | R. E. Winans |
| PDF | High Performance Liquid Chromatography of Coal Liquefaction Process Streams Using Normal-Phase Separation with Diode Array Detection. |
| | | D. E. McKinney, D. J. Clifford, L. Hou, M. R. Bogdan, P. G. Hatcher |
| PDF | Molecular Beam Mass Spectrometric Characterization of Biomass Pyrolysis Products for Fuels Chemicals. |
| | | F. A. Agblevor, M. F. Davis, R. J. Evans |
| PDF | Coprocessing of 4-(1-naphthylmethyl)bibenzyl with Waste Tires Using Finely Dispersed Iron and Molybdenum Catalysts. |
| | | Y. Tang, C. W. Curtis |
| PDF | Nature of the Chemical Reaction for Furfural Modified Asphalt. |
| | | G. M. Memon, B. H. Chollar |
| PDF | Selective Catalytic Sorbents for NOX from Combustion Flue Gas. |
| | | A. M. Rubel, M. Stewart, J. Stencel |
| PDF | Novel Approach to the Production of Graphite from Anthracite. |
| | | J. V. Atria, S. M. Zeng, F. Rusinko, H. H. Schobert |
| PDF | Kinetics Modeling of the Atmospheric-Pressure Chemical Vapor Deposition of Silicon Dioxide from Silane Oxygen. |
| | | C. J. Giunta |
| PDF | Slagging Behavior of Coal Ash under Gasifier Environment. |
| | | H. T. Kim, S. W. Chung, S. H. Lee |
| PDF | Ion Exchange and Absorption Techniques to Apply Catalysts for Liquefaction of Lower Rank Coals. |
| | | K. S. Vorres, D. C. Cronauer, C. W. Curtis, C. J. Brannan |
| PDF | Sediment Precursors in Middle Distillate Fuel Instability Reactions. |
| | | G. W. Mushrush, D. R. Hardy |
| PDF | Field Ionization Mass Spectrometric Analysis of the Phenalenone-Indole Coupling Product: The Nature of Insolubles Formed in Diesel Oils. |
| | | R. Malhotra, D. S. Tse, D. R. Hardy, G. W. Mushrush, W. J. Stalick, R. N. Hazlett |
| PDF | Characterization of Soluble Macromolecular Oxidatively Reactive Species (SMORS) from Middle Distillate Diesel Fuels: Their Origin and Role in Instability. |
| | | D. R. Hardy, M. A. Wechter |
| PDF | Storage Stability of Diesel Fuel Produced from Brazilian Crude - Chemical Modification During Aging and the Effect of Hydrotreating on Fuel Stability. |
| | | H. O. Gomes, R. C. L. Pereira |
| PDF | Studies of the Stability and Sediment Precursors in Visbreaker Middle Distillate. |
| | | Y. K. Sharma, H. C. Chandola, K. M. Agrawal, I. D. Singh |
| PDF | Instability of Middle Distillate Fuels During Storage and Characterization of Insolubles by FTIR. |
| | | Y. K. Sharma, I. D. Singh, D. S. Aswal, K. M. Agrawal |
| PDF | Predicting Stability at the Refinery Using SMORS. |
| | | M. A. Wechter, D. R. Hardy |
| PDF | A Fuel Stability Study: Filterable and Adherent Insolubles as Functions of Time. |
| | | E. W. White |
| PDF | Effects of Sulfur Compounds on a JP-8 Surrogate Fuel. |
| | | W. D. Schultz, A. P. Gillman |
| PDF | Surface Fouling: Short- vs. Long-Term Tests. |
| | | E. G. Jones, W. J. Balster |
| PDF | Thermal stability of Diesel Fuels by Quantitative Gravimetric JFTOT. |
| | | E. J. Beal, D. R. Hardy |
| PDF | Hydrogen Exchange Pathways Between Arenes and Dihydroarenes: An Experimental and Mechanistic Modeling Study of High Temperature Hydrogen Transfer Pathways. |
| | | T. Autrey, E. Alborn-Cleveland, D. M. Camaioni, J. A. Franz |
| PDF | Is RHT Alive and Living in Venezuela? |
| | | D. F. McMillen, R. Malhotra |
| PDF | Intrinsic Barriers for H-Atom Transfer Reactions. |
| | | D. M. Camaioni, S. T. Autrey, J. A. Franz |
| PDF | Mechanistic Modelling of 9,10-Dimethylanthracene Thermolysis. |
| | | P. S. Virk, V. J. Vlastnik |
| PDF | Heat Treatment of Coals in Hydrogen-Donating Solvents at Temperatures as Low as 175-300°C. |
| | | M. Iino, J. Shen |
| PDF | Substituent Effects on C-H Bond Strengths of the Benzylic Positions in Coal-Model Compounds: Effects of Sulfur, Oxygen, Nitrogen and Aromatic Moieties on the Stabilities of Radicals. |
| | | M. Alnajjar, G. Gleicher, J. Franz, S. Truksa, X. Zhang, F. Bordwell |
| PDF | Solution Phase Reactions of Atomic Hydrogen. |
| | | D. D. Tanner |
| PDF | Thermodynamic and Kinetic Evaluations of Radical Stabilities. |
| | | M. J. Bausch, D. Autry, C. Garcia, Y. Gong, R. Gostowski, W. Li |
| PDF | Thermolysis of Silica-Immobilized 1-(4'-Hydroxyphenyl)-2 phenylethane Under D2. A Hydroliquefaction Model. |
| | | R. D. Guthrie,, S. Ramakrishnan, P. F. Britt, A. C. Buchanan III, B. H. Davis |
| PDF | Uncatalyzed Reaction of Selected Unsaturated Compounds with D2. |
| | | V. K. Rajagopal, R. D. Guthrie, B. Shi, B. H. Davis |
| PDF | Thermolysis of Phenethyl Phenyl Ether. A Model of Ether Linkages in Low Rank Coal. |
| | | P. F. Britt, A. C. Buchanan III, E. A., Malcom |
| PDF | Restricted Mass Transport Effects on Free Radical Reactions. |
| | | A. C. Buchanan III, P. F. Britt, K. B. Thomas |
| PDF | The Effect of Coal Addition on Solvent Hydrogenation and Coal Conversion in a Model Alkylnaphthalene Solvent. |
| | | K. S., Rothenberger, A. V. Cugini, K. T. Schroeder, G. A. Veloski, M. V. Ciocco |
| PDF | The Effect of Pressure and Solvent Quality on First Stage Coal Liquefaction With Dispersed Catalysts. |
| | | A. V. Cugini, K. S. Rothenberger, M. V. Ciocco, G. A. Veloski, D. V. Martello |
| PDF | Pillared Montmorillonite Catalysts for Coal Liquefaction. |
| | | R. K. Sharma, E. S. Olson |
| PDF | Synthetic Clay-Supported Catalysts for Coal Liquefaction. |
| | | E. S. Olson, R. K. Sharma |
| PDF | Model Reactions as a Measure of MOS2 Activity. |
| | | K. T. Schroeder, B. C. Bockrath, R. D. Miller |
| PDF | Roles of Molecular Hydrogen and a Hydrogen Donor Solvent in the Cracking of Coal Model Compounds with Dispersed Catalysts. |
| | | T. Suzuki, N. Ikenaga, T. Sakota, T. Matsui |
| PDF | Mechanisms of Iron-Based Catalysts Investigated Using Model Compounds. |
| | | J. C. Linehan, D. W. Matson, J. G. Darab, S. T. Autrey |
| PDF | Heterogeneous Catalysis: Mechanisms of Selective Cleavage of Strong Carbon-Carbon Bonds. |
| | | M. Farcasiu, S. C. Petrosius |
| PDF | The Effect of Promoter Metals on The Catalytic Activity of Sulfated Hematite for Model Compound Reactions. |
| | | G. T. Hager, R. Ochoa, E. N. Givens, P. C. Ecklund, F. Derbyshire |
| PDF | Model Hydrocracking Reactions Over Monometallic and Bimetallic Dispersed Catalysts. |
| | | E. Schmidt, C. Song |
| PDF | Microbial Desulfurization Mechanisms. |
| | | E. S. Olson, D. C. Stanley, R. K. Sharma, J. R. Gallagher |