| PDF | SURFACE MODIFICATION OF OXIDIZED COAL BY METHANOL VAPOR. |
| | | M. L. Gray, R. W. Lai, A. w. Wells |
| PDF | GLASS TRANSITION TEMPERATURE OF MODIFIED COALS. |
| | | T. K. Green, W. -P. Pan, M. Clark |
| PDF | DISTRIBUTION OF ORGANIC SULFUR IN RAW AND SOLVENT EXTRACTED COALS. |
| | | J. T. Riley, M. Zhu, D. S. Coffey, S. G. Sadler, J. M. Stidam, H. D. Graham, Jr |
| PDF | EVALUATION OF COMBINATION FUELS FOR FLUIDIZED BED COMBUSTORS BY THERMAL ANALYTICAL TECHNIQUES. |
| | | W. P. Pan, M. Campbell, J. T. Riley, M. Zhang |
| PDF | ARENECHROMIUM COMPLEXES IN COAL. |
| | | M. Ettinger, L. M. Stock |
| PDF | SYNTHESIS AND CHARACTERIZATION OF PYRIDINE AND 2,6-DIPHENYL- PYRIDINE ETHERS. |
| | | L. L. Matz |
| PDF | DIRECT LIQUEFACTION: WHERE WE STAND AND WHERE ARE WE SUPPOSED TO GO - AN OVERVIEW. |
| | | E. C. Moroni |
| PDF | LIQUEFACTION PATHWAYS OF U.S. COALS. |
| | | R. A. Keogh, B. H. Davis |
| PDF | MICROSCOPIC EVIDENCE OF COMPETING HYDROGENATION AND CONDENSATION REACTIONS DURING COAL LIQUEFACTION. |
| | | A. Davis, G. D. Mitchell, F. J. Derbyshire, H. H. Schobert, R. Lin |
| PDF | LINKS BETWEEN HYDROGENATION BEHAVIOR OF COALS AND THEIR GIESELER-SOLIDIFICATION. |
| | | A. Marzec, H. -R. Schulten |
| PDF | EFFECT OF MOLYBDENUM SULFIDE CATALYST ON THE MECHANISM OF COAL LIQUEFACTION. |
| | | C. E. Burgess, L. Artok, H. H. Schobert |
| PDF | CHARACTERIZATION OF MARTIN LAKE LIGNITE AND ITS RESIDUES AFTER LIQUEFACTION |
| | | S. M. Fatemi-Badi, A. J. Swanson, N. K. Sethi, R. T. Roginski |
| PDF | SOLUBILIZATION OF HIGH RANK, POCAHONTAS NO. 3 COAL. |
| | | K. Chatterjee, L. M. Stock |
| PDF | COAL LIQUEFACTION WITH MODEL SOLVENTS CONTAINING HYDROPHENANTHRENES AND/OR HYDROPYRENES. |
| | | K. Bate, G. Harrison |
| PDF | CLEAVAGE OF BENZYLAROMATICS AND THEIR RELEVANCE TO COAL CONVERSION. |
| | | D. F. McMillen, R. Malhotra, D. S. Tse |
| PDF | REACTIVITIES OF HYDROGENATED DI(1-NAPHTHYL)METHANES TOWARD THERMAL DECOMPOSITION AND HYDROCRACKING. X. -Y. |
| | | Y. Wei, E. Ogata, S. Futamura, Y. Kamiya, E. Niki |
| PDF | MECHANISMS FOR NONCATALYTIC AND CATALYTIC HYDROGEN TRANSFER PROCESSES UNDER COAL LIQUEFACTION CONDITIONS. |
| | | S. Futamura, S. Koyanagi, Y. Kamiya |
| PDF | A THEORETICAL AND EXPERIMENTAL STUDY OF UNIMOLECULAR AND BIMOLECULAR RADICAL HYDROGEN TRANSFER REACTIONS. |
| | | T. Autry, G. J. Gleicher, D. M. Camaioni, K. M. Ferris, J. A. Franz |
| PDF | THERMOLYSIS OF SURFACE-IMMOBILIZED PHENETHYL PHENYL ETHER. P. F. Britt |
| | | A. C. Buchanan, III, V. M. Hitsman |
| PDF | ACID-CATALYZED CRACKING OF SURFACE-IMMOBILIZED 1,3-DIPHENYLPROPANE IN DISPERSED SOLIDS. |
| | | A. C. Buchanan III, III, P. F. Britt, C. A. Biggs |
| PDF | EFFECT OF PORE STRUCTURE OF Ni-Mo CATALYSTS ON HYDROCRACKING OF ASPHALTENE AND PREASPHALTENE AND HETEROATOM REMOVAL. |
| | | C. Song, T. Nihonmatsu, K. Hanaoka, M. Nomura |
| PDF | ULTRAFINE IRON CATALYSTS FOR COAL DISSOLUTION. |
| | | P. C. Eklund, J. M. Stencel, X. -X. Bi, R. A. Keogh, F. J. Derbyshire |
| PDF | STRUCTURE AND DISPERSION OF IRON-BASED DIRECT COAL LIQUEFACTION CATALYSTS. |
| | | G. P. Huffman, B. Ganguly, M. Taghiei, F. E. Huggins, N. Shah |
| PDF | HYDROTALCITE CATALYSIS OF HYDROTREATING REACTIONS. |
| | | R. K. Sharma, D. C. Stanley, P. L. Holm, E. S. Olson |
| PDF | MECHANISM OF HYDROTREATING REACTIONS: SOLID ACID CATALYSIS. E. S. Olson |
| | | J. W. Diehl, R. K. Sharma |
| PDF | CATALYSIS OF MULTI-COMPONENT LEWIS ACIDS FOR COAL HYDROLIQUEFACTION AND MODEL COMPOUNDS. |
| | | C. Song, M. Nomura, T. Ono |
| PDF | SULFATED METAL OXIDES AS CATALYSTS FOR COAL-OIL COPROCESSING. V. |
| | | R. Pradhan, J. w. Tierney, I. Wender |
| PDF | DIHYDROQUINONE FOR ENHANCING COAL LIQUEFACTION YIELDS. |
| | | J. H. Penn, Y. -Q. Liu, P. Yassini |
| PDF | EVALUATION OF CATALYTIC ROLE OF VANADIUM IN COAL-OIL PROCESSING USING MODEL SYSTEMS. |
| | | H. Kim, C. W. Curtis |
| PDF | RETROGRESSIVE REACTIONS IN COAL/PETROLEUM CO-PROCESSING. |
| | | J. Tomic, H. H. Schobert |
| PDF | RETROGRESSIVE ARYL-ALKYL BOND FORMING REACTIONS FACILITATED BY REACTIONS OF SULFUR-CENTERED RADICALS. |
| | | M. S. Alnajjar, J. A. Franz |
| PDF | REACTION PATHWAYS DURING COPROCESSING. THE REACTION OF ILLINOIS NO. 6 COAL AND LLOYDMINSTER RESID UNDER MILD CONDITIONS. |
| | | K. Ceylan, L. M. Stock |
| PDF | DETERMINATION OF DIDEUTERIUM UPTAKE IN COAL PETROLEUM RESID COPROCESSING. |
| | | M. D. Ettinger, L. M. Stock, J. G. Gatsis |
| PDF | A COMPLETE THERMAL PROCESSING SYSTEM FOR FUELS AND POLYMER ANALYSIS. |
| | | J. W. Washall, T. P. Wampler, W. A. Bowe |
| PDF | THERMAL DEGRADATION OF POLYARYLETHERSULFONES 1 . REVIEW OF UNDERLYING CHEMISTRY. |
| | | C. Libanati, C. LaMarca, M. T. Klein, S. M. Andrews, R. J. Cotter |
| PDF | THERMAL DEGRADATION OF POLY(ARYLETHER SULFONES) 2. MONTE CARLO SIMULATION OF POLYMER STRUCTURE, REACTION AND DIFFUSION. |
| | | C. Libanati, C. LaMarca, M. T. Klein, S. M. Andrews, R. J. Cotter |
| PDF | PYROLYSIS OF PHENOL-FORMALDEHYDE RESIN: EXPERIMENTS AND MODELING. |
| | | M. A. Serio, S. Charpenay, R. Bassilakis, P. R. Solomon |
| PDF | THERMOLYSIS OF 2,2-DIPHENYLPROPANE AND 4-CUMYL PHENOL. |
| | | C. LaMarca, C. Libanati, M. T. Klein, R. J. Cotter, S. M. Andrews |
| PDF | PYROLYSIS OF BIOMASS AND POLYMER MIXTURES - MUNICIPAL SOLID WASTE AS AN EXAMPLE. |
| | | W. -C. Lai, B. Krieger-Brockett |
| PDF | PY-GC-ITD TRAP DETECTION OF SORGHUM GRAIN POLYPHENOLS (syn. VEGETABLE TANNINS,) : PRELIMINARY RESULTS. |
| | | G. C. Galletti |
| PDF | A NOVEL POLYPHENOL BIOPOLYMER ISOLATED FROM FOSSIL SEEDS: AN ALTERNATIVE SOURCE FOR (ALKYL)PHENOL MOIETIES IN COALS. |
| | | P. F. van Bergen, M. E. Collinson, J. S. Sinninghe Damste, J. W. de Leeuw |
| PDF | PYROLYSIS OF NATURAL RUBBER, WAXES AND RESINS WITH ZEOLITIC CATALYSTS. |
| | | S. Gnecco, R. Cid, v. Caamano, A. E. Pavlath |
| PDF | ALKLYPYRROLES IN KEROGEN PYROLYSATES: EVIDENCE FOR ABUNDANT MACROMOLECULARLY-BOUND TETRAPYRROLE PIGMENTS. |
| | | J. S. Sinninghe Damste, T. I. Eglinton, J. W. de Leeuw |
| PDF | NEW APPROACHES TO THE STUDY OF CELLULOSE PYROLYSIS. |
| | | R. J. Evans, F. A. Agblevor, H. L. Chum, J. B. Wooten, D. B. Chadwick, S. D. Baldwin |
| PDF | CHARACTERIZATION OF LIGNOCELLULOSIC MATERIALS AND MODEL COMPOUNDS BY COMBINED TG/(GO/FTIR/MS. |
| | | J. P. Dworzanski, R. M. Buchanan, J. N. Chapman, H. L. C. Meuzelaar |
| PDF | LASER PYROLYSIS GAS CHROMATOGRAPHY/MASS SPECTROMETRY OF SINGLE SPHEROCARB PARTICLES IMPREGNATED WITH BITUMINOUS AND POLYMERIC SUBSTANCES. |
| | | W. S. Maswadeh, H. Huai, H. L. C. Meuzelaar |
| PDF | IDENTIFICATION OF CHEMICAL MARKERS FOR BACTERIA BY PYROLYSIS- TANDEM MASS SPECTROMETRY. |
| | | K. J. Voorhees, S. J. DeLuca |
| PDF | STABLE CARBON ISOTOPIC COMPOSITION OF INDIVIDUAL PRODUCTS FROM FLASH PYROLYSIS OF KEROGENS. |
| | | T. I. Eglinton, B. D. Fry, K. H. Freeman, J. M. Hayes |
| PDF | IN-SITU XAFS STUDIES OF SULFUR IN COAL DURING HIGH TEMPERATURE PYROLYSIS AND OXIDATION. |
| | | M. M. Taghiei, F. E. Huggins, N. Shah, G . P . Huffman |
| PDF | STRUCTURE AND STRUCTURAL DIVERSITY IN RESINITES, AS DETERMINED BY PYROLYSIS-GAS CHROMATOGRAPHY-MASS SPECTROMETRY. |
| | | K. B. Anderson, R. E. Winans |
| PDF | STRUCTURAL ELUCIDATION OF POLYMER DITERPENOIDS IN FOSSIL GYMNOSPERM RESINS BY MEANS OF PYROLYSIS COMBINED WITH GC-MS. B. |
| | | G . K . van Aarssen, J. W. de Leeuw |
| PDF | ANALYSIS OF PERU MARGIN SURFACE SEDIMENTS BY PY-MS. T. I. |
| | | Eglinton, M. A. McCaffrey, H. Huai, H. L. C. Meuzelaar.' |
| PDF | MECHANISMS OF HYDROCARBON FORMATION DURING FLASH PYROLYSIS OF KEROGEN. |
| | | W. A. Hartgers, J. S. Sinninghe Damste, J. W. de Leeuw |
| PDF | COAL PYROLYSIS: MEASUREMENTS AND MODELING OF PRODUCT EVOLUTION KINETICS AND CHAR PROPERTIES. |
| | | R. M. Carangelo, M. A. Serio, P. R. Solomon, S. Charpenay, Z. -Z. Yu, R. Bassilakis |