| PDF | VALUE-ADDED PRODUCTS FROM THE ENLARGED WOMBAT REACTOR D. L. Wertz |
| | | S. B. DuBose, S. Kosbab, A. D. Trahan, J. Wolf, C. Bounds, E. R. Smith |
| PDF | PREOXIDATION EFFECTS ON THE ENERGETICS OF RAPID COAL PYROLYSIS |
| | | H. B. Kwon, F. J. Vastola |
| PDF | PREDICTING EFFECTIVENESS FACTOR FOR M-TH ORDER AND LANGMUIR RATE EQUATIONS IN SPHERICAL COORDINATES |
| | | J. Hong, W. C. Hecker, T. H. Fletcher |
| PDF | KINETICS OF HIGH PRESSURE CHAR OXIDATION R. J. Sawaya |
| | | J. W. Allen, W. C. Hecker, T. H. Fletcher, L. D. Smoot |
| PDF | IN SITU CIR-FTIR CHARACTERIZATION OF CATALYTIC CRACKING OF SUPERCRITICAL ENDOTHERMIC FUELS OVER DIFFERENT ZEOLITES |
| | | Z. A. Dardas, L. J. Spadaccini, D. R. Sobel |
| PDF | FLOW PROPERTIES OF ASPHALT CEMENTS BY COMPOUNDING WITH SYNTHETIC POLYMERS |
| | | P.-H. Yeh, W. H. Daly, L. N. Mohammad |
| PDF | HYDROGENATION REACTIVITY OF MONO-AROMATIC COMPOUND IN POLAR SOLVENTS OVER Ru/Al2O3 CATALYST |
| | | D. Wang, K. Kusakabe, S. Morooka |
| PDF | METHANE ACTIVATION AND AROMATIZATION WITHOUT USING OXIDANTS OVER Mo/H-ZSM-11 CATALYSTS |
| | | Q. Kan, T. Wu, L. Lin |
| PDF | HYDROGEN RESEARCH AND DEVELOPMENT PROGRAM |
| | | N. P. Rossmeissl |
| PDF | ISOLATION OF CHLAMYDOMONAS MUTANTS WITH IMPROVED OXYGEN- TOLERANCE |
| | | T. Flynn, M. L. Ghirardi, M. Seibert |
| PDF | PHOTOSYNTHETIC HYDROGEN AND OXYGEN PRODUCTION BY GREEN ALGAE. |
| | | E. Greenbaum, J. W. Lee |
| PDF | PRODUCTION OF HYDROGEN FROM BIOMASS BY PYROLYSIS/STEAM REFORMING |
| | | S. Czernik, R. French, C. Feik, E. Chornet |
| PDF | DEVELOPMENT OF POROUS CERAMIC MEMBRANES FOR A SOLAR THERMAL WATER-SPLITTING REACTOR |
| | | A. Kogan |
| PDF | AN ULTRASAFE HYDROGEN GENERATOR: AQUEOUS ALKALINE BOROHYDRIDE SOLUTIONS AND Ru CATALYST |
| | | S. C. Amendola, S. L. Sharp-Goldman, M. S. Janjua, M. T. Kelly, P. J. Petillo, M. Binder |
| PDF | SUSTAINABLE HYDROGEN FOR THE HYDROGEN ECONOMY |
| | | R. W. Breault, A. W. McClaine, J. Rolfe, C. Larsen |
| PDF | NOVEL TECHNIQUE FOR THE PRODUCTION OF HYDROGEN USING PLASMA REACTORS |
| | | C. L. Gordon, P. J. Howard, L. L. Lobban, R. G. Mallinson |
| PDF | TECHNOECONOMIC ANALYSIS OF HYDROGEN PRODUCTION FROM WESTERN COAL AUGMENTED WITH CO2 SEQUESTRATION AND COALBED METHANE RECOVERY |
| | | P. Spath, W. Amos, H. Chambers, D. R. Madden, D. Smith, W. Shelton |
| PDF | ON PERSPECTIVES OF CO2-FREE PRODUCTION OF HYDROGEN FROM HYDROCARBON FUELS FOR SMALL SCALE APPLICATIONS |
| | | N. Muradov |
| PDF | FUEL PROCESSING OPTIONS FOR PROTON EXCHANGE MEMBRANE FUEL CELL SYSTEMS FOR MOBILE APPLICATIONS R. A. J. Dams |
| | | P. R. Hayter, S. C. Moore |
| PDF | UNMIXED REFORMING: AN ADVANCED STEAM REFORMING PROCESS |
| | | R. V. Kumar, J. A. Cole, R. K. Lyon |
| PDF | FUEL-FLEXIBLE PARTIAL OXIDATION REFORMING OF HYDROCARBONS FOR AUTOMOTIVE APPLICATIONS |
| | | J. P. Kopasz, R. Wilkenhoener, S. Ahmed, J. D. Carter, M. Kmmpelt |
| PDF | HYDROGEN PRODUCTION VIA METHANOL - STEAM REFORMING USING CATALYSTS CONTAINING A HYDROTALCITE PHASE STRUCTURE |
| | | L. M. Kearns, J. C. Amphlett, E. Haliop, H. M. Jenkins, R. F. Mann, B., A. Peppley |
| PDF | SYSTEM OPTIMIZATION AND COST ANALYSIS OF PLASMA CATALYTIC REFORMING OF HYDROCARBONS |
| | | L. Bromberg, D. R. Cohn, A. Rabinovich, N. Alexeev, A. Samokhin, R. Ramprasal, S. Tamhankar |
| PDF | PERFORMANCE TESTING OF HYDROGEN TRANSPORT MEMBRANES AT ELEVATED TEMPERATURES AND PRESSURES |
| | | K. S. Rothenberger, A. V. Cugini, R. V. Siriwardane, D. V. Martello, J. A. Poston, E. P. Fisher, W. J. Graham, U. Balachandran |
| PDF | A MODEL OF A HIGH TEMPERATURE, HIGH PRESSURE WATER-GAS SHIFT TUBULAR MEMBRANE REACTOR |
| | | R. M. Enick, J. Hill, A. V. Cugini, K. S. Rothenberger, H. G. Mcllvried |
| PDF | A FIRST-PRINCIPLES STUDY OF HYDROGEN-METAL INTERACTION IN VARIOUS METALS |
| | | Y. Yokoi, T. Seki, I. Yasuda |
| PDF | HYDROGEN SEPARATION USING TERNARY POLYMER BLEND COMPARED WITH THE INORGANIC HIGH SURFACE AREA ZEOLITE MATERIALS |
| | | K. R. Sharma |
| PDF | THE APPLICATION OF A HYDROGEN RISK ASSESSMENT METHOD M. R. Swain |
| | | E. S. Grilliot, M. N. Swain |
| PDF | LOW COST HYDROGEN SENSORS FOR HYDROGEN FUEL SAFETY M. Daughtery |
| | | D. Haberman, C. Salter, D. Benson, B. Hoffheins |
| PDF | THE INTERNATIONAL ENERGY AGENCY'S HYDROGEN RESEARCH AND DEVELOPMENT ACTIVITIES C. |
| | | C. Elam, C. E. Gregoire Padr6, G. Sandrock, B. Gaudernack, N. P. Rossmeissl |
| PDF | MODELING OF SUSTAINABLE HYDROGEN PRODUCTION/STORAGE ENERGY SYSTEMS FOR REMOTE APPLICATIONS |
| | | E. Martin, N. Muradov |
| PDF | HYDROGEN FOR A PEM FUEL CELL VEHICLE USING A CHEMICAL- HYDRIDE SLURRY |
| | | R. W. Breault, C. Larson, J. Rolfe |
| PDF | ELECTROCHEMICAL INVESTIGATION OF Y,Zr1.xMnn,FenCopV0Crq(m+n+o+p+q=2) ELECTRODE FOR Ni-MH BATTERY APPLICATION |
| | | N. Rajalakshmi, K. S. Dhathathreyan, S. Ramaprabhu |
| PDF | INTERACTION OF HYDROGEN WITH NANOPOROUS CARBON MATERIALS |
| | | J. Sun, L. F. Conopask, S. Satyapal, t.d. jARVI |
| PDF | CATALYTICALLY ENHANCED SODIUM ALUMINUM HYDRIDE AS A HYDROGEN STORAGE MATERIAL |
| | | C. M. Jensen, K. Magnuson, R. A. Zidan, S. Takara, A. G. Hee, N. Mariels, C. Hagen |
| PDF | PERFORMANCE OF AN AMBIENT PRESSURE CELL STACK OPERATING UNDER SYNTHETIC GASOLINE REFORMATE |
| | | S. Kocha, A. Gaskins, P. Plasse, D. Wheeler |
| PDF | OPTIMAL OPERATING TEMPERATURE AND PRESSURE OF PEM FUEL CELL SYSTEMS IN AUTOMOTIVE APPLICATIONS |
| | | B. Balasubramanian, F. Barbir, J. Neutzler |
| PDF | PREPARATION OF PT-RU OR PT-MO SUPPORTED CATALYSTS FOR PEM OR DIRECT METHANOL FUEL CELLS FROM SINGLE-SOURCE MOLECULAR PRECURSORS |
| | | C. M. Lukehart, D. L. Boxall, J. D. Corn, M. Hariharasarma, W. D. King, K. C. Kwiatkowski, E. S. Steigerwalt, E. A. Kenik |
| PDF | SELECTIVE CATALYTIC OXIDATION OF CO IN H2 FOR FUEL CELL APPLICATIONS O. Korotkikh |
| | | R. Farrauto, O. Korothkik |
| PDF | CATALYTIC REACTOR FOR IMPROVED CARBON MONOXIDE CONTROL WITHIN THE HYDROGEN FEED STREAM OF A PEM FUEL CELL |
| | | J. K. Hong, M. A. Inbody, J. C. Hedstrom, J. I. Tafoya, N. E. Vanderborgh |
| PDF | COMPACT FUEL PROCESSORS FOR FUEL CELL ELECTRIC VEHICLES (FCEVs) |
| | | W. L. Mitchell, P. S. Chintawar, M. Hagan, B.-X. He, S. K. Prabhu |
| PDF | AN OVERVIEW OF RESID CHARACTERIZATION BY MASS SPECTROMETRY AND SMALL ANGLE SCATTERING TECHNIQUES |
| | | R. E. Winans, J. E. Hunt |
| PDF | PETROLEUM ASPHALTENE MOLECULAR SIZE AND STRUCTURE USE OF LASER TECHNIQUES FOR THE STUDY OF ASPHALTENE AGGREGATION AND ADSORPTION |
| | | H. Groenzin, O. C. Mullins, S. Acevedo, M. A. Ranaudo, J. Castillo, M. Caetano, A. Fernandez |
| PDF | USE OF LASER TECHNIQUES FOR THE STUDY OF ASPHALTENE AGGREGATION AND ADSORPTION |
| | | S. Acevedo, M. A. Ranaudo J. Castillo, M. Caetano, A. Fernandez |
| PDF | STUDY ON THE MICELLE SIZE OF ASPHALTENES IN VACUUM RESIDUE BY DIELECTRIC LOSS |
| | | M. Fujii, T. Yoneda, Y. Sanada |
| PDF | COVALENT STRUCTURE AND MOLECULAR ARCHITECTURE OF ATHABASCA ASPHALTENE |
| | | O. P. Strausz, P. Peng, J. Murgich |
| PDF | THE STABILITY OF THE ASPHALTENE AND RESIN AGGREGATES AND THEIR CHEMICAL REACTIVITY |
| | | J. Murgich, R. Isea, J. Abanero, O. P. Strausz |
| PDF | STOCHASTIC MODELING OF PETROLEUM RESID - THE USE OF REACTIVITY INFORMATION IN STRUCTURE DETERMINATION |
| | | A. Vasudeva, A. Kumar, M. T. Klein |
| PDF | STRUCTURE AND REACTIVITY OF THE ASPHALTENE FRACTION OF AN ARABIAN LIGHT/MEDIUM CRUDE MIXTURE M. Nomura |
| | | K. Kidena, S. Murata, Y. Su, L. Artok, Y. Miyatani |
| PDF | CHARACTERIZATION AND ADSORPTION TREATMENT OF VACUUM RESIDUE FRACTIONS WITH CARBONS |
| | | K. Sakanishi, T. Manabe, I. Watanabe, I. Mochida |
| PDF | SULFUR CHARACTERIZATION IN ASPHALTENE RESIN, AND OIL FRACTIONS OF TWO CRUDE OILS |
| | | S. Mitra-Kirtley, O. C. Mullins, C. Y. Ralston, C. Pareis |
| PDF | FRACTIONATION AND MOLECULAR ANALYSIS OF A VACUUM RESIDUE ASPHALTENES |
| | | M.-G. Yang, S. Eser |
| PDF | COLLOIDAL NATURES OF TWO TYPICAL CHINESE VACUUM RESIDUA I: COLLOIDAL STRUCTURES IN TERMS OF SFEF FRACTIONS |
| | | S. Li, H. Fu, C. Liu, W. Liang |
| PDF | COLLOIDAL NATURES OF TWO TYPICAL CHINESE VACUUM RESIDUA II: REVISIT AND CHARACTERIZATION OF COLLOIDAL STRUCTURES |
| | | S. Li, H. Fu, C. Liu, W. Liang, Z. Zhang |
| PDF | PRELIMINARY RESULTS ON THE MOLECULAR STRUCTURES OF THE ATHABASCA AND COLD LAKE ASPHALTENES |
| | | J. P. Mathews, S. Eser, P. Rahimi |
| PDF | STRUCTURAL ANALYSES OF PETROLEUM ASPHALTENES AND RESINS AFTER HDM AND SUBSEQUENT HDS TREATMENTS |
| | | H. Seki, F. Kumata |
| PDF | STRUCTURAL INSIGHTS TO HEAVY RESID AND COAL FOR DESIGNING UP-GRADING |
| | | I. Mochida |
| PDF | SEPARABILITY OF COLD LAKE BITUMEN AND ARABIAN HEAVY VACUUM RESID |
| | | I A. Wiehe |
| PDF | THE PROMOTIONAL EFFECT OF INITIATORS IN HYDRO-THERMAL CRACKING OF RES1DS |
| | | J. Chang, L. Fan, K. Fujimoto |
| PDF | EFFECT OF STEAM ON COKING CHEMISTRY OF ATHABASCA BITUMEN |
| | | R. Dutta, W. McCaffrey, M. Gray |
| PDF | PROCESSABILITY AND THERMAL BEHAVIOUR OF ATHABASCA BITUMEN WITH VARYING ASPHALTENES CONCENTRATION |
| | | T. Gentzis, P. Rahimi |
| PDF | THE INFLUENCE OF CARBONACEOUS ADDITIVES ON MESOPHASE FORMATION FROM ATHABASCA BITUMEN |
| | | T. Gentzis, P. Rahimi, R. Malhotra, A. Hirschon |
| PDF | MAXIMIZING CYCLE LENGTH OF VACUUM RESIDUE HYDRODESUL-FURIZATION UNIT |
| | | S. Kressmann, V. Harle, S. Kasztelan, I. Guibard, P. Tromeur, F. Morel |
| PDF | PILOT PLANT STUDY OF THE PERFORMANCE OF AN INDUSTRIAL Mo03/Al203 CATALYST IN HYDROTREATMENT OF KUWAIT ATMOSPHERIC RESIDUE |
| | | A. Stanislaus, S. Fukase, R. Koide, A. Al-Barood, A. Marafi, F. Al-Jasem, M. Absi-Halabi |
| PDF | CHARACTERISATION OF COKE ON DEACTIVATED HYDRODESUL- FURISATION CATALYSTS AND A NOVEL APPROACH TO CATALYST EGENERATION |
| | | C. E. Snape, Y. R. Tyagi, M. Castro Diaz, P. J. Hall, I. P. Murray, S. C. Martin |
| PDF | HYDROGENATION OF PETROLEUM RESIDUA IN DIFFERENT FLUID MEDIA |
| | | M.-G. Yang, Q.-F. Zha, S. Eser |