| PDF | The Behavior of the Trace Elements in Coal During Pyrolysis |
| | | R. Guo , J. Yang , D. Liu , Z. Liu |
| PDF | Catalytic Pyrolysis of N-Hexane for Ethylene Production Over Mordenite Zeolites Modified by Metal Oxides |
| | | J. Zheng , J. Dong , W. Zhang , Q. Xu , C. Song |
| PDF | A Comparison of Product Profiles from Aqueous Pyrolysis of Selected Biomass and Waste Materials |
| | | Tanja Barth |
| PDF | Coprocessing of Yanzhou Coal With a FCC Slurry |
| | | Z.J. Wang , J.L. Yang , Z.Y. Liu |
| PDF | Development of Gasification/Melting Process for Coal and Combustible Wastes |
| | | Y. Yun , J.S. Ju |
| PDF | Effect of Gaseous Additives on Desulfurization of Coal Through Pyrolysis |
| | | L. Xu , J. Yang , Y. Li , Z. Liu |
| PDF | Electrochemical Properties of MCMBS as Anode for Lithium Ion Battery |
| | | B. Li , R. Guo , K. Li , C. Lu , L. Ling |
| PDF | Hydrotreatment of Tar Formed in Gasification of Biomass |
| | | M. Hernelind , B. Gevert |
| PDF | Influence of Thermal Treatment Conditions on Transformation Behavior of Trace Elements in Coals |
| | | R. Guo , J. Yang , B. Li , D. Liu , Z. Liu |
| PDF | Nitrogen and Sulfur Release During High Temperature Pyrolysis of Coals |
| | | N. Tsubouchi , Y. Ohtsuka |
| PDF | Novel Method to Synthesize Carbon Molecular Sieves With Petroleum Cokes |
| | | Y. Liu , Z. Yan |
| PDF | Pyrolysis Yields of Coal Tar Pitches: Effect of Polymerization Additives |
| | | M.M. Maroto-Valer , Y. Zhang , B.N. Shaffer , John Marthin Andrésen |
| PDF | Ruthenium Ion Catalyzed Oxidation as a Tool for the Characterization of Pyrolysis Non-Volatile Products |
| | | M.A. G.Teixeira , Maria Louisa A. Goncalves , Rosana C.L. Pereira |
| PDF | Simultaneous Coal Gasification and CO(2) Sequestration Using a Fluidized Bed of Activated Serpentine |
| | | Z. Tang , M.M. Maroto-Valer , Y. Zhang , M. E.Kuchta , John Marthin Andrésen , Scott A. Bair |
| PDF | Simultaneous CO-Carbonization of Coal and Decant Oil:The Effect of Varying Process Parameters |
| | | Mark W. Badger , G. Mitchell , N. Herman , B. Senger , H. Schobert |
| PDF | The Use of Coal Pyrolysis Products for the Development of Thermally Stable Jet Fuels |
| | | J.J. Strohm , Suchada Butnark , T.L. Keyser , John Marthin Andrésen , Mark W. Badger , H. Schobert , C. Song |
| PDF | Volatilization of Na During Pyrolysis of a Victorian Brown Coal at Elevated Pressures |
| | | C. Sathe , J. Hayashi , C. Li , T. Chiba |
| PDF | Adsorption Properties Studies of the Nickel Catalysts for Carbon Dioxide Reforming of Methane |
| | | R. Ding , Z. Yan |
| PDF | CH(4) Decomposition on CO/SIO(2): Influence of Metal Particle Size and Gas Phase Composition on Decomposition Rate |
| | | Y. Zhang , K.J. Smith |
| PDF | Challenges and Progress in the Conversion of Natural Gas to Fuels and Chemicals |
| | | E. Iglesia |
| PDF | Characterization and Application of Cr(2)O(3)-ZnO Catalysts for Methanol Synthesis |
| | | Michael C.J. Bradford , M.V. Konduru , D.X. Fuentes |
| PDF | Characterization of the Structure Features of Nickel Catalysts for Carbon Dioxide Reforming of Methane |
| | | R. Ding , Z. Yan |
| PDF | CO(2) Reforming and Partial Oxidation of Methane on Pt/Al(2)O(3), Pt/ZrO(2) and Pt/Ce-ZrO(2) Catalysts |
| | | L.V. Mattos , E.R. de Oliveira , D.E. Resasco , F.B. Passos , F.B. Noronha |
| PDF | Continuous Production of Diethyl Carbonate Over a Supported CuCl(2)/PdCl(2)/KOH Catalyst |
| | | N.S. Roh , B.C. Dunn , E.M. Eyring , J. Dworzanski , H.L.C. Meuzelaar , J.Z. Hu , M.S. Solum , R.J. Pugmire |
| PDF | The Coupling of Catalytic Steam Reforming and Oxidative Reforming of Methane to Produce Pure Hydrogen in a Novel Circulating Fast Fluidization Bed Membrane Reformer |
| | | Z. Chen , P. Prasad , S. Elnashaie |
| PDF | Dehydro-Oligomerization of Methane to Benzene and Naphthalene Without Adding Oxygen: Promotional Effect of in Over MO/HZSM-5 Catalyst |
| | | J. Zhao , X. Wang , T. Zhang , L. Li , N. Li , M. Zheng , L. Lin |
| PDF | Development of a Pressure Dependent Reaction Model for Methane/Methanol Mixtures Under Pyrolytic and Oxidative Conditions and Comparison With Experiment |
| | | C. Sheng , Joseph W. Bozzelli , W. Ing |
| PDF | Effect of the Amount of Base Site on Catalytic Behavior of CAO for Synthesis of Dimethyl Carbonate from Propylene Carbonate and Methanol |
| | | T. Wei , W. Wei , M. Wang , Y. Sun , B. Zhong |
| PDF | Effect of Water on the Fischer-Tropsch Synthesis on Supported Cobalt Catalysts |
| | | S. Storsaeter , C. Aaserud , A-.M. Hilmen , O. Lindvag , E. Bergene , D. Schanke , S. Eri , A. Holmen |
| PDF | Fischer-Tropsch Synthesis: Effect of Activation on Potassium Promoted Iron Catalysts |
| | | M. Luo , B.H. Davis |
| PDF | Investigation of Hydroformylation of Olefins in Supercritical Carbon Dioxide Using Phosphine Modified Rhodium Catalyst |
| | | C. Erkey , D. Palo , S. Haji |
| PDF | Methane and Methanol Steam Reforming to Produce Hydrogen Using Catalytic Microchannel Reactors |
| | | Y. Wang , R. Dagle , Y. Chin , D. Palo , J. Hu , J. Holladay |
| PDF | Methanol Synthesis Activity of Alkaline Earth and Lanthanoid Metal Added Sulfided PD/SIO(2) and Their Surface Fine Structures Investigated by Drift Spectroscopy |
| | | N. Koizumi , K. Murai , S. Takasaki , M. Yamada |
| PDF | Product Analysis of a Novel Syn-Crude Synthesis Directly from a Combined Conversion of Coal and Methane |
| | | Y. Wang , Y. Li , J. Zou , B. Eliasson , C. Liu |
| PDF | Production of Rich Hydrogen Gases in Fuel Cells |
| | | Z. Xinrong , S. Pengfei , Z. Jianxi , Z. Mengyue , L. Chuntao |
| PDF | Production of Syn Gas / High BTU Gaseous Fuel from the Pyrolysis of Biomass Derived Oil |
| | | S. Panigrahi , A.K. Dalai , N.N. Bakhshi |
| PDF | Reaction Behavior of Fischer-Tropsch Synthesis in Near Critical and Supercritical Hexane Media |
| | | X. Huang , C.W. Curtis , C.B. Roberts |
| PDF | Recent Developments in Autothermal Reforming and Prereforming for Synthesis Gas Production in GTL Applications |
| | | K. Aasberg-Petersen , T.S. Christensen , C.S. Nielsen , I. Dybkjaer |
| PDF | Selective Oxidesulfurization of C(1)-Organosulfur Compounds Over Supported Metal Oxide Catalysts |
| | | S. Choi , I.E. Wachs |
| PDF | Selectively Synthesize Isobutene from CO Hydrogenation Over ZRO(2) Based Catalysts in a Specially Designed Reactor |
| | | Y. Li , D. He , Q. Zhu |
| PDF | Structural Evolution and Site Requirements for Fischer-Tropsch Synthesis Catalysts Based on Fe Oxides Promoted With Cu, Ru, OR K |
| | | S. Li , S. Krishnamoorthy , G.D. Meitzner , E. Iglesia |
| PDF | Structural Requirements and Reaction Pathways for the Fischer-Tropsch Synthesis |
| | | S. Krishnamoorthy , S. Li , D. Pinna , M. Tu , E. Iglesia |
| PDF | Studies With a Precipitated Iron Fischer-Tropsch Catalyst Reduced by H(2) Or CO |
| | | Guozhu Bian , A. Oonuki , N. Fujishita , N. Koizumi , H. Nomoto , M. Yamada |
| PDF | Supercritical-Phase Process for Selective Synthesis of Heavier Hydrocarbons from Syngas on Cobalt Catalysts |
| | | J. Zhou , S. Yan , Z. Gao , L. Fan |
| PDF | Supported Binary Catalysts for Dehydrogenation of Methane |
| | | N. Shah , F.E. Huggins , D. Panjala , G.P. Huffman , A. Punnoose , M.S. Seehra |
| PDF | Surface Reaction Mechanism Development for Partial Oxidation of Methane to Synthesis Gas |
| | | A.B. Mhadeshwar , Preeti Aghalayam , V. Papavassiliou , D.G. Vlachos |
| PDF | Temperature-Programmed Studies on Partial Oxidation of CH(4) to Syngas Over a Ni/Al(2)O(3) Catalyst |
| | | L. Chun-Yi , Z. Zhao-Bin , Y. Chang-Chun , S. Shi-Kong |
| PDF | Transesterification of Dimethyl Oxalate and Phenol Over TS-1 Catalyst |
| | | X. Ma , S. Wang , H. Guo , G. Xu |
| PDF | A (1)H NMR Pulse Gradient Spin-Echo (PGSE) Mass Transport Study of Dimethyl Oxalate and Ethylene Glycol: New Fuels for the DOFC |
| | | S. Suarez-Gustave , S. Greenbaum , S.H. Chung , E. Peled , T. Duvdevani , A. Aharon , A. Melman |
| PDF | Agtane (Agricultural Cetane): An Economically Viable Bioenergy Product for Compression Ignited Engines |
| | | A. Spataru |
| PDF | Biomass Pyrolysis Chemistry and Global Kinetics at High Heating Rates |
| | | D.C. Dayton , Alexander L. Brown , J.W. Daily |
| PDF | Biorefinery Concept Development Based on Wheat Flour Milling |
| | | D.C. Elliott , R.J. Orth , J. Gao , T.A. Werpy , D.E. Eakin , A.J. Schmidt , G.G. Neuenschwander , A.J. Flagg , J. Murry , L. Lahman , C. Lin , D.L. Mennel , R. Landucci |
| PDF | Catalyst Development for the Cellulose Gasification and Optimization of the Operation Variables |
| | | Mohammad Asadullah , S. Ito , K. Kunimori , K. Tomishige |
| PDF | The Catalytic Effect of Carbon-Supported Ruthenium on the Depolymerization of Hydrolytic Lignin |
| | | Caroline E. Burgess , D.J. Clifford , J.R. Horvath |
| PDF | Conversion of Lignin into a Hydrocarbon Product for Blending With Gasoline |
| | | D.K. Johnson , E. Chornet , W. Zmierczak , J. Shabtai |
| PDF | Direct Formation of Aromatics from Biopolymers During Late-Stage, High-Severity Pyrolysis |
| | | R.J. Evans , M.J. Looker , M.N. Nimlos |
| PDF | The Effect of Inorganics on The Formation of PAH During Low Temperature Pyrolysis of Cellulose |
| | | T.E. McGrath , J.A. Hoffman , J.B. Wooten , M.R. Hajaligol |
| PDF | Effects of Restricted Mass Transport on Thermolysis of Lignin Model Compounds |
| | | A.C. Buchanan III, Phillip F. Britt , M.K. Kidder |
| PDF | Enhanced Wood Fuels Via Torrefaction |
| | | E.S. Lipinsky , James R. Arcate , T.B. Reed |
| PDF | Exhaust Emissions from a SI Engine Fueled With Pyrolysis Gas |
| | | M. Ratcliff , C. Baca-Overly , S. Deutch , C. Feik , J. Graham , S. Phillips |
| PDF | Formation of Nitrogen Containing Polycyclic Aromatic Compounds from the CO-Pyrolysis of Carbohydrates and Amino Acids |
| | | Phillip F. Britt , A.C. Buchanan III, C.V. Owens Jr., J.T. Skeen |
| PDF | Fractional Pyrolysis of Biomass for High-Valued Products |
| | | F.A. Agblevor , S. Besler-Guran |
| PDF | Heat Transfer Controlled Pyrolysis of Cellulosics |
| | | E.M. Suuberg , I. Milosavljevic |
| PDF | Hydrogen Transfer Reactions of Phenoxy Radicals Studied by Laser Flash Photolysis Technique |
| | | R. Dabestani , I.N. Ivanov , Phillip F. Britt , M.E. Sigman , A.C. Buchanan III |
| PDF | Infrared Laser Pyrolysis of Biomass Derived Chars |
| | | A.M. Herring , J.T. McKinnon , D.E. Petrick , J. Filley , K.W. Gneshin , B. McCloskey |
| PDF | Investigation of the Gas-Phase Pyrolysis of Lignin Model Compounds by Molecular Beam Mass Spectrometry |
| | | Phillip F. Britt , A.C. Buchanan III, R.J. Evans , M. Looker , M.R. Nimlos |
| PDF | Isosorbide Esters: Enantiopure Alcohols Derived from Glucose |
| | | W.S. Trahanovsky , Y. Wang |
| PDF | Levoglucosan Pyrolysis |
| | | M.R. Nimlos , R.J. Evans |
| PDF | Liquid Smoke: Product of Hardwood Pyrolysis |
| | | S. Ramakrishnan , P. Moeller |
| PDF | New Chemicals and Polymers from Renewable Resources |
| | | Joseph J. Bozell , S. Kelley , W. Kang , D. Miller , M. Davis |
| PDF | Production of Ethyl Esters from Crude Soybean Oil: Optimization of Reaction Yields Using a 2(3) Experimental Design and Development of a New Analytical Strategy for Reaction Control |
| | | G.F. Zagonel , P.G. Peralta-Zamora , L.P. Ramos |
| PDF | Production of Hydrogen by CO-Reforming Biomass Pyrolysis Liquids and Natural Gas |
| | | S. Czernik , R. French , C. Feik , E. Chornet |
| PDF | Pyrolysis of (alpha) -Amino Acids |
| | | R.K. Sharma , W.G. Chan , J.I. Seeman , M.R. Hajaligol |
| PDF | Substituent Effects in the Pyrolysis of Lignin Model Compounds |
| | | M.K. Kidder , Phillip F. Britt , A.C. Buchanan III |
| PDF | Adsorption Capacity of Carbon Dioxide on Argonne Premium Coals |
| | | K. Schroeder , E. Ozdemir , B.I. Morsi |
| PDF | Carbon Dioxide Capture by Amines: Increasing the Efficiency by Amine Structure Modification |
| | | A. Dibenedetto , Michele Aresta , M. Narracci |
| PDF | Carbon Sequestration Utilizing Industrial Solid Residues |
| | | D.J. Fauth , Y. Soong , C.M. White |
| PDF | Characterization of Soil Organic Matter With Rapid Pyrolysis Molecular Beam Mass Spectrometry (py-MBMS) |
| | | K.A. Magrini , C.M. Hoover , R.J. Evans , M. Looker , M.F. Davis |
| PDF | CO(2) Absorption Performance of Aqueous Alkanolamines in Packed Columns |
| | | A. Veawab , Adisorn Aroonwilas , P. Tontiwachwuthikul |
| PDF | CO(2) Capture Utilizing Solid Sorbents |
| | | R. Siriwardane , M. Shen , E. Fisher , J. Poston |
| PDF | CO(2) Electrochemical Separation by Molten Carbonate Technology |
| | | H. Kasai |
| PDF | CO(2) Sequestration Using Brines |
| | | Y. Soong , J.R. Jones , S.W. Hedges , D.K. Harrison , J.P. Knoer , John P. Baltrus , R.L. Thompson |
| PDF | Cost Estimation of CO(2) Recovery Technology Using Hydrates |
| | | F. Kiyono , A. Yamazaki , K. Ogasawara |
| PDF | Degradation of Monoethanolamine Used in CO(2) Capture from Flue Gas of a Coal-Fired Electric Power Generating Station |
| | | B.R. Strazisar , Richard R. Anderson , C.M. White |
| PDF | Development of a General Methodology for Evaluation of Carbon Sequestration Activities |
| | | K.T. Klasson , B.H. Davison |
| PDF | Effect of C(a)CO(3) Particles on the Formation Process of CO(2) Hydrate and Disposal Process in the Ocean |
| | | S. Takano , M. Fujii , Y. Yanagisawa , A. Yamasaki |
| PDF | Effect of Swelling on the Adsorption Isotherm of Carbon Dioxide on Coal |
| | | E. Ozdemir , K. Schroeder , B.I. Morsi |
| PDF | Electrochemical Reduction of CO(2) to Methane in Methanol at Low Temperature |
| | | S. Kaneco , M. Yabuuchi , H. Katsumata , T. Suzuki , K. Ohta |
| PDF | Enzymatically Catalyzed CO(2) Sequestration |
| | | Gillian M. Bond , B. McPherson , J. Stringer , T. Wellman , Aaron Abel , M. Medina |
| PDF | Extraction of Carbon Dioxide from the Atmosphere Through Engineered Chemical Sinkage |
| | | M.K. Dubey , H. Ziock , G. Rueff , S. Elliott , W.S. Smith , K.S. Lackner , N.A. Johnston |
| PDF | Fundamental Elements of Geologic CO(2) Sequestration in Saline Aquifers |
| | | J.W. Johnson , J.J. Nitao , C.I. Steefel |
| PDF | High Efficiency Capture of CO(2) from Mixed Gas Streams |
| | | J. Ge , Y. Qin , R.M. Cowan , M.C. Trachtenberg |
| PDF | High Efficiency Direct Carbon Fuel Cell for CO(2) Emission and Sequestration |
| | | M. Steinberg , J.F. Cooper |
| PDF | High-Pressure Water Tunnel Facility for Ocean CO(2) Storage Experimentation |
| | | R.P. Warzinski , R.J. Lynn , A.M. Robertson , I.V. Haljasmaa |
| PDF | Hybrid Mesoporous Materials for Carbon Dioxide Separation |
| | | S.W Delaney , G.P Knowles , A.L Chaffee |
| PDF | Molecular Basis for Carbon Dioxide Sequestration in Coal |
| | | T.J. Dick , Orlando Acevedo , P. Dalal , J.D. Madura , J.D. Evanseck , J.P. Mathews |
| PDF | Network Modeling of Brinefield CO(2) Sequestration: Displacement Efficiencies and Fundamental Limitations on CO(2) Storage Volumes |
| | | M. Ferer , Grant S. Bromhal , D.H. Smith |
| PDF | Optimal Choice of Immobilized, Supported Amines for CO(2) Removal |
| | | T. Filburn , R.A. Weiss , J. Helble , S. Huang , W. Papale |
| PDF | Preparation of Novel CO(2) Molecular Basket of Polymer Modified MCM-41 |
| | | X. Xu , John Marthin Andrésen , C. Song , B.G. Miller , A.W. Scaroni |
| PDF | Producing Negatively Buoyant CO(2) Streams at Intermediate Ocean Depths |
| | | O.R. West , C. Tsouris , L. Liang , S. Lee |
| PDF | Proposal of Slurry Type CO(2) Sending System to the Ocean Floor, New Cosmos |
| | | Izuo Aya , K. Yamane , K. Shiozaki , Peter G. Brewer , E. Peltzer |
| PDF | A Protocol for Detection of Surface Leakage from a CO(2) Injection Project |
| | | R.W. Klusman |
| PDF | Recent Advances in Deep-Sea CO(2) Sequestration Experiments |
| | | E.T. Peltzer , Peter G. Brewer , R.M. Dunk , J. Erickson , G. Rehder , P. Walz |
| PDF | Recovery and Recycling of CO(2) in An Enzymatic Reactor |
| | | A. Tremblay , F. Dutil |
| PDF | Reduction of CO(2) to C(1) Products and Fuel |
| | | T. Mill , D. Ross |
| PDF | Rigorous Design Model for CO(2) Absorber Fitted With Structured Packing |
| | | Adisorn Aroonwilas , A. Veawab , A. Chakma , P. Tontiwachwuthikul |
| PDF | Solid Amine CO(2) Capture Sorbents |
| | | M.L. Gray , Y. Soong , K.J. Champagne , R. Stevens Jr., P. Toochinda , S.S.C. Chuang |
| PDF | A Study on Facilitated Transport Membranes for Removal of CO(2) from CH(4) |
| | | Y. Zhang , Z. Wang , S. Wang |
| PDF | Terrestrial Carbon Sequestration Potential |
| | | F.B. Metting , G.K. Jacobs , Jeffrey S. Amthor , R. Dahlman |
| PDF | Thermodynamics of the Sequestration of Carbon Dioxide in Methane Hydrates in Porous Media |
| | | J.W. Wilder , K. Seshadri , D.H. Smith |
| PDF | Characterizing the High Pressure Behaviour of Lubricant Basestocks |
| | | C. McCabe , P.T. Cummings , Scott A. Bair , C.W. Manke |
| PDF | Co Chemisorption on Flat and Stepped Ni Surfaces: a Density Functional Study |
| | | V. Shah , T. Li , H. Cheng , Kenneth Baumert , D.S. Sholl |
| PDF | Density Functional Theory Studies of Chemisorption and Diffusion Properties of Ni and Ni Complexes on MoS(2) Basal Planes |
| | | D.C. Sorescu , A.V. Cugini , D.S. Sholl |
| PDF | Development of Model Fuels With Volatilities That Resemble Those of Real Fuels |
| | | M.L. Greenfield |
| PDF | Modeling of a Smoldering Carbonaceous Rod |
| | | A. Rostami , J. Murthy , M. Hajaligol |
| PDF | A Novel Approach to Molecular Modeling of Transport Through Inorganic Nanoporous Membranes |
| | | M.A. Snyder , D.G. Vlachos , M.A. Katsoulakis |
| PDF | O(2) Dissociation on Transition Metals: Insights from First-Principles Calculations |
| | | M. Mavrikakis , Y. Xu |
| PDF | Physical Properties of Supported and Unsupported Transition Metal Nanoclusters |
| | | S. Wang , D.S. Mainardi , Perla B. Balbuena |
| PDF | Thermochemistry and Kinetics for Alkyl + O2 Reactions in Hydrocarbon Oxidation |
| | | Joseph W. Bozzelli , C. Chen , C. Sheng , A.M. Dean |
| PDF | Dissociation of Methane Clathrate Hydrate in Viscous Fluid |
| | | T. Kawamura , K. Ohga , K. Higuchi , T. Komai , Y. Yamamoto , H. Haneda |
| PDF | Effect of Porous Media on the Conditions of Dichlorodifluoromethane Hydrate Dissociation |
| | | E.A. Bondarev , A.Z. Savvin |
| PDF | A Field Oriented Natural Gas Hydrate Research Project for the Alaska North Slope - Resource Evaluation and Possible Testing |
| | | K. Millheim , J. Kwan , W. Maurer |
| PDF | Gas Hydrate Crystal Growth and Decomposition |
| | | C. Koh , S.C. Nyburg , A.K. Soper , S. Parker , R. Westacott , J. Creek , S. Subramanian |
| PDF | Kinetic Inhibition of Methane Hydrate by Polymers |
| | | U. Karaaslan , M. Parlaktuna |
| PDF | Kinetics of CO(2) Hydrate Formation Below Melting Point of Ice |
| | | T. Komai , T. Kawamura , Y. Yamamoto |
| PDF | Methane Storage in Hydrate Form Using Calcium Hypochlorite as Additive |
| | | S. Fan , Y. Guo , K. Guo , Y. Chen |
| PDF | Physical Properties and Conversion of Methane Hydrates |
| | | D.D. Link , E.P. Ladner , H.A. Elsen , C.E. Taylor |
| PDF | Simulations of Methane Hydrate Phenomena Over Geologic Timescales: Effect of Marine Basin Parameters |
| | | K.L. Gering |
| PDF | Application of High-Pressure Phase Behavior to Optimize the Platinum Catalyzed Selective Oxidation of 2-Propanol in "Supercritcal" Carbon Dioxide |
| | | R. Glaser , J. Williardt , David Bush , C.A. Eckert |
| PDF | Bridging Natural Facts With Industrial Processes for Carbon Dioxide Utilization: Metal Enzymes and Transition Metal Systems |
| | | Michele Aresta , A. Dibenedetto |
| PDF | Carbon Dioxide as a Solvent for Polymerization and Cross Coupling Reactions |
| | | A.B. Holmes , T.R. Early , R.S. Gordon , L.M. Stamp , R.E. Shute , I.F. McConvey |
| PDF | Carbon Dioxide Reforming With Methane in Low Temperature Plasmas |
| | | K. Supat , S. Chavadej , L.L. Lobban , R.G. Mallinson |
| PDF | Carbon Dioxide: An Effective Source of Carbon for the Chemical Industry |
| | | Michele Aresta |
| PDF | Catalytic Behavior of Calcium Oxide for Synthesis of Dimethyl Carbonate from Propylene Carbonate and Methanol |
| | | T. Wei , W. Wei , M. Wang , Y. Sun , B. Zhong |
| PDF | Catalytic Dehydrogenation of Aromatic Hydrocarbon With Carbon Dioxide as an Oxidant |
| | | J. Chang , M.S. Park , V.P. Vislovskiy , S. Park , J.S. Yoo |
| PDF | Catalytic Esterification of Carbon Dioxide and Methanol for the Preparation of Dimethyl Carbonate |
| | | Fa-hai Cao , D. Fang , D. Liu , W. Ying |
| PDF | Catalytic Oxidation of Methane Over Co/Mn Mixed Oxides: The Water Effect |
| | | W.B. Li , Y. Lin , Y. Zhang |
| PDF | Catalytic Stability of NI Catalyst for Partial Oxidation of Methane to Syngas |
| | | L. Zhenhua , Z. Xiangyu , H. Fei , X. Genhui |
| PDF | Catalytic Tri-Reforming of Methane Using Flue Gas from Fossil Fuel-Based Power Plants |
| | | W. Pan , J. Zheng , C. Song |
| PDF | CO(2) and CO Methanation Over Two Different Nickel Loading NI/TIO(2) Catalysts |
| | | C. Hu , D. Tong |
| PDF | CO(2) Hydrogenation Over Copper-Based Hybrid Catalysts for the Synthesis of Oxygenates |
| | | Y. Park , Se-Won Baek , S. Ihm |
| PDF | De Novo Simulation and Spectroscopic Study of Iron Speciation in Micro- and Mesoporous Biomimetic Materials Active in the Selective Oxidation of Methane |
| | | P.H.J.M. Knops-Gerrits |
| PDF | Decomposition of CF(4) by Microwave Heating |
| | | F-J. Spiess , S.L. Suib |
| PDF | Dehydro-Aromatization of CH(4) Over W/HZSM-5-Based Catalysts |
| | | Y. Yuan , Z. Xiong , J. Zeng , G. Lin , H. Zhang |
| PDF | Dry Reforming of Ethane on Tri-Metallic Perovskites (Lacoxfe1-Xo3). Characterisations and Reactivity |
| | | G. Rodriguez , A.C. Roger , L. Bedel , L. Udron , L. Carballo , A. Kiennemann |
| PDF | Effect of H(2)S on the Reaction of CH(4) With CO(2) Over Titania Supported Noble Metal Catalysts |
| | | A. Erdohelyi , T. Szailer , E. Novak |
| PDF | Enzymatic Conversion of Carbon Dioxide to Methanol by Dehydrogenases Encapsulated in Sol-Gel Matrix |
| | | Z. Jiang , H. Wu , S. Xu , S. Huang |
| PDF | Frequency Effects in the Catalytic Oligomerization of Methane Via Microwave Heating |
| | | L.D. Conde , C. Marun , S.L. Suib , Z. Fathi |
| PDF | Hydrogen Abstraction from Alkylaromatics With CO(2) |
| | | S. Park |
| PDF | Methane Coupling and Reforming Using Non-Equilibrium Pulsed Discharge at Room Temperature |
| | | S. Kado , K. Urasaki , Y. Sekine |
| PDF | Methanol Production from Partial Oxidation of Methane in a Specially Designed Reactor |
| | | Q. Zhang , D. He , X. Zhang , Q. Zhu |
| PDF | Methanol Synthesis from H(2)/CO/CO(2) Over CNTs-Promoted Cu-ZnO-Al(2)O(3) Catalyst |
| | | H. Zhang , X. Dong , G. Lin , Y. Yuan , K.R. Tsai |
| PDF | Methyl Activation by Naked Ni Atom. Theoretical Study |
| | | C. Hu , H. Yang , Y. Chen , M. Gong , A. Tian , N. Wong |
| PDF | A New Route for Carbon Dixode Cycloaddition to Propylene Carbonate |
| | | W. Wei , W. Tong , Y. Sun |
| PDF | A Novel Highly Active Reforming Catalyst System and Production of Pure Hydrogen from the Greenhouse Gases of CH(4) and CO(2) at Mild Temperatures With a Membrane Reactor |
| | | L. Wang , K. Murata , M. Inaba |
| PDF | Oh Radical Generation by Atmospheric Pressure Plasma and Its Quantitative Analysis by Monitoring CO Oxidation |
| | | Z. Su , K. Ito , H. Kim , K. Takashima , A. Mizuno |
| PDF | Oxygenate Synthesis from Methane and Carbon Dioxide Using Dielectric-Barrier Discharges |
| | | M. He , J. Zou , Y. Li , B. Eliasson , C. Liu |
| PDF | Plasma Catalytic Hybrid Reforming of Methane |
| | | T. Hammer , T. Kappes , W. Schiene |
| PDF | Reforming of Methane Into Syngas in a Plasma-Assisted Reactor |
| | | A. Czernichowski , M. Czernichowski , P. Czernichowski , T.E. Cooley |
| PDF | A Remarkable Enhancement of Formation of Diamond-Like Carbon Film from Methane Using Dielectric-Barrier Discharges |
| | | Y. Zhang , H. Du , Y. Li , B. Eliasson , F. He , C. Liu |
| PDF | Supported Pd Catalysts for High-Temperature Methane Combustion - Examining the Combustion Synthesis Preparation Method |
| | | M. Fraga , M. Greca , L.G. Appel |
| PDF | Synthesis and EPR Study of RU-MN Dimer Complexes as Catalysts for Light-Driven Water Oxidation: Towards Solar Energy Conversion Into Fuels |
| | | L. Sun , A. Tran , Y. Xu , R. Lomoth , P.H. Kenez , A.M. Styring , Björn Akermark , L. Hammarstrom |
| PDF | Synthesis of Dimethyl Carbonate by Supercritical CO(2)-Feeding Methanol and Dimethyl Ether |
| | | T. Yiling , Q. Ying , C. Li , F. Jingang , W. Li , A.S.C. Chan |
| PDF | Theoretical Study of the CO-Interaction of CO(2) and H(2) With Nickel |
| | | C. Hu , S. Qin , H. Yang , D. Tong , A. Tian , N. Wong |
| PDF | Towards an Understanding of Catalysis for the Simultaneous Conversion of Greenhouse Gases |
| | | Y. Kou |