| 159 - 160 |
Chemical-Engineering and Catalysis
Trimm DL |
| 161 - 176 |
Thermal Stabilization of Catalyst Supports and Their Application to High-Temperature Catalytic Combustion
Arai H, Machida M |
| 177 - 197 |
Investigations on Catalytic Combustors for Gas-Turbine Applications Through Mathematical-Model Analysis
Groppi G, Tronconi E, Forzatti P |
| 199 - 214 |
Development of Combustion Catalysts for Monolith Reactors - A Consideration of Transport Limitations
Kolaczkowski ST, Serbetcioglu S |
| 215 - 234 |
Catalyst Testing at a Lab Scale in Mild Oxidation - Can You Control the Reaction Temperature
Vanhove D |
| 235 - 244 |
Combustion of a Gas Flowing over a Catalytic Flat Surface - Experimental Investigation of Heat and Mass-Transfer
Griffin GJ, Wood DG |
| 245 - 264 |
Simulation of the Catalytic Partial Oxidation of Methane to Synthesis Gas
Degroote AM, Froment GF |
| 265 - 273 |
Alternative Catalyst Bed Configurations for the Autothermic Conversion of Methane to Hydrogen
Ma L, Trimm DL |
| 275 - 283 |
The Design and Testing of an Autothermal Reactor for the Conversion of Light-Hydrocarbons to Hydrogen .1. The Kinetics of the Catalytic-Oxidation of Light-Hydrocarbons
Ma L, Trimm DL, Jiang C |
| 285 - 309 |
Adiabatic Prereforming of Hydrocarbons - An Important Step in Syngas Production
Christensen TS |
| 311 - 318 |
Development of Copper/Zinc Oxide-Based Multicomponent Catalysts for Methanol Synthesis from Carbon-Dioxide and Hydrogen
Saito M, Fujitani T, Takeuchi M, Watanabe T |
| 319 - 344 |
Practical and Theoretical Aspects of the Catalytic Fischer-Tropsch Process
Dry ME |
| 345 - 367 |
Hydrocarbon Synthesis via Fischer-Tropsch Reaction - Travails and Triumphs
Adesina AA |
| 369 - 379 |
Design of Catalyst and Process for the Dewaxing of Petroleum Oils
Sivasanker S, Ramaswamy AV, Ratnasamy P |
| 381 - 405 |
Fluid Catalytic Cracking - Modeling of an Industrial Riser
Vanlandeghem F, Nevicato D, Pitault I, Forissier M, Turlier P, Derouin C, Bernard JR |
