| 105 - 114 |
Supramolecular Reactivity and Catalysis
Lehn JM |
| 115 - 119 |
Catalyzed Processes - A Trend Analysis
Holderich WF |
| 121 - 124 |
Mobility of Atomic Species on Catalyst Surfaces (Spillover) - Effects on Creation of Active-Sites and Stability of Catalysts
Delmon B |
| 125 - 130 |
Dynamic in-Situ Studies of Catalytic Reactions
Tamaru K |
| 131 - 140 |
Evolving Nature of Industrial Catalysis
Roth JF |
| 141 - 146 |
Catalysis in Agrochemicals and Pharmaceuticals Industry - Frontiers and Future-Developments
Bader RA |
| 147 - 152 |
The Future of Acid-Base Catalysis
Tanabe K |
| 153 - 173 |
The Pivotal Role of Catalysis in Energy-Related Environmental Technology
Maxwell IE, Naber JE, Dejong KP |
| 175 - 179 |
Prospects for Catalysis by Advances in Electronics and Computing
Cairns JA |
| 181 - 192 |
Role of Catalysis in Achieving Environmentally Sustainable Growth in the 21st-Century
Cusumano JA |
| 193 - 198 |
What Are the Important Trends in Catalysis for the Future
Pasquon I |
| 199 - 204 |
Molecular Design of Oxide Catalysts for Oxidation of Hydrocarbons
Haber J |
