| 303 - 304 |
John H. Sinfelt - a model for catalysis research
McVicker G, Cusumano J, Davis B |
| 305 - 309 |
From the 1950s to the 1990s - my years as a scientist in an industrial laboratory
Sinfelt JH |
| 311 - 316 |
Innovation and science in the process industry - Steam reforming and hydrogenolysis
Rostrup-Nielsen JR, Alstrup I |
| 317 - 323 |
Two applications of pressure tuning spectroscopy to processes in liquids
Drickamer HG |
| 325 - 338 |
Redispersion of iridium using in situ chlorine generation and avoiding iron contamination
Fung SC |
| 339 - 342 |
The role of adsorption on the observed temperature dependencies of diffusion coefficients
Reyes SC, Sinfelt JH, DeMartin GJ, Ernst RH |
| 343 - 356 |
Nuclear magnetic resonance study of platinum catalysts containing alkali atoms
Norcross JA, Slichter CP, Sinfelt JH |
| 357 - 366 |
Symmetrical synergism and the role of carbon in transition metal sulfide catalytic materials
Chianelli RR, Berhault G |
| 367 - 384 |
Catalysis challenges in fluid catalytic cracking: a 49 year personal account of past and more recent contributions and some possible new and future directions for even further improvement
Hettinger WP |
| 385 - 394 |
Hydrogenation of crotonaldehyde over graphite nanofiber supported nickel
Salman F, Park C, Baker RTK |
| 395 - 406 |
Kinetics of ethane hydrogenolysis over supported platinum catalysts
Cortright RD, Watwe RM, Spiewak BE, Dumesic JA |
| 407 - 418 |
Catalytic destruction of hazardous halogenated organic chemicals
Lester GR |
| 419 - 432 |
Characterization of catalytically active sulfated zirconia
Zalewski DJ, Alerasool S, Doolin PK |
| 433 - 441 |
New insights into methanol synthesis catalysts from X-ray absorption spectroscopy
Meitzner G, Iglesia E |
| 443 - 516 |
Alkane dehydrocyclization mechanism
Davis BH |
