High-Temperature Kinetics
Work in this area includes design, construction, experimentation, and the generation of data for use by reaction system modelers. Both fast-flow thermal and pseudostatic photochemical systems are used. Various light sources, such as lasers, combined with electro-optical detection techniques are employed and the reactions are monitored using mass spectrometry. In some work, the light-emitting and electrical-charge generation aspects of reactions are also investigated. |
Faculty doing research in: High-Temperature Kinetics |
| Name |
Title |
| Arthur Fontijn » |
Research Professor |
|
|
