This module introduces students to the fundamental concepts of surface science and the mechanisms by which heterogeneous catalysis operates. Surface phenomena are crucial for understanding interactions at interfaces, which directly affect the efficiency and selectivity of catalytic processes. Students will study surface phenomena such as adsorption and surface energy, learn surface characterization techniques, and explore models like the Langmuir and BET isotherms.
The module also covers the principles and mechanisms of heterogeneous catalysis, emphasizing the role of catalysts in industrial and environmental applications. Through theory and practical examples, students will gain a strong foundation in surface science and its importance in catalysis.
The module also covers the principles and mechanisms of heterogeneous catalysis, emphasizing the role of catalysts in industrial and environmental applications. Through theory and practical examples, students will gain a strong foundation in surface science and its importance in catalysis.
- Enseignant: Aida Dermouchi