What Are the Challenges in Studying Electron-Hole Interactions in Catalysis?
Studying electron-hole interactions in catalysis is challenging due to the complex nature of these interactions and the dynamic environment of catalytic processes. Some of the primary challenges include:
Characterization Techniques: Developing advanced characterization techniques to directly observe and measure electron-hole interactions in real-time and under catalytic conditions. Theoretical Modeling: Creating accurate theoretical models and simulations to predict the behavior of electron-hole pairs and their impact on catalytic processes. Material Complexity: Understanding the influence of material composition, structure, and surface properties on electron-hole interactions.
