What are the key benefits of using ESEM in catalysis research?
- In-situ Analysis: ESEM allows for the observation of catalysts under actual reaction conditions, providing valuable insights into their behavior and performance. - Minimal Sample Preparation: Unlike traditional SEM, ESEM does not require extensive sample preparation, preserving the natural state of the catalyst. - Dynamic Studies: ESEM can be used to monitor changes in catalyst structure and composition in real-time, enabling the study of dynamic processes such as catalyst activation, deactivation, and regeneration. - Versatility: ESEM is versatile and can be used to study a range of materials, including metals, oxides, and biological catalysts.
