X-ray Absorption Spectroscopy (XAS) provides unique insight into oxidation states, electronic structure, and local chemical environments, all of which are critical for understanding battery materials and their evolution during cycling. This webinar will demonstrate operando XAS on the Empyrean platform using NMC 811 as an example, revealing reversible metal redox changes in real time. By combining XAS with XRD on a single platform, Empyrean enables complementary insights into electronic, local atomic, and long-range structural changes, making it a powerful solution for comprehensive battery research and development.
presentadores
- Dr. Hadeel Hussain - Product Manager - Empyrean, Malvern Panalytical
- Dr. Umesh Tiwari - Market Development Manager - Batteries, Malvern Panalytical
Más información
What will you learn?
- Learn how operando X-ray Absorption Spectroscopy (XAS) on the Empyrean platform can track reversible metal redox changes in NMC 811 battery materials in real time during cycling.
- Discover how combining XAS and XRD on a single Empyrean platform provides complementary insights into electronic structure, local atomic environments, and long-range crystallographic changes.
- Understand why correlating oxidation states, local chemistry, and structural evolution is essential for accelerating battery material research, development, and performance optimization.