Transient interference-based spectroscopy for molecular-bond sensitive probe of lithium ion batttery

Key Points

• To develop a method for tracking lithium-ion distribution and structural changes within batteries in real time.
• Utilized transient interference-based spectroscopy for detection.
• Focused on in-situ monitoring of lithium-ion distribution.
• Explored the dynamic changes in structural evolution during battery operation.
• Successfully tracked lithium-ion distribution within the battery.
• Showed structural evolution in real-time during operation.
• Indicated the need for improved techniques in the battery industry.