Empowering next generation batteries via microstructural design of the cathode

Next-generation batteries which charge faster and last longer are critical to moving our society towards a zero-carbon energy economy. The cathode material is a critical component limiting the battery performance, and significant gains must be made by mastering particle microstructure during manufacture. Using advanced electron microscopy to study the grain and phase boundary networks, we will explore the relationship between synthesis conditions, cathode particle microstructure and battery cell performance. This will inform the microstructure design of next-generation cathodes with better fast-charge performance and reduced particle cracking.

This project is an IMAT CDT project with CDT funding and enquires should be addressed to the  IMAT CDT Programme Manager. However you can also select this project if applying for a DPhil in Materials.