Master's Thesis on Laser Structuring of Battery Materials

Fraunhofer-Gesellschaft

ThesisGerman needed: none

Still open on 1 Nov

You apply on the company's own website.

What you'll do

Laser material processing using ultrashort-pulsed (USP) laser sources offers great potential for the targeted structuring of battery materials. This structuring can improve the performance and fast-charging capabilities of future battery cells. However, during the structuring process, ablation products are generated that spread within the process zone, influence the incident laser beam, and can be redeposited on the workpiece. The targeted removal of these ablation products requires knowledge of their key properties, such as particle size and their temporal and spatial distribution. To this end, suitable measurement principles will be selected, implemented in an experimental measurement setup, and tested using selected battery materials.

The company did not list what you need. Open the job on the company site to read it.

Laser material processing using ultrashort-pulsed (USP) laser sources offers great potential for the targeted structuring of battery materials. This structuring can improve the performance and fast-charging capabilities of future battery cells. However, during the structuring process, ablation products are generated that spread within the process zone, influence the incident laser beam, and can be redeposited on the workpiece. The targeted removal of these ablation products requires knowledge of their key properties, such as particle size and their temporal and spatial distribution. To this end, suitable measurement principles will be selected, implemented in an experimental measurement setup, and tested using selected battery materials.

The company did not list what you need. Open the job on the company site to read it.