معرفی
Sarah Finkeldei serves as an Assistant Professor with joint appointments in the Department of Chemistry and the Department of Materials Science and Engineering at the University of California, Irvine. Her research is primarily housed within the Samueli School of Engineering, focusing on critical materials challenges related to nuclear energy systems and waste management.
Dr. Finkeldei's research interests center on nuclear materials science, particularly the behavior of materials in extreme environments relevant to nuclear waste disposal. Her work spans multiple critical areas including corrosion science of waste package materials, development of advanced ceramic waste forms, pyrochlore and fluorite structure materials, sol-gel synthesis techniques for nuclear materials, and fundamental understanding of grain boundary phenomena in nuclear fuels. She investigates materials for deep geological repositories, focusing on long-term stability and performance under repository conditions.
- Nuclear waste form development and characterization
- Corrosion mechanisms in multi-material systems
- Advanced ceramics for radioactive waste immobilization
- Sol-gel processing of nuclear materials
- Grain boundary effects in nuclear fuels
- Materials behavior in extreme environments
Analysis of Dr. Finkeldei's recent publication record (2023-2025) reveals a strong focus on practical solutions for nuclear waste management challenges. Her work demonstrates expertise in both fundamental materials science and applied engineering solutions, with particular emphasis on corrosion phenomena in repository environments, advanced ceramic synthesis techniques, and the behavior of complex oxides under irradiation. The research shows a clear trajectory toward addressing immediate challenges in nuclear waste disposal while developing next-generation materials solutions.
Dr. Finkeldei maintains an active research program focused on nuclear materials challenges, with recent publications reflecting significant contributions to the field of nuclear waste management and materials science for extreme environments.
