“Functionalized Graphene Oxide/SiO2 with Metal Oxide Nanocomposite for Anode Materials in Lithium-Ion Battery Application.”
Country of Study
Ethiopia
Institution
Adama Science and Technology University
Expected Year of Completion
2026
Thematic Area
Mathematical and Physical Sciences
Education
Meti holds a Master of Science degree in Material Science from Hawassa University in Ethiopia, completed in June 2018. She is currently pursuing a PhD in Material Physics at Adama Science and Technology University. Meti has completed her coursework. She is expected to complete her PhD in June 2026.
Research Summary
Meti’s research addresses key challenges in lithium-ion batteries (LIBs), particularly in anode materials, which currently face issues like low capacity, poor cyclability, and high cost. While graphene/silicon composites show promise due to their high capacity, there are gaps in understanding how metal oxide composites (GO/SiO2-MOx) can improve these materials’ electrochemical performance. This research seeks to develop a low-cost, high-performance anode material by synthesizing GO/SiO2-MOx composites, optimizing their structure, and enhancing their electrochemical properties. By addressing these critical issues, Meti aims to improve the storage, stability, and efficiency of LIBs, making them more viable for large-scale renewable energy applications like electric vehicles.
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