Hexa-anionic linkers and metal-organic frameworks for positive battery electrodes
(2026)
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Details
- Authors
- Supervisors
- Vlad, Alexandru
- Abstract
- With the increasing global demand for sustainable energy and the pressing challenges posed by fossil fuel dependence, the development of efficient and environmentally friendly energy storage systems has become a critical priority. This thesis explores novel organic and metal-organic cathode materials constructed from hexa-anionic building blocks, designed to overcome solubility limitations and enhance key energy metrics. By addressing fundamental material bottlenecks, it advances high-performance, practical battery chemistries and demonstrates rare mixed proton-electron conductivity in three-dimensional metal-organic frameworks. This work paves the way for a rich landscape of materials with tunable electrochemical and structural properties, offering new opportunities for the design of next-generation energy storage technologies.
- Affiliations
Citations
Goossens, T. (2026). Hexa-anionic linkers and metal-organic frameworks for positive battery electrodes. https://hdl.handle.net/2078.5/273251