HIU-Newsletter
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A targeted improvement in the performance of batteries assumes that there is a fundamental understanding of the processes taking place in batteries and of the structures at the atomic level, especially at interfaces.
In the research group “Elementary Processes” such structures and processes are examined by means of modern quantum chemical procedures, especially on the basis of density functional theory. These methods make it possible not only to determine the microscopic configurations as they appear in electrodes and electrolytes and on surfaces, but also to calculate the electronic structure. As a consequence, the factors that lead to the respective structures and elementary processes can be analyzed, making it possible to limit the number of experiments that are necessary.
Environmental conditions play an important role with regard to stable structures and the elementary processes that take place. They are taken into account by either estimating the stability on the basis of the ab initio thermodynamics or conducting ab initio molecular dynamic simulations.
This research group is partially funded by the Deutsche Forschungsgesellschaft (DFG) through the Cluster of Excellence POLiS.
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ORCID: 0000-0003-4037-7331
ResearcherID: B-4023-2014
Loop profile: 888969
You a scientist yourself? A journalist, a political decision-maker or business representative? In our newsletters we compile the latest battery research news for you. Specially tailored to your personal area of interest.
Helmholtz Institute Ulm Electrochemical energy storage (HIU)
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Germany
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