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Change of Elastic Properties of Graphite Electrode upon Li Intercalation
Since graphite is widely used as a lithium battery anode, engineers should understand the change in the elastic response during charging and discharging.
This is a critical step in improving the accuracy of engineering models of electrode design.
First-principles computations reliably predict elastic properties of materials and empower engineers to complete experimental data with a high level of confidence.
In particular, you can use MedeA to predict the mechanical properties of battery materials under wide-ranging conditions to provide insight into the underlying physical mechanisms that lead to stress, deformation and eventual structural failure.
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