Phonon-driven changes in thermal conductivity and internal heating within Li_x ZrS2 grains generate thermal gradients that initiate battery thermal runaway, contrasting with prior lithium rattler explanations.
Exploring degradation mechanisms and recent developments in high-nickel layered cathodes for lithium batteries.Electrochemical Energy Reviews, 8(1), October 2025
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Phonon driven non-equilibrium triggers for thermal runaway in battery electrodes
Phonon-driven changes in thermal conductivity and internal heating within Li_x ZrS2 grains generate thermal gradients that initiate battery thermal runaway, contrasting with prior lithium rattler explanations.