A continuum model predicts that Li2Mn2O4-like electrodes satisfying the lambda2=1 lattice compatibility condition have lower elastic energy barriers, smaller driving forces, and narrower voltage hysteresis than ordinary LiMn2O4.
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Lattice Compatibility and Energy Barriers in Intercalation Compounds
A continuum model predicts that Li2Mn2O4-like electrodes satisfying the lambda2=1 lattice compatibility condition have lower elastic energy barriers, smaller driving forces, and narrower voltage hysteresis than ordinary LiMn2O4.