Lithiation and stress in intercalation particles are set by coupled morphology–property–constraint interactions; mechanical flux is negligible in spheres but dominant in ellipsoids, and Pareto-optimal hollow ellipsoids balance capacity against peak tension.
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Morphology-Property Interplay in Chemo-Mechanics of Ion-Intercalation Active Particles
Lithiation and stress in intercalation particles are set by coupled morphology–property–constraint interactions; mechanical flux is negligible in spheres but dominant in ellipsoids, and Pareto-optimal hollow ellipsoids balance capacity against peak tension.