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First-principles computational study reveals contrasting elastic moduli and B/G ratios across 40 sodium-ion conductors, highlighting distinct mechanical trade-offs among material classes.
The elastic moduli of approximately 40 sodium-ion conductors were calculated. Sulfide-, chloride-, and hydride-based materials generally exhibit low elastic moduli and high B / G , whereas oxide materials exhibit high elastic moduli and low B / G .
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Torii et al. (2025) studied this question.
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