A size-dependent chemo-thermo-mechanical enthalpy model for coherent Ni/NiH interfaces predicts enthalpy and volume changes from ~1 nm to bulk and attributes anisotropic growth to elastic anisotropy.
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Thermodynamics of hydride formation: Anisotropic size-dependent coupled chemo-thermo-mechanical effects at Ni/NiH interfaces
A size-dependent chemo-thermo-mechanical enthalpy model for coherent Ni/NiH interfaces predicts enthalpy and volume changes from ~1 nm to bulk and attributes anisotropic growth to elastic anisotropy.