MnAs nanodisks exhibit pronounced hysteresis in phase composition vs temperature near 40°C due to independent nucleation of the new phase in each disk, unlike continuous layers where supercooling and overheating are reduced.
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Nucleation at the phase transition near 40~$^{\circ }$C in MnAs nanodisks
MnAs nanodisks exhibit pronounced hysteresis in phase composition vs temperature near 40°C due to independent nucleation of the new phase in each disk, unlike continuous layers where supercooling and overheating are reduced.