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By analyzing the interface defect loop nucleation and the interfacedisconnection expansion in dynamic simulations, the elementary migrationprocess of coherent twin boundary of magnesium is identified to be independentunit cell reconstruction. The atomistic pathways of the unit cellreconstruction prove their collective behavior as a stochastic response tothermal fluctuation at a stressed state, and also the onset mechanism ofinterface disconnection gliding: predominant pure-shuffle basal-prismatictransformation along with atomistic shear movements. The athermal shearstrength, the migration barrier, the critical length of disconnection dipoleand other parameters characterizing the thermal activation process arereported.

The Unit Cell Reconstruction and Related Thermal Activation Process within Coherent Twin Boundary Migration in Magnesium