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Displacive phase-field crystal model
Physical Review Materials, 2020A phase-field crystal model that spontaneously undergoes displacive phase transitions is introduced by explicitly studying a two-component two-dimensional square crystal reminiscent of a perovskite. When the intercomponent free energy is a simple polynomial, the crystal undergoes displacive transitions in the $\ensuremath{\langle}10\ensuremath{\rangle}$
Eli Alster, Peter Voorhees, K R Elder
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Phase-field-crystal simulation of nonequilibrium crystal growth
Physical Review E, 2014By using the phase field crystal model, we simulate the morphological transition of the crystal growth of equilibrium crystal shape, dendrite, and spherical crystal shape. The relationship among growth morphology, velocity, and density distribution is investigated.
Sai, Tang +6 more
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Reductive renormalization of the phase-field crystal equation
Physical Review E, 2012It has been known for some time that singular perturbation and reductive perturbation can be unified from the renormalization-group theoretical point of view: Reductive extraction of space-time global behavior is the essence of singular perturbation methods.
Y, Oono, Y, Shiwa
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Phase-field crystal for an antiferromagnet with elastic interactions
Physical Review E, 2019We introduce a model which contains the essential elements to formulate and study antiferromagnetism, using the phase-field crystal framework. We focus on the question of how magneto-elastic coupling could lift the frustration in the two-dimensional hexagonal antiferromagnetic phase.
Niloufar Faghihi +3 more
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