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VOLUME 41 | ISSUE 12 | PAGE 641
Antiferromagnetic XY model on a triangular lattice: ordered states in a magnetic field
The structure of ordered states of a two-dimensional planar antiferromagnet (with a triangular lattice) in a magnetic field is analyzed. Incorporating the free energy of spin waves lifts the continuous degeneracy. A phase diagram is constructed. It contains (in contrast with that in the absence of a magnetic field) four distinct ordered phases.




Permission given by American Institute of Physics is appreciated.