Bose-Einstein condensation of semi-hard bosons in S=1 dimerized organic compound F2PNNNO

Details Bose-Einstein condensation of semi-hard bosons in S=1 dimerized organic compound F2PNNNO Bose-Einstein condensation of semi-hard bosons in S=1 dimerized organic compound F2PNNNO

2009-11-26

arxiv.org/abs/0911.5039v1

Physics

Condensed Matter

Statistical Mechanics

Scientific paper

An analysis of the energy spectrum and the magnetization curve of two-dimensional organic antiferromagnet F2PNNNO with a spin-one dimerized structure shows that a behavior of the compound in an external magnetic field can be explained within a lattice boson model with an extended Pauli's exclusion principle, i.e. no more than two bosons per a dimer. The unusual magnetization curve observed experimentally in the compound reflects a sequence of phase transitions intrinsic for a lattice boson system with strong on-site and inter-site repulsions due to a tuning of magnon density by the applied magnetic field.

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