Magnetic resonance in cerium hexaboride caused by quadrupolar ordering

Details Magnetic resonance in cerium hexaboride caused by quadrupolar ordering Magnetic resonance in cerium hexaboride caused by quadrupolar ordering

2005-07-15

arxiv.org/abs/cond-mat/0507364v1

Physics

Condensed Matter

Strongly Correlated Electrons

4 pages, Accepted paper for MISM05 proceedings

Scientific paper

Experimental evidence of the magnetic resonance in the antiferro-quadrupole phase of CeB6 is reported. We have shown that below orbital ordering temperature a new magnetic contribution from localized magnetic moments (LMM) emerge and gives rise to observed resonant phenomenon. This behaviour is hardly possible to expect in dense Kondo system, where LMM should vanish al low temperatures rather than emerge. From the other hand, in the quadrupole ordering concept, where magnetism of Ce magnetic ions is solely accounted, is difficult to explain splitting of magnetisation into components having different physical nature. Therefore an adequate theory explaining magnetic properties of CeB6 including magnetic resonance and orbital ordering appears on the agenda.

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