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20 April 2024

» pubmed » pmid15525189

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4f-electron localization in CexLa 1-xM In5 with M=Co, Rh, or Ir
N Harrison ; U Alver ; R G Goodrich ; I Vekhter ; J L Sarrao ; P G Pagliuso ; N O Moreno ; L Balicas ; Z Fisk ; D Hall ; Robin T Macaluso ; Julia Y Chan ;
Date:	29 Oct 2004
Journal:	Phys Rev Lett, 93 (18), 186405
Abstract:	de Haas-van Alphen measurements on Ce(x)La(1-x)MIn(5) yield contrasting types of behavior that depend on whether M=Co and Ir or M=Rh. A stronger x-dependent scattering in the case of M=Co and Ir is suggestive of a stronger relative coupling, J/W, of the conduction electrons to the 4f electrons, which would then account for the development of a heavy composite Fermi-liquid state as x-->1. The failure of a composite Fermi-liquid state to form for any x in the case of M= Rh is shown to be inconsistent with theoretical models that propose antiferromagnetism to result from spin-density-wave formation.
Source:	PubMed, pmid15525189
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