Decoupling of the magnetic ordering of the rare-earth and the Co sublattice in Er.sub.1-x./sub.Y.sub.x./sub.CO.sub.2./sub. compounds driven by substitution or pressure

Name: Decoupling of the magnetic ordering of the rare-earth and the Co sublattice in Er.sub.1-x./sub.Y.sub.x./sub.CO.sub.2./sub. compounds driven by substitution or pressure
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Hauser, R.; Bauer, E.; Gratz, E.; Müller, H.; Rotter, M.; Michor, H.; Hilscher, G.; Markosyan, Ashot S.; Kamishima, K.; Goto, T.

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Decoupling of the magnetic ordering of the rare-earth and the Co sublattice in Er.sub.1-x./sub.Y.sub.x./sub.CO.sub.2./sub. compounds driven by substitution or pressure

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0132902 - FZU-D 20000158 RIV US eng J - Journal Article
Hauser, R. - Bauer, E. - Gratz, E. - Müller, H. - Rotter, M. - Michor, H. - Hilscher, G. - Markosyan, Ashot S. - Kamishima, K. - Goto, T.
Decoupling of the magnetic ordering of the rare-earth and the Co sublattice in Er_1-xY_xCO₂ compounds driven by substitution or pressure.
Physical Review. B. Roč. 61, č. 2 (2000), s. 1198-1209. ISSN 0163-1829
Institutional research plan: CEZ:AV0Z1010914
Subject RIV: BM - Solid Matter Physics ; Magnetism
Impact factor: 3.065, year: 2000

The thermodynamic and transport properties of the Er1-xYxCo2 system were studied in the concentration range 0-1.0.The existence of itinerant electron metamagnetism in the Co sublattice is found to be limited in temperature by To, a characteristic temperature which is sensitive to substitutution and pressure.
Permanent Link: http://hdl.handle.net/11104/0030897

Number of the records: 1