Role of the rare-earth atoms affecting the spin fluctuation scattering in the (RE, Y)Co2 compounds

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Title:	Role of the rare-earth atoms affecting the spin fluctuation scattering in the (RE, Y)Co2 compounds
Authors:	Duc, N.H. Hien, T.D. Mai, P.P. Brommer, P.E.
Keywords:	Electric Conductivity Magnetism - Paramagnetism
Issue Date:	1991
Publisher:	Physica B: Physics of Condensed Matter
Citation:	Volume: 172 Issue: 3 Page : 399-404
Abstract:	For a number of (RE, Y)Co2 compounds (RE = Er, Dy, Tb, Gd) the influence of the localized 4f moments, interacting with the itinerant 3d matrix, is accentuated by subtracting the resistivity of YCo2 from the observed resistivity values. The results show that spin fluctuation scattering is enhanced not only just above Tc in the compounds where the induction of the itinerant Co moments starts, but in the whole paramagnetic temperature range in all investigated compounds. ?? 1991.
URI:	http://tainguyenso.vnu.edu.vn/jspui/handle/123456789/6977
ISSN:	9214526
Appears in Collections:	To-2000 VNU-DOI-Publications

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