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Theory for the Effect of the Local Atomic Environment and Spin-Orbit Coupling on the Formation of Local Magnetic Moments.

Author: K H Bennemann; J W Garland; ROCHESTER UNIV N Y.
Publisher: Ft. Belvoir Defense Technical Information Center 14 DEC 1970.
Edition/Format:   Print book : EnglishView all editions and formats
Database:WorldCat
Summary:
A theory is presented for the effects of the atomic environment on the stability of localized magnetic moments, on the temperature at which the spins of a cluster of magnetic atoms appear, order, and at which magnetic order among different magnetic clusters occurs. It is argued that the covalent splitting of the d-electron states causes the appearance and quenching of the magnetic moments in Cu:Ni and Au:V alloys.  Read more...
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Document Type: Book
All Authors / Contributors: K H Bennemann; J W Garland; ROCHESTER UNIV N Y.
OCLC Number: 227612017
Notes: Prepared in cooperation with Argonne National Lab., Ill. Sponsored in part by Atomic Energy Commission, Washington, D.C.
Description: 10 pages

Abstract:

A theory is presented for the effects of the atomic environment on the stability of localized magnetic moments, on the temperature at which the spins of a cluster of magnetic atoms appear, order, and at which magnetic order among different magnetic clusters occurs. It is argued that the covalent splitting of the d-electron states causes the appearance and quenching of the magnetic moments in Cu:Ni and Au:V alloys. The predicted persistence of magnetic moments above the Curie temperature in Cu:Ni is supported by the electrical resistivity and photo-emission. The paper discusses also how spin-orbit coupling affects magnetic moments. (Author).

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