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Determination of magnetostrictive stresses in magnetic rare-earth superlattices by a cantilever method

Determination of magnetostrictive stresses in magnetic rare-earth superlattices by a cantilever method
Determination of magnetostrictive stresses in magnetic rare-earth superlattices by a cantilever method
The magnetostrictive stress for a Ho6/Y6 superlattice has been determined at low temperatures by means of a capacitive cantilever technique. The magnetostrictive stress responsible for the basal plane distortion is found to be strongly enhanced with respect to bulk holmium. An explanation accounting for the unusual thermal dependence of that stress is offered.
1634-1637
Ciria, M.
9964fe9e-275e-48fe-8ca7-48b6bad89d0d
Arnaudas, J.I.
6848d11a-1674-46da-8cdb-68bb7feaac7c
del Moral, A.
4e94b4d7-b080-49a5-b6de-eb913e80b476
Tomka, G.J.
86486b0c-f519-47c0-a307-5044e3ac8158
de la Fuente, C.
55558213-8894-4871-88ac-a5006f1ff5bf
de Groot, P.A.J.
98c21141-cf90-4e5c-8f2b-d2aae8efb84d
Wells, M.R.
eb14a225-4803-4e6c-87b6-c1d1e5b8483d
Ward, R.C.C.
b5eaa153-e136-4555-8b07-325a4b5329cb
Ciria, M.
9964fe9e-275e-48fe-8ca7-48b6bad89d0d
Arnaudas, J.I.
6848d11a-1674-46da-8cdb-68bb7feaac7c
del Moral, A.
4e94b4d7-b080-49a5-b6de-eb913e80b476
Tomka, G.J.
86486b0c-f519-47c0-a307-5044e3ac8158
de la Fuente, C.
55558213-8894-4871-88ac-a5006f1ff5bf
de Groot, P.A.J.
98c21141-cf90-4e5c-8f2b-d2aae8efb84d
Wells, M.R.
eb14a225-4803-4e6c-87b6-c1d1e5b8483d
Ward, R.C.C.
b5eaa153-e136-4555-8b07-325a4b5329cb

Ciria, M., Arnaudas, J.I., del Moral, A., Tomka, G.J., de la Fuente, C., de Groot, P.A.J., Wells, M.R. and Ward, R.C.C. (1995) Determination of magnetostrictive stresses in magnetic rare-earth superlattices by a cantilever method. Physical Review Letters, 75 (8), 1634-1637. (doi:10.1103/PhysRevLett.75.1634).

Record type: Article

Abstract

The magnetostrictive stress for a Ho6/Y6 superlattice has been determined at low temperatures by means of a capacitive cantilever technique. The magnetostrictive stress responsible for the basal plane distortion is found to be strongly enhanced with respect to bulk holmium. An explanation accounting for the unusual thermal dependence of that stress is offered.

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Published date: 1995

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Local EPrints ID: 14745
URI: http://eprints.soton.ac.uk/id/eprint/14745
PURE UUID: b28a9094-7fd3-4e6c-8fef-a5acb2ee759b

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Date deposited: 04 Mar 2005
Last modified: 15 Mar 2024 05:31

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Contributors

Author: M. Ciria
Author: J.I. Arnaudas
Author: A. del Moral
Author: G.J. Tomka
Author: C. de la Fuente
Author: P.A.J. de Groot
Author: M.R. Wells
Author: R.C.C. Ward

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